KR20210055171A - Position tracking system and a method for controlling the same - Google Patents

Abstract

The present invention provides a position tracking band and a control method thereof. The position tracking system includes: an optical tag (15) which is wearable on the body of a band user and includes band-specific information of the band user; a terminal unit (20) capable of confirming the band-specific information of the position tracking band of the user from the optical tag (15) and receiving and transmitting the position information; and an operating server (30) using the band-specific information and position information received from the terminal unit (20) to confirm the band target information corresponding to the band unit information and transmitting a notification to a preset stored band target contact.

Description

Position tracking system and its control method {POSITION TRACKING SYSTEM AND A METHOD FOR CONTROLLING THE SAME}

The present invention relates to a system and a control method thereof that enable a protection countermeasure for a person to be protected in a missing or roaming state through a combination of identification information of people in need of protection and location information.

With the increase in the extent of women's social expansion, the number of households subject to restrictions on the protection of infants and children is gradually increasing with the expansion of dual-income families. In addition, in accordance with the change of the modern society's family environment, the elderly population is rapidly becoming a nuclear family, increasing the number of single-person households, and improving the medical service environment and service quality.

However, although environments requiring probation are expanding, they are easily exposed to unwanted situations due to physical limitations. In particular, in the case of elderly elderly people, more specifically, elderly people with mild to severe forms of cognitive impairment, dangerous situations that are outside the scope of probation frequently occur.

To prevent this problem, expensive equipment for detecting the roaming state of the elderly with cognitive disabilities is currently in operation. However, due to the characteristics of the elderly with cognitive impairment, it is difficult to mount or carry a heavy separate terminal device on the body, and thus practical applicability is severely limited.

Accordingly, even if expensive equipment is used, the protector's guardians are easily exposed to the psychological and economic burden of exposure due to the risk of frequent roaming.

The present invention was invented to solve the problems of the prior art as described above, and it is simple and can be worn on the body, but it is psychological through reporting or confirmation of the roaming status of the weak, especially the cognitively impaired elderly, and prompt notification to the guardian. The present invention can be worn by people in need of protection and can verify identity in various ways so as to minimize damage and minimize roaming exposure time to prevent exposure to danger of a subject in need of protection and to achieve psychological stability of a guardian. Accordingly, an object of the present invention is to provide a system and a control method thereof that enable a protective response measure for a person to be protected in a missing or roaming state through a combination with the scanned location information.

The present invention for achieving the above technical problem is a position tracking band that can be worn on the body of a band user and has an optical tag 15 including band-specific information of the band user, and from the optical tag 15 Band-specific information of the user's position tracking band can be checked, and the band unit information is included in the band unit information using the terminal unit 20 that can receive and transmit the location information, and the band-specific information and location information received from the terminal unit 20. It provides a position tracking system including an operation server 30 that checks the corresponding band target information and transmits the notification transmission to the preset stored band target contact information, and transmits the band target scan notification data.

In the position tracking system, the terminal unit 20 includes: a terminal detection unit 21 capable of confirming band-specific information of a user's position tracking band from the optical tag 15 and receiving and transmitting position information, A terminal control unit 22 for extracting band-specific network connection information and location information through a network through a band detection signal detected from the terminal detection unit including the band-specific information, and a terminal display of the terminal control unit 22 A terminal output unit 27 including a terminal display 271 that displays the band-specific network connection information according to a control signal, and the band-specific network connection information input through the terminal output unit 27 can be selectively input And a terminal communication unit 26 that enables communication with the operation server 30 through a network network according to the band-specific network connection information selected and input by the terminal input unit 25. May be.

In the position tracking system, the terminal detection unit 21: transmits an optical signal to the optical tag 15 and receives an optical signal reflected from the optical tag 15, so that the band of the user's position tracking band A terminal optical detection unit 211 capable of identifying unique information as an optical signal, and a terminal location detection unit 213 for generating terminal location information by detecting and checking the location information of the user of the terminal unit 20 may be provided.

In the position tracking system, the terminal control unit 22 performs web-based data communication between the terminal unit 20 and the operation server 30 through the terminal communication unit 25, and the band-specific network connection information May include website link information.

In the position tracking system, the terminal optical detection unit 211 is a camera, and the band detection signal may include photo data of a band user that is sensed and input through the terminal optical detection unit 211.

In the position tracking system, the terminal detection unit 210 may include a terminal sound detection unit 215 that detects voice information of a band user.

In the position tracking system, the terminal optical detection unit 211 is a camera, and the band detection signal may include image data of a band user that is sensed and input through the terminal optical detection unit 211.

In the position tracking system, the terminal input unit 25 may include a terminal touch input unit 251 disposed on the terminal display 271 side.

In the position tracking system, the position tracking band 10 includes a band short-range wireless communication unit 17 including band tagging specific information including at least band specific information, and the terminal communication unit 26 includes: It may include a terminal wired and wireless communication unit 261 that communicates with the operation server 30 through a network network, and a terminal short-range wireless communication unit 263 capable of receiving data through communication with the band short-range wireless communication unit 17.

In the position tracking system, the band short-range wireless communication unit 17 may be a passive RFID.

In the position tracking system, the position tracking band 10 may include a position tracking band body 11 in which the optical tag 15 is received and disposed.

In the position tracking system, the position tracking band 10 may include a position tracking band cover 12 disposed above the optical tag 15 while being engaged with the position tracking band body 11. .

In the position tracking system, the position tracking band 10 may further include a position tracking band sealer 13 disposed between the position tracking band body 11 and the position tracking band cover 12. .

In the position tracking system, a display icon mounting portion 18.19 capable of arranging a preset display icon may be disposed outside the optical tag 15 on the position tracking band 10.

In the position tracking system, the operation server 30 includes: a band-specific information storage module 33 in which map information is stored, and band-specific information for a preset user is stored as preset band-specific information, and the terminal Band-specific information confirmation that receives the band-specific information transmitted from the unit 20 and compares the received band-specific information (IB) with preset band-specific information (IBs) stored in the band-specific information storage module 33 A module 31 and a location information checking module 35 that receives the location information transmitted from the terminal unit 20 and checks the location of the terminal unit 20 based on the location information and map information, It may also include a server communication module 37 that enables communication with the terminal unit 20 and the parental terminal unit 40 corresponding to the preset stored band target contact information through a network network.

In the position tracking system, the operation server 30: determines that the band-specific information (IB) and the preset band-specific information (IBs) are the same in the band-specific information checking module 31, and the position When the location information of the terminal unit 20 is received by the information checking module 35 and the location is confirmed, an advisor response module 39 for executing a preset advisor response operation may be included.

In the position tracking system, the advisor-response module 39 is: an advisor-guardian-response operation module 391 that transmits an advisor-guardian signal to the guardian terminal unit 40 through the server communication module 37. And, it may include an advisor organization response operation module 393 that transmits an alert agency signal to the agency server 50 through the server communication module 37 to take emergency response measures.

According to another aspect of the present invention, the present invention relates to the position tracking band of the user from at least the optical tag 15 of the position tracking band of the position tracking system 1 that can be worn on the body of the band user through the terminal unit 20. Band-specific information and location information acquisition step (S10) in which band-specific information is acquired and location information is received, and the band-specific information and the location information acquired in the band-specific information and location information acquisition step (S10) are received. The band-specific information and the band-specific information confirmed in the operation server 30 confirming the band-specific information and the location information and the band-specific information and location information checking step (S30), and the band-specific information and location information checking step (S30) Band target scan notification transmission step (S40) of transmitting the band target scan notification data to the guardian terminal unit 40 of the previously stored band target contact's pre-set band target information corresponding to the band unit information identified using the location information (S40) It provides a position tracking system control method comprising a.

In the position tracking system method, the step (S10) of acquiring the band-specific information and position information comprises: an optical tag of a position tracking band of a position tracking system 1 that can be worn on the body of a band user through the terminal unit 20 The optical band-specific information acquisition step (S11) of acquiring optical band-specific information of the user's position tracking band from (15), and in the terminal position detection unit 213 of the terminal detection unit 210 of the terminal unit 20 It may include a terminal information acquisition step (S13) in which the location information of the terminal unit 20 is received and acquired.

In the position tracking system method, the position tracking band 10 includes a band short-range wireless communication unit 17 including band tagging specific information including at least band specific information, and the terminal communication unit 26 includes the It includes a terminal short-range wireless communication unit 263 capable of receiving data by communication with the band short-range wireless communication unit 17, and in the step of obtaining the band-specific information and location information (S10), the terminal short-range wireless communication unit 263 A short-range band-specific information acquisition step (S15) of obtaining band-specific information of the user's position tracking band from the band short-range wireless communication unit 17 of the tracking band 10 may be included.

In the position tracking system method, between the band-specific information and position information acquisition step (S10) and the band-specific information and position information confirmation step (S30), the band-specific information and position information acquisition step (S10) The band-specific information and the location information transfer step (S20) in which the band-specific information and the location information acquired from are transferred to the operation server 30 may be included.

In the position tracking system method, the band-specific information and location information transfer step (S20): transmits the band-specific information acquired in the band-specific information and location information acquisition step (S10) to the operation server 30 A step of transmitting band-specific information (S21) and, when the operation server 30 receives the band-specific information, a location for confirming whether to consent to the use of the location information of the terminal unit 20 to the terminal unit 20 Location information use consent request step (S23) of transmitting an information use consent request, and location information transmission and reception of the operation server 30 receiving the location information of the terminal unit 20 transmitted from the terminal unit 20 It may also include a step (S25).

In the position tracking system method, the step of confirming the band-specific information and location information (S30): The band-specific information received through the operation server communication module 37 of the operation server 30 is transferred to the operation server 30. Band user identification step (S31) of comparing and confirming the corresponding band user by comparing the band user stored information stored in the band-specific information storage module 33, and the operation server 30 using the location information and preset stored map location information. In the location information checking module 35 of ), a map location information checking step (S33) of checking the map location of the terminal unit 20 may be included.

In the position tracking system method, the band user confirmation step (S31) is: The optical band unique information acquired and received from the optical tag 15 through the operation server communication module 37 of the operation server 30 is an operation server. It may include an optical band user identification step (S311) of comparing and confirming a corresponding band user by comparing it with the band user storage information stored in the band-specific information storage module 33 of (30).

In the position tracking system method, the position tracking band 10 includes a band short-range wireless communication unit 17 including band tagging specific information including at least band specific information, and the terminal communication unit 26 includes the It includes a terminal short-range wireless communication unit 263 capable of receiving data by communication with the band short-range wireless communication unit 17, and in the step of obtaining the band-specific information and location information (S10), the terminal short-range wireless communication unit 263 The band-specific information acquisition step (S15) of acquiring the band-specific information of the user's position tracking band from the band short-range wireless communication unit 17 of the tracking band 10, wherein the band user identification step (S31) includes: operation Band-user storage stored in the band-specific information storage module 33 of the operating server 30 with the short-range band-specific information acquired and received from the band short-range wireless communication unit 17 through the operation server communication module 37 of the server 30 The optical band unique information, which is confirmed through the near-band user identification step (S313) of comparing and confirming the corresponding band user by comparison with information, the optical band user identification step (S311), and the near-band user identification step (S313), A band user comparison check step (S315) of comparing the near-band unique information may be included.

In the position tracking system method, the optical band user verification step (S311): operates optical band-specific information acquired and received from the optical tag 15 through the operation server communication module 37 of the operation server 30 The optical band-specific information and the band in the optical band user comparison step (S3111) comparing with the band user storage information stored in the band-specific information storage module 33 of the server 30, and the optical band user comparison step (S3111). If it is determined that it does not match any one of the user stored information, it may include an emergency connection mode setting step (S3113) of setting an emergency connection mode for executing an emergency connection state to the terminal unit 20.

In the position tracking system method, the band user comparison and confirmation step (S315) includes: optical band-specific information identified in the optical band user identification step (S311), and the near-field identified in the near-band user identification step (S313). The acquisition band-specific information comparison step (S3151) of comparing the band-specific information, and a mode setting step (S3152) of setting a mode to be executed according to the comparison result in the acquired band-specific information comparison step (S3151). have.

In the position tracking system method, in the mode setting step (S3152), when it is determined that the optical band-specific information and the near-band user stored information match in the acquisition band-specific information comparison step (S3151), the identified band unit It may include a scan notification mode setting step (S3153) of setting a scan notification mode for transmitting the band target scan notification data to a preset stored band target contact of the band target information corresponding to the information.

In the position tracking system method, when it is determined that the optical band-specific information and the near-band user stored information do not match in the acquisition band-specific information comparison step (S3151), the terminal unit 20 A band user image information request mode setting step of requesting information transmission (S3155) may be included.

In the position tracking system method, the method may further include a transmission step (S50) of band-specific information reporting information enabling selection of whether to report to the band user.

In the position tracking system method, after the band-specific information report guide information transmission step (S50), the band-specific information report input step (S60) in which the band-specific information report input is executed through the terminal unit 20 is executed. In this case, the band-specific information for confirming the corresponding alert response type by checking the band-specific information report data input in the band-specific information report input step (S60) by the advisor-response module 39 of the operation server 30 It may also include a step (S70) for confirming the response to the notification alert.

In the position tracking system method, according to the type of attack response identified in the step (S70) for confirming the response, the management server 30 is referred to the institution server 50 through the server communication module 37. It may also include an alert agency report transmission step (S80) of transmitting an agency signal to take emergency response measures.

In the position tracking system method, according to the type of attack response identified in the step (S70) for confirming the response, the management server 30 is referred to the institution server 50 through the server communication module 37. In the case of executing the alert agency report transmission step (S80) of sending an agency signal to take emergency response measures, the parental guardian report information transmission step of transmitting the alert parental report information to the parental terminal unit 40 It may also include (S90).

In the position tracking system method, according to the type of attack response identified in the step (S70) for confirming the response, the management server 30 is referred to the institution server 50 through the server communication module 37. In the case of executing the alert agency report transmission step (S80), which transmits an agency signal to take emergency response measures, the notification of the completion of the report on the unique information of the band to inform the terminal unit 20 of the completion of the delivery of the alert parental report information It may also include a transmission step (S100).

