JP2018073031A - Management device and management method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a management device and management method which are useful for management of a management area.SOLUTION: A management device includes a storage unit, a communication unit and a processor. The storage unit stores first section information indicating the first section of a management area and a first capacity set to the first section in association with each other, and stores second section information indicating the second section of the management area and a second capacity set to the second section in association with each other. The processor executes transmission processing of causing the communication unit to transmit the first section information, first capacity, second section information and second capacity to a first communication terminal. A display part of the first communication terminal displays a map image corresponding to the management area, the first section image indicating the first section and the first capacity are displayed in association with each other within the first range on the map image corresponding to the first section, and the second section image indicating the second section and the second capacity are displayed in association with each other within the second range on the map image corresponding to the second section.SELECTED DRAWING: Figure 4

Description

  The present invention relates to a management apparatus included in a management system for managing a management area, and a management method executed in the management system.

  Techniques related to management area management have been proposed. For example, Patent Document 1 discloses a user management method. The user management method is executed in the communication system. The communication system includes a mobile terminal, a management server, and a receipt certificate issuing server, and these devices are connected to the mobile packet communication network via the Internet. The mobile terminal is a mobile phone owned by a user who desires acquisition of fishing rights. The management server is managed by the river information management center. The incoming fish certificate issuing server is managed by the river management fishery association. In the communication system, when an incoming fishery certificate request including position information and image information is transmitted from a mobile terminal, a river is specified, and incoming fishery certificate data of the river is transmitted to the mobile terminal. In the communication system, information related to the user of the mobile terminal is managed, and when an emergency occurs in a river, the user is notified of emergency contact information.

  Patent Document 2 proposes a technology relating to a theme park mobile service system. Patent Document 3 proposes a technique related to an evacuation notification system.

JP 2006-23841 A JP 2004-178041 A JP2015-203940A

  A specific area may be managed by a specific organization or a specific individual. For example, a specific fishing ground is managed by a fishery cooperative. The inventor set a capacity for the management area to be managed, and studied a technique capable of managing the users entering the management area. At that time, the inventor considered that the management area can be divided into a plurality of sections, and the user can be managed for each of the divided sections to perform fine management.

  An object of this invention is to provide the management apparatus and management method which are useful for management of a management area.

  One aspect of the present invention stores the first section information indicating the first section included in the management area in association with the first member set for the first section, and is included in the management area. A storage unit, a communication unit, and a processor that associate and store second section information indicating a second section different from the first section, and a second capacity set for the second section; The processor includes a display unit, displays a map image corresponding to the management area on the display unit, and indicates the first section in a first range on the map image corresponding to the first section. A second section image that displays the second section in a second range on the map image corresponding to the second section, and displays the second section, in association with one section image and the first capacity, and the second capacity The first section information is displayed on the first communication terminal to be displayed in association with each other. , Said first capacity, said second partition information, executes transmission processing for transmitting and the second capacity, from the communication unit, a management unit.

  According to this management device, it is possible to transmit the first section information, the first constant, the second section information, and the second capacity to the first communication terminal. In the first communication terminal, using each data transmitted from the management device, the first section image and the first fixed member are displayed in association with the first range on the map image, and the second range on the map image is displayed. The second section image and the second capacity can be displayed in association with each other.

  In the management device, the processor further receives position information indicating a position of the second communication terminal as a transmission source transmitted from a second communication terminal owned by a predetermined user who has entered the management area. And the first section information and the second section information stored in the storage unit, and the position information acquired in the acquisition process, and belonging to the first section A count process for counting the number of position information and the number of the position information belonging to the second section, and the transmission process is further included in the first range and further in the first section. The number of first section persons corresponding to the number of position information is displayed in association with the second range, and the second section number corresponding to the number of position information belonging to the second section is displayed in association with the second range. In the first communication terminal The a first compartment toll, the a second section toll is a process to transmit from the communication unit may be so. According to this configuration, it is possible to further transmit the number of first partitioners and the number of second partitioners to the first communication terminal. In the first communication terminal, using each data transmitted from the management device, the first section image, the first fixed member, and the number of first section persons are displayed in association with each other in the first range on the map image. In the second range, the second section image, the second capacity, and the second section number can be displayed in association with each other.

  In the management device, the processor further receives position information indicating a position of the second communication terminal as a transmission source transmitted from a second communication terminal owned by a predetermined user who has entered the management area. The acquisition process is acquired through the display, and the transmission process further displays the first range in association with the number of first section persons corresponding to the number of the position information belonging to the first section, In the first communication terminal that displays the second range in association with the number of second section persons corresponding to the number of the position information belonging to the second section, further, all the acquired in the acquisition process You may make it be the process which transmits position information from the said communication part. According to this configuration, it is possible to further transmit all acquired position information to the first communication terminal. In the first communication terminal, the number of position information belonging to the first section and the number of position information belonging to the second section are counted according to the first section information, the second section information, and the position information transmitted from the management device. . As a result, the first communication terminal uses the data transmitted from the management device and the number of first compartments and the number of second compartments counted by the own device to enter the first range on the map image. The section image, the first fixed member, and the number of first section persons can be displayed in association with each other, and the second section image, the second capacity, and the number of second section persons can be displayed in association with each other in the second range on the map image.

  In the management device, the storage unit stores first section image data corresponding to the first section image and second section image data corresponding to the second section image, and the transmission processing includes the first section image data. In this case, the communication unit may further transmit the first segment image data and the second segment image data from the communication unit. According to this configuration, it is possible to further transmit the first segment image data and the second segment image data to the first communication terminal. In the first communication terminal, using each data transmitted from the management device, the first section image is displayed in the first range on the map image, and the second section image is displayed in the second range on the map image. can do.

  Another aspect of the present invention is a management method executed by a management system that manages a management area, and includes a map image corresponding to the management area and a first section image indicating a first section included in the management area. And the first fixed member set for the first section, the second section image showing the second section different from the first section included in the management area, and the second section A display step of displaying the second capacity, and in the display step, in the first range on the map image corresponding to the first section, the first section image and the first constant member are In the management method, the second section image and the second capacity are displayed in association with each other and displayed in the second range on the map image corresponding to the second section.

  According to this management method, the first section information, the first section image, the first fixed member, the second section information, the second section image, and the second capacity are used to set the first section on the first range on the map image. The image and the first fixed member can be displayed in association with each other, and the second section image and the second fixed member can be displayed in association with each other in the second range on the map image.

  The management method includes: an acquisition step of acquiring position information indicating a position of the second communication terminal as a transmission source transmitted from a second communication terminal owned by a predetermined user who has entered the management area; According to the first section information indicating the section, the second section information indicating the second section, and the position information acquired in the acquisition step, the number of the position information belonging to the first section, and the second section A counting step for counting the number of the position information belonging to the section, and in the display step, the first section corresponding to the number of the position information belonging to the first range and further to the first section. The number of persons may be displayed in association with each other, and the second range corresponding to the number of the position information belonging to the second section may be displayed in association with the second range. According to this configuration, using the first section information, the first section image, the first constant, the number of first section persons, the second section information, the second section image, the second capacity, and the second section number, The first area on the image is displayed in association with the first section image, the first fixed member, and the number of first section persons, and the second section image, the second capacity, and the second section person are displayed on the second range on the map image. Numbers can be displayed in association with each other.

  The management method compares the first number of persons with the first number of persons, compares the second number of persons with the number of second persons, and the number of first persons in the comparison step. When it is determined that there are more than the first fixed members, a specific third communication terminal among the second communication terminals that are the transmission sources of the position information belonging to the first section is caused to respond to the excess of the first fixed members. The first warning notification set in the above, and when it is determined in the comparison step that the number of second sectioners is greater than the second capacity, the first of the location information transmission sources belonging to the second section An alarm step of transmitting a second alarm notification set in response to the excess of the second capacity to a specific fourth communication terminal of the two communication terminals. According to this configuration, when the number of first partitioners is greater than the first fixed member, the first alarm notification can be transmitted to the third communication terminal. The first notification operation can be executed at the third communication terminal on condition that the first alarm notification is received. A 1st alerting | reporting operation | movement is an operation | movement which alert | reports that the 1st division person number has exceeded the 1st fixed member. The user of the third communication terminal can be instructed to leave the first section. It becomes possible to maintain the number of first partitioners below a certain number of members. When the number of second partitioners is greater than the second capacity, a second alarm notification can be transmitted to the fourth communication terminal. The second notification operation can be executed by the fourth communication terminal on condition that the second alarm notification is received. The second notification operation is an operation for notifying that the number of second partitioners exceeds the second capacity. The user of the fourth communication terminal can be instructed to leave the second section. It becomes possible to maintain the number of second division persons below the second capacity.

  ADVANTAGE OF THE INVENTION According to this invention, the management apparatus and management method which are useful for management of a management area can be obtained.

It is a figure which shows an example of schematic structure of a management system. It is a figure which shows an example of a management list. It is a figure which shows an example of a fisherman list. It is a figure which shows an example of the map screen displayed with a 1st communication terminal. It is a flowchart of a 1st management process. It is a flowchart of the 1st part of the 2nd management process of a 1st Example. It is a flowchart of the 2nd part of the 2nd management process of a 1st Example. It is a flowchart of the alarm process of a 1st Example. It is a flowchart of the display process of 1st Example. It is a flowchart of the 2nd management process of a 2nd Example. It is a flowchart of the alarm process of 2nd Example. It is a flowchart of the 1st part of the display process of 2nd Example. It is a flowchart of the 2nd part of the display process of 2nd Example. It is a figure which shows the other example of the map screen displayed with a 1st communication terminal.

  Embodiments for carrying out the present invention will be described with reference to the drawings. The present invention is not limited to the configurations described below, and various configurations can be employed in the same technical idea. For example, some of the configurations shown below may be omitted or replaced with other configurations. Other configurations may be included.

<Management system>
A schematic configuration of the management system 1 will be described with reference to FIG. In the management system 1, users who enter the management area are managed. The above-mentioned user can also be said to be a visitor who has entered the management area. A management area to be managed by the management system 1 is a specific outdoor area. However, the management area may be a specific indoor area. In the embodiment, a management area to be managed by the management system 1 is a specific area of a predetermined river as a fishing ground. Such a management area is not provided with a specific entrance and entrance to the management area and exit from the management area can be freely performed. Such a management area is managed by, for example, a predetermined fishery cooperative. The fishery cooperative, for example, approves that a user who has paid a predetermined fee performs fishing in the management area. An approval certificate indicating approval is issued to the approved user. In the embodiment, the above-mentioned approval certificate is referred to as “fishing certificate”, and the fishing certificate is an electronic medium. The electronic fishing certificate is sold at a predetermined site on the Internet, for example. This site is operated, for example, by an organization or an individual who has received permission to issue a fishing certificate from a fishery cooperative. However, this site may be operated by a fishery cooperative. Such a fishing receipt issuing system is a known system as described in Patent Document 1, for example. Therefore, the explanation about issuance of the incoming fishing certificate is omitted. In the embodiment, the fishery cooperative that is the subject of approval of the incoming fishery certificate is simply referred to as “fishery cooperative”.

  In the management system 1, management of one management area is performed by dividing this management area into a plurality of sections. A predetermined number of capacity is set in each divided section. The capacity for each section is set as appropriate in consideration of various conditions. In setting the capacity, for example, the maximum number of users in each section is considered. The value set as the capacity may be “0”. For example, the capacity “0” is set in a section where many fry fish live. In the embodiment, a case where one management area is divided into three sections will be described as an example. The divided sections are referred to as “first section”, “second section”, and “third section”. When the first section, the second section, and the third section are not distinguished, or when they are collectively referred to, they are referred to as “set sections”. The capacity set for the first section is called “first capacity”. The capacity set for the second section is called “second capacity”. The capacity set for the third section is called “third capacity”.

  The management system 1 includes a management device 10, a first communication terminal 30, and a second communication terminal 50. The management device 10 is provided at a management base of the management system 1. The first communication terminal 30 is used by, for example, a fishery cooperative that patrols and monitors a management area. The second communication terminal 50 is used by a user who enters the management area. A user who enters the management area is a fisherman who fishes in a river serving as the management area. The number of second communication terminals 50 in the management system 1 corresponds to the number of users entering the management area. For example, when the number of users entering the management area is 30, the management system 1 includes 30 second communication terminals 50. The management device 10, the first communication terminal 30, and the second communication terminal 50 are connected to the communication line 3. For example, the management device 10 is wired to the communication line 3, and the first communication terminal 30 and the second communication terminal 50 are wirelessly connected to the communication line 3. However, the management apparatus 10 may be wirelessly connected to the communication line 3. The first communication terminal 30 may be wired to the communication line 3. In the management system 1, predetermined data is communicated via the communication line 3 between the management apparatus 10 and the first communication terminal 30. Predetermined data is communicated via the communication line 3 between the management device 10 and the second communication terminal 50.

  In the embodiment, the communication line 3 does not mean a specific communication line but generically refers to various known communication lines. Therefore, the communication line used for communication between the management apparatus 10 and the first communication terminal 30 and the communication line used for communication between the management apparatus 10 and the second communication terminal 50 are the same communication line or different communication lines. Any of these may be used. However, in the example shown in the embodiment, the above-described management area managed by the fishery cooperative is a management target. In this case, the communication line 3 includes a wide area communication line provided by a predetermined communication carrier.

  In the management system 1, the user ID and the password are associated and stored in the management device 10. The user ID is identification information corresponding to the user who owns the incoming fishing certificate, and the password is authentication information corresponding to this user ID. The association and storage of the user ID and password are performed as follows, for example. That is, the user who owns the second communication terminal 50 operates the second communication terminal 50 and purchases the fishing card at the above-mentioned site. The purchased fishing certificate is downloaded to the second communication terminal 50. For example, a dedicated application program corresponding to the management system 1 is installed in the second communication terminal 50. In the embodiment, the above-described application program installed in the second communication terminal 50 is referred to as a “fishing certificate program”. The downloaded fishing certificate is registered in the fishing certificate program. The incoming fish certificate program becomes valid upon registration of the incoming fish certificate. Thereafter, in the second communication terminal 50, initial setting of the user ID and password is started. The user of the second communication terminal 50 inputs a user ID and a password. The input user ID and password are transmitted from the second communication terminal 50 to the management apparatus 10. In the management device 10, the user ID and password from the second communication terminal 50 are stored in association with each other (see FIG. 3). Regarding the association and storage of the user ID and password, the above-described method is an example. Therefore, in the management system 1, the association and storage of the user ID and password may be performed by a different method.

  In the second communication terminal 50, a user ID and a password are input when starting the fishing card program. The input user ID and password are transmitted from the second communication terminal 50 to the management apparatus 10. In the management apparatus 10, authentication using the user ID and password is executed, and the authentication result is transmitted to the second communication terminal 50 that is the transmission source of the user ID and password. In the second communication terminal 50, when the authentication is successful, the following processing is started. That is, in the second communication terminal 50, transmission of position information indicating the user ID and the current position of the own apparatus is started. The second communication terminal 50 is a communication terminal that is compatible with GPS (Global Positioning System) and that can execute an incoming fishing certificate program. In the 2nd communication terminal 50, the positional information which shows the present position of an own apparatus is acquired by using GPS. A smart phone is illustrated as the 2nd communication terminal 50 which has such a function. In the embodiment, the second communication terminal 50 is a smartphone. The second communication terminal 50 is the same as a known smartphone in terms of hardware, except that an incoming fishing certificate program is installed. The description regarding the second communication terminal 50 will be omitted as appropriate.

<Management device>
The management apparatus 10 will be described with reference to FIGS. As shown in FIG. 1, the management device 10 includes a CPU 12, a storage unit 14, a RAM 16, a communication unit 18, and a time measuring unit 20. The CPU 12, the storage unit 14, the RAM 16, the communication unit 18, and the time measuring unit 20 are connected to the bus 22. The CPU 12 executes arithmetic processing. The storage unit 14 is a computer-readable storage medium. Examples of the storage unit 14 include a hard disk and / or a flash memory. In addition, the storage unit 14 may include a ROM. Various programs are stored in the storage unit 14. For example, an OS (Operating System) and various application programs are stored in the storage unit 14. The application program stored in the storage unit 14 includes a management program. The management program is a program that causes a predetermined server device to operate as the management device 10 in the management system 1. The management program includes a program for the first management process (see FIG. 5) and a program for the second management process (see FIG. 6 and FIG. 7 (first embodiment) or FIG. 10 (second embodiment)). . The program for the second management process includes a program for alarm processing (see FIG. 8 (first embodiment) or FIG. 11 (second embodiment)). The management program is installed in the storage unit 14 in advance when the management system 1 is constructed.

  The storage unit 14 stores first partition image data, second partition image data, and third partition image data in association with the management program. The first section image data is image data indicating the first section image 64. The first section image 64 is an image showing the first section (see FIG. 4). The second section image data is image data indicating the second section image 66. The second section image 66 is an image showing the second section (see FIG. 4). The third section image data is image data indicating the third section image 68. The third section image 68 is an image showing the third section (see FIG. 4). Furthermore, a management list and a fisherman list are stored in the storage unit 14 in association with the management program. In the management list, section information and capacity are associated and registered (see FIG. 2). The section information is information indicating a set section. The section information includes a plurality of position information. The plurality of position information included in the section information corresponds to a plurality of points that are the outer edges of the set section. That is, the section information includes a plurality of pieces of position information that defines the range of the set section. In the embodiment, the section information indicating the first section is referred to as “first section information”. The section information indicating the second section is referred to as “second section information”. The section information indicating the third section is referred to as “third section information”. In the management list shown in FIG. 2, “20” is set as the first capacity for the first section, “0” is set as the second capacity for the second section, and “10” is set as the third capacity for the third section. Is set.

  In the fisherman list, an identification number, a user ID, a password, position information, a set section flag, and an update time are associated and registered (see FIG. 3). The identification number is a number that identifies each record in the fisherman list. The user ID and password registered in the fisherman list are, for example, the user ID and password transmitted to the management device 10 from the second communication terminal 50 where the initial setting described above has been started. The fisherman list shown in FIG. 3 corresponds to a case where a fishery certificate is issued for a total of 28 people.

  In the second communication terminal 50, the user ID and the position information are transmitted to the management device 10 after the incoming fishing card program is started. In the management device 10, the position information from the second communication terminal 50 is registered in the fisherman list. At this time, the position information is registered in association with the user ID that matches the user ID received together with the position information. For example, when the user ID from the second communication terminal 50 is “USER01” and the position information is “north latitude 36 ° 6′30 ″ east longitude 136 ° 15′35 ″”, the position information “north latitude 36” “6′30 ″ East longitude 136 ° 15′35 ″” is registered in association with the user ID “USER01” (see the record of the identification number “1” in FIG. 3). In the fisherman list shown in FIG. 3, “-” is described as the position information associated with the user ID “USER02”. This indicates that the user ID and the position information are not transmitted from the second communication terminal 50 owned by the user whose user ID is “USER02”. In the second communication terminal 50 in which the fishing card program has not been activated, the user ID and position information are not transmitted.

  The set section flag is information indicating which set section of the first section, the second section, and the third section the position information registered in the fisherman list belongs to. The set partition flag includes a first partition flag, a second partition flag, and a third partition flag. In FIG. 3, the first section flag is described as “first section”, the second section flag is described as “second section”, and the third section flag is described as “third section”. . The initial values of the first partition flag, the second partition flag, and the third partition flag are set to “OFF”. When the position information belongs to the first section, the first section flag is set to “ON”, and the second section flag and the third section flag are set to “OFF”. When the position information belongs to the second section, the second section flag is set to “ON”, and the first section flag and the third section flag are set to “OFF”. When the position information belongs to the third section, the third section flag is set to “ON”, and the first section flag and the second section flag are set to “OFF”. In the embodiment, when the first partition flag, the second partition flag, and the third partition flag are not distinguished, or collectively referred to as “set partition flag”. The update time is the time when any one of the first partition flag, the second partition flag, and the third partition flag is updated from “OFF” to “ON”. Each position information registered in the fisherman list shown in FIG. 3 is merely an illustrative example, and accuracy is not considered.

