JP2004286488A - System and method for providing pedestrian with information on facilities - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide appropriate information on barrier-free facilities, such as a lavatory for handicapped persons, facilities serving as a guide for a route to a destination, for pedestrians, such as a aged person and a visually impaired person, who cannot easily search for the place of destination facilities, an entrance, or the like, by vision. <P>SOLUTION: There are provided: a pedestrian position detection section 32 for detecting the position of a pedestrian; a facility detection section 34 for detecting the facilities existing within specific distance around the pedestrian, based on the pedestrian position detection result by the detection section 32; and an output instruction signal transmission section 35 for transmitting an instruction signal to a facility information output system 12 that is installed in the detected facilities and outputs information on the facilities by receiving the specific instruction signal. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a system and method for providing pedestrians with information on facilities that are targets on a guidance route as part of pedestrian ITS.
[0002]
[Prior art]
In recent years, responding to an aging society and building a barrier-free society have been sought as an urgent issue, and the introduction of ITS (Intelligent Transport Systems) to automobile traffic has made progress while utilizing ITS for pedestrians. That is, the mood for “pedestrian ITS” is increasing.
[0003]
Here, “pedestrian ITS” can be defined as a road system that provides safety, comfort, and convenience mainly to pedestrians and wheelchair users. In other words, in order to support the social participation of the elderly and disabled people, it is necessary to reduce the physical and mental burdens associated with walking, providing a walking environment that allows elderly and disabled people to move safely and comfortably. There is a need to. In addition, since the so-called traffic barrier-free law was enacted in May 2000, it is increasingly required to provide a walking space that is barrier-free.
[0004]
[Problems to be solved by the invention]
In the development of pedestrian ITS, unlike car ITS, which mainly targets healthy people, how to provide information to pedestrians, especially pedestrians who have many opportunities to feel difficult to move, such as elderly and disabled people. Is a challenge.
[0005]
For example, in the case of a weakly sighted person, information about facilities around him / her may be desired. However, in the automobile ITS, guidance for a weakly sighted person or the like is not assumed, and the behavior of those guided persons is determined in a timely manner. There was no means to provide in a corresponding form.
[0006]
In other words, in the route guidance in the car ITS, there is a system that guides the driver of information such as a specific facility (gas station or convenience store) as a part of the route guidance, but they are used as a guide for turning corners. Not too much. In addition, in the case of a low-sighted person or the like, it was meaningless to guide those facilities as a guide for route guidance. In other words, a low vision person or the like cannot visually search for an intersection or the like, so even if he / she is guided only by a facility with an approximate turning angle, he / she cannot understand which road he / she can travel in.
[0007]
In order to solve such a problem, there is a method in which a voice guidance device is provided in a pedestrian crossing, a specific facility or the like, and a pedestrian is repeatedly alerted with a loud voice. However, this method is troublesome for neighboring residents and pedestrians who do not need information. Moreover, it is not an efficient guidance method.
[0008]
Furthermore, although there are devices that perform voice guidance by performing operations such as a pedestrian pressing a button, it is necessary to perform a terminal operation when the pedestrian approaches the voice guidance device, which is practical in terms of route guidance Is meaningless.
[0009]
The present invention has been made in view of such circumstances, and it is difficult for a pedestrian or the like who is difficult to visually search for the location or entrance of a target facility such as an elderly person or a visually impaired person. It is an object of the present invention to provide a pedestrian facility information providing system and method that can provide appropriate information on barrier-free facilities such as toilets and facilities that serve as a guide to the route to the destination.
[0010]
[Means for Solving the Problems]
According to a first main aspect of the present invention, a pedestrian position detecting means for detecting the position of a pedestrian and a facility located within a predetermined distance around the pedestrian based on a pedestrian position detection result of the detecting means. And a facility instruction output unit that transmits the instruction signal to a facility information output system that outputs information on the facility by receiving a predetermined instruction signal installed in the detected facility. A facility information providing system characterized by comprising:
[0011]
According to such a configuration, the current position of a pedestrian such as a visually handicapped person is detected, and when the pedestrian approaches a predetermined distance from the facility, the facility information output system installed in the facility instead of the terminal at hand Facility information can be provided. As a result, for pedestrians who are difficult to visually find the location (direction) or entrance of the target facility, it will be a guide to the route to the barrier-free facility such as the toilet for the disabled and the destination. Appropriate information on facilities can be provided.