In the position tracking system method, the band-specific information and location information transfer step (S20): transmits the band-specific information acquired in the band-specific information and location information acquisition step (S10) to the operation server 30 A step of transmitting band-specific information (S21) and, when the operation server 30 receives the band-specific information, a location for confirming whether to consent to the use of the location information of the terminal unit 20 to the terminal unit 20 Requesting information use consent and requesting location information use consent and band-specific information reporting information request step (S24) for transmitting band-specific information reporting guidance information that enables selection of whether to report to the band user, and the terminal unit 20 Delivering the location information of the terminal unit 20 and the band-specific information report input in response to the band-specific information report guide information transmitted from the operation server 30, and the location information and the band-specific information report input information received from the operation server 30 It may also include a receiving step (S26).

In the position tracking system method, when the band-specific information report input is executed through the terminal unit 20, the advisor response module 39 of the operation server 30 checks the inputted band-specific information report data. It may also include a step (S70) of checking the corresponding alert correspondence type by confirming the corresponding alert correspondence type.

According to another aspect of the present invention, the present invention is a position tracking band that can be worn on the body of a band user and has an optical tag 15 including band-specific information of the band user, and from the optical tag 15 Band-specific information of the user's position tracking band can be checked, and the band unit information is included in the band unit information using the terminal unit 20 that can receive and transmit the location information, and the band-specific information and location information received from the terminal unit 20. Including an operation server 30 that checks the corresponding band target information and transmits the notification transmission to the preset stored band target contact information, and transmits the band target scan notification data, and the optical tag 15 inside the position tracking band 10 Provides a position tracking system comprising one of a synthetic resin material, a paper material, a silicone material, and a film material including a position tracking band body 11 which is accommodated and arranged. do.

According to still another aspect of the present invention, a band short-range wireless communication control unit 173 that can be worn on the body of a band user and includes band tagging-specific information including band-specific information of the band user. A position tracking band 10 having a wireless communication unit 17, and a terminal unit 20 capable of confirming band-specific information of the user's position tracking band from the band short-range wireless communication unit 173 and receiving and transmitting position information. 4) And, using the band-specific information and location information received from the terminal unit 20, the band target information corresponding to the band unit information is checked, and a notification is transmitted to the preset stored band target contact information. It provides a position tracking system that includes an operating server 30 to transmit.

In the position tracking system, the operation server 30 receives an emergency request signal from the guardian terminal unit 40 corresponding to the band user's preset stored band target contact, and sends a terminal scan request signal to the terminal device 20 And the terminal communication unit 26 of the terminal device 20 is activated by the terminal scan request signal and executes a peripheral scan to communicate with the band short-range wireless communication unit 17. It may also include.

In the position tracking system, the terminal unit 20 includes: a terminal detection unit 21 capable of checking band-specific information of a user's position tracking band from at least the band short-range wireless communication unit 173 and receiving and transmitting position information. ), and a terminal control unit 22 for extracting band-specific network connection information and location information through a network through a band detection signal detected from the terminal detection unit including the band-specific information, and the band-specific information It may also include a terminal communication unit 26 to enable communication with the operation server 30 to enable transmission through a network.

In the position tracking system, the position tracking band 10 includes an optical tag 15 including band-specific information of a user of the band, and the terminal unit 20 includes the user's position from the optical tag 15. It is possible to check the band-specific information of the tracking band and to receive and transmit the location information, and the terminal unit 20: A terminal that displays the band-specific network connection information according to the terminal display control signal of the terminal control unit 22 Further comprising a terminal output unit 27 including a display 271, and a terminal input unit 25 for selectively inputting the band-specific network connection information input through the terminal output unit 27, and the terminal The communication unit 26 may communicate with the operation server 30 so as to transmit the band-specific information through a network network according to the band-specific network connection information selected and input by the terminal input unit 25.

In the position tracking system, the terminal detection unit 21: transmits an optical signal to the optical tag 15 and receives an optical signal reflected from the optical tag 15, so that the band of the user's position tracking band A terminal optical detection unit 211 capable of identifying unique information as an optical signal, and a terminal location detection unit 213 for generating terminal location information by detecting and checking the location information of the user of the terminal unit 20 may be provided.

In the position tracking system, the terminal control unit 22 performs web-based data communication between the terminal unit 20 and the operation server 30 through the terminal communication unit 25, and the band-specific network connection information May include website link information.

In the position tracking system, the terminal optical detection unit 211 is a camera, and the band detection signal may include photo data of a band user that is sensed and input through the terminal optical detection unit 211.

In the position tracking system, the terminal detection unit 210 may include a terminal sound detection unit 215 that detects voice information of a band user.

In the position tracking system, the terminal optical detection unit 211 is a camera, and the band detection signal may include image data of a band user that is sensed and input through the terminal optical detection unit 211.

In the position tracking system, the terminal input unit 25 may include a terminal touch input unit 251 disposed on the terminal display 271 side.

In the position tracking system, the terminal communication unit 26 may include a terminal wired/wireless communication unit 261 that communicates with the operation server 30 through a network network.

In the position tracking system, the position tracking band 10 may include a position tracking band body 11 in which the optical tag 15 is received and disposed.

In the position tracking system, the position tracking band 10 may include a position tracking band cover 12 disposed above the optical tag 15 while being engaged with the position tracking band body 11. .

In the position tracking system, the position tracking band 10 may further include a position tracking band sealer 13 disposed between the position tracking band body 11 and the position tracking band cover 12. .

In the position tracking system, a display icon mounting portion 18.19 capable of arranging a preset display icon may be disposed outside the optical tag 15 on the position tracking band 10.

In the position tracking system, the operation server 30 includes: a band-specific information storage module 33 in which map information is stored, and band-specific information for a preset user is stored as preset band-specific information, and the terminal Band-specific information confirmation that receives the band-specific information transmitted from the unit 20 and compares the received band-specific information (IB) with preset band-specific information (IBs) stored in the band-specific information storage module 33 A module 31 and a location information checking module 35 that receives the location information transmitted from the terminal unit 20 and checks the location of the terminal unit 20 based on the location information and map information, It may also include a server communication module 37 that enables communication with the terminal unit 20 and the parental terminal unit 40 corresponding to the preset stored band target contact information through a network network.

In the position tracking system, the operation server 30: determines that the band-specific information (IB) and the preset band-specific information (IBs) are the same in the band-specific information checking module 31, and the position When the location information of the terminal unit 20 is received by the information checking module 35 and the location is confirmed, an advisor response module 39 for executing a preset advisor response operation may be included.

In the position tracking system, the advisor-response module 39 is: an advisor-guardian-response operation module 391 that transmits an advisor-guardian signal to the guardian terminal unit 40 through the server communication module 37. And, it may include an advisor organization response operation module 393 that transmits an alert agency signal to the agency server 50 through the server communication module 37 to take emergency response measures.

According to another aspect of the present invention, the present invention tracks the user's position from at least the band short-range wireless communication unit 17 of the position tracking band of the position tracking system 1 that can be worn on the body of the band user through the terminal unit 20 The band-specific tagging-specific information including the band-specific information of the band is acquired and the position information is received, the band-specific information and location information acquisition step (S10), and the band-specific information and the location information acquisition step (S10). Band-specific information and location information checking step (S30) in which the operation server 30, which has received the band-specific information and the location information rule, checks the band-specific information and the location information, and the band-specific information and location information check step ( Sending a notification to the guardian terminal unit 40 of the band target contact information stored in advance of the band target information corresponding to the band unit information identified using the band-specific information and location information identified in S30). It provides a method for controlling a position tracking system including the step (S40) of transmitting a scan notification for the target of the band.

According to another aspect of the present invention, the present invention provides an emergency request signal step (S110) in which an emergency request signal is input from the guardian terminal device 40 of the guardian of the band user to the operation server 30 (S110), and the guardian terminal device ( The operation server 30, which has received the emergency request signal transmitted from 40), provides a plurality of code Adam terminal devices 60 spaced apart from each other in a preset area of a preset area with respect to a band user corresponding to the emergency request signal. A terminal scan request step (S120) of calculating terminal scan request information and transmitting a terminal scan request to, and a band scan step of transmitting a code Adam scan signal according to the received terminal scan request signal by the code Adam terminal device 60 (S130) and at least of the position tracking band of the position tracking system 1 that can be worn on the body of the band user through the code Adam terminal unit 20 in response to the code Adam scan signal of the code Adam terminal device 60 Band-specific tagging-specific information including band-specific information of the user's position tracking band is obtained from the band short-range wireless communication unit 17, and the band-specific information and location information acquisition step (S10) in which the location information is received, and the band-specific information And transmitting the band-specific information and location information (S20) in which the band-specific information and the location information acquired in the location information acquisition step (S10) are transferred to the operation server 30, and the band-specific information and location information acquisition step. The band-specific information and location information verification step (S30) in which the operation server 30 receiving the band-specific information and the location information obtained in (S10) checks the band-specific information and the location information, and the band-specific Sending a notification to the guardian terminal unit 40 of the stored band target contact information in advance of the band target information corresponding to the band unit information identified using the band-specific information and location information identified in the information and location information checking step (S30) Band to send the target person scan notification data It provides a method for controlling a position tracking system including the step (S40) of transmitting a scan notification for a band target.

In the position tracking system method, the step of confirming the band-specific information and location information (S30): The band-specific information received through the operation server communication module 37 of the operation server 30 is transferred to the operation server 30. Band user identification step (S31) of comparing and confirming the corresponding band user by comparing the band user stored information stored in the band-specific information storage module 33, and the operation server 30 using the location information and preset stored map location information. In the location information checking module 35 of ), a map location information checking step (S33) of checking the map location of the code Adam terminal device 60 may be included.

In the position tracking system method, the terminal scan request step (S120 includes: a band user's disappearance time input in the emergency request step (S110), a walking speed and a walking duration included in the band user storage information) Terminal scan request preparation confirmation step (S121) to check pedestrian information, terminal scan request range of setting the terminal scan application range step of the code Adam terminal device 60 from the disappearance time of the band user and the pedestrian information It may include a step (S123), the terminal scan coverage step and a terminal scan execution request signal transmission step (S125) of transmitting terminal scan request information corresponding to the band user.

In the position tracking system method, the band scanning step (S130) comprises: the terminal scan coverage step of the terminal scan request information includes a plurality of terminal scan coverage step sequence information, and the code Adam terminal device (60) A band scan initial step of transmitting a code Adam scan signal according to the terminal scan coverage step of the terminal scan coverage step sequence information of the received terminal scan request information of the plurality of terminal scan coverage step sequence information If (S131) and after the band scan initial step (S131) is executed, the band-specific information and position information acquisition step (S10) within a preset time is not executed, the initial terminal scan coverage step is performed according to the next step. It may include a band scan expandable step (S133) of transmitting a code Adam scan signal.

The effects of the position tracking system and the control method of the present invention configured as described above are as follows.

First, the position tracking system and its control method of the present invention enable a simple and enhanced portability position tracking band and a tag scan of band-specific information to an operation server through a terminal unit such as a smartphone and transmission of location information. Therefore, it is possible to maximize the probation function by minimizing the time spent for confirmation or confirmation of the protected subject due to non-wearing through the enhancement of portability and wearability of the subject of protection, especially the elderly with cognitive disabilities, and simplification of the device. This can minimize the cost burden.

Second, the position tracking system and its control method of the present invention enable a simple and enhanced portability position tracking band and a tag scan of band-specific information to an operation server through a terminal unit such as a smartphone and transmission of location information. Thus, it is possible to minimize the cost burden through simplification of the device.

Third, the position tracking system and its control method of the present invention maximize the consistency of identification through scanning of the optical tag of the position tracking band of the protected person and the short-range wireless communication unit, and take countermeasures according to the risk that occurs in case of mismatch. You can also do it easily and quickly.

Fourth, the position tracking system and its control method of the present invention take a structure including an active RFID-type band short-range wireless communication unit, so that when a band user needs an emergency response such as a roaming state, the mobile state or specificity according to the request of the guardian. It may be possible to check the location of the user of the band through the signal response in the area.

1 to 19 are schematic diagrams and flow charts showing the overall or partial configuration of a position tracking system according to an embodiment of the present invention.
20 to 28 are schematic diagrams and flow charts showing the overall or partial configuration of a position tracking system according to another embodiment of the present invention.

Hereinafter, with reference to the drawings, specific details for implementing the configuration of the position tracking system and method thereof of the present invention will be described based on embodiments. These examples are described in detail enough to enable a person skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different from each other, but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the present invention in relation to one embodiment. In addition, it should be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the detailed description to be described below is not intended to be taken in a limiting sense, and the scope of the present invention, if properly described, is limited only by the appended claims, along with all scopes equivalent to those claimed by the claims. Like reference numerals in the drawings refer to the same or similar functions over several aspects.

Unless otherwise defined, all terms (including technical and scientific terms) used in the present specification may be used with meanings that can be commonly understood by those of ordinary skill in the art to which the present invention belongs. In addition, terms defined in a commonly used dictionary are not interpreted ideally or excessively unless explicitly defined specifically.

In the embodiments to be described later, the server executes various software programs and/or instruction sets stored in the memory unit to perform various functions required for the present invention to be described later, a central processing unit, a user I/F, an operating system ( (Not shown) and a memory for storing various necessary data, an external communication port, a printing device I/F, and the like, and may be implemented as an independent device or a part of a general-purpose processing device in the form of a collection of hardware and software that drives the same. The communication, communication network or communication network is, for example, a cellular communication protocol, and may include, for example, at least one of LTE, LTE-A, 5G, WCDMA, CDMA, UMTS, Wibro, and GSM. In addition, the communication network can be configured regardless of the type of communication such as wired and wireless, and a short-range communication network (PAN), a local area network (LAN), and a metropolitan area network (MAN). Communication network (WAN; Wide Area Network) can be implemented as a variety of communication networks, communication, communication network, communication network may be a known World Wide Web (WWW), infrared (Infrared Data Association (IrDA)) or Bluetooth (Bluetooth) to low-power Bluetooth (Bluetooth Lowenergy) and RF wireless communication includes various communication methods.

The position tracking control system 1 of the present invention includes a position tracking band 10, a terminal unit 20, and an operation server 30,

The position tracking band 10 can be worn on the body of the user of the band. Here, the band user refers to a person who needs probation or is desirable, for example, an infant, a child, an elderly person, particularly an elderly elderly person, and an elderly person with dementia. The position tracking band 10 according to an embodiment of the present invention may include an optical tag 15, which includes band-specific information of a user of the band. In the present embodiment, the optical tag 15 refers to a tag in a form capable of transmitting information through optical phenomena such as a QR code, and various modifications are possible within the range of taking a configuration using optical phenomena other than the QR code, but the present invention The optical tag 15 of will be described centering on the QR code.