  The RAM 16 serves as a storage area used when the CPU 12 executes various programs. In the RAM 16, predetermined data and information used in the process are stored in a predetermined area during the execution of the process. For example, the management list and the fisherman list are read from the storage unit 14 and stored in the RAM 16. In the management apparatus 10, the CPU 12 controls the management apparatus 10 by executing the OS stored in the storage unit 14 and the management program described above. Thereby, in the management apparatus 10, various processes are performed.

  The communication unit 18 connects the management apparatus 10 to the communication line 3 and performs data communication via the communication line 3. In the management device 10, various types of data are communicated between the first communication terminal 30 and the second communication terminal 50 via the communication unit 18. The timer 20 measures the current time and the passage of time. The timer unit 20 may be configured by a clock function and a timer function that the OS has. In this case, the timer unit 20 is configured by software. The management device 10 is different from a known server device in that the management program described above is stored in the storage unit 14. However, the management device 10 is the same as a known server device in hardware. Therefore, the management device 10 further includes a configuration included in a known server device.

<First communication terminal>
The first communication terminal 30 will be described with reference to FIGS. 1 and 4. As shown in FIG. 1, the first communication terminal 30 includes a CPU 32, a storage unit 34, a RAM 36, a display unit 38, and a communication unit 40. The CPU 32, the storage unit 34, the RAM 36, the display unit 38, and the communication unit 40 are connected to the bus 42. The CPU 32 executes arithmetic processing. The storage unit 34 is a computer-readable storage medium. Examples of the storage unit 34 include a hard disk and / or a flash memory. In addition, the storage unit 34 may include a ROM. The storage unit 34 stores various programs. For example, an OS (Operating System) and various application programs are stored in the storage unit 34. The application program stored in the storage unit 34 includes a Web browser and a display program. The Web browser acquires predetermined data from a predetermined site on the Internet. The display program is a program that causes a predetermined communication terminal such as a tablet terminal, a smartphone, or a desktop or notebook personal computer to operate as the first communication terminal 30 in the management system 1. The display program includes a program for display processing (see FIG. 9 or FIG. 12 and FIG. 13). The display program is installed in advance in the storage unit 34 when the management system 1 is constructed.

  The RAM 36 is a storage area used when the CPU 32 executes various programs. In the RAM 36, predetermined data and information used in the process are stored in a predetermined area during the execution of the process. For example, map data corresponding to the map image 62 is stored in the RAM 36. The map image 62 is a map image corresponding to the management area (see FIG. 4). In the first communication terminal 30, the map data is acquired from a site on the Internet that implements a map providing service. The above-mentioned site includes Google Inc. The Google (registered trademark) map provided by is illustrated. However, the map data may be stored in the storage unit 34. In this case, the map data is read from the storage unit 34 and stored in the RAM 36. Further, various data transmitted from the management apparatus 10 are stored in the RAM 36. In the first communication terminal 30, the CPU 32 controls the first communication terminal 30 by executing the OS stored in the storage unit 34 and the display program described above. Thereby, various processes are executed in the first communication terminal 30.

  The display unit 38 is a liquid crystal display. However, the display unit 38 may be a display device different from the liquid crystal display. Various information is displayed on the display unit 38. A map screen 60 is displayed on the display unit 38. As shown in FIG. 4, the map screen 60 includes a map image 62, a first section image 64, a first fixed number, a first section number, a second section image 66, a second capacity, and a second capacity. It includes the number of divisions, the third division image 68, the third capacity, and the number of third divisions. The number of first section persons is a number corresponding to the number of position information belonging to the first section. In other words, the number of first partitioners is the number of users in the first partition. The number of second section persons is a number corresponding to the number of position information belonging to the second section. In other words, the number of second section persons is the number of users in the second section. The number of persons in the third section is a number corresponding to the number of position information belonging to the third section. In other words, the number of persons in the third section is the number of users in the third section. On the map screen 60, the first section image 64, the first fixed member, and the number of first section persons are displayed in association with each other in the first range on the map image 62 corresponding to the first section. On the map screen 60, the second zone image 66, the second capacity, and the second zone number are displayed in association with each other in the second range on the map image 62 corresponding to the second zone. On the map screen 60, the third zone image 68, the third capacity, and the third zone number are displayed in association with each other in the third range on the map image 62 corresponding to the third zone. On the map screen 60 shown in FIG. 4, the first fixed member is “20”, the second fixed member is “0”, and the third fixed member is “10” corresponding to the management list shown in FIG. Has been. In the map screen 60 shown in FIG. 4, the number of first partitioners is “15”, the number of second partitioners is “1”, and the number of third partitioners is “11”. However, each of these numbers is an example.

  The communication unit 40 connects the management apparatus 10 to the communication line 3 and performs data communication via the communication line 3. In the first communication terminal 30, various types of data are communicated with the management apparatus 10 via the communication unit 40. The first communication terminal 30 is different from a known communication terminal such as a tablet terminal, a smartphone, or a desktop or notebook personal computer in that the display program described above is stored in the storage unit 34. However, the first communication terminal 30 is the same as a known communication terminal in hardware. Therefore, the 1st communication terminal 30 is further provided with the structure with which a well-known communication terminal is provided.

<Processing executed in the management system>
A process executed when the management method is executed in the management system 1 will be described. The management method includes a display process, an acquisition process, a counting process, a comparison process, and an alarm process. The display process is a process of displaying the map screen 60. In the acquisition step, position information transmitted from the second communication terminal 50 is acquired. In the second communication terminal 50, as described above, the user ID is also transmitted together with the position information. In the counting step, the number of first partitioners, the number of second partitioners, and the number of third partitioners are counted. In the comparison step, the number of first section members and the first fixed member are compared, the number of second partition members and the second member are compared, and the number of third partition members and the third member are compared. In the alarm process, a first alarm notification is transmitted, a second alarm notification is transmitted, and a third alarm notification is transmitted. The first alarm notification, the second alarm notification, and the third alarm notification will be described later.

  Examples of processing executed by the management system 1 when the management method is performed include first management processing, second management processing, and display processing. In the second management process, an alarm process is executed. In the management apparatus 10, for example, a management program is activated with the activation of the OS, and then the first management process and the second management process are executed. In the management device 10, the first management process and the second management process may be executed constantly. In the first communication terminal 30, when an instruction to activate the display program is received, the display program is activated, and then display processing is executed.

  When the management apparatus 10 performs the first management process and the second management process and the first communication terminal 30 executes the display process, the second communication terminal 50 executes the following process as described above. Is done. That is, in the second communication terminal 50, when an instruction to start the fishing card program is received, the fishing card program is started and a user ID and password input screen is displayed. Thereafter, the second communication terminal 50 accepts the user ID and password along with the display of the input screen. The accepted user ID and password are transmitted to the management apparatus 10. In the management device 10, it is determined whether or not the combination of the user ID and password from the second communication terminal 50 is registered in the fisherman list. If the above combination is not registered in the fisherman list, the management device 10 transmits a failure notification to the second communication terminal 50. In the second communication terminal 50, when a failure notification is received, a user ID and password re-input screen is displayed, and the user ID and password are accepted again. The accepted user ID and password are transmitted to the management apparatus 10 again.

  When the combination of the user ID and password from the second communication terminal 50 is registered in the incoming fisherman list, the management device 10 transmits a success notification to the second communication terminal 50. In the second communication terminal 50, when a success notification is received, transmission of a user ID and position information is started. In the second communication terminal 50, the user ID and the position information are repeatedly transmitted at a predetermined interval.

  In the following, two examples will be described as processing executed in the management system 1. The difference between the two embodiments is that the devices for counting the number of first sectioners, the number of second sectioners, and the number of third sectioners are different. That is, in the first embodiment, the number of first partitioners, the number of second partitioners, and the number of third partitioners are counted by the management device 10. In the second embodiment, the number of first partitioners, the number of second partitioners, and the number of third partitioners are counted by the management device 10 and the first communication terminal 30. In the embodiment, an instruction to end the execution of the management program is referred to as a “first end instruction”, and an instruction to end the execution of the display program is referred to as a “second end instruction”.

<First Example>
As a process of the first embodiment executed in the management system 1, a first management process, a second management process, an alarm process, and a display process will be described.

<First management process>
The first management process will be described with reference to FIG. CPU12 which started the 1st management process judges whether user ID and position information were acquired (S11). As described above, the user ID and the position information are transmitted from the second communication terminal 50 that has received the success notification and are received by the communication unit 18. The CPU 12 acquires a user ID and position information via the communication unit 18. When the user ID and the position information are not acquired (S11: No), the CPU 12 repeatedly executes S11.

  When the user ID and the position information are acquired (S11: Yes), the CPU 12 registers the position information acquired together with the user ID in the fisherman list (S13). At this time, the position information is registered in association with the user ID that matches the user ID acquired together with the position information to be registered. When the position information has already been registered, the position information registered in association with the user ID that matches the user ID acquired together with the position information is updated to the new position information acquired this time. For example, it is assumed that the user ID “USER01” and the position information “North latitude 36 ° 6′30 ″ East longitude 136 ° 15′35 ″” are newly acquired. In this case, the CPU 12 registers the position information “North latitude 36 ° 6′30 ″ East longitude 136 ° 15′35 ″” as the position information associated with the user ID “USER01” (see FIG. 3).

  After executing S13, the CPU 12 returns the process to S11. Thereafter, the CPU 12 executes the processes after S11 again. The first management process is repeatedly executed until a first end instruction is received by the management apparatus 10.

<Second management process>
The second management process will be described with reference to FIGS. The CPU 12 that has started the second management process initializes the time measured by the timer 20 and the values of the first counter, the second counter, and the third counter (S21). The first counter is a counter that counts the number of first partitioners. The second counter is a counter that counts the number of second partitioners. The third counter is a counter that counts the number of third sectioners. In the embodiment, the first counter, the second counter, and the third counter are stored in the RAM 16. When the identification number memorize | stored by S27 mentioned later is memorize | stored in RAM16, CPU12 deletes this.

  Subsequently, the CPU 12 starts measuring time by the time measuring unit 20 (S23). That is, the CPU 12 outputs a measurement instruction to the time measuring unit 20. Accordingly, the time measuring unit 20 starts measuring time. In the embodiment, the time measured by the time measuring unit 20 with the execution of S23 is referred to as “measurement time”. Thereafter, the CPU 12 determines whether or not the measurement time becomes the reference time or the measurement time has passed the reference time (S25). The reference time is set in advance as an interval for repeatedly executing S61 of FIG. 7 described later, and is registered in the program of the second management process. When the measurement time is less than the reference time (S25: No), the CPU 12 repeatedly executes S25.

  When the measurement time becomes the reference time or the measurement time has passed the reference time (S25: Yes), the CPU 12 selects one of the positional information registered in the fisherman list as a processing target (S27). . The position information selected as the processing target is one of the position information that is not the processing target in S29 to S57 in FIG. For example, the CPU 12 selects position information registered in the fisherman list as a processing target in order from position information registered in a record having a smaller identification number value in the fisherman list. The CPU 12 stores the identification number of the record in which the position information selected as the processing target is registered in the RAM 16. Subsequently, the CPU 12 determines whether or not the position information to be processed belongs to the first section information (S29). The position information belonging to the first section information means that the position information to be processed is within the range of a plurality of position information defining the first section included in the first section information. That is, the position information belonging to the first section information means that the current position of the user indicated by the position information to be processed is a predetermined position in the first section. When the position information to be processed does not belong to the first section information (S29: No), the CPU 12 shifts the process to S39.

  When the position information to be processed belongs to the first section information (S29: Yes), the CPU 12 increases the number of first section persons counted by the first counter by 1 (S31). Subsequently, the CPU 12 determines whether or not the first zone flag among the set zone flags associated with the position information to be processed is “ON” in the fisherman list (S33). When the first zone flag is “OFF” and not “ON” (S33: No), the CPU 12 updates the first zone flag associated with the position information to be processed in the fisherman list to “ON” ( S35). When the second section flag or the third section flag associated with the position information to be processed in the fisherman list is “ON”, the CPU 12 sets the second section flag or the third section flag that is “ON” to “OFF”. Update to Further, the CPU 12 acquires the current time from the timekeeping unit 20, and updates the update time associated with the position information to be processed in the fisherman list to the acquired current time (S37). When the first section flag is “ON” (S33: Yes), or after executing S37, the CPU 12 proceeds to S59 in FIG.

  In S39, the CPU 12 determines whether or not the position information to be processed belongs to the second section information. The position information belonging to the second section information means that the position information to be processed is within the range of a plurality of position information that defines the second section included in the second section information. That is, the position information belonging to the second section information means that the current position of the user indicated by the position information to be processed is a predetermined position in the second section. When the position information to be processed does not belong to the second section information (S39: No), the CPU 12 shifts the process to S49 in FIG.

  When the position information to be processed belongs to the second section information (S39: Yes), the CPU 12 increases the number of second section persons counted by the second counter by 1 (S41). Subsequently, the CPU 12 determines whether or not the second zone flag among the set zone flags associated with the position information to be processed is “ON” in the fisherman list (S43 in FIG. 7). When the second zone flag is “OFF” and not “ON” (S43: No), the CPU 12 updates the second zone flag associated with the position information to be processed in the fisherman list to “ON” ( S45). When the first zone flag or the third zone flag associated with the position information to be processed in the fisherman list is “ON”, the CPU 12 sets the first zone flag or the third zone flag that is “ON” to “OFF”. Update to Further, the CPU 12 acquires the current time from the timekeeping unit 20, and updates the update time associated with the position information to be processed in the fisherman list to the acquired current time (S47). When the second section flag is “ON” (S43: Yes), or after executing S47, the CPU 12 proceeds to S59.

  In S49, the CPU 12 determines whether the position information to be processed belongs to the third section information. The position information belonging to the third section information means that the position information to be processed is within the range of a plurality of position information defining the third section included in the third section information. That is, the position information belonging to the third section information means that the current position of the user indicated by the position information to be processed is a predetermined position in the third section. When the position information to be processed does not belong to the third section information (S49: No), the CPU 12 shifts the process to S59.

  When the position information to be processed belongs to the third section information (S49: Yes), the CPU 12 increases the number of third section persons counted by the third counter by 1 (S51). Subsequently, the CPU 12 determines whether or not the third zone flag of the set zone flags associated with the position information to be processed is “ON” in the fisherman list (S53). When the third zone flag is “OFF” and not “ON” (S53: No), the CPU 12 updates the third zone flag associated with the position information to be processed in the fisherman list to “ON” ( S55). When the first zone flag or the second zone flag associated with the position information to be processed in the fisherman list is “ON”, the CPU 12 sets the first zone flag or the second zone flag that is “ON” to “OFF”. Update to Further, the CPU 12 acquires the current time from the timekeeping unit 20, and updates the update time associated with the position information to be processed in the fisherman list to the acquired current time (S57). When the third section flag is “ON” (S53: Yes) or after executing S57, the CPU 12 proceeds to S59.

  In S59, the CPU 12 determines whether or not all position information registered in the fisherman list has been selected as a processing target in S29 to S57 of FIG. S59 can be determined according to the identification number stored in the RAM 16 in S27 of FIG. 6 and the identification number registered in the fisherman list. That is, when all the identification numbers that match the identification numbers registered in the fisherman list are not stored in the RAM 16, it is determined that all the position information has not been selected (S59: No). When all the identification numbers that match the identification numbers registered in the fisherman list are stored in the RAM 16, it is determined that all the position information has been selected (S59: Yes). When all the position information has not been selected (S59: No), the CPU 12 shifts the processing to S27 in FIG. When all the position information has been selected (S59: Yes), the CPU 12 shifts the process to S61.

  For example, the fisherman list is in the registered state shown in FIG. 3, and the position information “North latitude 36 ° 6′30 ″ East longitude 136 registered in the record with the identification number“ 1 ”as the position information processed in the latest S27. It is assumed that the angle is 15′35 ″. In this case, the CPU 12 determines that all position information has not been selected (S59: No), and returns the process to S27. Thereafter, the CPU 12 selects the position information “North latitude 36 ° 6′32 ″ East longitude 136 ° 15′42 ″” registered in the record with the identification number “3” as a processing target. In the fisherman list shown in FIG. 3, the position information is not registered in the record with the identification number “2”. Therefore, the CPU 12 skips the record with the identification number “2”, and the position information “north latitude 36 ° 6′32” of the record with the identification number “3” in which the position information is registered next to the record with the identification number “1”. “Eastern longitude 136 ° 15′42 ″” is selected as a processing target.

  In contrast, the fisherman list is in the registration state shown in FIG. 3, and the position information “North latitude 36 ° 6′28” is registered in the record with the identification number “28” as the position information to be processed in the latest S27. "Eastern longitude 136 ° 15'40" ". In this case, the CPU 12 determines that all position information has been selected (S59: Yes), and the process proceeds to S61. In addition, the registration state of the incoming fisherman list is different from that in FIG. 3, and the CPU 12 also stores the position information in the records after the record in which the position information to be processed in the latest S27 is registered. It is determined that all position information has been selected (S59: Yes).

  In S61, the CPU 12 transmits the first display information. Regarding the first embodiment of the process executed in the management system 1, the first display information includes the first section information, the first section image data, the first fixed member, the number of first section persons, and the second section information. And the second section image data, the second capacity, the second section number, the third section information, the third section image data, the third capacity, and the third section number. It is a name. The CPU 12 acquires the first section information and the first capacity, the second section information and the second capacity, the third section information and the third capacity from the management list stored in the RAM 16. The CPU 12 reads the first section image data, the second section image data, and the third section image data from the storage unit 14. Further, the CPU 12 acquires the number of first partitioners from the first counter stored in the RAM 16. The CPU 12 acquires the second number of persons from the second counter stored in the RAM 16. The CPU 12 acquires the third partition number from the third counter stored in the RAM 16. The transmission destination of the first display information is set to the first communication terminal 30. The CPU 12 outputs a transmission command for the first display information to the communication unit 18. The first display information is transmitted from the communication unit 18 to the first communication terminal 30 in accordance with the transmission command.

  Next, the CPU 12 executes an alarm process (S63). The alarm process will be described later. After executing S63, the CPU 12 returns the process to S21 of FIG. Thereafter, the CPU 12 executes the processes after S21 again. The second management process is repeatedly executed until the management apparatus 10 receives a first end instruction.

<Alarm processing>
The alarm process executed in S63 of FIG. 7 will be described with reference to FIG. CPU12 which started the alarm process judges whether the number of 1st division persons counted by the 1st counter is more than a fixed member (S71). The CPU 12 acquires the first fixed member from the management list stored in the RAM 16. When the number of first section persons is larger than the predetermined number (S71: Yes), the CPU 12 specifies the transmission destination of the first alarm notification from the second communication terminal 50 that is the transmission source of the position information belonging to the first section information. (S73). The second communication terminal 50 that is the transmission source of the position information belonging to the first section information is the second communication terminal 50 in which “ON” is registered as the first section flag in the fisherman list. In the embodiment, the first fixed member is set to “20” (see FIG. 2). Therefore, the first alarm notification includes information set in advance in response to the excess of the first constant “20”. That is, the first alarm notification includes, for example, information indicating that the number of users fishing in the first section exceeds the first fixed member. Further, the first alarm notification includes information instructing exit from the first section. In the embodiment, the second communication terminal 50 identified as the transmission destination of the first alarm notification in S73 is referred to as “third communication terminal”, and the third communication terminal is identified according to the update time registered in the fisherman list. Is done. That is, the third communication terminal is the second communication terminal 50 of the user ID with the latest update time registered in the fisherman list among the second communication terminals 50 that are the transmission source of the position information belonging to the first section information. . When the number of first partitioners exceeds two for the first fixed member, the second communication terminals 50 corresponding to the excess number are specified as the third communication terminals in order of late update time.

  After executing S73, the CPU 12 transmits a first alarm notification (S75). The CPU 12 outputs a first alarm notification transmission command to the communication unit 18. In accordance with the transmission command, the first alarm notification is transmitted from the communication unit 18 to the third communication terminal. At the third communication terminal, the first alarm notification is received, and the above-mentioned information included in the first alarm notification is displayed on the display unit of the own device (see “second communication terminal 50” shown in FIG. 1).