[0012]
In addition, since provision of facility information is instructed only to facilities within a predetermined distance around the pedestrian, there is little influence on residents and other pedestrians around the facility.
[0013]
Further, according to a preferred embodiment of the present invention, further, a guide route generating means for generating a route for guiding the pedestrian based on the current position and the destination of the pedestrian detected by the pedestrian position detecting means, A guidance route registration unit that registers the generated guidance route in association with a facility that is installed on the route and is a target of route guidance, and the output instruction signal transmission unit is configured such that the facility detected by the facility detection unit Whether to transmit a facility information output instruction signal to the facility information output system of the detected facility is determined based on whether the target facility is registered in association with the guide route of the pedestrian by the guide route registration means To do. Here, the output instruction signal transmission unit sequentially detects facility information for the plurality of target facilities according to the guide route when the facility detection unit detects a plurality of target facilities registered by the guide route registration unit. It is preferable that a transmission control means for transmitting the output instruction signal is provided.
[0014]
According to such a configuration, the facility information can be provided to the pedestrian along the guidance route by sequentially transmitting the facility information output instruction signal to the target facility associated with the guidance route.
[0015]
According to another embodiment of the present invention, the output instruction signal transmitting means includes facility guidance information notifying means for notifying a pedestrian of predetermined facility guidance information when the detected facility is the target facility.
[0016]
According to such a configuration, by notifying the pedestrian of the facility guidance information, for example, when the facility information output is difficult to hear due to loud noise such as crowds, the display of the facility information output system is reflected. Even if it is difficult to see with light or the like, the pedestrian can be notified that there is a target facility.
[0017]
According to another embodiment of the present invention, the output instruction signal transmitting means transmits one or more facilities that transmit facility information output instruction signals when a plurality of facility information output systems are installed in the detected facilities. The facility information output system extracting means for extracting the information output system is provided.
[0018]
According to such a configuration, for example, even when a facility information output system is installed at each of a plurality of entrances such as buildings and department stores, one or more facility information output systems are extracted and output instruction signals are output. Since it was made to transmit, the suitable information of a target facility can be provided to a pedestrian.
[0019]
According to another embodiment of the present invention, the facility information output system is assigned a different facility information output instruction signal code, and outputs the facility information when an instruction signal of the assigned code is received. The output instruction signal transmission means includes instruction signal code registration means for registering the instruction signal code of the facility, and instruction signal code extraction means for extracting the instruction signal code of the facility detected by the facility detection means. Prepared. Here, it is preferable that the instruction signal code registering unit registers an instruction signal code that differs at least between a plurality of adjacent facility information output systems. The instruction signal code registering means registers different instruction signal codes among a plurality of facility information output systems installed close to each other at a distance shorter than the distance that the output instruction signal transmitting means can transmit the output instruction signal. It is more preferable that
[0020]
According to such a configuration, by assigning different instruction signal codes between adjacent facilities, it is possible to specify a target facility for outputting facility information from among a plurality of facilities detected by the facility detecting means.
[0021]
According to another embodiment of the present invention, it further comprises output format instruction signal generation means for generating an output format instruction signal for instructing an output format of facility information to the facility information output system, and the output instruction signal transmission The means transmits the generated output format instruction signal to the facility information output system. Here, it is preferable that the output format instruction signal generation unit includes an output format instruction signal selection unit that selects an output format instruction signal of facility information based on the attribute of the pedestrian.
[0022]
According to such a configuration, based on the pedestrian attributes such as whether the pedestrian is a visually impaired person, a hearing impaired person, or an elderly person, the output format of the facility information is selected from voice, text, vibrator, or the like and output. be able to.