The position tracking band 10 includes a position tracking band body 11, and in some cases, may include a position tracking band cover 12, a position tracking band sealer 13, and a position tracking band substrate 16.

The position tracking band 10 includes a position tracking band body 11. The position tracking band body 11 has an optical tag 15 accommodated therein. The position tracking band 10 may be formed of various materials in the form of silicone or synthetic resin, and may take a thin structure in the form of a paper material or a film material in some cases.

The position tracking band body 11 includes a band main body 111 and a band main strap 113. The band main body 111 is shown to take a rectangular structure in this embodiment, but this is an example and design variations of various shapes are possible.

A band main body accommodating part 112 is disposed in a central portion of one side of the band main body 111. The band main body accommodating part 112 has a structure in which other components are seated and accommodated. On the inner side of the band main body accommodating portion 112, a band main body accommodating portion mounting portion 114 for receiving engagement of the position tracking band cover 12 to be described later is formed. The band main body receiving portion mounting portion 114 is configured in the shape of a receiving groove in the present embodiment, but may be formed in a protruding structure in some cases, and may be selectively modified according to design specifications.

Band main straps 113 are disposed at both ends of the band main body 111. The band main strap 113 is formed in a structure that can be worn by wrapping around the wrist of the user of the band, and a band strap mounting portion 1131 is provided on one side of the band strap 113, and on the length of the other end of the band strap 113 A band strap mounting counterpart 1133 is disposed. The band strap mounting correspondence unit 1133 is formed with a plurality of holes, so that a sufficient response to the body change of the band user is possible, and general use may be possible. In this embodiment, the band strap mounting portion and the band strap mounting counterpart are formed in a structure that engages with a ring and a hole, but in some cases, the band main strap itself can be elastically deformed and may be formed in a circular band-integrated structure of a flexible structure. This is possible.

The position tracking band 10 includes a position tracking band cover 12. The position tracking band cover 12 is disposed on the top of the optical tag 15 in engagement with the position tracking band body 11. In some cases, the optical tag 15 may be directly engraved or printed on the band main body or the position tracking band cover 12, or may take a configuration that excludes or selectively collects other configurations, but this embodiment In the position tracking band 110 includes a position tracking band cover 12, the position tracking band cover 12 takes a structure that accommodates and fixes other components to the band main body receiving portion 112.

A band cover mounting portion 124 is provided at an outer circumferential side end of the position tracking band cover 12, and the band cover mounting portion 124 forms an engaging structure with the band main body receiving portion mounting portion 114. It is preferable that the position tracking band cover 12 has a transparent structure capable of projecting the inside of the lower band main body accommodating portion. In this embodiment, the band cover mounting portion 124 takes a protrusion structure and the band main body accommodating portion mounting portion 114 correspondingly takes a receiving groove structure, but various selections are possible, such as they may take opposite configurations.

The position tracking band 10 may include a position tracking band sealer 13. The position tracking band sealer 13 is disposed between the position tracking band body 11 and the position tracking band cover 12. The position tracking band sealer 13 is made of a material that can be elastically deformable in this embodiment to form a Peruvian structure, and the position tracking band sealer 13 is disposed between the position tracking band body 11 and the position tracking band cover 12. Thus, by forming a fitting structure in the gap between the two components so as to secure the airtightness of the inner space of the band main body receiving portion (112). That is, inflow of moisture or foreign matter into the inner space of the band main body accommodating part 112 may be prevented.

The position tracking band sealer 13 may be selected from a material such as silicone or synthetic resin, and various materials are selected within the range of securing the airtightness of the gap between the position tracking band body 11 and the position tracking band cover 12. This is possible.

The optical tag 15 can be modified in a range disposed on the position tracking band 10, such as being able to take a configuration that is directly imprinted on a separate object or other configuration, but in this embodiment, the optical tag 15 is A structure that is arranged in a separate configuration in the band main body accommodating portion 112 of the position tracking band body 11 will be described.

The optical tag 15 is implemented in the form of blocks or chips in which optical tag information is engraved or printed on one surface. In this embodiment, the position tracking band 10 further includes a position tracking band medium body 14, wherein the position tracking band medium body 14 is between the position tracking band body 11 and the position tracking band cover 12. It is interposed to separate the inner space, and a space in which the optical tag 15 is recognized is formed between the position tracking band medium body 14 and the position tracking band cover 12, and the position tracking band body 11 and the position tracking The band medium body 14 may be formed by dividing a space in which other components described below are arranged.

A medium body tag mounting portion 141 is formed on the position tracking band medium body 14, and an optical tag 15 is mounted and disposed on the medium body tag mounting portion 141. In this embodiment, the medium body tag mounting portion 141 forms a through hole structure, but this is only an example of the arrangement structure of the optical tag 15, and the medium body tag mounting portion may be formed only with a simple concave structure or a simple arrangement position. Various modifications are possible according to the specifications.

A display icon mounting portion 18.19 may be disposed outside the medium body tag mounting portion 141 formed on the position tracking band medium body 14. The display icon mounting unit 18.19 is an area on the outer surface of the medium body tag mounting unit 141 and refers to an area in which items to be displayed, such as advertisement text or logo, can be expressed. In this embodiment, the display icon mounting portion 18.19 is formed on the outer side of the medium body tag mounting portion 141, and as described above, the position tracking band of the present invention does not have a separate position tracking band medium body. It is clear from the above-described matters that the display icon mounting unit may take a configuration formed directly on the position tracking band body or the position tracking band cover.

Meanwhile, the position tracking system 1 of the present invention includes a terminal unit 20. The terminal unit 20 is a component capable of confirming band-specific information of a user's position tracking band from the optical tag 15 and receiving and transmitting position information.

The terminal unit 20 according to an embodiment of the present invention includes a terminal detection unit 21, a terminal control unit 22, a terminal output unit 27, a terminal input unit 25, and a terminal communication unit 26. Includes. The configuration type of the terminal unit 20 is not limited to a specific shape within the range of performing the function of the terminal unit 20 of the present invention, and various selections are possible.

That is, the terminal unit 20 according to an embodiment of the present invention may be a mobile terminal device such as a smartphone 20-1 or a tablet, or may be in the form of a PC such as a notebook 20-2, and in some cases Accordingly, various selections are possible, such as may be implemented as a separate dedicated terminal device 20-3 for the position tracking system, but the terminal unit 20 according to an embodiment of the present invention is It focuses on the type of mobile phone.

The terminal detection unit 21 of the terminal unit 20 according to an embodiment of the present invention can check band-specific information of the user's position tracking band from the optical tag 15 and can receive and transmit the location information. Band-specific information may be implemented as a band user-specific number code for a band user, and band subject information corresponding to the band user-specific number code, for example, name, date of birth, address, parental contact, band subject medication information, and band Band subject information including specific information on the band subject such as attention information of the subject may be stored in the operation server 30 side.

Band-specific information acquired through the terminal detection unit 21 is transmitted to the terminal control unit 22 side. The terminal control unit 22 extracts band-specific network connection information and location information through a network through a band detection signal detected from the terminal detection unit 21 including the band-specific information. In this embodiment, it is implemented as a web-based service between the terminal control unit 22 and the operation server 30 to be described below, so that the terminal unit 20 is web-based without additionally installing a separate driving execution app on the terminal unit 20. It is also possible to form a transmission/reception state of a signal with the operation server 30 through a network in a base operation method.

The terminal output unit 27 includes a terminal display 271, and the terminal display 271 displays band-specific network connection information according to a terminal display control signal of the terminal controller 22. In the present embodiment, the terminal output unit 27 has been described mainly on the terminal display 271 in that it takes a transmission/reception method through a network as a web-based operation method, but the terminal output unit 27 may further include other output elements. May be.

The terminal input unit 25 enables selective input of band-specific network connection information input through the terminal output unit 27. In this embodiment, in which the terminal unit 20 is implemented as a smartphone 20-1, the terminal input unit 25 includes a terminal touch 251 and a terminal input port 253. Here, the terminal touch 251 may be implemented as a touch screen sensor of the terminal unit 20 implemented as the smartphone 20-1 in this embodiment. In the present embodiment, the terminal input unit 25 has a configuration including a terminal touch 251 and a terminal input port 253, but various selections are possible within a range having an input function.

The terminal communication unit 26 can communicate with the operation server 30 through a network network according to the band-specific network connection information selected and input by the terminal input unit 25. As described above, the communication type of the terminal communication unit 26 is, for example, a cellular communication protocol, and includes at least one of, for example, LTE, LTE-A, 5G, WCDMA, CDMA, UMTS, Wibro, and GSM. The communication network may be configured regardless of the communication type such as wired or wireless, and it is the same as described above that various communication networks and various communication methods may be included.

Meanwhile, as described above, the terminal control unit 22 according to an embodiment of the present invention can perform web-based data communication between the terminal unit 20 and the operation server 30 through the terminal communication unit 25. , When web-based data communication by the terminal control unit 22 is executed between the terminal unit 20 and the operation server 30 through the terminal communication unit 25, the band-specific network connection information is a band user identification number of the band user. The band-specific information corresponding to the band-specific information implemented as a code, etc. includes website link information for connection with the operation server 30 for web-based data communication, and the website link information among the band-specific information is a terminal control unit ( An image is displayed on the terminal display 271 of the terminal output unit 27 through 22), and information is transmitted and received by linking through the terminal touch 251 of the terminal input unit 25.

On the other hand, the terminal detection unit 21 of the terminal unit 20 according to an embodiment of the present invention described above can check the band-specific information of the user's position tracking band from the optical tag 15 and receive the location information It can be sent out. More specifically, the terminal detection unit 21 according to an embodiment of the present invention includes a terminal optical detection unit 211 and a terminal location detection unit 213.

The terminal optical sensing unit 211 according to an embodiment of the present invention transmits an optical signal to the optical tag 15 and receives an optical signal reflected from the optical tag 15. The terminal optical sensing unit 211 can check band-specific information of the user's position tracking band through the transmitted and reflected received optical signals. A decoding module may be directly provided in the terminal optical detection unit 211 to directly extract band-specific information, and in some cases, the received optical signal is transmitted to the terminal control unit 22 to signal the optical signal from the terminal control unit 22 Various modifications are possible according to design specifications, such as being able to process and extract band-specific information.

The terminal location detection unit 213 detects and checks the location information of the user of the terminal unit 20. The terminal location detection unit 213 is implemented with GPS, and the terminal location detection unit 213 is designed to be configured to acquire location information through a method such as LBS that acquires location information using a base station of a communication company. Various modifications are possible according to the specifications.

The terminal location detection unit 213 generates terminal location information, and the generated terminal location information of the terminal unit 20 is transmitted to the terminal control unit 22, and ultimately, the user of the band with the user of the terminal unit 20 Location information can be obtained.

In one embodiment of the present invention, the terminal optical sensing unit 211 is implemented as a camera. When the terminal optical sensing unit 211 includes a camera, an image of the current state of the band user, that is, the photographic data of the band user, can be input through the terminal optical sensing unit 211 implemented as a camera through a predetermined process. In this case, the band detection signal acquired by the terminal unit 20 is a band detected and input through the terminal optical detection unit 211 along with band-specific information of the user's position tracking band acquired through the optical tag 15 The user's photo data may be transmitted to the operation server 30 through the terminal communication unit 26 together.

Meanwhile, in the previous embodiment, the terminal detection unit 21 of the present invention includes a terminal optical detection unit 211 and a terminal location detection unit 213, and the terminal detection unit 21 of the present invention includes a terminal optical detection unit ( In addition to 211) and the terminal location detection unit 213, various sensing elements may be provided. That is, the terminal detection unit 210 may include a terminal sound detection unit 215, and the terminal sound detection unit 215 detects voice information of a user of the band.

At this time, when the terminal optical detection unit 211 includes a camera, a video image of the current state of the band user, that is, the band user's photo data through the terminal optical detection unit 211 implemented as a camera through a predetermined process. Other video information may be input. In this case, the band detection signal acquired by the terminal unit 20 is obtained through the optical tag 15, along with band-specific information of the user's position tracking band, and the terminal optical detection unit 211 The video image data of the band user that is sensed and input through and voice information of the band user acquired through the terminal sound detection unit 215 may be transmitted to the operation server 30 through the terminal communication unit 26 together.

Meanwhile, an optical tag 15 and a terminal detection unit for transmitting and receiving an optical signal during communication between the position tracking band 10 and the terminal unit 20 of the position tracking system 1 according to an embodiment of the present invention. The configuration in which the terminal optical sensing unit 211 is provided as (21) was taken, but in some cases, in addition to the optical tag/terminal optical sensing unit, between the position tracking band 10 of the position tracking system 1 and the terminal unit 20 Separate components for transmitting and receiving signals may be further provided.

As a modified example of this embodiment, the position tracking band 10 includes a band short-range wireless communication unit 17, and the terminal communication unit 26 of the terminal unit 20 is a terminal short-range wireless communication unit 263 in addition to the terminal wired/wireless communication unit 261. It may further include. That is, the terminal communication unit 26 includes a terminal wired/wireless communication unit 261, and the terminal wired/wireless communication unit 261 connects the operation server 30, more specifically, the server communication module 37 and the network network of the operation server 30. Through this, communication for transmission and reception of data is achieved. In addition, the terminal communication unit 26 of the terminal unit 20 further includes a terminal short-range wireless communication unit 263, and the position tracking band 10 is a band short-range wireless communication unit 17. Includes.

That is, the band short-range wireless communication unit 17 includes, that is, stores band tagging-specific information including at least band-specific information. That is, the band short-range wireless communication unit 17 includes a band short-range wireless communication control unit 171 and a band short-range wireless communication antenna 173. Here, the band short-range wireless communication unit 17 of the present invention may take the configuration of a passive RFID, and the band short-range wireless communication control unit 171 is implemented as a wireless communication control chip for implementing the passive RFID function in this embodiment, and The short-range wireless communication antenna 173 is at least partially connected to the band short-range wireless communication control unit 171, so that wireless short-range communication with the terminal short-range wireless communication unit 263 of the terminal communication unit 26 of the terminal unit 20 is possible. It takes a structure to achieve signal reception. That is, the band short-range wireless communication unit 17 according to an embodiment of the present invention is a passive RFID type, and takes a configuration that is electromagnetically induced and activated by the terminal short-range wireless communication unit 263 as an RFID reader. Band-specific information, which is band tagging-specific information provided in the wireless communication control unit 171, is transmitted through the band short-range wireless communication antenna 173 and received through the terminal short-range wireless communication unit 273 and the terminal short-range wireless communication control unit 271. .