  When the number of first sectioners is equal to or less than the first fixed number (S71: No), or after executing S75, the CPU 12 determines whether or not the number of second sectioners counted by the second counter is greater than the second number. Is determined (S77). The CPU 12 acquires the second capacity from the management list stored in the RAM 16. When the number of second section persons is larger than the second capacity (S77: Yes), the CPU 12 specifies the transmission destination of the second alarm notification from the second communication terminal 50 that is the transmission source of the position information belonging to the second section information. (S79). The second communication terminal 50 that is the transmission source of the position information belonging to the second section information is the second communication terminal 50 in which “ON” is registered as the second section flag in the fisherman list. In the embodiment, the second capacity is set to “0” (see FIG. 2). Therefore, the second alarm notification includes information set in advance in response to the excess of the second capacity “0”. That is, the second alarm notification includes, for example, information indicating that fishing is prohibited in the second section. Further, the second alarm notification includes information instructing exit from the second section. In the embodiment, the second communication terminal 50 identified as the transmission destination of the second alarm notification in S79 is referred to as a “fourth communication terminal”. In S79, since the second capacity is set to “0”, all the second communication terminals 50 that are the transmission sources of the position information belonging to the second section information are specified as the fourth communication terminals.

  After executing S79, the CPU 12 transmits a second alarm notification (S81). The CPU 12 outputs a second alarm notification transmission command to the communication unit 18. In accordance with the transmission command, the second alarm notification is transmitted from the communication unit 18 to the fourth communication terminal. In the fourth communication terminal, the second alarm notification is received, and the above-described information included in the second alarm notification is displayed on the display unit of the own device.

  When the number of second sectioners is less than or equal to the second capacity (S77: No), or after executing S81, the CPU 12 determines whether the number of third section persons counted by the third counter is greater than the third capacity. Is determined (S83). The CPU 12 acquires the third capacity from the management list stored in the RAM 16. When the number of persons in the third section is larger than the third capacity (S83: Yes), the CPU 12 specifies the transmission destination of the third alarm notification from the second communication terminal 50 that is the transmission source of the position information belonging to the third section information. (S85). The second communication terminal 50 that is the transmission source of the position information belonging to the third section information is the second communication terminal 50 in which “ON” is registered as the third section flag in the fisherman list. In the embodiment, the third capacity is set to “10” (see FIG. 2). Therefore, the third alarm notification includes information set in advance in response to exceeding the third capacity “10”. That is, the third alarm notification includes, for example, information indicating that the number of users fishing in the third section exceeds the third capacity. Further, the third alarm notification includes information instructing exit from the third section. In the embodiment, the second communication terminal 50 identified as the transmission destination of the third alarm notification in S85 is referred to as “fifth communication terminal”, and the fifth communication terminal is identified according to the update time registered in the fisherman list. Is done. That is, the fifth communication terminal is the second communication terminal 50 of the user ID with the latest update time registered in the fisherman list among the second communication terminals 50 that are the transmission source of the position information belonging to the third section information. . When the number of third sectioners exceeds two or more with respect to the third capacity, the second communication terminals 50 corresponding to the excess number are specified as fifth communication terminals in order of late update time.

  After executing S85, the CPU 12 transmits a third alarm notification (S87). The CPU 12 outputs a third alarm notification transmission command to the communication unit 18. In accordance with the transmission command, the third alarm notification is transmitted from the communication unit 18 to the fifth communication terminal. In the fifth communication terminal, the third alarm notification is received, and the above-mentioned information included in the third alarm notification is displayed on the display unit of the own device (see “second communication terminal 50” shown in FIG. 1). After executing S87, the CPU 12 ends the alarm process. Although the description is omitted above, S71 is denied when the relationship between the number of first partitioners and the first number of members is the state of the map screen 60 shown in FIG. 4 (see S71: No). If the relationship between the number of second sectioners and the second capacity is the state of the map screen 60 shown in FIG. 4, S77 is affirmed (see S77: Yes). If the relationship between the number of third section persons and the third capacity is the state of the map screen 60 shown in FIG. 4, S83 is affirmed (see S83: Yes).

<Display processing>
The display process will be described with reference to FIG. CPU32 which started the display process acquires map data (S91). As described above, the map data is acquired from a predetermined site on the Internet or the storage unit 34. When the map data is acquired from a predetermined site on the Internet, a request including the location information of the management area is transmitted from the communication unit 40 to the predetermined site through a process by a Web browser executed by the CPU 32. In the predetermined site, map data corresponding to the position information included in the request is transmitted and received by the communication unit 40 in response to the request. The CPU 32 acquires map data via the communication unit 40. When the map data is acquired from the storage unit 34, the CPU 32 reads the map data from the storage unit 34. Map data acquired from a predetermined site on the Internet or the storage unit 34 is stored in the RAM 36.

  Subsequently, the CPU 32 determines whether or not the first display information has been acquired (S93). The first display information is transmitted from the management apparatus 10 in S61 of FIG. 7 and received by the communication unit 40. The CPU 32 acquires first display information via the communication unit 40. The CPU 32 includes the first section information, the first section image data, the first fixed number, the first section number, the second section information, the second section image data, and the second capacity included in the acquired first display information. The number of the second section, the third section information, the third section image data, the third capacity, and the third section number are stored in the RAM 36. When the first display information has not been acquired (S93: No), the CPU 32 repeatedly executes S93.

  When the first display information is acquired (S93: Yes), the CPU 32 generates map screen data (S95). The map screen data is image data indicating the map screen 60. The map screen data is generated as follows, for example. CPU32 specifies the 1st range on the map image 62 corresponding to a 1st division according to the positional information and 1st division information contained in map data. The CPU 32 combines the first section image data with the map data according to the specified first range. Further, the CPU 32 includes the first fixed member and the number of first partitioners in the map data according to the specified first range. CPU32 specifies the 2nd range on the map image 62 corresponding to a 2nd division according to the positional information and 2nd division information contained in map data. The CPU 32 synthesizes the second section image data with the map data according to the specified second range. Further, the CPU 32 includes the second capacity and the second number of persons in the map data according to the specified second range. CPU32 specifies the 3rd range on the map image 62 corresponding to a 3rd division according to the positional information and 3rd division information contained in map data. The CPU 32 synthesizes the third section image data with the map data according to the specified third range. Further, the CPU 32 includes the third capacity and the third number of persons in the map data according to the specified third range.

  Subsequently, the CPU 32 displays the map screen 60 (S97). The CPU 32 outputs a display command for the map screen 60 obtained from the map screen data generated in S95 to the display unit 38. On the display unit 38, the map screen 60 is displayed according to the display command (see FIG. 4). After executing S97, the CPU 32 returns the process to S93. Thereafter, the CPU 32 executes the processes after S93 again. The display process is repeatedly executed until a second end instruction is received by the first communication terminal 30.

<Second Example>
As a process of the second embodiment executed in the management system 1, a second management process and a display process will be described. Also in the process of the second embodiment, the first management process described above is executed by the management apparatus 10. However, the first management process in the second embodiment is the same as the first management process in the first embodiment. Therefore, the description of the first management process is omitted in the description of the second embodiment.

<Second management process>
The second management process will be described with reference to FIG. The CPU 12 that has started the second management process sequentially executes S101 to S105. S101 to S105 correspond to S21 to S25 in FIG. CPU12 performs S101-S105 similarly to S21-S25 of FIG. Therefore, the description regarding S101 to S105 is omitted. When the measurement time becomes the reference time or the measurement time has passed the reference time (S105: Yes), the CPU 12 transmits the second display information (S107). Regarding the second embodiment of the process executed in the management system 1, the second display information includes the first section information, the first section image data, the first fixed member, the second section information, and the second section image data. It includes the second capacity, the third section information, the third section image data, the third capacity, and all the position information registered in the fisherman list, and is a generic name. The CPU 12 acquires the first section information and the first capacity, the second section information and the second capacity, the third section information and the third capacity from the management list stored in the RAM 16. The CPU 12 reads the first section image data, the second section image data, and the third section image data from the storage unit 14. Furthermore, CPU12 acquires all the positional information from a fisherman list. The transmission destination of the second display information is set to the first communication terminal 30. The CPU 12 outputs a second display information transmission command to the communication unit 18. In accordance with the transmission command, the second display information is transmitted from the communication unit 18 to the first communication terminal 30.

  Next, the CPU 12 executes an alarm process (S109). The alarm process will be described later. After executing S109, the CPU 12 returns the process to S101. Thereafter, the CPU 12 executes the processing subsequent to S101 again. The second management process is repeatedly executed until the management apparatus 10 receives a first end instruction.

<Alarm processing>
The alarm process executed in S109 of FIG. 10 will be described with reference to FIG. CPU12 which started the alarm process performs a count process (S111). In the counting process, as described above, according to the position information registered in the fisherman list, the number of first zone members, the number of second zone members, and the number of third zone members are counted, and the set zone flag and the update time are displayed in the fisherman list. Registered in That is, the count process includes each process of S27 of FIG. 6 to S59 of FIG. In other words, each process from S27 in FIG. 6 to S59 in FIG. 7 is a count process. In S111, the CPU 12 executes a counting process in the same manner as S27 in FIG. 6 to S59 in FIG. Therefore, the description regarding the counting process is omitted.

  After executing S111, the CPU 12 sequentially executes S113 to S129. S113 to S129 correspond to S71 to S87 in FIG. CPU12 performs S113-S129 similarly to S71-S87 of FIG. Therefore, the description regarding S113 to S129 is omitted. After executing S129, the CPU 12 ends the alarm process.

<Display processing>
The display process will be described with reference to FIGS. CPU32 which started the display process acquires map data (S131). S131 corresponds to S91 of FIG. The CPU 32 executes S131 in the same manner as S91 in FIG. Therefore, the description regarding S131 is omitted. After executing S131, the CPU 32 determines whether or not the second display information has been acquired (S133). The second display information is transmitted from the management device 10 in S107 of FIG. 10 and received by the communication unit 40. The CPU 32 acquires second display information via the communication unit 40. The CPU 32 includes the first section information, the first section image data, the first member, the second section information, the second section image data, the second capacity, the third section information, and the first section information, the first section image data, the first member, the second section information, the second section image data, and the second section information. The three-section image data, the third capacity, and the position information are stored in the RAM 36. When the second display information has not been acquired (S133: No), the CPU 32 repeatedly executes S133.

  When the second display information is acquired (S133: Yes), the CPU 32 initializes the values of the fourth counter, the fifth counter, and the sixth counter (S135). The third counter corresponds to the first counter described above and is a counter that counts the number of first sectioners. The fifth counter corresponds to the above-described second counter and is a counter that counts the number of second sectioners. The sixth counter corresponds to the above-mentioned third counter and is a counter that counts the number of third sectioners. In the embodiment, the fourth counter, the fifth counter, and the sixth counter are stored in the RAM 36.

  Next, the CPU 32 selects one of the position information stored in the RAM 36 as a processing target (S137). The position information selected as the process target is one of the position information that is not set as the process target of S139 to S149 in FIG. Subsequently, the CPU 32 determines whether or not the position information to be processed belongs to the first section information (S29). The meaning of “location information belongs to the first section information” is as described in relation to S29 of FIG. When the position information to be processed does not belong to the first section information (S139: No), the CPU 32 shifts the process to S143. When the position information to be processed belongs to the first section information (S139: Yes), the CPU 32 increases the number of first section persons counted by the fourth counter by 1 (S141). Thereafter, the CPU 32 shifts the processing to S151 in FIG.

  In S143, the CPU 32 determines whether the position information to be processed belongs to the second section information. The meaning of “the position information belongs to the second section information” is as described in relation to S39 of FIG. When the position information to be processed does not belong to the second section information (S143: No), the CPU 32 shifts the process to S147 in FIG. When the position information to be processed belongs to the second section information (S143: Yes), the CPU 32 increases the number of second section persons counted by the fifth counter by 1 (S145). Thereafter, the CPU 32 shifts the processing to S151 in FIG.

  In S147, the CPU 32 determines whether or not the position information to be processed belongs to the third section information. The meaning of “the position information belongs to the third section information” is as described in relation to S49 of FIG. When the position information to be processed belongs to the third section information (S147: Yes), the CPU 32 increases the number of third section persons counted by the sixth counter by 1 (S149). When the position information to be processed does not belong to the third section information (S147: No), or after executing S149, the CPU 32 shifts the process to S151.

  In S151, the CPU 32 determines whether or not all position information stored in the RAM 36 has been selected as a processing target in S139 to S149 in FIG. After executing S151, the CPU 32 may delete the position information that has been the processing target from the RAM 36. According to such a configuration, S151 can be determined according to the position information stored in the RAM 36. That is, when there are two or more pieces of position information stored in the RAM 36, it is determined that not all pieces of position information have been selected (S151: No). When the position information stored in the RAM 36 is one, it is determined that all the position information is selected (S151: Yes). When all the position information has not been selected (S151: No), the CPU 32 shifts the process to S137 of FIG. When all pieces of position information have been selected (S151: Yes), the CPU 32 shifts the process to S153.

  In S153, the CPU 32 generates map screen data (S153). The map screen data is generated as follows, for example. The CPU 32 acquires the number of first partitioners from the fourth counter stored in the RAM 36. The CPU 32 acquires the number of second partitioners from the fifth counter stored in the RAM 36. The CPU 32 acquires the number of third partitioners from the sixth counter stored in the RAM 36. CPU32 specifies the 1st range on the map image 62 corresponding to a 1st division according to the positional information and 1st division information contained in map data. The CPU 32 combines the first section image data with the map data according to the specified first range. Further, the CPU 32 includes the first fixed member and the number of first partitioners in the map data according to the specified first range. CPU32 specifies the 2nd range on the map image 62 corresponding to a 2nd division according to the positional information and 2nd division information contained in map data. The CPU 32 synthesizes the second section image data with the map data according to the specified second range. Further, the CPU 32 includes the second capacity and the second number of persons in the map data according to the specified second range. CPU32 specifies the 3rd range on the map image 62 corresponding to a 3rd division according to the positional information and 3rd division information contained in map data. The CPU 32 synthesizes the third section image data with the map data according to the specified third range. Further, the CPU 32 includes the third capacity and the third number of persons in the map data according to the specified third range.

  Subsequently, the CPU 32 displays the map screen 60 (S155). The CPU 32 outputs a display command for the map screen 60 obtained from the map screen data generated in S153 to the display unit 38. On the display unit 38, the map screen 60 is displayed according to the display command (see FIG. 4). After executing S155, the CPU 32 returns the process to S133 of FIG. Thereafter, the CPU 32 again executes the processes after S133. The display process is repeatedly executed until a second end instruction is received by the first communication terminal 30.

<Effect of embodiment>
According to the embodiment, the following effects can be obtained.

  (1) The management system 1 includes a management device 10, a first communication terminal 30, and a second communication terminal 50 (see FIG. 1). In the second communication terminal 50, the user ID and the position information of the own device are transmitted to the management device 10. In the management device 10, position information from the second communication terminal 50 is registered in the fisherman list (see FIG. 3) (see S13 in FIG. 5). At this time, the position information is registered in association with the user ID that matches the user ID from the second communication terminal 50 among the user IDs registered in the fisherman list.

  In the management system 1, the process of the first embodiment is executed. In this case, the management device 10 counts the number of first partitioners, the number of second partitioners, and the number of third partitioners (see S27, S31 and S41 in FIG. 6, and S51 and S59 in FIG. 7). Thereafter, in the management device 10, the first display information is transmitted to the first communication terminal 30 (see S61 in FIG. 7). The first display information includes first section information, first section image data, first constant, first section number, second section information, second section image data, second capacity, It includes the number of two-compartment people, third-compartment information, third-compartment image data, third capacity, and third-compartment number. In the first communication terminal 30, the first display information is acquired (see S93: Yes in FIG. 9).

  In the management system 1, the process of the second embodiment is executed. In this case, in the management apparatus 10, the second display information is transmitted to the first communication terminal 30 (see S107 in FIG. 10). The second display information includes first section information, first section image data, first capacity, second section information, second section image data, second capacity, third section information, and third section information. It contains all location information registered in the section image data, the third capacity, and the fisherman list. In the first communication terminal 30, second display information is acquired (see S133: Yes in FIG. 12). Thereafter, the first communication terminal 30 counts the number of first partitioners, the number of second partitioners, and the number of third partitioners (see S137, S141, and S145 in FIG. 12, and S149 and S151 in FIG. 13).

  Therefore, the map screen 60 can be displayed on the display unit 38 of the first communication terminal 30 (see S97 in FIG. 9 or S155 in FIG. 13). On the map screen 60, the first section image 64 is displayed in the first range on the map image 62, the second section image 66 is displayed in the second range on the map image 62, and the third range on the map image 62 is displayed. A third section image 68 is displayed (see FIG. 4). Further, on the map screen 60, the first fixed image and the number of first divided persons are displayed in association with the first divided image 64, and the second fixed number and the number of second divided persons are displayed in association with the second divided image 66. The third capacity and the number of third persons are displayed in association with the three-compartment image 68 (see FIG. 4). The user of the first communication terminal 30 can monitor the management area while checking the map screen 60 displayed on the display unit 38.

  (2) In the management apparatus 10, the number of first partitioners and the first fixed member are compared (see S71 in FIG. 8 or S113 in FIG. 11). When the number of first section persons is greater than a certain number of members (see S71: Yes in FIG. 8 or S113: Yes in FIG. 11), the second communication of the first alarm notification is the transmission source of the position information belonging to the first section information It is transmitted to a specific third communication terminal among the terminals 50 (see S75 in FIG. 8 or S117 in FIG. 11). The first alarm notification includes, for example, information indicating that the number of users fishing in the first section exceeds a certain number of members and information instructing exit from the first section. Therefore, the third communication terminal can notify that the number of users fishing in the first section exceeds the first fixed member (see “second communication terminal 50” shown in FIG. 1). The user of the third communication terminal can be instructed to leave the first section. It becomes possible to maintain the number of users fishing in the first section below a certain number of members.

  In the management device 10, the number of second partitioners and the second capacity are compared (see S77 in FIG. 8 or S119 in FIG. 11). When the number of people in the second section is larger than the second capacity (see S77: Yes in FIG. 8 or S119: Yes in FIG. 11), the second alarm notification is the second communication of the transmission source of the position information belonging to the second section information It is transmitted to a specific fourth communication terminal among the terminals 50 (see S81 in FIG. 8 or S123 in FIG. 11). When the second capacity is set to “0” (see FIG. 2), the second alarm notification includes, for example, information indicating that fishing is prohibited in the second section and leaving the second section. Contains information to indicate. Therefore, the fourth communication terminal can notify that fishing is prohibited in the second section. The user of the fourth communication terminal can be instructed to leave the second section. It becomes possible to maintain the number of users fishing in the second section at zero.

  In the management device 10, the number of third partitioners and the third capacity are compared (see S83 in FIG. 8 or S125 in FIG. 11). When the number of persons in the third section is larger than the third capacity (see S83: Yes in FIG. 8 or S125: Yes in FIG. 11), the second alarm notification is the second communication of the location information belonging to the third section information It is transmitted to a specific fifth communication terminal among the terminals 50 (see S87 in FIG. 8 or S129 in FIG. 11). The third alarm notification includes, for example, information indicating that the number of users fishing in the third section exceeds the third capacity, and information instructing exit from the third section. Therefore, the fifth communication terminal can notify that the number of users fishing in the third section exceeds the third capacity (see “second communication terminal 50” shown in FIG. 1). The user of the fifth communication terminal can be instructed to leave the third section. It becomes possible to maintain the number of users fishing in the third section below the third capacity.

<Modification>
The embodiment can also be performed as follows. Some configurations of the modifications shown below can be appropriately combined and employed. Hereinafter, points different from the above will be described, and description of similar points will be omitted as appropriate.