In some cases, the band short-range wireless communication antenna 173 and the band short-range wireless communication control unit 171 may take a separate integral structure, but in this embodiment, the band short-range wireless communication antenna 173 and the band short-range wireless communication control unit ( 171 is disposed on the position tracking band substrate 16, the position tracking band substrate 16 of the position tracking band body 11 and the position tracking band cover 12 of the position tracking band 10 in this embodiment. It is disposed between the position tracking band cover 12 in between, and the position tracking band substrate 16 is accommodated and disposed in the band main body accommodating portion 112. The position tracking band substrate 16 may take a conventional PCB substrate structure, or may take a flexible printed circuit board configuration in the form of an FPCB, etc., and various modifications are possible.

Band-specific information can be acquired through short-range wireless communication through the band short-range wireless communication unit 17 and the terminal short-range wireless communication unit 27. This may be used in a way that enables band-specific information acquisition of an independent band user. In some cases, it is possible to obtain band-specific information of the band user through electromagnetic signal confirmation as well as optical signal confirmation through an optical tag. It is also possible to enable more accurate band user identification, such as the use of an authentication function that prevents an error in the information acquisition process or an unwanted incident using only image information of an optical tag.

Meanwhile, the position tracking system 1 according to an embodiment of the present invention includes a position tracking band 10 and a terminal unit 20 as well as an operation server 30. The operation server 30 uses the band-specific information and location information received from the terminal unit 20 to check the band target information corresponding to the band unit information, and transmits a notification to the preset stored band target contact information, and transmits the band target scan notification data. send.

That is, the band-specific information acquired by the terminal unit 20 from the position tracking band 10 of the operation server 30 is the operation server through the terminal wireless communication unit 261 of the terminal communication unit 26 of the terminal unit 20. By transmitting scan notification data to the band user information, that is, the band unit information, to the band user's contact information transmitted to 30 and stored in the operation server 30, the network to the band subject contact, that is, the guardian's terminal unit 40 Data transmission through the network, that is, notification functions such as text can also be executed. Here, the case where the terminal wireless communication unit 261 of the terminal communication unit 26 is provided has been described, but in some cases, a terminal wired communication unit may be provided, or a wired/wireless communication unit in a wired/wireless integrated type may be provided. Various variations are possible according to

More specifically, the operation server 30 includes a band-specific information storage module 33, a band-specific information check module 31, a location information check module 35, and a server communication module 37.

The map information is stored in the band-specific information storage module 33, and the band-specific information storage module 33 can be used for a function of converting the location information used in the location information confirmation module 36 to be used to map information. , GPS information acquired by the terminal location detection unit 213 of the terminal unit 20, that is, GPS coordinate information, can be converted into location information that can be recognized by the user through matching with map information in the location information checking module 36. have.

In the band-specific information storage module 33, band-specific information for a preset user and/or band-user information/band unit information/band subject information corresponding to the band-specific information are also stored as preset band-specific information. That is, the band-specific information of the band user received through the position tracking band 10 and the terminal unit 20, the band-specific information corresponding to the band-specific information, the band-target information, and the band unit information are stored in the band-specific information storage module 33 ), it is possible to store the scan-acquired band user and/or the phone number of the guardian terminal unit of the guardian of the band user.

The band-specific information checking module 31 receives the band-specific information transmitted from the terminal unit 20 and stores the received band-specific information (IB) in the band-specific information storage module 33. Pre-set band-specific information (IBs) Check and compare. That is, band-specific information of a band user received through the position tracking band 10 and the terminal unit 20 is referred to as IB, and preset band-specific information is stored as stored data in the band-specific information storage module 33. When referred to as IBs, the band-specific information checking module 31 compares and checks the band-specific information (IB) with preset band-specific information (IBs). The band-specific information checking module 31 may execute a corresponding operation step according to a result of comparing the band-specific information (IB) and the preset band-specific information (IBs), and a control process thereof will be described later.

The location information checking module 35 receives the location information transmitted from the terminal unit 20 and checks the location of the terminal unit 20 based on the location information and map information. That is, the location information checking module 35 uses the map information from the GPS signal or the GPS coordinate signal data to recognize map information that the user of the system can recognize, that is, the area name, lot number, or road name address. It can also be switched to spatial map information.

The server communication module 37 enables communication with the terminal unit 20 and the guardian terminal unit 40 corresponding to the preset stored band target contact information through a network network. As described above, the terminal unit 20 is based on wireless, but may take a wired/wireless communication structure in some cases, and the server communication module 37 is a position tracking band through communication with the terminal unit 20 ( The band-specific information of the user of the band 10) is received, and a reception confirmation is guided to the terminal unit 20 or scan notification data is transmitted to the guardian terminal unit 40.

In some cases, the operation server 30 may further include an advisor response module 39. The alert response module 39 determines that the band-specific information (IB) and the preset band-specific information (IBs) are the same in the band-specific information check module 31, and the location information check module 35 determines that the terminal unit 20 ), when the location information is received and the location is confirmed, a preset attack response action is performed.

More specifically, the advisor response module 39 includes an action module 391 corresponding to an advisor guardian and an action module 393 corresponding to an advisor organization. The advisory/guardian response operation module 391 transmits an advisory/guardian signal to the parental terminal unit 40 through the server communication module 37, and the advisory agency response operation module 393 provides the server communication module 37. An emergency response action is taken by transmitting an alert agency signal to the agency server 50 through the device. In other words, the assistance module 39 allows the terminal unit user of the terminal unit 20 with the band user to acquire band-specific information through the position tracking band 10, and connects the band-specific network included in the band-specific information. In the process of transmitting/receiving data through a network network through information, that is, website link information, when executing a report function for emergency protection measures, emergency protection measures transmitted and received through the terminal unit 20 of the terminal unit user To report information is received by the server communication module 37 of the operation server 30 and transmitted to the advisory agency response operation module 393, and the advisory agency response operation module 393 is 119 to 112, etc. in a preset manner. A predetermined response alert operation is executed, such as sending a report to the institution server 50 of the institution of the institution.

Hereinafter, a method for controlling a position tracking system of the present invention will be described with reference to the previous embodiment.

The method of controlling a position tracking system of the present invention includes a step of acquiring band-specific information and location information (S10), a step of confirming band-specific information and location information (S30), and a step of transmitting a scan notification of a band subject (S40).

In the band-specific information and location information acquisition step (S10), the user's position tracking band from at least the optical tag 15 of the position tracking band of the position tracking system 1 that can be worn on the body of the band user through the terminal unit 20 Band-specific information of is acquired and location information is received.

More specifically, the band-specific information and position information acquisition step (S10) includes an optical band-specific information acquisition step (S11) and a terminal information acquisition step (S13). Optical band of the user's position tracking band from the optical tag 15 of the position tracking band of the position tracking system 1 that can be worn on the body of the band user through the terminal unit 20 in the optical band-specific information acquisition step (S11) Unique information is acquired.

That is, the terminal unit 20 of the terminal unit user is provided with the terminal optical detection unit 211 of the terminal detection unit 21, the optical band-specific information acquisition step (S11) of the band-specific information and location information acquisition step (S10). ) Is operated by the optical tag control signal of the terminal controller 22, and the terminal optical detection unit 211 emits light toward the optical tag 15 and detects the optical signal reflected from the optical tag 15, thereby controlling the terminal. Pass it to (22). In the band-specific information and location information acquisition step (S10), band-specific information is acquired through the terminal optical detection unit 211 of the terminal detection unit 21, which is transmitted from the terminal detection unit 21 to the terminal control unit 22 do.

Then, the terminal control unit 22 of the terminal unit 20 executes a terminal information acquisition step (S13) of acquiring location information from the terminal detection unit 21. That is, in the terminal information acquisition step (S13), the terminal control unit 22 of the terminal unit 20 receives and acquires the location information of the terminal unit 20 from the terminal position detection unit 213 of the terminal detection unit 210. As described above, the terminal location detection unit 213 may be a GPS sensor, an LBS type location detection structure sensor, and various selections are possible.

After the band-specific information and the location information of the terminal unit are acquired in the band-specific information and location information acquisition step (S10), the acquired information is transmitted to the operation server 30. That is, the terminal control unit 20 performs the band-specific information and location information transfer step (S20) of transmitting the acquired band-specific information and the terminal location information to the operation server 30.

That is, the band-specific information and location information acquired in the band-specific information and location information acquisition step (S10) in the band-specific information and location information transfer step (S20) are transferred to the operation server 30, and the acquired band-specific information and Location information can be transmitted through various transmission methods through a network network.

In some cases, in a modified form of this embodiment, the band-specific information and location information transfer step (S20) includes a band-specific information transfer step (S21), a location information use consent request step (S23), and a location information transfer reception step ( S25) may also be included. That is, in the band-specific information transmission step (S21), the terminal control unit 22 of the terminal unit 20 transmits the band-specific information and the band-specific information acquired in the location information acquisition step (S10) to the operation server 30.

Then, the location information use consent request step (S23) is executed. When the operation server 30 receives the band-specific information in the location information use consent request step (S23), the terminal unit 20 makes a location information use consent request to confirm whether the terminal unit 20 agrees to use the location information. Can be transmitted. That is, a request for consent is made as to whether to use the location information as personal information, and then the location information transmission and reception step (S25) is executed. In the location information transmission and reception step (S25), the location information of the terminal unit 20 transmitted from the terminal unit 20 is transmitted to the operation server 30, and the operation server 30 receives it.

Then, in the band-specific information and location information checking step (S30), the band-specific information and the location information acquired in the band-specific information and location information acquisition step (S10), the operation server 30 that received the band-specific information and location information Check.

More specifically, the band-specific information and location information check step (S30) includes a band user check step (S31) and a map location information check step (S33), and the band user check step (S31) is performed by the operation server 30 The band-specific information received through the operation server communication module 37 is compared with the band user storage information stored in the band-specific information storage module 33 of the operation server 30, and the corresponding band user is compared and confirmed according to the comparison result. .

In this case, the band user verification step (S31) may include an optical band user verification step (S311). In the optical band user confirmation step (S311), the optical band-specific information acquired and received from the optical tag 15 through the operation server communication module 37 of the operation server 30 is stored in the band-specific information storage module of the operation server 30 ( The band user can be compared and confirmed by comparing the band user stored information stored in (33).

In this way, in the optical band user confirmation step (S311) of the band user confirmation step (S31) to the band user confirmation step (S31), after the band user information of the position tracking band is confirmed, the operation server 30 checks the map location information. Step S33 can be executed.

In the map location information checking step (S33), the operation server 30 determines the map location of the terminal unit 20 in the location information confirmation module 35 of the operation server 30 using the location information and the preset stored map location information. Confirm. That is, it is possible to provide location information accessible to the guardian of the protection terminal unit 40 by converting it into map location information in a form recognizable by the user.

After the band user information and the location of the position tracking band 10 are finally confirmed, the operation server 30 transmits the location information of the band user to the guardian of the protection terminal unit. That is, the operation server 30 executes the band target scan notification transmission step (S40) through the network network using the server communication module 37 of the operation server 40, and the band target scan notification transmission step (S40) Band-specific information and location information confirmation step (S30) using the band-specific information and location information identified in advance of the band target information corresponding to the identified band unit information stored band target contact contact, that is, the guardian of the band user, more accurately A notification transmission band target scan notification data is transmitted to the guardian's protection terminal unit 40 informing that the location of the person to be protected wearing the current position tracking band 10 has been confirmed.

On the other hand, the position tracking system control method according to an embodiment of the present invention performs a notification function to the guardian of the band user of the position tracking band 10 and additional notification, that is, the execution of the advisor function in this embodiment is possible. May be. In other words, it is possible not only to notify the guardians of the fact of the band user's location scan or the current location information, but also to execute a request for protection measures to government officials such as police stations or fire departments.

To this end, the method for controlling the position tracking system of the present invention may further include the step of transmitting band-specific information report guide information (S50). In the band-specific information reporting guide information transmission step (S50), it may be possible to select whether to report to the band user.

That is, after the band-specific information of the band user and the terminal location information of the terminal unit are transmitted in step S20, and the operation server 30 receives it in step S30, the operation server 30 may, in some cases, to the terminal unit 20 side. Band-specific information report guide information transmission step (S50) to check whether a separate report may be performed. Such a series of processes can be performed on the screen of a web-based website transmitted to the terminal unit 20, and a report button for confirming whether a separate report is made, for example, a government or public agency such as 110, 112 to 119, etc. An emergency contact information may be displayed, and information on a web page in which an activation button for notifying whether a report to a government agency or a public agency is reported may be transmitted.

After the band-specific information report guide information transmission step (S50), the band-specific information report input step (S60) in which the band-specific information report input is executed through the terminal unit 20 may be performed. That is, when the user of the terminal unit 20 inputs and activates the report activation button, the band-specific information report alert response confirmation step (S70) may be executed. In the band-specific information report alert response confirmation step (S70), the advisor response module 39 of the operation server 30 checks the band-specific information report data input in the band-specific information report input step (S60) and responds. The type of rut correspondence is identified. In the present embodiment, the type of alert response is classified according to the contact type of each government agency, but according to the design specifications, it is classified into the response type according to the physical or mental state of the current band user, and a simple report is made. Various configurations are possible, such as a rut response mode or report, as well as an emergency rescue assistance mode for calling an ambulance in a hospital.

Then, the operation server 30 may execute the report transmission step (S80) of the advisor. That is, the operation server 30 executes the alert agency report transmission step (S80), and the server communication module 37 of the operation server 30, according to the type of the attack confirmed in the attack response confirmation step (S70). ), it is also possible to take emergency response measures by transmitting an alert agency signal to the agency server 50 of the government or public agency set in advance.

When such an emergency state, that is, the alert response mode, is executed, a step of notifying the guardian of the situation may be performed, and the operation server 30 may execute the step S90 of transmitting the alert guardian report information. The operation server 30 is the server communication module 37 of the operation server 30 in accordance with the type of the attack confirmed in the case where the report transmission step (S80) is performed, that is, the response confirmation step (S70). In the case of executing the alert agency report transmission step (S80) in which an alert agency signal is transmitted to the agency server 50 through an emergency response measure (S80), the alert parental report information is transmitted to the parental terminal unit 40. send. Through this, information such as whether additional countermeasures have been taken for the current band user and/or contact information to be taken may be provided.

When such a series of emergency alert response modes are executed, a step of allowing the terminal user of the terminal unit 20 who directly requested the execution of the alert response mode to be recognized may be added. ) May execute the transmission step (S100) of the notification completion of the report of the unique information of the band. That is, according to the type of attack response identified in the attack response confirmation step (S70), an emergency response action is taken by transmitting an alert agency signal to the agency server 50 through the server communication module 37 of the operation server 30 In the case of executing the step (S80) for sending an alert agency report that allows the user to take, the operation server 30 reports the agency report information and/or the guardian report that the report for a series of alert responses to the terminal unit 20 has been completed. You can notify the completion of information delivery.

In some cases, in the process of executing step S90, if the guardian of the band user agrees to provide the guardian's contact information in advance, the terminal unit 20 may provide the guardian's contact information to form an emergency call state, etc. Various modifications are possible according to design specifications.

On the other hand, as a modified example of the present embodiment, steps following the above-described band-specific information report guide information transmission step (S50) may be sequentially integrated. That is, although the description was made focusing on the case of a structure in which the band-specific information and location information transmission step (S20) and the band-specific information report guide information transmission step (S50) are separated, the band-specific information and the It is also possible to take a structure that is sequentially executed together with the step of transmitting the location information and the step of transmitting the band-specific information report guide information.

That is, the band-specific information and location information transmission step may take a configuration in which the band-specific information report guide information transmission step is integrated. As a modification of the preceding band-specific information and location information transmission step (S20), the band-specific information and location information A delivery step (S20a) may be provided. The band-specific information and location information transfer step (S20a) includes the band-specific information transmission step (S21), the location information use consent and band-specific information report guidance information request step (S24), and location information and band-specific information report input information. It may include a receiving step (S26).

In the band-specific information transmission step (S21), the band-specific information acquired in the band-specific information and location information acquisition step (S10) is transmitted to the operation server 30 in the same manner as in the above-described step, and consent to use of location information and the band When the operation server 30 receives the band-specific information in the unique information report guide information request step (S24), the terminal unit 20 requests consent to use location information to confirm whether the terminal unit 20 agrees to use the location information. And band-specific information reporting guide information that enables selection of whether to report to the band user may be transmitted. In this embodiment, when a report to a band user is executed, location information is also transmitted.However, in some cases, only simple location information is transmitted without special alert response, and measures are taken only to the service operator and guardian of the system. It can also be configured in a way. In this embodiment, information in the form of an activatable button in which contact information of the government or public institutions such as 119, 110, etc. is described may be displayed in the form of website image information so that information in the form of an activatable button is displayed on the terminal unit 20.

After the location information use consent and band-specific information report guide information request step (S24) is made, the location information and band-specific information report input information transmission and reception step (S26) is performed. Position information and band-specific information report input information The band-specific information report input is operated in response to the location information of the terminal unit 20 and the band-specific information report guide information transmitted from the terminal unit 20 in the receiving step (S26). It is received by the server 30.

In this way, when the band-specific information report input is executed through the terminal unit 20, the alert response module 39 of the operation server 30 checks the inputted band-specific information report data and corresponds to the corresponding type of alert response. The band-specific information reporting alert response confirmation step (S70) of confirming is executed, and a subsequent step thereof may be implemented in the same or modified form as described above.

On the other hand, in the previous embodiment, the band-specific information and location information acquisition step (S10) has a configuration including the optical band-specific information acquisition step (S11) and the terminal information acquisition step (S13), but the present invention is not limited thereto. . That is, the position tracking system 1 and the control method thereof of the present invention enable band-specific information acquisition of the band user through a wireless communication method in addition to the optical method, and cross check through the use of the band alone or in combination with the optical acquisition method. It is also possible to use for authentication purposes

That is, the position tracking band 10 may include a band short-range wireless communication unit 17 including band tagging specific information including at least band specific information, and the terminal communication unit 26 of the terminal unit 20 is previously In addition to the aforementioned operation server 30 and the terminal wired/wireless communication unit 261 communicating through a network network, a terminal short-range wireless communication unit 263 capable of receiving data through communication with the band short-range wireless communication unit 17 may be included.

In this case, the above-described band-specific information and location information acquisition step (S10) may further include a short-range band-specific information acquisition step (S15) other than steps S11 and S13. In the short-range band-specific information acquisition step (S15), the terminal The short-range wireless communication unit 263 may acquire band-specific information of the user's position tracking band from the band short-range wireless communication unit 17 of the position tracking band 10.

In this case, the above-described band user verification step (S31) may further include a near band user verification step (S313) and a band user comparison verification step (S315) in addition to the optical band user verification step (S311). In the short-range band user confirmation step (S313), the short-range band-specific information acquired from the band-short-range wireless communication unit 17 through the operating server communication module 37 of the operating server 30 is stored in the band-specific information of the operating server 30 The band user stored information stored in the module 33 is compared, and a corresponding band user may be compared and confirmed through the comparison result.

Then, the band user comparison and confirmation step (S315) is performed. In the band user comparison and confirmation step (S315), the optical band unique information and information identified through the optical band user confirmation step (S311) and the near band user confirmation step (S313) are performed. Near-band specific information is compared. It is also possible to more clearly determine whether or not the optical band-specific information has been acquired through an actual band user through the comparison of the optical band-specific information and the near-band-specific information.

On the other hand, as described above, in the optical band user confirmation step (S311) of the band user confirmation step (S31), the data obtained from the optical tag 15 through the operation server communication module 37 of the operation server 30 By comparing the optical band-specific information with the band-user storage information stored in the band-specific information storage module 33 of the operation server 30, a corresponding band user may be compared and confirmed.

In some cases, the optical band user identification step (S311) may include a sub-step that is more subdivided depending on the case. That is, the optical band user confirmation step (S311) may include an optical band user comparison step (S3111) and an emergency connection mode setting step (S3113).

Optical band-specific information acquired and received from the optical tag 15 through the operation server communication module 37 of the operation server 30 in the optical band user comparison step (S3111) is a band-specific information storage module of the operation server 30 ( 33) is compared with the band user stored information.

Optical band-specific information acquired and received from the optical tag 15 through the operation server communication module 37 of the operation server 30 in the optical band user comparison step (S3111) is a band-specific information storage module of the operation server 30 ( As a result of comparison with the band user stored information stored in 33), when the unique information does not match each other, that is, when the acquired and received optical band unique information is inconsistent with the stored band user stored information, the emergency connection mode setting step (S3113) is executed. do.

That is, when it is determined in the optical band user comparison step (S3111) that it does not match either of the optical band-specific information and the band user stored information, an emergency connection mode for executing an emergency connection state to the terminal unit 20 may be set. have. That is, in the emergency connection mode setting step (S3113), the band-specific information obtained by scanning the optical method is compared with the information of the band user stored in the operation server 30 side, and there is no matching information. In this case, the terminal of the terminal unit 20 adjacent to the current band user by executing the emergency connection mode setting step (S3113) that enables direct contact from the service operator to the terminal unit user side of the terminal unit to prepare countermeasures. It is also possible to provide a situation in which an urgent response action can be taken to the current state due to inconsistency through a call with the unit user.

On the other hand, when it is determined in the optical band user comparison step (S3111) that it matches either of the optical band-specific information and the band user stored information, the control flow proceeds to step S313.

In addition, when it is possible to acquire band-specific information through a short-range wireless communication method other than the optical method, the band user comparison and confirmation step (S315) includes an acquisition band-specific information comparison step (S3151) and a mode setting step (S3152). You can also take.

In the acquisition band-specific information comparison step (S3151), the optical band-specific information identified in the optical band user identification step (S311) and the near-band-specific information identified in the near-band user identification step (S313) are compared.

Then, in the mode setting step S3152, the mode to be executed is set according to the comparison result in the acquisition band-specific information comparison step S3151.

More specifically, the mode setting step S3152 may include a scan notification mode setting step S3153. When it is determined in the acquisition band-specific information comparison step (S3151) that the optical band-specific information and the near-band user storage information match, the mode setting step to be executed is formed in the scan notification mode setting step (S3153).

In the scan notification mode setting step (S3153), a scan notification mode for transmitting the band target scan notification data to the previously stored band target contact information of the band target information corresponding to the checked band unit information may be set.

On the other hand, the mode setting step (S3152) may include a band user image information request mode setting step (S3155). In the acquisition band-specific information comparison step (S3151), the optical band-specific information and the near-band user stored information do not match. If it is determined, the mode setting step to be executed is formed in the band user image information request mode setting step (S3155). In the band user image information request mode setting step (S3155), transmission of image information of the band user may be requested to the terminal unit 20.

The position tracking system and its control method of the present invention described above include a position tracking band, a terminal unit, and an operation server, and various modifications are possible within the range of taking a configuration that informs the fact that the band-specific information has been acquired and scanned to the guardian terminal unit side. Do. For example, in the previous embodiments, the position tracking band was three-dimensionally implemented with a material such as silicon or synthetic resin, but the present invention is not limited thereto, and may be formed in a single thin-film strip structure. .

The position tracking band 10 is equipped with an optical tag 15 that can be worn on the body of the band user and includes band-specific information of the band user, and the position tracking band 10 is accommodated and arranged with an optical tag 15 therein. It includes a position tracking band body (11). An optical tag 15 is disposed on one surface of the position tracking band body 11, a display icon mounting portion 18.19 may be disposed outside the optical tag 15, and the display icon mounting portion 18.19 is an optical tag 15. ) Refers to an area in which items to be displayed externally, such as advertisement text or logo, can be expressed. In this embodiment, it is formed on the outer side of the display icon mounting portion (18.19). The position tracking band body 11 is formed in a strip-shaped strap structure, and the position tracking band body 11 may include one of a synthetic resin material, a paper material, a silicone material, and a film material.

That is, outside of the display icon mounting portion 18.19 of the position tracking band 10, band strap mounting portions A and B in the form of a band are provided. The band strap mounting parts A and B take a structure in which they are in contact with each other to form a band strap structure. Band strap mounting adhesive portions 11a and 11b are provided on at least one side of the band strap mounting portions A and B. Band strap mounting adhesive portions 11a and 11b are disposed on at least one side of the band strap mounting portions A and B, that is, on the rear side of the band strap mounting portion B indicated by reference numeral B in this embodiment. The band strap mounting adhesive portions 11a and 11b may include a band strap mounting adhesive layer 11a and a band strap mounting release paper 11b. The band strap mounting release paper 11b forms a structure that covers the band strap mounting adhesive layer 11a, and when the band strap is worn, the band strap mounting release paper 11b is removed, and the band strap mounting part through the band strap mounting adhesive layer 11a It is possible to take a structure in which (A,B) comes into contact with each other and adheres. In some cases, the display icon mounting portion (18.19) may take a business configuration in which an advertisement item is displayed and a band strap-type position tracking band 10 with an optical tag 15 displayed through advertisement cost support is provided to the band user. Various modifications are possible depending on the design specifications and requirements such as the presence.

On the other hand, in the previous embodiment, a position tracking system and a control method thereof using an optical tag of an optical scan method, or an optical tag of an optical scan method and a short-range wireless communication method, and a band short-range wireless communication unit of a facet type RFID. Although described with respect to, the present invention is not limited thereto, and a configuration that takes a more active method to search for a location of a band user may be provided. The same reference numerals are assigned to the same components as in the above-described embodiments, and duplicate descriptions are omitted, and the differences will be mainly described.

That is, as described above, the terminal unit 20 according to an embodiment of the present invention may be a mobile terminal device such as a smartphone 20-1 or a tablet, or a PC type such as a notebook 20-2. In some cases, various selections are possible, such as being implemented as a separate dedicated terminal device 20-3 for a position tracking system, but in addition, a separate mobile type mobile terminal device 20-4 is used. It can also be implemented.

As shown in the figure, when the terminal unit 20; 20-4 is mounted on a vehicle and travels on the road, the scan coverage R of the mobile-only terminal device 20-4 sufficiently influences the area near the road. To be within the range of, to enable scanning of band users located in India.

The terminal detection unit 21 of the terminal unit 20; 20-4 according to an embodiment of the present invention can check the band-specific information of the user's position tracking band from the optical tag 15, and receive and transmit the location information. It is possible. In particular, in the case of the mobile type terminal unit 20-4 that can be moved to the vehicle in this embodiment, the optical tag 15 can be mounted. In this case, the optical tag 15 can be mounted inside the vehicle rather than mounted outside the vehicle. The terminal sensing unit 21 may be disposed in the form of a structure. That is, after confirming the user of the identified band through short-range wireless communication to be described below, the service operator can take a structure to directly check the optical tag of the position tracking band, and the terminal detection unit and the terminal unit may take a separate structure. In the case of a separate structure, the connection between the terminal sensing unit and the terminal unit can be selected in various ways depending on the design structure, such as wired or wireless.

Band-specific information may be implemented as a band user-specific number code for a band user, and band subject information corresponding to the band user-specific number code, for example, name, date of birth, address, parental contact, band subject medication information, and band It is the same as in the previous embodiment that the band subject information including the band subject specific information, such as subject attention information, may be stored in the operation server 30 side.

Band-specific information acquired through the terminal detection unit 21 is transmitted to the terminal control unit 22 side. The terminal control unit 22 extracts band-specific network connection information and location information through a network through a band detection signal detected from the terminal detection unit 21 including the band-specific information. In this embodiment, it is implemented as a web-based service between the terminal control unit 22 and the operation server 30 to be described below, so that the terminal unit 20 is web-based without additionally installing a separate driving execution app on the terminal unit 20. It is also possible to form a transmission/reception state of a signal with the operation server 30 through a network in a base operation method.

The terminal output unit 27 includes a terminal display 271, and the terminal display 271 displays band-specific network connection information according to a terminal display control signal of the terminal controller 22. In the present embodiment, the terminal output unit 27 has been described mainly on the terminal display 271 in that it takes a transmission/reception method through a network as a web-based operation method, but the terminal output unit 27 may further include other output elements. May be.