  (1) A configuration in which the management area is divided into a first section, a second section, and a third section, the first capacity is “20”, the second capacity is “0”, and the third capacity is “10”. Described as an example. The first fixed member may be set to “0”. In this case, in S73 of FIG. 8 or S115 of FIG. 11, all of the second communication terminals 50 that are the transmission source of the position information belonging to the first section information are specified as the transmission destination (third communication terminal) of the first alarm notification. The The first alarm notification includes, for example, information indicating that fishing is prohibited in the first section and information instructing to leave the first section. The second capacity may be set to a predetermined value larger than “0”. In this case, in S79 of FIG. 8 or S121 of FIG. 11, the number of second communication terminals 50 that are the transmission source of the position information belonging to the second section information exceeds the predetermined value (second section person). The number of second communication terminals 50 (number-second capacity) is specified as the transmission destination (fourth communication terminal) of the second alarm notification. At this time, the fourth communication terminal is specified according to the update time from the second communication terminal 50 that is the transmission source of the position information belonging to the second section information. The second alarm notification includes, for example, information indicating that the number of users fishing in the second section exceeds the second capacity, and information instructing exit from the second section. The third capacity may be set to “0”. In this case, in S85 of FIG. 8 or S127 of FIG. 11, all the second communication terminals 50 that are the transmission source of the position information belonging to the third section information are specified as the third alarm notification transmission destination (fifth communication terminal). The The third alarm notification includes, for example, information indicating that fishing is prohibited in the third section and information instructing to leave the third section.

  (2) In the second management process of the first embodiment shown in FIGS. 6 and 7, the first display information is transmitted from the management apparatus 10 to the first communication terminal 30 in S61 (see FIG. 7). In the second management process of the second embodiment shown in FIG. 10, the second display information is transmitted from the management device 10 to the first communication terminal 30 in S107. The first display information and the second display information include first section image data, second section image data, and third section image data. The first section image data, the second section image data, and the third section image data may be omitted from the first display information or the second display information. In this case, the first section image data, the second section image data, and the third section image data are stored in the storage unit 34 in association with the display program. In the display process of the first embodiment shown in FIG. 9, the first section image data, the second section image data, and the third section image data are read from the storage unit 34 in S95. In the display process of the second embodiment shown in FIGS. 12 and 13, the first section image data, the second section image data, and the third section image data are read from the storage unit 34 in S <b> 153 (see FIG. 13).

  In addition, for example, in the display process of the first embodiment shown in FIG. 9, the following process is executed in S95, and in the display process of the second embodiment shown in FIGS. 12 and 13, S153 (FIG. 13). The following processing may be executed. In this case, as described above, the first section image data, the second section image data, and the third section image data may be omitted from the first display information or the second display information. The first section image data, the second section image data, and the third section image data may not be stored in the storage unit 14 or the storage unit 34 in advance. That is, in S95 or S153, the first section image 64 is arranged in the first range on the map image 62 according to the position information and the first section information included in the map data, and according to the position information and the second section information described above, Data in which the second section image 66 is arranged in the second range on the map image 62, and the third section image 68 is arranged in the third range on the map image 62 in accordance with the position information and the third section information described above, Generated from map data. If the first segment image 64, the second segment image 66, and the third segment image 68 are broken line images as shown in FIG. 4, the first segment image 64 and the first segment image 64 are generated using the above-described data generated from the map data. Data portions corresponding to the two-section image 66 and the third-section image 68 form a plurality of dots arranged along a plurality of position information included in the first-section information, the second-section information, and the third-section information. . The plurality of dots described above forms a broken line-shaped first divided image 64 indicating the outer edge of the first divided area, forms a broken line-shaped second divided image 66 indicating the outer edge of the second divided area, and the outer edge of the third divided area. A broken line-shaped third section image 68 is formed.

  Furthermore, the process performed by S95 or S153 is illustrated. In S95 or S153, as described above, the first range on the map image 62 corresponding to the first section is specified according to the position information and the first section information included in the map data, and according to the position information and the second section information described above. The second range on the map image 62 corresponding to the second section is specified, and the third range on the map image 62 corresponding to the third section is specified according to the position information and the third section information described above. In S95 or S153, first segment image data corresponding to the first range is generated according to the identified first range, and second segment image data corresponding to the second range is generated according to the identified second range. According to the specified third range, third section image data corresponding to the third range is generated. The first section image data, the second section image data, and the third section image data are combined on the map image 62 according to the first range, the second range, and the third range.

  In S95 or S153, as described above, the first fixed number and the first number of compartments are included in the first range on the map image 62, and the second capacity and the number of second compartments are included in the second range on the map image 62. Then, the third capacity and the third partition number are included in the third range on the map image 62, and the same map screen data as described above is generated.

  (3) In the alarm process of the second embodiment shown in FIG. 11, a count process is executed in S111, and the number of first section persons, the number of second section persons, and the number of third section persons are counted. In the display process of the second embodiment shown in FIGS. 12 and 13, the number of first sectioners is counted in S141 (see FIG. 12), and the number of second sectioners is counted in S145 (see FIG. 12). In S149 (see FIG. 13), the number of third partitioners is counted. For example, when S151 in FIG. 13 is affirmed (see S151: Yes), in the first communication terminal 30, the number of first sectioners, the number of second sectioners, and the number of third sectioners acquired by the above-described processes. May be transmitted to the management apparatus 10. In the management device 10, the first section terminal number, the second section number, and the third section number from the first communication terminal 30 are received by the communication unit 18. The CPU 12 acquires the number of first partitioners, the number of second partitioners, and the number of third partitioners via the communication unit 18. In this case, in S111 of FIG. 11, the processes corresponding to S31 and S41 of FIG. 6 and S51 of FIG. 7 may be omitted.

  (4) In the first communication terminal 30, the map screen 60 is displayed on the display unit 38 (see S97 in FIGS. 4 and 9 or S155 in FIG. 13). The map screen 60 includes a map image 62, a first section image 64, a first fixed number, a first section number, a second section image 66, a second capacity, a second section number, and a third section. The section image 68, the third capacity, and the third section number are included. The map screen 60 may further include an object 70 as shown in FIG. The object 70 is an image indicating the current position of the user who has entered the management area. In the map screen 60 shown in FIG. 14, three objects 70 are illustrated. The three objects 70 correspond to the user IDs “USER01”, “USER03”, and “USER28” whose position information is described in the fisherman list shown in FIG. 3, and the position information associated with each of the above-described user IDs. It is arranged at a position on the map image 62 shown. In the management device 10, object data corresponding to each user ID registered in the fisherman list is stored in the storage unit 14 in a state associated with each user ID. The object data is image data indicating the object 70.

  Assume that the processing of the first embodiment is adopted as processing executed in the management system 1. In this case, in S61 of the second management process shown in FIGS. 6 and 7 (see FIG. 7), as the first display information, the first section information, the first section image data, the first fixed member, and the number of first section persons Along with the second section information, the second section image data, the second capacity, the number of second section persons, the third section information, the third section image data, the third capacity, and the third section number, the following position information: Object data is transmitted to the first communication terminal 30. The above-mentioned position information is all the position information registered in the fisherman list. The aforementioned object data is object data corresponding to the user ID associated with the position information transmitted as the first display information in the fisherman list. In the first display information, the position information and the object data are associated with each other. In the display process illustrated in FIG. 9, the first display information is acquired via the communication unit 40 (see S93: Yes), and each data included in the first display information is stored in the RAM 36 as described above. In S95 of FIG. 9, in addition to the above-described processing, the arrangement of the objects 70 on the map image 62 is all included in the first display information in accordance with the position information included in the map data and the position information of the first display information. Specific object data. Furthermore, in S95 of FIG. 9, all object data included in the first display information is combined with the map data in accordance with the specified arrangement. As a result, with the execution of S97 in FIG. 9, a map screen 60 as shown in FIG.

  Assume that the process of the second embodiment is adopted as the process executed in the management system 1. In this case, in S107 of the second management process shown in FIG. 10, as the second display information, the first section information, the first section image data, the first fixed member, the second section information, the second section image data, and the second capacity. The next object data is transmitted to the first communication terminal 30 together with the third section information, the third section image data, the third capacity, and all the position information registered in the fisherman list. The aforementioned object data is object data corresponding to the user ID associated with the position information transmitted as the second display information in the fisherman list. In the second display information, the position information and the object data are associated with each other. In the display process shown in FIGS. 12 and 13, the second display information is acquired through the communication unit 40 (see S133: Yes in FIG. 12), and each data included in the second display information is stored in the RAM 36 as described above. Remembered. In S153 of FIG. 13, in addition to the processing described above, the arrangement of the objects 70 on the map image 62 is all included in the second display information in accordance with the position information included in the map data and the position information of the second display information. Specific object data. Further, in S153 of FIG. 13, all the object data included in the second display information is combined with the map data according to the specified arrangement. As a result, with the execution of S155 in FIG. 13, a map screen 60 as shown in FIG.

  The object data may be omitted from the first display information and the second display information. In this case, in the management device 10, the object data is not stored in the storage unit 14. The first display information and the second display information include the user ID associated with the position information included in the first display information and the second display information in the fisherman list. In the first display information and the second display information, the position information and the user ID are related in the same manner as in the fisherman list. In the first communication terminal 30, image data that is a material of the object 70 is stored in the storage unit 34. In S95 of FIG. 9 or S153 of FIG. 13, the above-described image data is read from the storage unit. Thereafter, the user ID included in the first display information and the second display information is combined with the image data, and object data corresponding to the user ID included in the first display information and the second display information is generated. In S95 of FIG. 9 or S153 of FIG. 11, the generated object data is combined with the map data as described above.

  The object 70 may not have a format distinguished for each user ID. For example, the object may be a common image that does not include a user ID. In this case, the management device 10 or the first communication terminal 30 stores one (one type) of object data. When the object data is stored in the management apparatus 10, the first display information and the second display information include one object data. In S95 of FIG. 9, the arrangement of the objects on the map image 62 is specified according to the position information included in the map data and the position information of the first display information, and the object data is combined with the map data according to the specified arrangement. The In S153 of FIG. 13, the arrangement of the object on the map image 62 is specified according to the position information included in the map data and the position information of the second display information, and the object data is combined with the map data according to the specified arrangement. The

  (5) In the management list, section information and capacity are registered in advance in association with each other (see FIG. 2). In the management area, one or both of the setting section and the capacity may be reset. In the management area, the setting section itself in the management area may be reviewed and the number of setting sections may be increased or decreased. In this case, in the management system 1, the registration state of the management list is appropriately updated by the management device 10 according to the above-described resetting. For example, it is assumed that the range of the first section and the range of the second section are reset while the third section is left as it is or the third section is omitted. In the management apparatus 10, the first section information and the second section information are updated with the resetting of the set section. That is, the first section information is updated to a state that includes a plurality of pieces of position information corresponding to a plurality of points that are the outer edges of the first section after the resetting. The second section information is updated to a state including a plurality of pieces of position information corresponding to a plurality of points serving as outer edges of the second section after the resetting. Accordingly, the management list is in a state where the updated first section information and second section information are newly registered. In the management apparatus 10, the first section image data is updated to image data indicating the first section after the resetting with the resetting of the first section and the second section, and the second section image data is It is updated to image data indicating the second section after resetting. The storage unit 14 newly stores the updated first section image data and second section image data.

  In the above description, the processing executed in the management system 1 is in a form corresponding to the state where the management area is divided into the first section, the second section, and the third section. That is, the second management process of the first embodiment shown in FIGS. 6 and 7 includes S29 to S37 in FIG. 6 for the first section and S39 to FIG. 7 in FIG. 6 for the second section. S47 and S49 to S57 in FIG. 7 for the third section are included. The alarm process of the first embodiment shown in FIG. 8 includes S71 to S75 for the first section, S77 to S81 for the second section, and S83 to S87 for the second section. The alarm processing of the second embodiment of FIG. 11 includes S113 to S117 targeting the first section, S119 to S123 targeting the second section, and S125 to S129 targeting the third section, and S111. In the count process executed in step S29 in FIG. 6 and step S57 in FIG. 7 together with step S59 in FIG. 7 and step S57 in FIG. The display processing of the second embodiment shown in FIGS. 12 and 13 includes S139 and S141 in FIG. 12 for the first section, S143 and S145 in FIG. 12 for the second section, and the third section. This includes S147 and S149 in FIG.

  For example, it is assumed that the third section is omitted and the number of set sections is changed from three to two. In this case, if S39 in FIG. 6 is negative (see S39: No), the process proceeds to S59 in FIG. 7, and S49 to S57 in FIG. 7 are omitted. However, when S39 of FIG. 6 is denied (S39: refer to No), the transfer destination may be S49 of FIG. 7 as described above, and S49 may be denied (refer to S49: No). S83 to S87 in FIG. 8 are omitted. Steps S125 to S129 in FIG. 11 are omitted. However, S83 or S125 may be denied (see S83 or S125: No). If S143 in FIG. 12 is negative (see S143: No), the process proceeds to S151 in FIG. 13, and S147 and S149 in FIG. 7 are omitted. However, when S143 in FIG. 12 is denied (see S143: No), the transfer destination may be S147 in FIG. 13 as described above and S147 may be denied (see S147: No). When the number of set sections set in advance is two, the processing executed in the management system 1 is the same as that described above in which the number of set sections is two.

  In addition, for example, it is assumed that the fourth section is set and the number of set sections is changed from three to four. In this case, the second management process of the first embodiment (see FIGS. 6 and 7), the alarm process of the first embodiment (see FIG. 8), the alarm process of the second embodiment (see FIG. 11), and the second implementation. In the example display process (see FIGS. 12 and 13), the process for the fourth section is executed in the same manner as the process for the third section, for example. The process for the fourth section is, for example, when S49 in FIG. 7 is denied (S49: see No), when S83 in FIG. 8 is denied (S83: see No), or in S87 in FIG. This is executed after execution, when S125 of FIG. 11 is denied (see S125: No), after execution of S129 of FIG. 11, and when S147 of FIG. 13 is denied (see S147: No). In the process for the fourth section, the fourth section information and the fourth capacity registered in association with the management list are used as appropriate. A counter that counts the number of persons in the fourth compartment is employed. This counter is stored in the RAM 16 (in the case of the first embodiment) or stored in the RAM 16 and the RAM 36 (in the case of the second embodiment). The fourth section flag is set, and “ON” or “OFF” is registered in the incoming fishery certificate list (see FIG. 3). The initial value of the fourth section flag is set to “OFF” as in the first section flag, the second section flag, and the third section flag. The information included in the fourth alarm notification is the same information as the first alarm notification, the third alarm notification, or the second alarm notification. That is, the information included in the fourth alarm notification is set according to the fourth capacity. When the number of set sections set in advance is four, the processing executed in the management system 1 is the same as that described above in which the number of set sections is four. Further, when the number of set sections is reset from 3 to 5 or more, or when the number of set sections set in advance is 5 or more, the processing executed in the management system 1 has a set section number of 4. The process is executed according to the above-described case.

1 management system, 3 communication line, 10 management device, 12 CPU
14 storage unit, 16 RAM, 18 communication unit, 20 timing unit, 22 bus 30 first communication terminal, 32 CPU, 34 storage unit, 36 RAM
38 display section, 40 communication section, 42 bus, 50 second communication terminal 60 map screen, 62 map image, 64 first section image, 66 second section image 68 third section image, 70 object

One aspect of the present invention stores the first section information indicating the first section included in the management area in association with the first member set for the first section, and is included in the management area. A storage unit, a communication unit, and a processor that store and associate second zone information indicating a second zone different from the first zone, and a second capacity set for the second zone. The processor includes a display unit, displays a map image corresponding to the management area on the display unit, and indicates the first section in a first range on the map image corresponding to the first section. A first section image and the first fixed member are displayed in association with each other, a second section image showing the second section in a second range on the map image corresponding to the second section, and the second section The first section information is displayed on the first communication terminal that displays the capacity in association with each other. When, said first capacity, said second partition information, executes transmission processing for transmitting and the second capacity, from the communication unit, a management unit.

  The present invention relates to a management apparatus included in a management system for managing a management area, and a management method executed in the management system.

  Techniques related to management area management have been proposed. For example, Patent Document 1 discloses a user management method. The user management method is executed in the communication system. The communication system includes a mobile terminal, a management server, and a receipt certificate issuing server, and these devices are connected to the mobile packet communication network via the Internet. The mobile terminal is a mobile phone owned by a user who desires acquisition of fishing rights. The management server is managed by the river information management center. The incoming fish certificate issuing server is managed by the river management fishery association. In the communication system, when an incoming fishery certificate request including position information and image information is transmitted from a mobile terminal, a river is specified, and incoming fishery certificate data of the river is transmitted to the mobile terminal. In the communication system, information related to the user of the mobile terminal is managed, and when an emergency occurs in a river, the user is notified of emergency contact information.

  Patent Document 2 proposes a technology relating to a theme park mobile service system. Patent Document 3 proposes a technique related to an evacuation notification system.

JP 2006-23841 A JP 2004-178041 A JP2015-203940A

  A specific area may be managed by a specific organization or a specific individual. For example, a specific fishing ground is managed by a fishery cooperative. The inventor set a capacity for the management area to be managed, and studied a technique capable of managing the users entering the management area. At that time, the inventor considered that the management area can be divided into a plurality of sections, and the user can be managed for each of the divided sections to perform fine management.

  An object of this invention is to provide the management apparatus and management method which are useful for management of a management area.

One aspect of the present invention relates to first section information indicating a first section included in a management area and a first fixed member unique to the first section set for the first section in association with each other. The second section information indicating a second section different from the first section included in the management area is associated with the second capacity specific to the second section set for the second section. A storage unit for storing, a communication unit, and a processor, wherein the processor includes a display unit, displays a map image corresponding to the management area on the display unit, and corresponds to the first section A first zone image indicating the first zone and the first member are displayed in association with the first zone on the image, and the second zone on the map image corresponding to the second zone is Associating the second section image showing the second section with the second capacity The first communication terminal to display, with the first section information, the a first capacity, said a second section information, a first transmission process for transmitting and the second capacity, from the communication unit, the management area Identification information corresponding to the user of the second communication terminal of the transmission source and the second communication terminal of the transmission source, which are repeatedly transmitted at predetermined intervals from the second communication terminal owned by the predetermined user who has entered Acquisition information for acquiring the current position information via the communication unit, the first section information and the second section information stored in the storage unit, and the acquisition process acquired in the acquisition process In accordance with the position information, a determination process for determining whether the position information belongs to the first section or the second section, and the first section information and the second section information stored in the storage unit And before being acquired in the acquisition process According to the position information, the count information for counting the number of the position information belonging to the first section and the number of the position information belonging to the second section, and When it is determined that it belongs to a section, the first time corresponding to the acquisition of the position information belonging to the first section is identified by the acquisition process together with the position information that is the processing target of the determination process. If it is determined that the position information belongs to the second section in the determination process, a second type time corresponding to the acquisition of the position information belonging to the second section is determined in the determination process. A registration process for registering in association with the identification information acquired in the acquisition process together with the position information to be processed, and a first corresponding to the number of the position information belonging to the first fixed member and the first section A comparison process for comparing the number of blockers and comparing the second capacity and the number of second blockers corresponding to the number of position information belonging to the second block, and the number of first blockers in the comparison process Is determined to be greater than the first fixed member, the second fixed communication terminal of the identification information associated with the first type time is the first fixed member in descending order of the first type time. The number of the second communication terminals corresponding to the excess number of the first partition person is identified as a third communication terminal, and the comparison process determines that the second partition person number is greater than the second capacity. In the case, among the second communication terminals of the transmission source of the identification information associated with the second type time, in order from the late second type time, the excess number of the second section number for the second capacity A feature that identifies the matching number of second communication terminals as fourth communication terminals. Processing and sending a first alarm notification set in response to the excess of the first fixed number to the third communication terminal, and setting to the fourth communication terminal to correspond to the excess of the second capacity A second transmission process for transmitting the second alarm notification, and the registration process is associated with the first type time in a state where the first type time is registered in association with the identification information. When the identification information identical to the identification information is newly acquired together with the position information in the acquisition process, and the newly acquired position information is determined to belong to the first section in the determination process, The registered first type time is kept registered without being updated and registered at the first type time corresponding to the new acquisition of the position information belonging to the first section, and is associated with the identification information. The first type time is registered In the state, the same identification information as the identification information associated with the first type time is newly acquired together with the position information in the acquisition process, and the newly acquired position information is determined in the determination process. If it is determined that it belongs to the second section, the registered first type time is updated and registered at the second type time corresponding to the new acquisition of the position information belonging to the second section, and the identification information The identification information identical to the identification information associated with the second type time is newly acquired together with the position information in the acquisition process in a state where the second type time is registered in association with If the position information acquired in step S3 is determined to belong to the first section in the determination process, the registered second type time corresponds to a new acquisition of the position information belonging to the first section. Said first kind In the state in which the second type time is registered in association with the identification information, the identification information that is the same as the identification information associated with the second type time is registered in the acquisition process. When it is determined that the position information newly acquired together with the information and newly acquired belongs to the second section in the determination process, the registered second type time is set to the second section belonging to the second section. It is a management apparatus that is a process of maintaining the registered state without performing update registration at the second type time corresponding to new acquisition of position information .