The terminal input unit 25 enables selective input of band-specific network connection information input through the terminal output unit 27. In this embodiment, in which the terminal unit 20 is implemented as a mobile type terminal unit 20; 20-4 mounted on a vehicle, the terminal input unit 25 includes a terminal touch 251 and a terminal input port 253. . Here, the terminal touch 251 may be implemented as a touch screen sensor of the terminal unit 20 (20-4) mounted in the interior of the vehicle in this embodiment. In the present embodiment, the terminal input unit 25 has a configuration including a terminal touch 251 and a terminal input port 253, but various selections are possible within a range having an input function.

The terminal communication unit 26 can communicate with the operation server 30 through a network network according to the band-specific network connection information selected and input by the terminal input unit 25. As described above, the communication type of the terminal communication unit 26 is, for example, a cellular communication protocol, and includes at least one of, for example, LTE, LTE-A, 5G, WCDMA, CDMA, UMTS, Wibro, and GSM. The communication network may be configured regardless of the communication type such as wired or wireless, and it is the same as described above that various communication networks and various communication methods may be included.

On the other hand, in addition to the short-range wireless communication method, the optical method described above may also be used in parallel. The terminal detection unit 21 of the terminal unit 20 according to an embodiment of the present invention can check band-specific information of the user's position tracking band from the optical tag 15 and can receive and transmit the location information. More specifically, the terminal detection unit 21 according to an embodiment of the present invention includes a terminal optical detection unit 211 and a terminal location detection unit 213.

The terminal optical sensing unit 211 according to an embodiment of the present invention transmits an optical signal to the optical tag 15 and receives an optical signal reflected from the optical tag 15. The terminal optical sensing unit 211 can check band-specific information of the user's position tracking band through the transmitted and reflected received optical signals. A decoding module may be directly provided in the terminal optical detection unit 211 to directly extract band-specific information, and in some cases, the received optical signal is transmitted to the terminal control unit 22 to signal the optical signal from the terminal control unit 22 Various modifications are possible according to design specifications, such as being able to process and extract band-specific information.

The terminal location detection unit 213 detects and checks the location information of the user of the terminal unit 20. The terminal location detection unit 213 is implemented with GPS, and the terminal location detection unit 213 is designed to be configured to acquire location information through a method such as LBS that acquires location information using a base station of a communication company. Various modifications are possible according to specifications, and the terminal location detection unit 213 generates terminal location information, and the terminal location information of the generated terminal unit 20 is transmitted to the terminal control unit 22, and ultimately, the terminal unit 20 It is the same as described above that the location information of the band user with the user of) can be obtained.

In an embodiment of the present invention, the terminal optical detection unit 211 is implemented as a camera, and the terminal detection unit 21 of the present invention detects various types other than the terminal optical detection unit 211 and the terminal position detection unit 213 It may be provided with a component, the terminal detection unit 210 may include a terminal sound detection unit 215, the terminal sound detection unit 215 can detect the voice information of the user of the band, as in the previous case same.

On the other hand, this embodiment of the present invention is different from the previous embodiment, between the position tracking band 10 of the position tracking system 1 and the terminal unit 20, a separate component for transmitting and receiving signals other than the optical tag/terminal optical sensing unit. As a modified example of this embodiment, the position tracking band 10 includes a band short-range wireless communication unit 17, and the terminal communication unit 26 of the terminal unit 20 includes a terminal in addition to the terminal wired/wireless communication unit 261. Further comprising a short-range wireless communication unit 263, the terminal communication unit 26 includes a terminal wired and wireless communication unit 261, the terminal wired and wireless communication unit 261 is an operation server 30, more specifically a server of the operation server 30 Communication for transmitting and receiving data through the communication module 37 and a network network is achieved. In addition, the terminal communication unit 26 of the terminal unit 20 further includes a terminal short-range wireless communication unit 263 and a position tracking band 10 ) Includes a band short-range wireless communication unit 17.

That is, in the band short-range wireless communication unit 17, band tagging-specific information including at least band-specific information is included, that is, stored. That is, the band short-range wireless communication unit 17 includes a band short-range wireless communication control unit 171 and a band short-range wireless communication antenna 173. Here, the band short-range wireless communication unit 17 of the present invention may have an active RFID configuration differently from the previous embodiment, and the band short-range wireless communication control unit 171 is a wireless communication control chip for implementing the active RFID function in this embodiment. And at least a part of the band short-range wireless communication antenna 173 is connected to the band short-range wireless communication control unit 171, and the wireless short-range with the terminal short-range wireless communication unit 263 of the terminal communication unit 26 of the terminal unit 20 It takes the structure of signal reception to enable communication.

As in the previous case, in this embodiment, the position tracking band 10 further includes a position tracking band medium body 14, and the position tracking band medium body 14 includes a position tracking band body 11 and a position tracking band cover ( 12) is interposed to separate the inner space, and a space in which the optical tag 15 is recognized is formed between the position tracking band medium body 14 and the position tracking band cover 12, and the position tracking band body 11 ) And the position tracking band medium body 14 may be formed by dividing a space in which other components described below are arranged.

A medium body tag mounting portion 141 is formed on the position tracking band medium body 14, and an optical tag 15 is mounted and disposed on the medium body tag mounting portion 141. In this embodiment, the medium body tag mounting portion 141 forms a through hole structure, but this is only an example of the arrangement structure of the optical tag 15, and the medium body tag mounting portion may be formed only with a simple concave structure or a simple arrangement position. Various modifications are possible according to the specifications.

The band short-range wireless communication unit 17 according to an embodiment of the present invention performs a beacon function in an active RFID type, and takes a configuration that is electromagnetically induced and activated by the terminal short-range wireless communication unit 263 as an RFID reader, and is activated. In this way, band-specific information, which is band tagging-specific information provided in the band short-range wireless communication control unit 171, is transmitted through the band short-range wireless communication antenna 173, and the terminal short-range wireless communication unit 273 and the terminal short-range wireless communication control unit 271 It is received through.

In some cases, the band short-range wireless communication antenna 173 and the band short-range wireless communication control unit 171 may take a separate integral structure, but in this embodiment, the band short-range wireless communication antenna 173 and the band short-range wireless communication control unit ( 171 is disposed on the position tracking band substrate 16, the position tracking band substrate 16 of the position tracking band body 11 and the position tracking band cover 12 of the position tracking band 10 in this embodiment. It is disposed between the position tracking band cover 12 in between, and the position tracking band substrate 16 is accommodated and disposed in the band main body accommodating portion 112. The position tracking band substrate 16 may take a conventional PCB substrate structure, or may take a flexible printed circuit board configuration in the form of an FPCB, etc., and various modifications are possible.

That is, the medium body battery mounting portion 142 is formed in the position tracking band medium body 14, and the position tracking band battery 18 is seated and received in the medium body battery mounting portion 142, and the position tracking band battery 18 is It is electrically connected to the position tracking band substrate 16. The position tracking band battery 18 supplies power to the position tracking band board 16, supplies power to the band short range wireless communication unit 17 disposed on the position tracking band board 16, and supplies power to the band short range wireless communication unit 17. Performs a beacon function, and short-range wireless communication between the band short-range wireless communication unit 17 and the terminal short-range wireless communication unit 27 is performed, so that band-specific information can be obtained through short-range wireless communication. The presence of the band user and the location information of the terminal unit 20 identified through the beacon function of the band short-range wireless communication unit 17 and the scan function of the terminal short-range wireless communication unit 27 can be transmitted to the operation server 30. have. In some cases, in addition to the transmission and reception of band-specific information through short-range wireless communication between the band short-range wireless communication unit 17 and the terminal short-range wireless communication unit 27, the position tracking band 10 ) By scanning the optical tag 15 of) to scan and transmit band-specific information through an optical method, and thus, band-specific information through short-range wireless communication and band-specific information through optical scanning as in the above-described embodiment. By making it possible to obtain band-specific information of the band user through electromagnetic signal confirmation as well as optical signal confirmation through optical tag through comparison, errors in the process of obtaining band-specific information or unwanted Buddha image using only image information of optical tag It can also enable more accurate band user identification, such as being able to use it for the purpose of an authentication function that prevents accidents.

On the other hand, the position tracking system 1 according to an embodiment of the present invention includes the operation server 30 in addition to the position tracking band 10 and the terminal unit 20, the terminal unit (20; 20-4) is There is only a difference in that it is implemented as a mobile type that is mounted on a vehicle and is movable, but it is the same as in the previous embodiments.

In some cases, the operation server 30 in the embodiment of the present invention receives an emergency request signal from the guardian terminal unit 40 corresponding to the band user's preset stored band target contact, and requests a terminal scan to the terminal device 920 It can also transmit signals. That is, the operation server 30 transmits a scan request signal for a corresponding band user of the guardian terminal unit to the terminal units 20 and 20-4 according to the emergency request signal from the guardian terminal unit 40, and the terminal unit (20) receives an emergency request signal or a scan request signal corresponding thereto, and performs a predetermined scan function accordingly, thereby activating the position tracking band 10 side that executes the beacon function, and for the band user through short-range wireless communication. Band-specific information is received and confirmed, which is transmitted to the operation server 30 along with the location information of the terminal unit 20 so that the operation server 30 may receive it. In some cases, the position tracking band may have its own position sensor, so that the directly identified position information may be used instead of the position information of the terminal unit.

The operation server 30 uses the band-specific information and location information received from the terminal unit 20 to check the band target information corresponding to the band unit information, and transmits a notification to the preset stored band target contact information, and transmits the band target scan notification data. send.

That is, the band-specific information acquired by the terminal unit 20 from the position tracking band 10 of the operation server 30 is the operation server through the terminal wireless communication unit 261 of the terminal communication unit 26 of the terminal unit 20. By transmitting scan notification data to the band user information, that is, the band unit information, to the band user's contact information transmitted to 30 and stored in the operation server 30, the network to the band subject contact, that is, the guardian's terminal unit 40 Data transmission through a network, that is, a notification function such as text, may be executed, which is the same or almost the same as in the previous embodiment.

More specifically, the operation server 30 includes a band-specific information storage module 33, a band-specific information check module 31, a location information check module 35, and a server communication module 37. The map information is stored in the band-specific information storage module 33, and the band-specific information storage module 33 can be used for a function of converting the location information used in the location information confirmation module 36 to be used to map information. , GPS information acquired by the terminal location detection unit 213 of the terminal unit 20, that is, GPS coordinate information, can be converted into location information that can be recognized by the user through matching with map information in the location information checking module 36. have. At this time, in the case of a mobile type terminal unit (20; 20-4) mounted on a vehicle, GPS information, that is, GPS coordinate information, may be taken from the terminal position detection unit 213 of the terminal unit 20, but it is already mounted on the vehicle. Various modifications are possible according to design specifications, such as being able to use information from the GPS sensor (not shown).

The configuration and operation process of the band-specific information storage module 33, the band-specific information check module 31, the location information check module 35, and the server communication module 37 are the same as in the previous embodiment.

In addition, depending on the case, the operation server 30 may further include an advisor response module 39 is the same as in the previous embodiment. However, since it takes a configuration in which a mobile type terminal unit (20; 20-4) that can be mounted on a vehicle, etc. is applied, a vehicle or a person using the mobile means equipped with the terminal unit 20-4 is In the case of a person from a public institution, it is possible to implement an alert response action for an emergency situation directly to the institution server without going through the operation server, and to perform a notification function only to the operation server. Conversely, the horse unit (20-4) is mounted. When the person using the vehicle or the means of transportation is the operator of the service provider, not the police, etc., such situation information is first transmitted to the operation server 30 and emergency response and/or response according to the response operation of the advisory response module 39 Various selections are possible, such as being able to take a method of transmitting a request for executing an action corresponding to an attack to the institution server 50.

That is, when the service manager performs a movement scan operation of a predetermined terminal unit, the alert response module 39 selects a predetermined alert response mode using the received band-specific information and location information. As in the previous embodiment, the assistant module 39 determines that the band-specific information (IB) and the preset band-specific information (IBs) are the same in the band-specific information check module 31, and the location information check module When the location information of the terminal unit 20 is received at (35) and the location is confirmed, a preset alert response operation is performed.

More specifically, the advisor response module 39 includes an action module 391 corresponding to an advisor guardian and an action module 393 corresponding to an advisor organization. The advisory/guardian response operation module 391 transmits an advisory/guardian signal to the parental terminal unit 40 through the server communication module 37, and the advisory agency response operation module 393 provides the server communication module 37. An emergency response action is taken by transmitting an alert agency signal to the agency server 50 through the device. That is, the alert response module 39 performs a beacon function through a predetermined scan method, so that the terminal unit user of the terminal unit 20 with the detected band user is able to use the position tracking band 10 to ensure that the band is unique. In the case of executing a report function for emergency protection measures in the process of acquiring information and transmitting and receiving data through the network network through the band-specific network connection information included in the band-specific information, that is, website link information, the terminal unit The server communication module 37 of the operation server 30 receives the emergency protection measures or report information transmitted and received through the user's terminal unit 20, and is transmitted to the advisory agency response operation module 393, and the advisory agency The corresponding operation module 393 executes a preset corresponding advisor operation, such as executing a report to the institution server 50 of an institution such as 119 to 112 in a preset manner.

Hereinafter, a method of controlling a position tracking system in the case of having a mobile type terminal unit of the present invention will be described with reference to the previous embodiment.

The method for controlling a position tracking system of the present invention includes a band-specific information and location information acquisition step (S10), a band-specific information and location information confirmation step (S30), and a band subject scan notification transmission step (S40), and It may also include the step of transmitting information and location information (S20).

Its specific configuration is almost the same as in the case of the mobile phone type terminal unit described above. However, in the step (S10) of acquiring band-specific information and location information in this embodiment, a position tracking system that can be worn on the body of a band user through a mobile-type terminal unit (20; 20-4) that can be mounted on a vehicle, etc. Band-specific information of the user's position tracking band is acquired from at least the band short-range wireless communication unit 17 of the position tracking band of (1), and the position information is received.

Step S10 may be performed through individual vehicle movement, but in some cases, an emergency request may be made through the guardian terminal unit 40 from the guardian of the band user.

An emergency request signal step (S110), a terminal scan request step (S120), a band scan step (S130), a band-specific information and location information acquisition step (S10), and a band-specific information and location information transfer step (S20) And, the band-specific information and location information check step (S30), and a band target subject scan notification transmission step (S40).