According to this management device, it is possible to transmit the first section information, the first constant, the second section information, and the second capacity to the first communication terminal. In the first communication terminal, using each data transmitted from the management device, the first section image and the first fixed member are displayed in association with the first range on the map image, and the second range on the map image is displayed. The second section image and the second capacity can be displayed in association with each other. When the number of first sectioners is greater than the first fixed number of members, the second communication terminals having a number that matches the excess number of the first number of partitioners with respect to the first fixed number of members are identified as third communication terminals in order of late first-class time. be able to. When the number of first partitioners is larger than the first fixed member, the first alarm notification can be transmitted to the third communication terminal. The first notification operation can be executed at the third communication terminal on condition that the first alarm notification is received. A 1st alerting | reporting operation | movement is an operation | movement which alert | reports that the 1st division person number has exceeded the 1st fixed member. The user of the third communication terminal can be instructed to leave the first section. It becomes possible to maintain the number of first partitioners below a certain number of members. If the number of second sectioners is greater than the second capacity, specify the second communication terminals as the fourth communication terminal in the order in which the second type time is late, the number of second communication terminals that matches the number of excess second partition persons for the second capacity. be able to. When the number of second partitioners is greater than the second capacity, a second alarm notification can be transmitted to the fourth communication terminal. The second notification operation can be executed by the fourth communication terminal on condition that the second alarm notification is received. The second notification operation is an operation for notifying that the number of second partitioners exceeds the second capacity. The user of the fourth communication terminal can be instructed to leave the second section. It becomes possible to maintain the number of second division persons below the second capacity.

The management device, before Symbol first transmission process, the first range, further, to display in association with previous number system first section's in the second range, further, associating the pre-number system second compartment party The first communication terminal to be displayed may further be a process of causing the communication unit to transmit the first number of compartments and the number of second compartments. According to this configuration, it is possible to further transmit the number of first partitioners and the number of second partitioners to the first communication terminal. In the first communication terminal, using each data transmitted from the management device, the first section image, the first fixed member, and the number of first section persons are displayed in association with each other in the first range on the map image. In the second range, the second section image, the second capacity, and the second section number can be displayed in association with each other.

The management device, before Symbol first transmission process, the first range, further, to display in association with previous number system first section's in the second range, further, associating the pre-number system second compartment party The first communication terminal to be displayed may further be a process of transmitting all the position information acquired in the acquisition process from the communication unit. According to this configuration, it is possible to further transmit all acquired position information to the first communication terminal. In the first communication terminal, the number of position information belonging to the first section and the number of position information belonging to the second section are counted according to the first section information, the second section information, and the position information transmitted from the management device. . As a result, the first communication terminal uses the data transmitted from the management device and the number of first compartments and the number of second compartments counted by the own device to enter the first range on the map image. The section image, the first fixed member, and the number of first section persons can be displayed in association with each other, and the second section image, the second capacity, and the number of second section persons can be displayed in association with each other in the second range on the map image.

In the management device, the storage unit stores first segment image data corresponding to the first segment image and second segment image data corresponding to the second segment image, and the first transmission process includes: The first communication terminal may further be a process for transmitting the first segment image data and the second segment image data from the communication unit. According to this configuration, it is possible to further transmit the first segment image data and the second segment image data to the first communication terminal. In the first communication terminal, using each data transmitted from the management device, the first section image is displayed in the first range on the map image, and the second section image is displayed in the second range on the map image. can do.

Another aspect of the present invention is a management method executed by a management system that manages a management area, and includes a map image corresponding to the management area and a first section image indicating a first section included in the management area. A first fixed member unique to the first section set for the first section, a second section image showing a second section different from the first section included in the management area, and the first section A display step for displaying the second capacity specific to the second section set for the two sections, and a second communication terminal owned by a predetermined user who is entering the management area at a predetermined interval. An acquisition step of repeatedly transmitting identification information corresponding to a user of the second communication terminal of the transmission source and position information indicating a current position of the second communication terminal of the transmission source; and the first section First section information indicating the second section A determination step of determining whether the position information belongs to the first section or the second section according to the second section information to be displayed and the position information acquired in the acquisition step; According to the section information and the second section information, and the position information acquired in the acquisition step, the number of the position information belonging to the first section, the number of the position information belonging to the second section, When the position information is determined to belong to the first section in the determination step, a first type time corresponding to the acquisition of the position information belonging to the first section is determined as the determination step. If the position information is registered in association with the identification information acquired in the acquisition step together with the position information to be processed, and the determination step determines that the position information belongs to the second section, Belong A registration step of registering the second type time corresponding to the acquisition of the location information in association with the identification information acquired in the acquisition step together with the location information to be processed in the determination step; Compare the number of first section persons corresponding to the number of the position information belonging to the first section, the second capacity and the second section number corresponding to the number of the position information belonging to the second section. When the comparison step and the comparison step determine that the number of first partitioners is greater than the first fixed member, the second communication terminal that is the transmission source of the identification information associated with the first type time Among these, the second type of communication terminal is identified as a third communication terminal in the order in which the first type time is late, the number of the second communication terminals corresponding to the excess number of the first partitioners for the first member, and in the comparison step, It is determined that the number of second sectioners is greater than the second capacity. In the case of refusal, among the second communication terminals of the transmission source of the identification information associated with the second type time, in the order of the second type time being late, the second number of persons for the second capacity A specifying step of specifying the second communication terminals corresponding to the excess number as the fourth communication terminal, and transmitting a first alarm notification set in correspondence with the excess of the first fixed number to the third communication terminal And transmitting to the fourth communication terminal a second alarm notification set in response to the excess of the second capacity, and in the display step, the map corresponding to the first section The first zone image and the first fixed member are displayed in association with each other on the first range on the image, and the second zone image on the second range on the map image corresponding to the second zone. the a second capacity, are displayed in association with the registration process, In the state where the first type time is registered in association with the identification information, the same identification information as the identification information associated with the first type time is newly acquired together with the position information in the acquisition step. When the newly acquired position information is determined to belong to the first section in the determination step, the registered first type time is a new acquisition of the position information belonging to the first section. The first type time is associated with the identification information and the first type time is registered in association with the identification information. When the identification information identical to the identification information is newly acquired together with the position information in the acquisition step, and the newly acquired position information is determined to belong to the second section in the determination step, Registration The first type time is updated and registered at the second type time corresponding to the new acquisition of the position information belonging to the second section, and the second type time is registered in association with the identification information. In the state, the same identification information as the identification information associated with the second type time is newly acquired together with the position information in the acquisition step, and the newly acquired position information is determined in the determination step. If it is determined that it belongs to the first section, the registered second type time is updated and registered at the first type time corresponding to a new acquisition of the position information belonging to the first section, and the identification In a state where the second type time is registered in association with information, the same identification information as the identification information associated with the second type time is newly acquired together with the position information in the acquisition step, and New acquisition When the determined position information is determined to belong to the second section in the determination step, the registered second type time corresponds to the second acquisition of the position information belonging to the second section. This is a management method in which the registered state is maintained without being updated and registered at the second time .

According to this management method, the first section information, the first section image, the first fixed member, the second section information, the second section image, and the second capacity are used to set the first section on the first range on the map image. The image and the first fixed member can be displayed in association with each other, and the second section image and the second fixed member can be displayed in association with each other in the second range on the map image. When the number of first sectioners is greater than the first fixed number of members, the second communication terminals having a number that matches the excess number of the first number of partitioners with respect to the first fixed number of members are identified as third communication terminals in order of late first-class time. be able to. When the number of first partitioners is larger than the first fixed member, the first alarm notification can be transmitted to the third communication terminal. The first notification operation can be executed at the third communication terminal on condition that the first alarm notification is received. A 1st alerting | reporting operation | movement is an operation | movement which alert | reports that the 1st division person number has exceeded the 1st fixed member. The user of the third communication terminal can be instructed to leave the first section. It becomes possible to maintain the number of first partitioners below a certain number of members. If the number of second sectioners is greater than the second capacity, specify the second communication terminals as the fourth communication terminal in the order in which the second type time is late, the number of second communication terminals that matches the number of excess second partition persons for the second capacity. be able to. When the number of second partitioners is greater than the second capacity, a second alarm notification can be transmitted to the fourth communication terminal. The second notification operation can be executed by the fourth communication terminal on condition that the second alarm notification is received. The second notification operation is an operation for notifying that the number of second partitioners exceeds the second capacity. The user of the fourth communication terminal can be instructed to leave the second section. It becomes possible to maintain the number of second division persons below the second capacity.

Display management method, before Symbol display step, the first range, further, is displayed before Symbol first section toll is in association, to the second range, further, associating previous number system second compartment party by You may make it. According to this configuration, using the first section information, the first section image, the first constant, the number of first section persons, the second section information, the second section image, the second capacity, and the second section number, The first area on the image is displayed in association with the first section image, the first fixed member, and the number of first section persons, and the second section image, the second capacity, and the second section person are displayed on the second range on the map image. Numbers can be displayed in association with each other.

  ADVANTAGE OF THE INVENTION According to this invention, the management apparatus and management method which are useful for management of a management area can be obtained.

It is a figure which shows an example of schematic structure of a management system. It is a figure which shows an example of a management list. It is a figure which shows an example of a fisherman list. It is a figure which shows an example of the map screen displayed with a 1st communication terminal. It is a flowchart of a 1st management process. It is a flowchart of the 1st part of the 2nd management process of a 1st Example. It is a flowchart of the 2nd part of the 2nd management process of a 1st Example. It is a flowchart of the alarm process of a 1st Example. It is a flowchart of the display process of 1st Example. It is a flowchart of the 2nd management process of a 2nd Example. It is a flowchart of the alarm process of 2nd Example. It is a flowchart of the 1st part of the display process of 2nd Example. It is a flowchart of the 2nd part of the display process of 2nd Example. It is a figure which shows the other example of the map screen displayed with a 1st communication terminal.

  Embodiments for carrying out the present invention will be described with reference to the drawings. The present invention is not limited to the configurations described below, and various configurations can be employed in the same technical idea. For example, some of the configurations shown below may be omitted or replaced with other configurations. Other configurations may be included.

<Management system>
A schematic configuration of the management system 1 will be described with reference to FIG. In the management system 1, users who enter the management area are managed. The above-mentioned user can also be said to be a visitor who has entered the management area. A management area to be managed by the management system 1 is a specific outdoor area. However, the management area may be a specific indoor area. In the embodiment, a management area to be managed by the management system 1 is a specific area of a predetermined river as a fishing ground. Such a management area is not provided with a specific entrance and entrance to the management area and exit from the management area can be freely performed. Such a management area is managed by, for example, a predetermined fishery cooperative. The fishery cooperative, for example, approves that a user who has paid a predetermined fee performs fishing in the management area. An approval certificate indicating approval is issued to the approved user. In the embodiment, the above-mentioned approval certificate is referred to as “fishing certificate”, and the fishing certificate is an electronic medium. The electronic fishing certificate is sold at a predetermined site on the Internet, for example. This site is operated, for example, by an organization or an individual who has received permission to issue a fishing certificate from a fishery cooperative. However, this site may be operated by a fishery cooperative. Such a fishing receipt issuing system is a known system as described in Patent Document 1, for example. Therefore, the explanation about issuance of the incoming fishing certificate is omitted. In the embodiment, the fishery cooperative that is the subject of approval of the incoming fishery certificate is simply referred to as “fishery cooperative”.

  In the management system 1, management of one management area is performed by dividing this management area into a plurality of sections. A predetermined number of capacity is set in each divided section. The capacity for each section is set as appropriate in consideration of various conditions. In setting the capacity, for example, the maximum number of users in each section is considered. The value set as the capacity may be “0”. For example, the capacity “0” is set in a section where many fry fish live. In the embodiment, a case where one management area is divided into three sections will be described as an example. The divided sections are referred to as “first section”, “second section”, and “third section”. When the first section, the second section, and the third section are not distinguished, or when they are collectively referred to, they are referred to as “set sections”. The capacity set for the first section is called “first capacity”. The capacity set for the second section is called “second capacity”. The capacity set for the third section is called “third capacity”.

  The management system 1 includes a management device 10, a first communication terminal 30, and a second communication terminal 50. The management device 10 is provided at a management base of the management system 1. The first communication terminal 30 is used by, for example, a fishery cooperative that patrols and monitors a management area. The second communication terminal 50 is used by a user who enters the management area. A user who enters the management area is a fisherman who fishes in a river serving as the management area. The number of second communication terminals 50 in the management system 1 corresponds to the number of users entering the management area. For example, when the number of users entering the management area is 30, the management system 1 includes 30 second communication terminals 50. The management device 10, the first communication terminal 30, and the second communication terminal 50 are connected to the communication line 3. For example, the management device 10 is wired to the communication line 3, and the first communication terminal 30 and the second communication terminal 50 are wirelessly connected to the communication line 3. However, the management apparatus 10 may be wirelessly connected to the communication line 3. The first communication terminal 30 may be wired to the communication line 3. In the management system 1, predetermined data is communicated via the communication line 3 between the management apparatus 10 and the first communication terminal 30. Predetermined data is communicated via the communication line 3 between the management device 10 and the second communication terminal 50.

In embodiments, the communication line 3 is not intended to imply a particular communication line, it is a generic term for various types of communication lines is known. Therefore, the communication line used for communication between the management apparatus 10 and the first communication terminal 30 and the communication line used for communication between the management apparatus 10 and the second communication terminal 50 are the same communication line or different communication lines. Any of these may be used. However, in the example shown in the embodiment, the above-described management area managed by the fishery cooperative is a management target. In this case, the communication line 3 includes a wide area communication line provided by a predetermined communication carrier.

  In the management system 1, the user ID and the password are associated and stored in the management device 10. The user ID is identification information corresponding to the user who owns the incoming fishing certificate, and the password is authentication information corresponding to this user ID. The association and storage of the user ID and password are performed as follows, for example. That is, the user who owns the second communication terminal 50 operates the second communication terminal 50 and purchases the fishing card at the above-mentioned site. The purchased fishing certificate is downloaded to the second communication terminal 50. For example, a dedicated application program corresponding to the management system 1 is installed in the second communication terminal 50. In the embodiment, the above-described application program installed in the second communication terminal 50 is referred to as a “fishing certificate program”. The downloaded fishing certificate is registered in the fishing certificate program. The incoming fish certificate program becomes valid upon registration of the incoming fish certificate. Thereafter, in the second communication terminal 50, initial setting of the user ID and password is started. The user of the second communication terminal 50 inputs a user ID and a password. The input user ID and password are transmitted from the second communication terminal 50 to the management apparatus 10. In the management device 10, the user ID and password from the second communication terminal 50 are stored in association with each other (see FIG. 3). Regarding the association and storage of the user ID and password, the above-described method is an example. Therefore, in the management system 1, the association and storage of the user ID and password may be performed by a different method.

  In the second communication terminal 50, a user ID and a password are input when starting the fishing card program. The input user ID and password are transmitted from the second communication terminal 50 to the management apparatus 10. In the management apparatus 10, authentication using the user ID and password is executed, and the authentication result is transmitted to the second communication terminal 50 that is the transmission source of the user ID and password. In the second communication terminal 50, when the authentication is successful, the following processing is started. That is, in the second communication terminal 50, transmission of position information indicating the user ID and the current position of the own apparatus is started. The second communication terminal 50 is a communication terminal that is compatible with GPS (Global Positioning System) and that can execute an incoming fishing certificate program. In the 2nd communication terminal 50, the positional information which shows the present position of an own apparatus is acquired by using GPS. A smart phone is illustrated as the 2nd communication terminal 50 which has such a function. In the embodiment, the second communication terminal 50 is a smartphone. The second communication terminal 50 is the same as a known smartphone in terms of hardware, except that an incoming fishing certificate program is installed. The description regarding the second communication terminal 50 will be omitted as appropriate.

<Management device>
The management apparatus 10 will be described with reference to FIGS. As shown in FIG. 1, the management device 10 includes a CPU 12, a storage unit 14, a RAM 16, a communication unit 18, and a time measuring unit 20. The CPU 12, the storage unit 14, the RAM 16, the communication unit 18, and the time measuring unit 20 are connected to the bus 22. The CPU 12 executes arithmetic processing. The storage unit 14 is a computer-readable storage medium. Examples of the storage unit 14 include a hard disk and / or a flash memory. In addition, the storage unit 14 may include a ROM. Various programs are stored in the storage unit 14. For example, an OS (Operating System) and various application programs are stored in the storage unit 14. The application program stored in the storage unit 14 includes a management program. The management program is a program that causes a predetermined server device to operate as the management device 10 in the management system 1. The management program includes a program for the first management process (see FIG. 5) and a program for the second management process (see FIG. 6 and FIG. 7 (first embodiment) or FIG. 10 (second embodiment)). . The program for the second management process includes a program for alarm processing (see FIG. 8 (first embodiment) or FIG. 11 (second embodiment)). The management program is installed in the storage unit 14 in advance when the management system 1 is constructed.

  The storage unit 14 stores first partition image data, second partition image data, and third partition image data in association with the management program. The first section image data is image data indicating the first section image 64. The first section image 64 is an image showing the first section (see FIG. 4). The second section image data is image data indicating the second section image 66. The second section image 66 is an image showing the second section (see FIG. 4). The third section image data is image data indicating the third section image 68. The third section image 68 is an image showing the third section (see FIG. 4). Furthermore, a management list and a fisherman list are stored in the storage unit 14 in association with the management program. In the management list, section information and capacity are associated and registered (see FIG. 2). The section information is information indicating a set section. The section information includes a plurality of position information. The plurality of position information included in the section information corresponds to a plurality of points that are the outer edges of the set section. That is, the section information includes a plurality of pieces of position information that defines the range of the set section. In the embodiment, the section information indicating the first section is referred to as “first section information”. The section information indicating the second section is referred to as “second section information”. The section information indicating the third section is referred to as “third section information”. In the management list shown in FIG. 2, “20” is set as the first capacity for the first section, “0” is set as the second capacity for the second section, and “10” is set as the third capacity for the third section. Is set.

  In the fisherman list, an identification number, a user ID, a password, position information, a set section flag, and an update time are associated and registered (see FIG. 3). The identification number is a number that identifies each record in the fisherman list. The user ID and password registered in the fisherman list are, for example, the user ID and password transmitted to the management device 10 from the second communication terminal 50 where the initial setting described above has been started. The fisherman list shown in FIG. 3 corresponds to a case where a fishery certificate is issued for a total of 28 people.

  In the second communication terminal 50, the user ID and the position information are transmitted to the management device 10 after the incoming fishing card program is started. In the management device 10, the position information from the second communication terminal 50 is registered in the fisherman list. At this time, the position information is registered in association with the user ID that matches the user ID received together with the position information. For example, when the user ID from the second communication terminal 50 is “USER01” and the position information is “north latitude 36 ° 6′30 ″ east longitude 136 ° 15′35 ″”, the position information “north latitude 36” “6′30 ″ East longitude 136 ° 15′35 ″” is registered in association with the user ID “USER01” (see the record of the identification number “1” in FIG. 3). In the fisherman list shown in FIG. 3, “-” is described as the position information associated with the user ID “USER02”. This indicates that the user ID and the position information are not transmitted from the second communication terminal 50 owned by the user whose user ID is “USER02”. In the second communication terminal 50 in which the fishing card program has not been activated, the user ID and position information are not transmitted.

  The set section flag is information indicating which set section of the first section, the second section, and the third section the position information registered in the fisherman list belongs to. The set partition flag includes a first partition flag, a second partition flag, and a third partition flag. In FIG. 3, the first section flag is described as “first section”, the second section flag is described as “second section”, and the third section flag is described as “third section”. . The initial values of the first partition flag, the second partition flag, and the third partition flag are set to “OFF”. When the position information belongs to the first section, the first section flag is set to “ON”, and the second section flag and the third section flag are set to “OFF”. When the position information belongs to the second section, the second section flag is set to “ON”, and the first section flag and the third section flag are set to “OFF”. When the position information belongs to the third section, the third section flag is set to “ON”, and the first section flag and the second section flag are set to “OFF”. In the embodiment, when the first partition flag, the second partition flag, and the third partition flag are not distinguished, or collectively referred to as “set partition flag”. The update time is the time when any one of the first partition flag, the second partition flag, and the third partition flag is updated from “OFF” to “ON”. Each position information registered in the fisherman list shown in FIG. 3 is merely an illustrative example, and accuracy is not considered.

  The RAM 16 serves as a storage area used when the CPU 12 executes various programs. In the RAM 16, predetermined data and information used in the process are stored in a predetermined area during the execution of the process. For example, the management list and the fisherman list are read from the storage unit 14 and stored in the RAM 16. In the management apparatus 10, the CPU 12 controls the management apparatus 10 by executing the OS stored in the storage unit 14 and the management program described above. Thereby, in the management apparatus 10, various processes are performed.

  The communication unit 18 connects the management apparatus 10 to the communication line 3 and performs data communication via the communication line 3. In the management device 10, various types of data are communicated between the first communication terminal 30 and the second communication terminal 50 via the communication unit 18. The timer 20 measures the current time and the passage of time. The timer unit 20 may be configured by a clock function and a timer function that the OS has. In this case, the timer unit 20 is configured by software. The management device 10 is different from a known server device in that the management program described above is stored in the storage unit 14. However, the management device 10 is the same as a known server device in hardware. Therefore, the management device 10 further includes a configuration included in a known server device.

<First communication terminal>
The first communication terminal 30 will be described with reference to FIGS. 1 and 4. As shown in FIG. 1, the first communication terminal 30 includes a CPU 32, a storage unit 34, a RAM 36, a display unit 38, and a communication unit 40. The CPU 32, the storage unit 34, the RAM 36, the display unit 38, and the communication unit 40 are connected to the bus 42. The CPU 32 executes arithmetic processing. The storage unit 34 is a computer-readable storage medium. Examples of the storage unit 34 include a hard disk and / or a flash memory. In addition, the storage unit 34 may include a ROM. The storage unit 34 stores various programs. For example, an OS (Operating System) and various application programs are stored in the storage unit 34. The application program stored in the storage unit 34 includes a Web browser and a display program. The Web browser acquires predetermined data from a predetermined site on the Internet. The display program is a program that causes a predetermined communication terminal such as a tablet terminal, a smartphone, or a desktop or notebook personal computer to operate as the first communication terminal 30 in the management system 1. The display program includes a program for display processing (see FIG. 9 or FIG. 12 and FIG. 13). The display program is installed in advance in the storage unit 34 when the management system 1 is constructed.

  The RAM 36 is a storage area used when the CPU 32 executes various programs. In the RAM 36, predetermined data and information used in the process are stored in a predetermined area during the execution of the process. For example, map data corresponding to the map image 62 is stored in the RAM 36. The map image 62 is a map image corresponding to the management area (see FIG. 4). In the first communication terminal 30, the map data is acquired from a site on the Internet that implements a map providing service. The above-mentioned site includes Google Inc. The Google (registered trademark) map provided by is illustrated. However, the map data may be stored in the storage unit 34. In this case, the map data is read from the storage unit 34 and stored in the RAM 36. Further, various data transmitted from the management apparatus 10 are stored in the RAM 36. In the first communication terminal 30, the CPU 32 controls the first communication terminal 30 by executing the OS stored in the storage unit 34 and the display program described above. Thereby, various processes are executed in the first communication terminal 30.

  The display unit 38 is a liquid crystal display. However, the display unit 38 may be a display device different from the liquid crystal display. Various information is displayed on the display unit 38. A map screen 60 is displayed on the display unit 38. As shown in FIG. 4, the map screen 60 includes a map image 62, a first section image 64, a first fixed number, a first section number, a second section image 66, a second capacity, and a second capacity. It includes the number of divisions, the third division image 68, the third capacity, and the number of third divisions. The number of first section persons is a number corresponding to the number of position information belonging to the first section. In other words, the number of first partitioners is the number of users in the first partition. The number of second section persons is a number corresponding to the number of position information belonging to the second section. In other words, the number of second section persons is the number of users in the second section. The number of persons in the third section is a number corresponding to the number of position information belonging to the third section. In other words, the number of persons in the third section is the number of users in the third section. On the map screen 60, the first section image 64, the first fixed member, and the number of first section persons are displayed in association with each other in the first range on the map image 62 corresponding to the first section. On the map screen 60, the second zone image 66, the second capacity, and the second zone number are displayed in association with each other in the second range on the map image 62 corresponding to the second zone. On the map screen 60, the third zone image 68, the third capacity, and the third zone number are displayed in association with each other in the third range on the map image 62 corresponding to the third zone. On the map screen 60 shown in FIG. 4, the first fixed member is “20”, the second fixed member is “0”, and the third fixed member is “10” corresponding to the management list shown in FIG. Has been. In the map screen 60 shown in FIG. 4, the number of first partitioners is “15”, the number of second partitioners is “1”, and the number of third partitioners is “11”. However, each of these numbers is an example.

  The communication unit 40 connects the management apparatus 10 to the communication line 3 and performs data communication via the communication line 3. In the first communication terminal 30, various types of data are communicated with the management apparatus 10 via the communication unit 40. The first communication terminal 30 is different from a known communication terminal such as a tablet terminal, a smartphone, or a desktop or notebook personal computer in that the display program described above is stored in the storage unit 34. However, the first communication terminal 30 is the same as a known communication terminal in hardware. Therefore, the 1st communication terminal 30 is further provided with the structure with which a well-known communication terminal is provided.

<Processing executed in the management system>
A process executed when the management method is executed in the management system 1 will be described. The management method includes a display process, an acquisition process, a counting process, a comparison process, and an alarm process. The display process is a process of displaying the map screen 60. In the acquisition step, position information transmitted from the second communication terminal 50 is acquired. In the second communication terminal 50, as described above, the user ID is also transmitted together with the position information. In the counting step, the number of first partitioners, the number of second partitioners, and the number of third partitioners are counted. In the comparison step , the number of first section members and the first fixed member are compared, the number of second partition members and the second member are compared, and the number of third partition members and the third member are compared. In the alarm process, a first alarm notification is transmitted, a second alarm notification is transmitted, and a third alarm notification is transmitted. The first alarm notification, the second alarm notification, and the third alarm notification will be described later.

  Examples of processing executed by the management system 1 when the management method is performed include first management processing, second management processing, and display processing. In the second management process, an alarm process is executed. In the management apparatus 10, for example, a management program is activated with the activation of the OS, and then the first management process and the second management process are executed. In the management device 10, the first management process and the second management process may be executed constantly. In the first communication terminal 30, when an instruction to activate the display program is received, the display program is activated, and then display processing is executed.

  When the management apparatus 10 performs the first management process and the second management process and the first communication terminal 30 executes the display process, the second communication terminal 50 executes the following process as described above. Is done. That is, in the second communication terminal 50, when an instruction to start the fishing card program is received, the fishing card program is started and a user ID and password input screen is displayed. Thereafter, the second communication terminal 50 accepts the user ID and password along with the display of the input screen. The accepted user ID and password are transmitted to the management apparatus 10. In the management device 10, it is determined whether or not the combination of the user ID and password from the second communication terminal 50 is registered in the fisherman list. If the above combination is not registered in the fisherman list, the management device 10 transmits a failure notification to the second communication terminal 50. In the second communication terminal 50, when a failure notification is received, a user ID and password re-input screen is displayed, and the user ID and password are accepted again. The accepted user ID and password are transmitted to the management apparatus 10 again.

  When the combination of the user ID and password from the second communication terminal 50 is registered in the incoming fisherman list, the management device 10 transmits a success notification to the second communication terminal 50. In the second communication terminal 50, when a success notification is received, transmission of a user ID and position information is started. In the second communication terminal 50, the user ID and the position information are repeatedly transmitted at a predetermined interval.

  In the following, two examples will be described as processing executed in the management system 1. The difference between the two embodiments is that the devices for counting the number of first sectioners, the number of second sectioners, and the number of third sectioners are different. That is, in the first embodiment, the number of first partitioners, the number of second partitioners, and the number of third partitioners are counted by the management device 10. In the second embodiment, the number of first partitioners, the number of second partitioners, and the number of third partitioners are counted by the management device 10 and the first communication terminal 30. In the embodiment, an instruction to end the execution of the management program is referred to as a “first end instruction”, and an instruction to end the execution of the display program is referred to as a “second end instruction”.

<First Example>
As a process of the first embodiment executed in the management system 1, a first management process, a second management process, an alarm process, and a display process will be described.

<First management process>
The first management process will be described with reference to FIG. CPU12 which started the 1st management process judges whether user ID and position information were acquired (S11). As described above, the user ID and the position information are transmitted from the second communication terminal 50 that has received the success notification and are received by the communication unit 18. The CPU 12 acquires a user ID and position information via the communication unit 18. When the user ID and the position information are not acquired (S11: No), the CPU 12 repeatedly executes S11.

  When the user ID and the position information are acquired (S11: Yes), the CPU 12 registers the position information acquired together with the user ID in the fisherman list (S13). At this time, the position information is registered in association with the user ID that matches the user ID acquired together with the position information to be registered. When the position information has already been registered, the position information registered in association with the user ID that matches the user ID acquired together with the position information is updated to the new position information acquired this time. For example, it is assumed that the user ID “USER01” and the position information “North latitude 36 ° 6′30 ″ East longitude 136 ° 15′35 ″” are newly acquired. In this case, the CPU 12 registers the position information “North latitude 36 ° 6′30 ″ East longitude 136 ° 15′35 ″” as the position information associated with the user ID “USER01” (see FIG. 3).

  After executing S13, the CPU 12 returns the process to S11. Thereafter, the CPU 12 executes the processes after S11 again. The first management process is repeatedly executed until a first end instruction is received by the management apparatus 10.

<Second management process>
The second management process will be described with reference to FIGS. The CPU 12 that has started the second management process initializes the time measured by the timer 20 and the values of the first counter, the second counter, and the third counter (S21). The first counter is a counter that counts the number of first partitioners. The second counter is a counter that counts the number of second partitioners. The third counter is a counter that counts the number of third sectioners. In the embodiment, the first counter, the second counter, and the third counter are stored in the RAM 16. When the identification number memorize | stored by S27 mentioned later is memorize | stored in RAM16, CPU12 deletes this.

Subsequently, the CPU 12 starts measuring time by the time measuring unit 20 (S23). That, CPU 12 outputs the measured directive to timing unit 20. Accordingly, the time measuring unit 20 starts measuring time. In the embodiment, the time measured by the time measuring unit 20 with the execution of S23 is referred to as “measurement time”. Thereafter, the CPU 12 determines whether or not the measurement time becomes the reference time or the measurement time has passed the reference time (S25). The reference time is set in advance as an interval for repeatedly executing S61 of FIG. 7 described later, and is registered in the program of the second management process. When the measurement time is less than the reference time (S25: No), the CPU 12 repeatedly executes S25.

  When the measurement time becomes the reference time or the measurement time has passed the reference time (S25: Yes), the CPU 12 selects one of the positional information registered in the fisherman list as a processing target (S27). . The position information selected as the processing target is one of the position information that is not the processing target in S29 to S57 in FIG. For example, the CPU 12 selects position information registered in the fisherman list as a processing target in order from position information registered in a record having a smaller identification number value in the fisherman list. The CPU 12 stores the identification number of the record in which the position information selected as the processing target is registered in the RAM 16. Subsequently, the CPU 12 determines whether or not the position information to be processed belongs to the first section information (S29). The position information belonging to the first section information means that the position information to be processed is within the range of a plurality of position information defining the first section included in the first section information. That is, the position information belonging to the first section information means that the current position of the user indicated by the position information to be processed is a predetermined position in the first section. When the position information to be processed does not belong to the first section information (S29: No), the CPU 12 shifts the process to S39.

  When the position information to be processed belongs to the first section information (S29: Yes), the CPU 12 increases the number of first section persons counted by the first counter by 1 (S31). Subsequently, the CPU 12 determines whether or not the first zone flag among the set zone flags associated with the position information to be processed is “ON” in the fisherman list (S33). When the first zone flag is “OFF” and not “ON” (S33: No), the CPU 12 updates the first zone flag associated with the position information to be processed in the fisherman list to “ON” ( S35). When the second section flag or the third section flag associated with the position information to be processed in the fisherman list is “ON”, the CPU 12 sets the second section flag or the third section flag that is “ON” to “OFF”. Update to Further, the CPU 12 acquires the current time from the timekeeping unit 20, and updates the update time associated with the position information to be processed in the fisherman list to the acquired current time (S37). When the first section flag is “ON” (S33: Yes), or after executing S37, the CPU 12 proceeds to S59 in FIG.

  In S39, the CPU 12 determines whether or not the position information to be processed belongs to the second section information. The position information belonging to the second section information means that the position information to be processed is within the range of a plurality of position information that defines the second section included in the second section information. That is, the position information belonging to the second section information means that the current position of the user indicated by the position information to be processed is a predetermined position in the second section. When the position information to be processed does not belong to the second section information (S39: No), the CPU 12 shifts the process to S49 in FIG.

  When the position information to be processed belongs to the second section information (S39: Yes), the CPU 12 increases the number of second section persons counted by the second counter by 1 (S41). Subsequently, the CPU 12 determines whether or not the second zone flag among the set zone flags associated with the position information to be processed is “ON” in the fisherman list (S43 in FIG. 7). When the second zone flag is “OFF” and not “ON” (S43: No), the CPU 12 updates the second zone flag associated with the position information to be processed in the fisherman list to “ON” ( S45). When the first zone flag or the third zone flag associated with the position information to be processed in the fisherman list is “ON”, the CPU 12 sets the first zone flag or the third zone flag that is “ON” to “OFF”. Update to Further, the CPU 12 acquires the current time from the timekeeping unit 20, and updates the update time associated with the position information to be processed in the fisherman list to the acquired current time (S47). When the second section flag is “ON” (S43: Yes), or after executing S47, the CPU 12 proceeds to S59.

  In S49, the CPU 12 determines whether the position information to be processed belongs to the third section information. The position information belonging to the third section information means that the position information to be processed is within the range of a plurality of position information defining the third section included in the third section information. That is, the position information belonging to the third section information means that the current position of the user indicated by the position information to be processed is a predetermined position in the third section. When the position information to be processed does not belong to the third section information (S49: No), the CPU 12 shifts the process to S59.

  When the position information to be processed belongs to the third section information (S49: Yes), the CPU 12 increases the number of third section persons counted by the third counter by 1 (S51). Subsequently, the CPU 12 determines whether or not the third zone flag of the set zone flags associated with the position information to be processed is “ON” in the fisherman list (S53). When the third zone flag is “OFF” and not “ON” (S53: No), the CPU 12 updates the third zone flag associated with the position information to be processed in the fisherman list to “ON” ( S55). When the first zone flag or the second zone flag associated with the position information to be processed in the fisherman list is “ON”, the CPU 12 sets the first zone flag or the second zone flag that is “ON” to “OFF”. Update to Further, the CPU 12 acquires the current time from the timekeeping unit 20, and updates the update time associated with the position information to be processed in the fisherman list to the acquired current time (S57). When the third section flag is “ON” (S53: Yes) or after executing S57, the CPU 12 proceeds to S59.

  In S59, the CPU 12 determines whether or not all position information registered in the fisherman list has been selected as a processing target in S29 to S57 of FIG. S59 can be determined according to the identification number stored in the RAM 16 in S27 of FIG. 6 and the identification number registered in the fisherman list. That is, when all the identification numbers that match the identification numbers registered in the fisherman list are not stored in the RAM 16, it is determined that all the position information has not been selected (S59: No). When all the identification numbers that match the identification numbers registered in the fisherman list are stored in the RAM 16, it is determined that all the position information has been selected (S59: Yes). When all the position information has not been selected (S59: No), the CPU 12 shifts the processing to S27 in FIG. When all the position information has been selected (S59: Yes), the CPU 12 shifts the process to S61.

  For example, the fisherman list is in the registered state shown in FIG. 3, and the position information “North latitude 36 ° 6′30 ″ East longitude 136 registered in the record with the identification number“ 1 ”as the position information processed in the latest S27. It is assumed that the angle is 15′35 ″. In this case, the CPU 12 determines that all position information has not been selected (S59: No), and returns the process to S27. Thereafter, the CPU 12 selects the position information “North latitude 36 ° 6′32 ″ East longitude 136 ° 15′42 ″” registered in the record with the identification number “3” as a processing target. In the fisherman list shown in FIG. 3, the position information is not registered in the record with the identification number “2”. Therefore, the CPU 12 skips the record with the identification number “2”, and the position information “north latitude 36 ° 6′32” of the record with the identification number “3” in which the position information is registered next to the record with the identification number “1”. “Eastern longitude 136 ° 15′42 ″” is selected as a processing target.

  In contrast, the fisherman list is in the registration state shown in FIG. 3, and the position information “North latitude 36 ° 6′28” is registered in the record with the identification number “28” as the position information to be processed in the latest S27. "Eastern longitude 136 ° 15'40" ". In this case, the CPU 12 determines that all position information has been selected (S59: Yes), and the process proceeds to S61. In addition, the registration state of the incoming fisherman list is different from that in FIG. 3, and the CPU 12 also stores the position information in the records after the record in which the position information to be processed in the latest S27 is registered. It is determined that all position information has been selected (S59: Yes).

  In S61, the CPU 12 transmits the first display information. Regarding the first embodiment of the process executed in the management system 1, the first display information includes the first section information, the first section image data, the first fixed member, the number of first section persons, and the second section information. And the second section image data, the second capacity, the second section number, the third section information, the third section image data, the third capacity, and the third section number. It is a name. The CPU 12 acquires the first section information and the first capacity, the second section information and the second capacity, the third section information and the third capacity from the management list stored in the RAM 16. The CPU 12 reads the first section image data, the second section image data, and the third section image data from the storage unit 14. Further, the CPU 12 acquires the number of first partitioners from the first counter stored in the RAM 16. The CPU 12 acquires the second number of persons from the second counter stored in the RAM 16. The CPU 12 acquires the third partition number from the third counter stored in the RAM 16. The transmission destination of the first display information is set to the first communication terminal 30. The CPU 12 outputs a transmission command for the first display information to the communication unit 18. The first display information is transmitted from the communication unit 18 to the first communication terminal 30 in accordance with the transmission command.

  Next, the CPU 12 executes an alarm process (S63). The alarm process will be described later. After executing S63, the CPU 12 returns the process to S21 of FIG. Thereafter, the CPU 12 executes the processes after S21 again. The second management process is repeatedly executed until the management apparatus 10 receives a first end instruction.