First, in the emergency request signal step (S110), an emergency request signal is input from the guardian terminal device 40 of the guardian of the band user to the operation server 30. That is, the operation server 30 receives an emergency request signal transmitted from the guardian terminal device 40 of the guardian of the band user. At this time, when the operation server 30 receives the input emergency request signal, the operation server 30 executes the terminal scan request step (S120). In the terminal scan request step (S120), the operation server 30 transmits a band user corresponding to the emergency request signal to a plurality of terminal units 20 and 20-4 spaced apart from each other in a preset area of a preset area. Calculates the terminal scan request information and transmits the terminal scan request. In the operation server 30 in this embodiment, the terminal scan request step (S120) may be configured to further include a separate corresponding module depending on the case, but in this embodiment, the server communication with the advisor response module 39 It will be described focusing on the configuration made through the module (37).

After the terminal scan request step (S120) is completed, the terminal unit 20 (20-4) implements a response operation according to the emergency request signal transmitted from the operation server 30. That is, the alert response module 39 of the operation server 30, which has received the emergency request signal transmitted from the guardian terminal device 40, identifies the type of the emergency request signal, sets the mode to a preset response mode, and promptly Perform mode execution. That is, in the band scan step (S130), the terminal unit 20 (20-4) transmits a scan signal according to the received terminal scan request signal.

On the other hand, in some cases, when the emergency request signal step (S110) is executed, the agency server 50 is also used to make an emergency contact from the guardian terminal device 40 of the guardian of the band user to a government agency or public institution such as the police or fire department. An agency emergency request signal S111 to which an emergency request signal is input may be executed. However, in the present embodiment, a structure in which the guardian terminal unit 40 of the guardian is directly connected to the institution server 50 is taken, but in some cases, it is possible to take a structure that is connected to the institution server through the operation server. Various modifications are possible accordingly.

After the terminal scan request and the band scan are performed, if a band user exists in the scan area, step S10 is performed. In the step of obtaining band-specific information and location information (S10) in the present embodiment, the band short-range wireless communication unit 17 of the position tracking band 10 worn by the band user performs a beacon function, and the mobile-type terminal unit 20 When ;20-4) detects through mutual signal transmission/reception through a peripheral scan through signal transmission, a process of acquiring band-specific information of a band user through the band short-range wireless communication unit 17 is executed.

More specifically, the band-specific information and position information acquisition step (S10) includes a short-range band-specific information acquisition step (S11) and a terminal information acquisition step (S13). The band short-range wireless communication unit 17 of the position tracking band of the position tracking system 1 that can be worn on the body of the band user through the mobile-type terminal unit 20; 20-4 in the step of acquiring the near-band specific information (S11) From, band-specific information of the user's position tracking band, that is, band-specific information acquired through the band short-range wireless communication unit 17, is acquired.

That is, the terminal unit 20 of the terminal unit user is provided with the terminal short-range wireless communication unit 263 of the terminal communication unit 26, and the near band-specific information acquisition step (S11) of the band-specific information and location information acquisition step (S10). The terminal short-range wireless communication unit is operated by the terminal short-range wireless communication control signal of the terminal control unit 22, and the terminal short-range wireless communication unit 263 emits a scan signal for the surrounding environment and functions as a beacon. It detects a wireless communication signal from and transmits it to the terminal control unit 22. In the band-specific information and location information acquisition step (S10), the band-specific information is acquired through the terminal short-range wireless communication unit 263 of the terminal communication unit 26, which is transmitted to the terminal control unit 22.

Thereafter, the terminal control unit 22 of the terminal unit 20 acquires the terminal information obtained from the terminal detection unit 21 or the position sensor (not shown) of the position tracking band 10 (S13). Is executed. That is, in the terminal information acquisition step (S13), the terminal control unit 22 of the terminal unit 20 may receive and acquire the location information of the terminal unit 20 from the terminal position detection unit 213 of the terminal detection unit 210. In some cases, a GPS sensor signal mounted on the position tracking band may be used. As described above, the terminal location detection unit 213 may be a GPS sensor, an LBS type location detection structure sensor, and various selections are possible.

After the band-specific information and the location information of the terminal unit are acquired in the band-specific information and location information acquisition step (S10), the acquired information is transmitted to the operation server 30. That is, the terminal control unit 20 performs the band-specific information and location information transfer step (S20) of transmitting the acquired band-specific information and the terminal location information to the operation server 30.

That is, the band-specific information and location information acquired in the band-specific information and location information acquisition step (S10) in the band-specific information and location information transfer step (S20) are transferred to the operation server 30, and the acquired band-specific information and Location information can be transmitted through various transmission methods through a network network.

Then, in the band-specific information and location information checking step (S30), the band-specific information and the location information acquired in the band-specific information and location information acquisition step (S10), the operation server 30 that received the band-specific information and location information Check.

On the other hand, the position tracking system control method according to an embodiment of the present invention performs a notification function to the guardian of the band user of the position tracking band 10 and additional notification, that is, the execution of the advisor function in this embodiment is possible. May be. In other words, it is possible not only to notify the guardians of the fact of the band user's location scan or the current location information, but also to execute a request for protection measures to government officials such as police stations or fire departments.

To this end, the method for controlling the position tracking system of the present invention may further include the step of transmitting band-specific information report guide information (S50). In the band-specific information reporting guide information transmission step (S50), it may be possible to select whether to report to the band user. Details of these steps may be implemented in the same manner as in the previous embodiment, and various modifications may be made depending on the case.

On the other hand, in the previous embodiment, the band-specific information and location information acquisition step (S10) was configured to include a short-range band-specific information acquisition step (S11) and a terminal information acquisition step (S13), but the present invention is not limited thereto. In addition, the position tracking system 1 and the control method thereof of the present invention enable band-specific information acquisition of the band user through an optical method in addition to the wireless communication method, and cross-check through the use of the band alone or in combination with the optical acquisition method. It can also be used for authentication purposes, and its configuration is the same as described above.

The position tracking band 10 may include a band short-range wireless communication unit 17 including band tagging specific information including at least band specific information, and the terminal optical of the terminal detection unit 21 of the terminal unit 20 A structure capable of receiving data in an optical manner between the sensing unit 211 and the optical tag 15 of the position tracking band 10 may be taken. That is, the above-described band-specific information and position information acquisition step (S10) may further include an optical band-specific information acquisition step (S15) other than steps S11 and S13. The wireless communication unit 263 may acquire band-specific information of the user's position tracking band from the band short-range wireless communication unit 17 of the position tracking band 10.

In this case, the above-described band user verification step (S31) may further include an optical band user verification step (S313) and a band user comparison verification step (S315) in addition to the short-range band user verification step (S311). Optical band-specific information acquired and received through an optical method with the optical tag 15 through the operation server communication module 37 of the operation server 30 in the optical band user confirmation step (S313) is unique to the band of the operation server 30 It is compared with the band user storage information stored in the information storage module 33, and a corresponding band user may be compared and confirmed through the comparison result.

Then, the band user comparison and confirmation step (S315) is executed. In the band user comparison and confirmation step (S315), the optical band unique information and information identified through the near band user confirmation step (S311) and the optical band user confirmation step (S313) Near-band specific information is compared. It is possible to more clearly confirm whether or not the optical band-specific information has been acquired through the actual band user through the comparison of the optical band-specific information and the near-band-specific information. It is only a difference and is almost the same in terms of contents in the previous embodiments.

On the other hand, in the previous embodiment, the position tracking system and the control method thereof according to the present invention are implemented as a mobile type terminal unit, but a plurality of terminal units may be fixed in position.

That is, a plurality of terminal units 20 and 60 of the present invention may be implemented in a fixed type. In this embodiment, the terminal units 20 and 60 are arranged at predetermined intervals in a specific area of a plurality of fixed types. In this embodiment, the terminal units 20 and 60 spaced apart from each other in a specific area are referred to as code Adam terminals 60 in this embodiment.

The code adam terminal unit 60 according to an embodiment of the present invention includes a code adam terminal input unit 61, a code adam terminal control unit 62, a code adam terminal output unit 67, and a code adam terminal communication unit 65. ), and a code Adam terminal storage unit 63 and a code Adam terminal operation unit 64 may be further provided. The configuration type of the code Adam terminal unit 60 is not limited to a specific shape, and various selections are possible within the range of performing the function of the Code Adam terminal unit 60 among the terminal units 20 and 60 of the present invention.

That is, the Code Adam terminal unit 60 according to an embodiment of the present invention performs short-range wireless communication, unlike the terminal unit in the previous embodiment, but is positioned at a preset location or spaced apart within a preset area. It is a terminal device. The code adam terminal unit 60 of the present invention may be disposed in various structures or locations other than the street light 70, but in this embodiment, the code adam terminal unit 60 is described based on a structure attached to the street light 70 do. The code Adam terminal unit 60 is disposed on the street light 70, and the coverage (R60) of the code Adam terminal unit 60 and the arrangement distance (D) of the street light 70 in which the code Adam terminal unit 60 is disposed are In addition, it is desirable to form a geometric relationship such that it has sufficient coverage to be able to confirm the presence of a band user in the sidewalk.

The code Adam terminal device in this embodiment takes the same or almost the same configuration as other terminal unit types previously, but is only fixedly arranged at a preset position and is operated when the system is operated in an emergency situation, which achieves intermittent operation driving according to an emergency request. There is a difference in that it takes a composition. Of course, it is natural that the code Adam terminal unit 60 can also be installed and fixed previously due to a change in a preset position.

The code Adam terminal communication unit 65 of the Code Adam terminal unit 60 according to an embodiment of the present invention includes the user's position tracking band from the band short-range wireless communication unit 17 of the position tracking band 10 worn by the band user. Band-specific information can be checked and location information can be received and transmitted.

The code Adam terminal communication unit 65 outputs a short range wireless communication signal for communication with the band short range wireless communication unit 17 functioning as a beacon and scans whether there is a nearby presence. It is possible to communicate with the operation server 30 through a network network according to the band-specific network connection information received through the code Adam terminal communication unit 65. As described above, the communication type of the code Adam terminal communication unit 65 is, for example, a cellular communication protocol, for example, at least one of LTE, LTE-A, 5G, WCDMA, CDMA, UMTS, Wibro, and GSM. It may be included, and the communication network may be configured regardless of the type of communication such as wired or wireless, and it is the same as described above that various communication networks and various communication methods may be included.

The band-specific information acquired through the code adam terminal communication unit 65 is transmitted to the code adam terminal control unit 62. The code adam terminal control unit 62 collects band specific information and location information where the code adam terminal communication unit 65 is located through a band detection signal detected from the code adam terminal input unit 61 including band specific information. .

The code adam terminal output unit 67 includes a code adam terminal display 671, and the code adam terminal display 671 is used by a person in charge of the service operator to check the status of the code adam terminal output unit 67 It may be implemented as an output device, or may function as an optical display device to notify that the presence of a band user has been checked in need of current emergency protection.

The code adam terminal input unit 61 may be used as an input device for a person in charge of the service operator to check the state of the code adam terminal output unit 67 is normal.

On the other hand, in the previous embodiment, the code adam terminal unit of the present invention may include a code adam terminal optical detection unit (not shown) and a code adam terminal location detection unit (not shown), and the code adam terminal optical detection unit 611 May be implemented as a camera, and in addition to the code adam terminal location detection unit, a code adam terminal sound detection unit (not shown) may be further included, and the code adam terminal sound detection unit 615 may detect voice information of the band user have.

Since the location of the code adam terminal unit 60 is preset, location information on the set location may be included in the code adam terminal storage unit 63 or may be acquired through the code adam terminal location detection unit described above. The code adam terminal operation unit 64 may have a structure in which a process for signal processing is executed through a predetermined operation process according to a control signal from the code adam terminal control unit 62.

Hereinafter, a method of controlling a position tracking system in a case where the terminal unit is implemented as a code Adam terminal will be described.

The position tracking system control method for the case where the terminal unit is implemented as a code adam terminal is

An emergency request signal step (S110), a terminal scan request step (S120), a band scan step (S130), a band-specific information and location information acquisition step (S10), and a band-specific information and location information transfer step (S20) And, the band-specific information and location information check step (S30), and a band target subject scan notification transmission step (S40).

First, in the emergency request signal step (S110), an emergency request signal is input from the guardian terminal device 40 of the guardian of the band user to the operation server 30. That is, the operation server 30 receives an emergency request signal transmitted from the guardian terminal device 40 of the guardian of the band user. At this time, when the operation server 30 receives the input emergency request signal, the operation server 30 executes the terminal scan request step (S120). In the terminal scan request step (S120), the operation server 30 scans a terminal to be transmitted to the plurality of codes Adam terminal units 60 spaced apart from each other in a preset area of a preset area with respect to the band user corresponding to the emergency request signal. Calculates request information and transmits a terminal scan request. In the operation server 30 in the present embodiment, the terminal scan request step (S120) may be configured to further include a separate code Adam response module, but in this embodiment, the administrator response module 39 and A description will be made focusing on the configuration made through the server communication module 37.

More specifically, the terminal scan request step (S120) includes a terminal scan request preparation check step (S121), a terminal scan request range check step (S123), and a terminal scan execution request signal transmission step (S125).

In the terminal scan request preparation confirmation step (S121), pedestrian information including the disappearance time of the band user input in the emergency request step (S110) and the walking speed and walking duration included in the band user storage information are identified. That is, the guardian of the band user inputs and transmits the minimum necessary information for executing the code Adam response mode through the guardian terminal unit, and the operation server 30 checks the disappearance time of the band user and pedestrian information, which are the input information. do. Here, the pedestrian information includes a walking speed, walking duration, etc. included in the band user storage information of a preset stored band user.

Then, the operation server 30 executes the terminal scan request range check step (S123). In the terminal scan request range check step (S123), the operation server 30 is the code Adam from the disappearance time of the band user and the pedestrian information. The terminal scan coverage level of the terminal unit 60 is set. That is, a terminal for calculating the currently expected location point, taking into account the difference between the disappearance time and the current time, the pedestrian's stride length or walking duration, and operating the code Adam terminal unit 60 installed in the corresponding area. Calculate and set the scan coverage steps. As described above, in this embodiment, for such a series of control operations, a configuration executed through an advisor response module and a server communication module is taken, but the operation server may include a separate code Adam response module, etc. Transformation is possible.