<Alarm processing>
The alarm process executed in S63 of FIG. 7 will be described with reference to FIG. CPU12 which started the alarm process judges whether the number of 1st division persons counted by the 1st counter is more than a fixed member (S71). The CPU 12 acquires the first fixed member from the management list stored in the RAM 16. When the number of first section persons is larger than the predetermined number (S71: Yes), the CPU 12 specifies the transmission destination of the first alarm notification from the second communication terminal 50 that is the transmission source of the position information belonging to the first section information. (S73). The second communication terminal 50 that is the transmission source of the position information belonging to the first section information is the second communication terminal 50 in which “ON” is registered as the first section flag in the fisherman list. In the embodiment, the first fixed member is set to “20” (see FIG. 2). Therefore, the first alarm notification includes information set in advance in response to the excess of the first constant “20”. That is, the first alarm notification includes, for example, information indicating that the number of users fishing in the first section exceeds the first fixed member. Further, the first alarm notification includes information instructing exit from the first section. In the embodiment, the second communication terminal 50 identified as the transmission destination of the first alarm notification in S73 is referred to as “third communication terminal”, and the third communication terminal is identified according to the update time registered in the fisherman list. Is done. That is, the third communication terminal is the second communication terminal 50 of the user ID with the latest update time registered in the fisherman list among the second communication terminals 50 that are the transmission source of the position information belonging to the first section information. . When the number of first partitioners exceeds two for the first fixed member, the second communication terminals 50 corresponding to the excess number are specified as the third communication terminals in order of late update time.

  After executing S73, the CPU 12 transmits a first alarm notification (S75). The CPU 12 outputs a first alarm notification transmission command to the communication unit 18. In accordance with the transmission command, the first alarm notification is transmitted from the communication unit 18 to the third communication terminal. At the third communication terminal, the first alarm notification is received, and the above-mentioned information included in the first alarm notification is displayed on the display unit of the own device (see “second communication terminal 50” shown in FIG. 1).

  When the number of first sectioners is equal to or less than the first fixed number (S71: No), or after executing S75, the CPU 12 determines whether or not the number of second sectioners counted by the second counter is greater than the second number. Is determined (S77). The CPU 12 acquires the second capacity from the management list stored in the RAM 16. When the number of second section persons is larger than the second capacity (S77: Yes), the CPU 12 specifies the transmission destination of the second alarm notification from the second communication terminal 50 that is the transmission source of the position information belonging to the second section information. (S79). The second communication terminal 50 that is the transmission source of the position information belonging to the second section information is the second communication terminal 50 in which “ON” is registered as the second section flag in the fisherman list. In the embodiment, the second capacity is set to “0” (see FIG. 2). Therefore, the second alarm notification includes information set in advance in response to the excess of the second capacity “0”. That is, the second alarm notification includes, for example, information indicating that fishing is prohibited in the second section. Further, the second alarm notification includes information instructing exit from the second section. In the embodiment, the second communication terminal 50 identified as the transmission destination of the second alarm notification in S79 is referred to as a “fourth communication terminal”. In S79, since the second capacity is set to “0”, all the second communication terminals 50 that are the transmission sources of the position information belonging to the second section information are specified as the fourth communication terminals.

  After executing S79, the CPU 12 transmits a second alarm notification (S81). The CPU 12 outputs a second alarm notification transmission command to the communication unit 18. In accordance with the transmission command, the second alarm notification is transmitted from the communication unit 18 to the fourth communication terminal. In the fourth communication terminal, the second alarm notification is received, and the above-described information included in the second alarm notification is displayed on the display unit of the own device.

  When the number of second sectioners is less than or equal to the second capacity (S77: No), or after executing S81, the CPU 12 determines whether the number of third section persons counted by the third counter is greater than the third capacity. Is determined (S83). The CPU 12 acquires the third capacity from the management list stored in the RAM 16. When the number of persons in the third section is larger than the third capacity (S83: Yes), the CPU 12 specifies the transmission destination of the third alarm notification from the second communication terminal 50 that is the transmission source of the position information belonging to the third section information. (S85). The second communication terminal 50 that is the transmission source of the position information belonging to the third section information is the second communication terminal 50 in which “ON” is registered as the third section flag in the fisherman list. In the embodiment, the third capacity is set to “10” (see FIG. 2). Therefore, the third alarm notification includes information set in advance in response to exceeding the third capacity “10”. That is, the third alarm notification includes, for example, information indicating that the number of users fishing in the third section exceeds the third capacity. Further, the third alarm notification includes information instructing exit from the third section. In the embodiment, the second communication terminal 50 identified as the transmission destination of the third alarm notification in S85 is referred to as “fifth communication terminal”, and the fifth communication terminal is identified according to the update time registered in the fisherman list. Is done. That is, the fifth communication terminal is the second communication terminal 50 of the user ID with the latest update time registered in the fisherman list among the second communication terminals 50 that are the transmission source of the position information belonging to the third section information. . When the number of third sectioners exceeds two or more with respect to the third capacity, the second communication terminals 50 corresponding to the excess number are specified as fifth communication terminals in order of late update time.

  After executing S85, the CPU 12 transmits a third alarm notification (S87). The CPU 12 outputs a third alarm notification transmission command to the communication unit 18. In accordance with the transmission command, the third alarm notification is transmitted from the communication unit 18 to the fifth communication terminal. In the fifth communication terminal, the third alarm notification is received, and the above-mentioned information included in the third alarm notification is displayed on the display unit of the own device (see “second communication terminal 50” shown in FIG. 1). After executing S87, the CPU 12 ends the alarm process. Although the description is omitted above, S71 is denied when the relationship between the number of first partitioners and the first number of members is the state of the map screen 60 shown in FIG. 4 (see S71: No). If the relationship between the number of second sectioners and the second capacity is the state of the map screen 60 shown in FIG. 4, S77 is affirmed (see S77: Yes). If the relationship between the number of third section persons and the third capacity is the state of the map screen 60 shown in FIG. 4, S83 is affirmed (see S83: Yes).

<Display processing>
The display process will be described with reference to FIG. CPU32 which started the display process acquires map data (S91). As described above, the map data is acquired from a predetermined site on the Internet or the storage unit 34. When the map data is acquired from a predetermined site on the Internet, a request including the location information of the management area is transmitted from the communication unit 40 to the predetermined site through a process by a Web browser executed by the CPU 32. In the predetermined site, map data corresponding to the position information included in the request is transmitted and received by the communication unit 40 in response to the request. The CPU 32 acquires map data via the communication unit 40. When the map data is acquired from the storage unit 34, the CPU 32 reads the map data from the storage unit 34. Map data acquired from a predetermined site on the Internet or the storage unit 34 is stored in the RAM 36.

  Subsequently, the CPU 32 determines whether or not the first display information has been acquired (S93). The first display information is transmitted from the management apparatus 10 in S61 of FIG. 7 and received by the communication unit 40. The CPU 32 acquires first display information via the communication unit 40. The CPU 32 includes the first section information, the first section image data, the first fixed number, the first section number, the second section information, the second section image data, and the second capacity included in the acquired first display information. The number of the second section, the third section information, the third section image data, the third capacity, and the third section number are stored in the RAM 36. When the first display information has not been acquired (S93: No), the CPU 32 repeatedly executes S93.

  When the first display information is acquired (S93: Yes), the CPU 32 generates map screen data (S95). The map screen data is image data indicating the map screen 60. The map screen data is generated as follows, for example. CPU32 specifies the 1st range on the map image 62 corresponding to a 1st division according to the positional information and 1st division information contained in map data. The CPU 32 combines the first section image data with the map data according to the specified first range. Further, the CPU 32 includes the first fixed member and the number of first partitioners in the map data according to the specified first range. CPU32 specifies the 2nd range on the map image 62 corresponding to a 2nd division according to the positional information and 2nd division information contained in map data. The CPU 32 synthesizes the second section image data with the map data according to the specified second range. Further, the CPU 32 includes the second capacity and the second number of persons in the map data according to the specified second range. CPU32 specifies the 3rd range on the map image 62 corresponding to a 3rd division according to the positional information and 3rd division information contained in map data. The CPU 32 synthesizes the third section image data with the map data according to the specified third range. Further, the CPU 32 includes the third capacity and the third number of persons in the map data according to the specified third range.

  Subsequently, the CPU 32 displays the map screen 60 (S97). The CPU 32 outputs a display command for the map screen 60 obtained from the map screen data generated in S95 to the display unit 38. On the display unit 38, the map screen 60 is displayed according to the display command (see FIG. 4). After executing S97, the CPU 32 returns the process to S93. Thereafter, the CPU 32 executes the processes after S93 again. The display process is repeatedly executed until a second end instruction is received by the first communication terminal 30.

<Second Example>
As a process of the second embodiment executed in the management system 1, a second management process and a display process will be described. Also in the process of the second embodiment, the first management process described above is executed by the management apparatus 10. However, the first management process in the second embodiment is the same as the first management process in the first embodiment. Therefore, the description of the first management process is omitted in the description of the second embodiment.

<Second management process>
The second management process will be described with reference to FIG. The CPU 12 that has started the second management process sequentially executes S101 to S105. S101 to S105 correspond to S21 to S25 in FIG. CPU12 performs S101-S105 similarly to S21-S25 of FIG. Therefore, the description regarding S101 to S105 is omitted. When the measurement time becomes the reference time or the measurement time has passed the reference time (S105: Yes), the CPU 12 transmits the second display information (S107). Regarding the second embodiment of the process executed in the management system 1, the second display information includes the first section information, the first section image data, the first fixed member, the second section information, and the second section image data. It includes the second capacity, the third section information, the third section image data, the third capacity, and all the position information registered in the fisherman list, and is a generic name. The CPU 12 acquires the first section information and the first capacity, the second section information and the second capacity, the third section information and the third capacity from the management list stored in the RAM 16. The CPU 12 reads the first section image data, the second section image data, and the third section image data from the storage unit 14. Furthermore, CPU12 acquires all the positional information from a fisherman list. The transmission destination of the second display information is set to the first communication terminal 30. The CPU 12 outputs a second display information transmission command to the communication unit 18. In accordance with the transmission command, the second display information is transmitted from the communication unit 18 to the first communication terminal 30.

  Next, the CPU 12 executes an alarm process (S109). The alarm process will be described later. After executing S109, the CPU 12 returns the process to S101. Thereafter, the CPU 12 executes the processing subsequent to S101 again. The second management process is repeatedly executed until the management apparatus 10 receives a first end instruction.

<Alarm processing>
The alarm process executed in S109 of FIG. 10 will be described with reference to FIG. CPU12 which started the alarm process performs a count process (S111). In the counting process, as described above, according to the position information registered in the fisherman list, the number of first zone members, the number of second zone members, and the number of third zone members are counted, and the set zone flag and the update time are displayed in the fisherman list. Registered in That is, the count process includes each process of S27 of FIG. 6 to S59 of FIG. In other words, each process from S27 in FIG. 6 to S59 in FIG. 7 is a count process. In S111, the CPU 12 executes a counting process in the same manner as S27 in FIG. 6 to S59 in FIG. Therefore, the description regarding the counting process is omitted.

  After executing S111, the CPU 12 sequentially executes S113 to S129. S113 to S129 correspond to S71 to S87 in FIG. CPU12 performs S113-S129 similarly to S71-S87 of FIG. Therefore, the description regarding S113 to S129 is omitted. After executing S129, the CPU 12 ends the alarm process.

<Display processing>
The display process will be described with reference to FIGS. CPU32 which started the display process acquires map data (S131). S131 corresponds to S91 of FIG. The CPU 32 executes S131 in the same manner as S91 in FIG. Therefore, the description regarding S131 is omitted. After executing S131, the CPU 32 determines whether or not the second display information has been acquired (S133). The second display information is transmitted from the management device 10 in S107 of FIG. 10 and received by the communication unit 40. The CPU 32 acquires second display information via the communication unit 40. The CPU 32 includes the first section information, the first section image data, the first member, the second section information, the second section image data, the second capacity, the third section information, and the first section information, the first section image data, the first member, the second section information, the second section image data, and the second section information. The three-section image data, the third capacity, and the position information are stored in the RAM 36. When the second display information has not been acquired (S133: No), the CPU 32 repeatedly executes S133.

  When the second display information is acquired (S133: Yes), the CPU 32 initializes the values of the fourth counter, the fifth counter, and the sixth counter (S135). The third counter corresponds to the first counter described above and is a counter that counts the number of first sectioners. The fifth counter corresponds to the above-described second counter and is a counter that counts the number of second sectioners. The sixth counter corresponds to the above-mentioned third counter and is a counter that counts the number of third sectioners. In the embodiment, the fourth counter, the fifth counter, and the sixth counter are stored in the RAM 36.

  Next, the CPU 32 selects one of the position information stored in the RAM 36 as a processing target (S137). The position information selected as the process target is one of the position information that is not set as the process target of S139 to S149 in FIG. Subsequently, the CPU 32 determines whether or not the position information to be processed belongs to the first section information (S29). The meaning of “location information belongs to the first section information” is as described in relation to S29 of FIG. When the position information to be processed does not belong to the first section information (S139: No), the CPU 32 shifts the process to S143. When the position information to be processed belongs to the first section information (S139: Yes), the CPU 32 increases the number of first section persons counted by the fourth counter by 1 (S141). Thereafter, the CPU 32 shifts the processing to S151 in FIG.

  In S143, the CPU 32 determines whether the position information to be processed belongs to the second section information. The meaning of “the position information belongs to the second section information” is as described in relation to S39 of FIG. When the position information to be processed does not belong to the second section information (S143: No), the CPU 32 shifts the process to S147 in FIG. When the position information to be processed belongs to the second section information (S143: Yes), the CPU 32 increases the number of second section persons counted by the fifth counter by 1 (S145). Thereafter, the CPU 32 shifts the processing to S151 in FIG.

  In S147, the CPU 32 determines whether or not the position information to be processed belongs to the third section information. The meaning of “the position information belongs to the third section information” is as described in relation to S49 of FIG. When the position information to be processed belongs to the third section information (S147: Yes), the CPU 32 increases the number of third section persons counted by the sixth counter by 1 (S149). When the position information to be processed does not belong to the third section information (S147: No), or after executing S149, the CPU 32 shifts the process to S151.

  In S151, the CPU 32 determines whether or not all position information stored in the RAM 36 has been selected as a processing target in S139 to S149 in FIG. After executing S151, the CPU 32 may delete the position information that has been the processing target from the RAM 36. According to such a configuration, S151 can be determined according to the position information stored in the RAM 36. That is, when there are two or more pieces of position information stored in the RAM 36, it is determined that not all pieces of position information have been selected (S151: No). When the position information stored in the RAM 36 is one, it is determined that all the position information is selected (S151: Yes). When all the position information has not been selected (S151: No), the CPU 32 shifts the process to S137 of FIG. When all pieces of position information have been selected (S151: Yes), the CPU 32 shifts the process to S153.

  In S153, the CPU 32 generates map screen data (S153). The map screen data is generated as follows, for example. The CPU 32 acquires the number of first partitioners from the fourth counter stored in the RAM 36. The CPU 32 acquires the number of second partitioners from the fifth counter stored in the RAM 36. The CPU 32 acquires the number of third partitioners from the sixth counter stored in the RAM 36. CPU32 specifies the 1st range on the map image 62 corresponding to a 1st division according to the positional information and 1st division information contained in map data. The CPU 32 combines the first section image data with the map data according to the specified first range. Further, the CPU 32 includes the first fixed member and the number of first partitioners in the map data according to the specified first range. CPU32 specifies the 2nd range on the map image 62 corresponding to a 2nd division according to the positional information and 2nd division information contained in map data. The CPU 32 synthesizes the second section image data with the map data according to the specified second range. Further, the CPU 32 includes the second capacity and the second number of persons in the map data according to the specified second range. CPU32 specifies the 3rd range on the map image 62 corresponding to a 3rd division according to the positional information and 3rd division information contained in map data. The CPU 32 synthesizes the third section image data with the map data according to the specified third range. Further, the CPU 32 includes the third capacity and the third number of persons in the map data according to the specified third range.

  Subsequently, the CPU 32 displays the map screen 60 (S155). The CPU 32 outputs a display command for the map screen 60 obtained from the map screen data generated in S153 to the display unit 38. On the display unit 38, the map screen 60 is displayed according to the display command (see FIG. 4). After executing S155, the CPU 32 returns the process to S133 of FIG. Thereafter, the CPU 32 again executes the processes after S133. The display process is repeatedly executed until a second end instruction is received by the first communication terminal 30.

<Effect of embodiment>
According to the embodiment, the following effects can be obtained.

  (1) The management system 1 includes a management device 10, a first communication terminal 30, and a second communication terminal 50 (see FIG. 1). In the second communication terminal 50, the user ID and the position information of the own device are transmitted to the management device 10. In the management device 10, position information from the second communication terminal 50 is registered in the fisherman list (see FIG. 3) (see S13 in FIG. 5). At this time, the position information is registered in association with the user ID that matches the user ID from the second communication terminal 50 among the user IDs registered in the fisherman list.

  In the management system 1, the process of the first embodiment is executed. In this case, the management device 10 counts the number of first partitioners, the number of second partitioners, and the number of third partitioners (see S27, S31 and S41 in FIG. 6, and S51 and S59 in FIG. 7). Thereafter, in the management device 10, the first display information is transmitted to the first communication terminal 30 (see S61 in FIG. 7). The first display information includes first section information, first section image data, first constant, first section number, second section information, second section image data, second capacity, It includes the number of two-compartment people, third-compartment information, third-compartment image data, third capacity, and third-compartment number. In the first communication terminal 30, the first display information is acquired (see S93: Yes in FIG. 9).

  In the management system 1, the process of the second embodiment is executed. In this case, in the management apparatus 10, the second display information is transmitted to the first communication terminal 30 (see S107 in FIG. 10). The second display information includes first section information, first section image data, first capacity, second section information, second section image data, second capacity, third section information, and third section information. It contains all location information registered in the section image data, the third capacity, and the fisherman list. In the first communication terminal 30, second display information is acquired (see S133: Yes in FIG. 12). Thereafter, the first communication terminal 30 counts the number of first partitioners, the number of second partitioners, and the number of third partitioners (see S137, S141, and S145 in FIG. 12, and S149 and S151 in FIG. 13).

  Therefore, the map screen 60 can be displayed on the display unit 38 of the first communication terminal 30 (see S97 in FIG. 9 or S155 in FIG. 13). On the map screen 60, the first section image 64 is displayed in the first range on the map image 62, the second section image 66 is displayed in the second range on the map image 62, and the third range on the map image 62 is displayed. A third section image 68 is displayed (see FIG. 4). Further, on the map screen 60, the first fixed image and the number of first divided persons are displayed in association with the first divided image 64, and the second fixed number and the number of second divided persons are displayed in association with the second divided image 66. The third capacity and the number of third persons are displayed in association with the three-compartment image 68 (see FIG. 4). The user of the first communication terminal 30 can monitor the management area while checking the map screen 60 displayed on the display unit 38.

  (2) In the management apparatus 10, the number of first partitioners and the first fixed member are compared (see S71 in FIG. 8 or S113 in FIG. 11). When the number of first section persons is greater than a certain number of members (see S71: Yes in FIG. 8 or S113: Yes in FIG. 11), the second communication of the first alarm notification is the transmission source of the position information belonging to the first section information It is transmitted to a specific third communication terminal among the terminals 50 (see S75 in FIG. 8 or S117 in FIG. 11). The first alarm notification includes, for example, information indicating that the number of users fishing in the first section exceeds a certain number of members and information instructing exit from the first section. Therefore, the third communication terminal can notify that the number of users fishing in the first section exceeds the first fixed member (see “second communication terminal 50” shown in FIG. 1). The user of the third communication terminal can be instructed to leave the first section. It becomes possible to maintain the number of users fishing in the first section below a certain number of members.

  In the management device 10, the number of second partitioners and the second capacity are compared (see S77 in FIG. 8 or S119 in FIG. 11). When the number of people in the second section is larger than the second capacity (see S77: Yes in FIG. 8 or S119: Yes in FIG. 11), the second alarm notification is the second communication of the transmission source of the position information belonging to the second section information It is transmitted to a specific fourth communication terminal among the terminals 50 (see S81 in FIG. 8 or S123 in FIG. 11). When the second capacity is set to “0” (see FIG. 2), the second alarm notification includes, for example, information indicating that fishing is prohibited in the second section and leaving the second section. Contains information to indicate. Therefore, the fourth communication terminal can notify that fishing is prohibited in the second section. The user of the fourth communication terminal can be instructed to leave the second section. It becomes possible to maintain the number of users fishing in the second section at zero.

  In the management device 10, the number of third partitioners and the third capacity are compared (see S83 in FIG. 8 or S125 in FIG. 11). When the number of persons in the third section is larger than the third capacity (see S83: Yes in FIG. 8 or S125: Yes in FIG. 11), the second alarm notification is the second communication of the location information belonging to the third section information It is transmitted to a specific fifth communication terminal among the terminals 50 (see S87 in FIG. 8 or S129 in FIG. 11). The third alarm notification includes, for example, information indicating that the number of users fishing in the third section exceeds the third capacity, and information instructing exit from the third section. Therefore, the fifth communication terminal can notify that the number of users fishing in the third section exceeds the third capacity (see “second communication terminal 50” shown in FIG. 1). The user of the fifth communication terminal can be instructed to leave the third section. It becomes possible to maintain the number of users fishing in the third section below the third capacity.

<Modification>
The embodiment can also be performed as follows. Some configurations of the modifications shown below can be appropriately combined and employed. Hereinafter, points different from the above will be described, and description of similar points will be omitted as appropriate.

  (1) A configuration in which the management area is divided into a first section, a second section, and a third section, the first capacity is “20”, the second capacity is “0”, and the third capacity is “10”. Described as an example. The first fixed member may be set to “0”. In this case, in S73 of FIG. 8 or S115 of FIG. 11, all of the second communication terminals 50 that are the transmission source of the position information belonging to the first section information are specified as the transmission destination (third communication terminal) of the first alarm notification. The The first alarm notification includes, for example, information indicating that fishing is prohibited in the first section and information instructing to leave the first section. The second capacity may be set to a predetermined value larger than “0”. In this case, in S79 of FIG. 8 or S121 of FIG. 11, the number of second communication terminals 50 that are the transmission source of the position information belonging to the second section information exceeds the predetermined value (second section person). The number of second communication terminals 50 (number-second capacity) is specified as the transmission destination (fourth communication terminal) of the second alarm notification. At this time, the fourth communication terminal is specified according to the update time from the second communication terminal 50 that is the transmission source of the position information belonging to the second section information. The second alarm notification includes, for example, information indicating that the number of users fishing in the second section exceeds the second capacity, and information instructing exit from the second section. The third capacity may be set to “0”. In this case, in S85 of FIG. 8 or S127 of FIG. 11, all the second communication terminals 50 that are the transmission source of the position information belonging to the third section information are specified as the third alarm notification transmission destination (fifth communication terminal). The The third alarm notification includes, for example, information indicating that fishing is prohibited in the third section and information instructing to leave the third section.

  (2) In the second management process of the first embodiment shown in FIGS. 6 and 7, the first display information is transmitted from the management apparatus 10 to the first communication terminal 30 in S61 (see FIG. 7). In the second management process of the second embodiment shown in FIG. 10, the second display information is transmitted from the management device 10 to the first communication terminal 30 in S107. The first display information and the second display information include first section image data, second section image data, and third section image data. The first section image data, the second section image data, and the third section image data may be omitted from the first display information or the second display information. In this case, the first section image data, the second section image data, and the third section image data are stored in the storage unit 34 in association with the display program. In the display process of the first embodiment shown in FIG. 9, the first section image data, the second section image data, and the third section image data are read from the storage unit 34 in S95. In the display process of the second embodiment shown in FIGS. 12 and 13, the first section image data, the second section image data, and the third section image data are read from the storage unit 34 in S <b> 153 (see FIG. 13).

  In addition, for example, in the display process of the first embodiment shown in FIG. 9, the following process is executed in S95, and in the display process of the second embodiment shown in FIGS. 12 and 13, S153 (FIG. 13). The following processing may be executed. In this case, as described above, the first section image data, the second section image data, and the third section image data may be omitted from the first display information or the second display information. The first section image data, the second section image data, and the third section image data may not be stored in the storage unit 14 or the storage unit 34 in advance. That is, in S95 or S153, the first section image 64 is arranged in the first range on the map image 62 according to the position information and the first section information included in the map data, and according to the position information and the second section information described above, Data in which the second section image 66 is arranged in the second range on the map image 62, and the third section image 68 is arranged in the third range on the map image 62 in accordance with the position information and the third section information described above, Generated from map data. If the first segment image 64, the second segment image 66, and the third segment image 68 are broken line images as shown in FIG. 4, the first segment image 64 and the first segment image 64 are generated using the above-described data generated from the map data. Data portions corresponding to the two-section image 66 and the third-section image 68 form a plurality of dots arranged along a plurality of position information included in the first-section information, the second-section information, and the third-section information. . The plurality of dots described above forms a broken line-shaped first divided image 64 indicating the outer edge of the first divided area, forms a broken line-shaped second divided image 66 indicating the outer edge of the second divided area, and the outer edge of the third divided area. A broken line-shaped third section image 68 is formed.

  Furthermore, the process performed by S95 or S153 is illustrated. In S95 or S153, as described above, the first range on the map image 62 corresponding to the first section is specified according to the position information and the first section information included in the map data, and according to the position information and the second section information described above. The second range on the map image 62 corresponding to the second section is specified, and the third range on the map image 62 corresponding to the third section is specified according to the position information and the third section information described above. In S95 or S153, first segment image data corresponding to the first range is generated according to the identified first range, and second segment image data corresponding to the second range is generated according to the identified second range. According to the specified third range, third section image data corresponding to the third range is generated. The first section image data, the second section image data, and the third section image data are combined on the map image 62 according to the first range, the second range, and the third range.

  In S95 or S153, as described above, the first fixed number and the first number of compartments are included in the first range on the map image 62, and the second capacity and the number of second compartments are included in the second range on the map image 62. Then, the third capacity and the third partition number are included in the third range on the map image 62, and the same map screen data as described above is generated.

  (3) In the alarm process of the second embodiment shown in FIG. 11, a count process is executed in S111, and the number of first section persons, the number of second section persons, and the number of third section persons are counted. In the display process of the second embodiment shown in FIGS. 12 and 13, the number of first sectioners is counted in S141 (see FIG. 12), and the number of second sectioners is counted in S145 (see FIG. 12). In S149 (see FIG. 13), the number of third partitioners is counted. For example, when S151 in FIG. 13 is affirmed (see S151: Yes), in the first communication terminal 30, the number of first sectioners, the number of second sectioners, and the number of third sectioners acquired by the above-described processes. May be transmitted to the management apparatus 10. In the management device 10, the first section terminal number, the second section number, and the third section number from the first communication terminal 30 are received by the communication unit 18. The CPU 12 acquires the number of first partitioners, the number of second partitioners, and the number of third partitioners via the communication unit 18. In this case, in S111 of FIG. 11, the processes corresponding to S31 and S41 of FIG. 6 and S51 of FIG. 7 may be omitted.

  (4) In the first communication terminal 30, the map screen 60 is displayed on the display unit 38 (see S97 in FIGS. 4 and 9 or S155 in FIG. 13). The map screen 60 includes a map image 62, a first section image 64, a first fixed number, a first section number, a second section image 66, a second capacity, a second section number, and a third section. The section image 68, the third capacity, and the third section number are included. The map screen 60 may further include an object 70 as shown in FIG. The object 70 is an image indicating the current position of the user who has entered the management area. In the map screen 60 shown in FIG. 14, three objects 70 are illustrated. The three objects 70 correspond to the user IDs “USER01”, “USER03”, and “USER28” whose position information is described in the fisherman list shown in FIG. 3, and the position information associated with each of the above-described user IDs. It is arranged at a position on the map image 62 shown. In the management device 10, object data corresponding to each user ID registered in the fisherman list is stored in the storage unit 14 in a state associated with each user ID. The object data is image data indicating the object 70.

  Assume that the processing of the first embodiment is adopted as processing executed in the management system 1. In this case, in S61 of the second management process shown in FIGS. 6 and 7 (see FIG. 7), as the first display information, the first section information, the first section image data, the first fixed member, and the number of first section persons Along with the second section information, the second section image data, the second capacity, the number of second section persons, the third section information, the third section image data, the third capacity, and the third section number, the following position information: Object data is transmitted to the first communication terminal 30. The above-mentioned position information is all the position information registered in the fisherman list. The aforementioned object data is object data corresponding to the user ID associated with the position information transmitted as the first display information in the fisherman list. In the first display information, the position information and the object data are associated with each other. In the display process illustrated in FIG. 9, the first display information is acquired via the communication unit 40 (see S93: Yes), and each data included in the first display information is stored in the RAM 36 as described above. In S95 of FIG. 9, in addition to the above-described processing, the arrangement of the objects 70 on the map image 62 is all included in the first display information in accordance with the position information included in the map data and the position information of the first display information. Specific object data. Furthermore, in S95 of FIG. 9, all object data included in the first display information is combined with the map data in accordance with the specified arrangement. As a result, with the execution of S97 in FIG. 9, a map screen 60 as shown in FIG.

  Assume that the process of the second embodiment is adopted as the process executed in the management system 1. In this case, in S107 of the second management process shown in FIG. 10, as the second display information, the first section information, the first section image data, the first fixed member, the second section information, the second section image data, and the second capacity. The next object data is transmitted to the first communication terminal 30 together with the third section information, the third section image data, the third capacity, and all the position information registered in the fisherman list. The aforementioned object data is object data corresponding to the user ID associated with the position information transmitted as the second display information in the fisherman list. In the second display information, the position information and the object data are associated with each other. In the display process shown in FIGS. 12 and 13, the second display information is acquired through the communication unit 40 (see S133: Yes in FIG. 12), and each data included in the second display information is stored in the RAM 36 as described above. Remembered. In S153 of FIG. 13, in addition to the processing described above, the arrangement of the objects 70 on the map image 62 is all included in the second display information in accordance with the position information included in the map data and the position information of the second display information. Specific object data. Further, in S153 of FIG. 13, all the object data included in the second display information is combined with the map data according to the specified arrangement. As a result, with the execution of S155 in FIG. 13, a map screen 60 as shown in FIG.

  The object data may be omitted from the first display information and the second display information. In this case, in the management device 10, the object data is not stored in the storage unit 14. The first display information and the second display information include the user ID associated with the position information included in the first display information and the second display information in the fisherman list. In the first display information and the second display information, the position information and the user ID are related in the same manner as in the fisherman list. In the first communication terminal 30, image data that is a material of the object 70 is stored in the storage unit 34. In S95 of FIG. 9 or S153 of FIG. 13, the above-described image data is read from the storage unit. Thereafter, the user ID included in the first display information and the second display information is combined with the image data, and object data corresponding to the user ID included in the first display information and the second display information is generated. In S95 of FIG. 9 or S153 of FIG. 11, the generated object data is combined with the map data as described above.

  The object 70 may not have a format distinguished for each user ID. For example, the object may be a common image that does not include a user ID. In this case, the management device 10 or the first communication terminal 30 stores one (one type) of object data. When the object data is stored in the management apparatus 10, the first display information and the second display information include one object data. In S95 of FIG. 9, the arrangement of the objects on the map image 62 is specified according to the position information included in the map data and the position information of the first display information, and the object data is combined with the map data according to the specified arrangement. The In S153 of FIG. 13, the arrangement of the object on the map image 62 is specified according to the position information included in the map data and the position information of the second display information, and the object data is combined with the map data according to the specified arrangement. The

  (5) In the management list, section information and capacity are registered in advance in association with each other (see FIG. 2). In the management area, one or both of the setting section and the capacity may be reset. In the management area, the setting section itself in the management area may be reviewed and the number of setting sections may be increased or decreased. In this case, in the management system 1, the registration state of the management list is appropriately updated by the management device 10 according to the above-described resetting. For example, it is assumed that the range of the first section and the range of the second section are reset while the third section is left as it is or the third section is omitted. In the management apparatus 10, the first section information and the second section information are updated with the resetting of the set section. That is, the first section information is updated to a state that includes a plurality of pieces of position information corresponding to a plurality of points that are the outer edges of the first section after the resetting. The second section information is updated to a state including a plurality of pieces of position information corresponding to a plurality of points serving as outer edges of the second section after the resetting. Accordingly, the management list is in a state where the updated first section information and second section information are newly registered. In the management apparatus 10, the first section image data is updated to image data indicating the first section after the resetting with the resetting of the first section and the second section, and the second section image data is It is updated to image data indicating the second section after resetting. The storage unit 14 newly stores the updated first section image data and second section image data.

  In the above description, the processing executed in the management system 1 is in a form corresponding to the state where the management area is divided into the first section, the second section, and the third section. That is, the second management process of the first embodiment shown in FIGS. 6 and 7 includes S29 to S37 in FIG. 6 for the first section and S39 to FIG. 7 in FIG. 6 for the second section. S47 and S49 to S57 in FIG. 7 for the third section are included. The alarm process of the first embodiment shown in FIG. 8 includes S71 to S75 for the first section, S77 to S81 for the second section, and S83 to S87 for the second section. The alarm processing of the second embodiment of FIG. 11 includes S113 to S117 targeting the first section, S119 to S123 targeting the second section, and S125 to S129 targeting the third section, and S111. In the count process executed in step S29 in FIG. 6 and step S57 in FIG. 7 together with step S59 in FIG. 7 and step S57 in FIG. The display processing of the second embodiment shown in FIGS. 12 and 13 includes S139 and S141 in FIG. 12 for the first section, S143 and S145 in FIG. 12 for the second section, and the third section. This includes S147 and S149 in FIG.

  For example, it is assumed that the third section is omitted and the number of set sections is changed from three to two. In this case, if S39 in FIG. 6 is negative (see S39: No), the process proceeds to S59 in FIG. 7, and S49 to S57 in FIG. 7 are omitted. However, when S39 of FIG. 6 is denied (S39: refer to No), the transfer destination may be S49 of FIG. 7 as described above, and S49 may be denied (refer to S49: No). S83 to S87 in FIG. 8 are omitted. Steps S125 to S129 in FIG. 11 are omitted. However, S83 or S125 may be denied (see S83 or S125: No). If S143 in FIG. 12 is negative (see S143: No), the process proceeds to S151 in FIG. 13, and S147 and S149 in FIG. 7 are omitted. However, when S143 in FIG. 12 is denied (see S143: No), the transfer destination may be S147 in FIG. 13 as described above and S147 may be denied (see S147: No). When the number of set sections set in advance is two, the processing executed in the management system 1 is the same as that described above in which the number of set sections is two.

  In addition, for example, it is assumed that the fourth section is set and the number of set sections is changed from three to four. In this case, the second management process of the first embodiment (see FIGS. 6 and 7), the alarm process of the first embodiment (see FIG. 8), the alarm process of the second embodiment (see FIG. 11), and the second implementation. In the example display process (see FIGS. 12 and 13), the process for the fourth section is executed in the same manner as the process for the third section, for example. The process for the fourth section is, for example, when S49 in FIG. 7 is denied (S49: see No), when S83 in FIG. 8 is denied (S83: see No), or in S87 in FIG. This is executed after execution, when S125 of FIG. 11 is denied (see S125: No), after execution of S129 of FIG. 11, and when S147 of FIG. 13 is denied (see S147: No). In the process for the fourth section, the fourth section information and the fourth capacity registered in association with the management list are used as appropriate. A counter that counts the number of persons in the fourth compartment is employed. This counter is stored in the RAM 16 (in the case of the first embodiment) or stored in the RAM 16 and the RAM 36 (in the case of the second embodiment). The fourth section flag is set, and “ON” or “OFF” is registered in the incoming fishery certificate list (see FIG. 3). The initial value of the fourth section flag is set to “OFF” as in the first section flag, the second section flag, and the third section flag. The information included in the fourth alarm notification is the same information as the first alarm notification, the third alarm notification, or the second alarm notification. That is, the information included in the fourth alarm notification is set according to the fourth capacity. When the number of set sections set in advance is four, the processing executed in the management system 1 is the same as that described above in which the number of set sections is four. Further, when the number of set sections is reset from 3 to 5 or more, or when the number of set sections set in advance is 5 or more, the processing executed in the management system 1 has a set section number of 4. The process is executed according to the above-described case.

1 management system, 3 communication line, 10 management device, 12 CPU
14 storage unit, 16 RAM, 18 communication unit, 20 timing unit, 22 bus 30 first communication terminal, 32 CPU, 34 storage unit, 36 RAM
38 display section, 40 communication section, 42 bus, 50 second communication terminal 60 map screen, 62 map image, 64 first section image, 66 second section image 68 third section image, 70 object

Claims (7)

The first section information indicating the first section included in the management area and the first member set for the first section are stored in association with each other, and are different from the first section included in the management area. A storage unit that associates and stores second section information indicating the second section and the second capacity set for the second section;
A communication department;
And a processor,
The processor includes a display unit, displays a map image corresponding to the management area on the display unit, and indicates the first section in a first range on the map image corresponding to the first section. A section image and the first constant are displayed in association with each other, a second section image indicating the second section in a second range on the map image corresponding to the second section, and the second capacity , Execute a transmission process for causing the first communication terminal to display the first section information, the first fixed member, the second section information, and the second capacity from the communication unit. , Management device. The processor further includes:
An acquisition process for acquiring, via the communication unit, position information indicating the position of the second communication terminal of the transmission source transmitted from the second communication terminal owned by a predetermined user who has entered the management area;
According to the first section information and the second section information stored in the storage unit, and the position information acquired in the acquisition process, the number of the position information belonging to the first section, and the second section A count process for counting the number of the position information belonging to the section, and
The transmission process displays the first range in association with the first section number corresponding to the number of the position information belonging to the first section, and further displays the second section in the second section. In addition to the first communication terminal that displays the number of second compartments corresponding to the number of the position information belonging to the first communication terminal, the first compartment number and the second compartment number are further transmitted from the communication unit. The management apparatus according to claim 1, which is a process for transmission. The processor further acquires, via the communication unit, position information indicating a position of the second communication terminal as a transmission source transmitted from a second communication terminal owned by a predetermined user who has entered the management area. Execute the acquisition process to
The transmission process displays the first range in association with the first section number corresponding to the number of the position information belonging to the first section, and further displays the second section in the second section. In the process of causing the first communication terminal that displays the second partition number corresponding to the number of the position information belonging to the display to associate and display all the position information acquired in the acquisition process from the communication unit. The management device according to claim 1. The storage unit stores first section image data corresponding to the first section image and second section image data corresponding to the second section image,
4. The transmission process according to claim 1, wherein the transmission process is a process of causing the first communication terminal to further transmit the first segment image data and the second segment image data from the communication unit. 5. The management device according to claim 1. A management method executed by a management system for managing a management area,
A map image corresponding to the management area; a first section image indicating a first section included in the management area; a first member set for the first section; and the first section included in the management area. A display step of displaying a second section image showing a second section different from the one section, and a second capacity set for the second section,
In the display step,
In the first range on the map image corresponding to the first section, the first section image and the first member are displayed in association with each other,
The management method, wherein the second zone image and the second capacity are displayed in association with each other in the second range on the map image corresponding to the second zone. An acquisition step of acquiring position information indicating a position of the second communication terminal as a transmission source transmitted from a second communication terminal owned by a predetermined user who has entered the management area;
According to the first section information indicating the first section and the second section information indicating the second section, and the position information acquired in the acquisition step, the number of the position information belonging to the first section, And counting the number of the position information belonging to the second section,
In the display step,
In the first range, the number of first section persons corresponding to the number of the position information belonging to the first section is further displayed in association with each other.
6. The management method according to claim 5, wherein a second number of persons corresponding to the number of the position information belonging to the second section is further displayed in association with the second range. A comparison step of comparing the first number of persons and the number of first sectioners, and comparing the second number of persons and the number of second sectioners;
If it is determined in the comparison step that the number of first section members is larger than the first fixed member, a specific third communication terminal among the second communication terminals that are transmission sources of the position information belonging to the first section If the first warning notification set in response to the excess of the first fixed number is transmitted and the number of the second divided persons is determined to be larger than the second fixed number in the comparison step, the second divided section An alarm step of transmitting a second alarm notification set corresponding to the excess of the second capacity to a specific fourth communication terminal of the second communication terminals of the transmission source of the position information belonging to The management method according to claim 6, further comprising:

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