Then, the terminal scan execution request signal transmission step (S125) is executed, and the terminal scan coverage step and terminal scan request information corresponding to the band user are transmitted from the server communication module 37 of the operation server 30 to the code Adam terminal unit. It is sent to the 60 side. The communication between the code Adam terminal unit 60 and the server communication module 37 is not limited to a specific method such as wired, wireless, wired or wireless, and various selections are possible in consideration of an installation environment.

After the terminal scan request step S120 is completed, the code Adam terminal unit 60 implements a response operation according to the emergency request signal transmitted from the operation server 30. That is, the alert response module 39 of the operation server 30, which has received the emergency request signal transmitted from the guardian terminal device 40, identifies the type of the emergency request signal, and sets the code Adam mode as a preset response mode. And do a quick code Adam mode execution. That is, in the band scan step (S130), the code Adam terminal unit 60 transmits the code Adam scan signal according to the received terminal scan request signal.

More specifically, the band scan step S130 may include a band scan initial step S131 and a band scan expandable step S133 depending on the case. That is, the end scan coverage step of the terminal scan request information may include a plurality of terminal scan coverage step sequence information. That is, if there is no signal response from the position tracking band 10 worn by the band user within a certain time in a preset manner, a preset response strategy such as expanding the range or transmitting to another adjacent range may be set and stopped. have. Such a series of signal range expansion or signal range conversion may be pre-stored in the code Adam terminal to implement its own operation, but in this embodiment, the signal response from the position tracking band 10 worn by the band user within a certain time period. If there is no information on the non-response state is transmitted to the operation server 30, the operation server 30 takes a structure in which control signals such as range extension or range movement are transmitted again.

First, in the band scan initial step (S131), the code Adam terminal unit 60 determines the terminal scan coverage level of the received terminal scan request information. Follow the steps to send a code Adam scan signal.

If, after the execution of the band scan initial step (S131), whether or not to extend the application range is determined according to whether the band-specific information and position information acquisition step (S10) within a preset time period is executed.

On the other hand, after the execution of the band scan initial step (S131), when the band-specific information and position information acquisition step (S10) within a preset time is not executed, the band scan expandable step (S133) is executed, and the initial terminal scan coverage range Step The code Adam scan signal is transmitted according to the following steps. Such an orderly decision structure may be adopted to enable rapid response measures.

On the other hand, after the band scan initial step (S131) to the band scan expandable step (S133) are executed, when the band user exists within the applicable range, the band-specific information and position information acquisition step (S10) is performed. Band-specific tagging-specific information including band-specific information is acquired in the band-specific information and location information acquisition step (S10), and location information is received. That is, when the code Adam scan signal of the code Adam terminal unit 60 is transmitted and a band user exists in the scan signal transmission area, at least the band near the position tracking band of the position tracking system 1 that can be worn on the body of the band user The wireless communication unit 17 reacts to the scan signal transmitted from the code Adam terminal unit 60,

Band-specific tagging-specific information including band-specific information of the user's position tracking band is transmitted from at least the band short-range wireless communication unit 17 of the position tracking band of the position tracking system 1 that can be worn on the body of the user of the band, and code Adam terminal The unit 20 receives and acquires this and receives the band-specific tagging-specific information including the band-specific information.The code number or location information preset in the Adam terminal unit 60 is checked, and the location information of the band user is confirmed. do.

Then, the band-specific information and the location information acquired in the band-specific information and the location information acquisition step (S10) in the band-specific information and location information transfer step (S20) is transmitted to the operation server 30.

The operation server 30 receiving the transmitted band-specific information and location information executes the band-specific information and location information check step (S30). In the band-specific information and location information checking step (S30), the band-specific information and the location information obtained in the band-specific information and location information acquisition step (S10) and the operation server 30 receiving the location information are transmitted to the band-specific information and location information. Confirm. The step (S30) of confirming the band-specific information and location information may include a step (S31) of confirming a user of the band and a step (S33) of confirming the map location information.

In the band user confirmation step (S31), the band-specific information received through the operation server communication module 37 of the operation server 30 is stored in the band-specific information storage module 33 of the operation server 30. The user of the band is compared and confirmed.

The map location of the code Adam terminal device 60 is checked in the location information verification module 35 of the operation server 30 using the location information and the preset stored map location information in the map location information checking step (S33). Since the Adam terminal 60 is present at a preset location, a separate map location verification process may be performed as a process of confirming preset location information of the code Adam terminal unit from which band-specific information is acquired among a plurality of code Adam terminal units. .

Then, the server communication module 37 of the operation server 30 in the band target scan notification transmission step (S40) is confirmed by using the band-specific information and location information confirmed in the band-specific information and location information check step (S30). The band target scan notification data is transmitted to the guardian terminal unit 40 of the band target contact information stored in advance of the band target information corresponding to the band unit information.

As described above, the present invention has been shown and described in connection with a preferred embodiment for illustrating the principle of the present invention, but the present invention is not limited to the configuration and operation as shown and described as such. Rather, it will be well understood by those skilled in the art that many changes and modifications can be made to the present invention without departing from the spirit and scope of the appended claims.

* Description of the symbols for the main parts of the drawing *
10...position tracking band 20...terminal unit
30...operation server 40...guardian terminal unit

Claims (23)

A position including a band short-range wireless communication unit 17 which is an active RFID that can be worn on the body of a band user and includes a band short-range wireless communication control unit 173 including band tagging-specific information including band-specific information of the band user A tracking band (10),
A terminal unit (20-4) capable of confirming band-specific information of a user's position tracking band from the band short-range wireless communication unit 173 and capable of receiving and transmitting location information,
An operation server that checks band target information corresponding to the band unit information using the band-specific information and location information received from the terminal unit 20 and transmits a notification to the preset stored band target contact information and transmits the band target scan notification data Position tracking system comprising (30). The method of claim 1,
The operation server 30 receives an emergency request signal from the guardian terminal unit 40 corresponding to the band user's preset stored band target contact information and transmits a terminal scan request signal to the terminal device 20,
The terminal communication unit 26 of the terminal device 20 includes a terminal short-range wireless communication unit 263 that is activated by the terminal scan request signal and performs a peripheral scan to communicate with the band short-range wireless communication unit 17. Position tracking system characterized by. The method of claim 2,
The terminal unit 20 is:
At least a terminal detection unit 21 capable of confirming band-specific information of the user's position tracking band from the band short-range wireless communication unit 173 and receiving and transmitting position information,
A terminal control unit 22 for extracting band-specific network connection information and location information through a network through a band detection signal detected from the terminal detection unit including the band-specific information;
And a terminal communication unit (26) that enables communication with the operation server (30) so that the band-specific information can be transmitted through a network network. The method of claim 3,
The position tracking band 10 includes an optical tag 15 containing band-specific information of a user of the band,
The terminal unit 20 can check the band-specific information of the user's position tracking band from the optical tag 15 and can receive and transmit the location information,
The terminal unit 20 is:
A terminal output unit 27 including a terminal display 271 for displaying the band-specific network connection information according to a terminal display control signal of the terminal control unit 22,
Further comprising a terminal input unit 25 for selectively inputting the band-specific network connection information input through the terminal output unit 27,
The terminal communication unit 26 is characterized in that it is possible to communicate with the operation server 30 so that the band-specific information can be transmitted through a network network according to the band-specific network connection information selected and input by the terminal input unit 25. Position tracking system. The method of claim 3,
The terminal detection unit 21 is:
A terminal optical detection unit 211 capable of transmitting an optical signal to the optical tag 15 and receiving an optical signal reflected from the optical tag 15 to confirm band-specific information of the user's position tracking band as an optical signal; and ,
And a terminal position detection unit (213) configured to detect and confirm the user's position information and to generate terminal position information. The method of claim 5,
The terminal control unit 22 performs web-based data communication between the terminal unit 20 and the operation server 30 through the terminal communication unit 25,
The band-specific network connection information, position tracking system, characterized in that it includes website link information. The method of claim 6,
The terminal optical sensing unit 211 is a camera,
The band detection signal is a position tracking system, characterized in that it comprises a band user's photo data sensed and input through the terminal optical detection unit (211). The method of claim 6,
The terminal detection unit 210, a position tracking system, characterized in that it comprises a terminal sound detection unit 215 for detecting voice information of the user of the band. The method of claim 6,
The terminal optical sensing unit 211 is a camera,
The band detection signal is a position tracking system, characterized in that it includes the image data of the band user sensed and input through the terminal optical detection unit (211). The method of claim 4,
The terminal input unit 25 comprises a terminal touch input unit 251 disposed on the terminal display 271 side. The method of claim 3,
The terminal communication unit (26) comprises a terminal wired/wireless communication unit (261) that communicates with the operation server (30) through a network network. The method of claim 1,
The position tracking band (10), a position tracking system including a position tracking band body (11) in which the optical tag (15) is accommodated and disposed therein. The method of claim 12,
The position tracking band (10) comprises a position tracking band cover (12) disposed on the optical tag (15) in engagement with the position tracking band body (11). The method of claim 13,
The position tracking band (10) further comprises a position tracking band sealer (13) disposed between the position tracking band body (11) and the position tracking band cover (12). The method of claim 1,
Position tracking system, characterized in that a display icon mounting unit (18.19) is disposed on the position tracking band (10) outside of the optical tag (15) to place a preset display icon. The method of claim 1,
The operation server 30 is:
A band-specific information storage module 33 in which map information is stored and band-specific information for a preset user is stored as preset band-specific information; and
Band-specific information that receives the band-specific information transmitted from the terminal unit 20 and compares the received band-specific information (IB) with preset band-specific information (IBs) stored in the band-specific information storage module 33 An information confirmation module 31,
A location information checking module 35 that receives the location information transmitted from the terminal unit 20 and checks the location of the terminal unit 20 based on the location information and map information,
And a server communication module (37) that enables communication with the terminal unit (20) and a parental terminal unit (40) corresponding to the preset stored band target contact information through a network network. The method of claim 16,
The operation server 30 is:
The band-specific information check module 31 determines that the band-specific information (IB) and the preset band-specific information (IBs) are the same, and the location of the terminal unit 20 in the location information check module 35 Position tracking system, characterized in that it comprises an advisor response module (39) for executing a preset advisor response operation when the information is received and the location is confirmed. The method of claim 17,
The advisor response module 39 is:
An advisor-guardian-response operation module 391 that transmits an advisor-guardian signal to the guardian terminal unit 40 through the server communication module 37;
And an advisory agency response operation module (393) that transmits an advisory agency signal to the agency server (50) through the server communication module (37) to take emergency response measures. Band-specific tagging that includes band-specific information of the user's position tracking band from at least the band short-range wireless communication unit 17 of the position tracking band of the position tracking system 1 that can be worn on the body of the band user through the terminal unit 20 Band-specific information and location information acquisition step (S10) in which information is acquired and location information is received,
The band-specific information and location information obtained in the band-specific information and location information acquisition step (S10) and the band-specific information and location information for the operation server 30 receiving the location information rule to check the band-specific information and the location information With step S30,
The band-specific information and location information check step (S30) The guardian terminal unit 40 of the band-target contact information pre-set stored band-target information corresponding to the identified band unit information using the band-specific information and location information confirmed in step (S30) Position tracking system control method comprising a band target scan notification transmission step (S40) of transmitting the notification transmission band target person scan notification data to. An emergency request signal step (S110) in which an emergency request signal is input from the guardian terminal device 40 of the guardian of the band user to the operation server 30 (S110),
The operation server 30 receiving the emergency request signal transmitted from the guardian terminal device 40 is a plurality of code Adams spaced apart from each other in a preset area of a preset area with respect to a band user corresponding to the emergency request signal. A terminal scan request step (S120) of calculating terminal scan request information and transmitting a terminal scan request to the terminal device 60;
A band scan step (S130) of transmitting, by the code Adam terminal device 60, a code Adam scan signal according to the received terminal scan request signal,
In response to the code Adam scan signal of the code Adam terminal device 60, at least a band short-range wireless communication unit of the position tracking band of the position tracking system 1 that can be worn on the body of the band user through the code Adam terminal unit 20 ( From 17), band-specific tagging-specific information including band-specific information of the user's position tracking band is obtained, and the band-specific information and location information acquisition step (S10) in which the location information is received;
Band-specific information and location information transfer step (S20) in which the band-specific information and the location information acquired in the band-specific information and location information acquisition step (S10) are transferred to the operation server 30,
The band-specific information and location information obtained in the band-specific information and location information acquisition step (S10) and the band-specific information and location information for the operation server 30 receiving the location information rule to check the band-specific information and the location information With step S30,
The band-specific information and location information check step (S30) The guardian terminal unit 40 of the band-target contact information pre-set stored band-target information corresponding to the identified band unit information using the band-specific information and location information confirmed in step (S30) Position tracking system control method comprising a band target scan notification transmission step (S40) of transmitting the notification transmission band target person scan notification data to. The method of claim 20,
The band-specific information and location information checking step (S30) is:
The band-specific information received through the operation server communication module 37 of the operation server 30 is compared with the band user stored information stored in the band-specific information storage module 33 of the operation server 30 to compare the corresponding band users. Band user confirmation step (S31) to check and,
A map location information checking step (S33) of checking the map location of the code Adam terminal device 60 in the location information checking module 35 of the operation server 30 using the location information and the preset stored map location information. Position tracking system control method comprising a. The method of claim 20,
The terminal scan request step (S120) is:
A terminal scan request preparation confirmation step (S121) of checking pedestrian information including a band user's disappearance time input in the emergency request step (S110), and a walking speed and walking duration included in the band user stored information;
A terminal scan request range checking step (S123) of setting a terminal scan coverage step of the code Adam terminal device 60 from the disappearance time of the band user and the pedestrian information;
And transmitting a terminal scan execution request signal (S125) for transmitting the terminal scan coverage step and terminal scan request information corresponding to the band user. The method of claim 22,
The band scanning step (S130) is:
The terminal scan coverage step of the terminal scan request information includes a plurality of terminal scan coverage step sequence information,
The code Adam scan signal according to the initial terminal scan coverage step for the minimum coverage among a plurality of terminal scan coverage step sequence information of the terminal scan coverage step of the terminal scan request information received by the code Adam terminal device 60 A band scan initial step (S131) of transmitting
After the band scan initial step (S131) is executed, if the band-specific information and position information acquisition step (S10) is not executed within a preset time, the code Adam scan signal is generated according to the steps following the initial terminal scan coverage step. A method of controlling a position tracking system, comprising: transmitting a band scan expandable step (S133).

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