[0023]
According to another embodiment of the present invention, the output instruction signal transmitting means outputs the facility information output instruction signal continuously for a predetermined time. Here, it is preferable to include an output time control means for controlling the output time of the output instruction signal based on the attribute of the facility. Furthermore, it is preferable that the output time control means controls the output time of the output instruction signal based on the current position of the pedestrian detected by the pedestrian position detection means.
[0024]
According to such a configuration, a sufficient output time can be secured until the pedestrian reaches the target facility by controlling the output time based on the facility attribute and the current position.
[0025]
Further, according to the second main aspect of the present invention, the instruction signal receiving means for receiving the facility information output instruction signal from the communication terminal of the pedestrian who has reached within the predetermined distance of the facility, and the instruction signal A facility information output means for outputting predetermined facility information, wherein the facility information output instruction signal is assigned a plurality of facility information output instruction signal codes, and the facility information output means is an instruction of the assigned code. A facility information output system is provided, which outputs the facility information when a signal is received.
[0026]
According to such a configuration, a facility information output system capable of providing pedestrians with information on target facilities for route guidance is obtained by performing in cooperation with the facility information providing system in the first main aspect described above. be able to.
[0027]
According to the third main aspect of the present invention, a pedestrian position detecting step for detecting the position of a pedestrian and a facility within a predetermined distance around the pedestrian based on the pedestrian position detection result of the detecting step. And a facility instruction output step for transmitting the instruction signal to a facility information output system that outputs information on the facility by receiving a predetermined instruction signal installed in the detected facility. A facility information providing method characterized by comprising:
[0028]
According to such a configuration, it is possible to obtain a facility information providing method that is suitably obtained by the facility information providing system according to the first main aspect described above.
[0029]
The other features and remarkable effects of the present invention can be understood more clearly by referring to the description of the following embodiments of the present invention and the attached drawings.
[0030]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, embodiments of the present invention will be described with reference to the drawings.
[0031]
FIG. 1 is a diagram showing an overall configuration of an embodiment of the present invention. The pedestrian denoted by reference numeral 1 in this figure is a visually handicapped person, and the route to the destination is guided by the facility information providing system 3 provided in the portable terminal 2 that is carried.
[0032]
This figure shows a state in which the pedestrian 1 has reached the point B of the intersection 4 from the direction indicated by the arrow A in the course of being guided along the route to the destination (not shown). This intersection 4 is a point where two roads 5 and 6 intersect, and pedestrian crossings 7a to 7d for pedestrians crossing the roads 5 and 6 are installed. In addition, pedestrian traffic lights 8a to 8h are installed in the vicinity of the pedestrian crossings 7a to 7d (only 8a is shown in FIG. 1). Furthermore, a subway entrance 9 is installed at the intersection D of the intersection 4. FIG. 2 schematically shows this intersection.
[0033]
As shown by an arrow R in the figure, the pedestrian 1 moves from the current position B of the intersection 4 to the point C where the pedestrian traffic light 8a is located by crossing the pedestrian crossing 7a by the facility information providing system 3. It is assumed that the route using the subway is guided from the subway entrance 9 at the point D where the pedestrian traffic light 8b (FIG. 2) is located across the pedestrian crossing 7b.
[0034]
A facility information output system 12 is attached to each of the pedestrian traffic lights 8a to 8h, the subway entrance 9 and the entrance 11 of the building 10 (only a part is shown). As shown in FIG. 3, the facility information output system 12 includes an instruction signal receiving unit 13 that receives a facility information output instruction signal transmitted from the portable terminal 2, and a predetermined facility when the instruction signal is received. A facility information output unit 15 that outputs information to the speaker 14 and notifies the pedestrian 1 by voice is provided. The sound to be notified may be a simple buzzer or music, or a message such as “Please go here”.
[0035]
The instruction signal receiving unit 13 receives different facility information output instruction signal codes assigned for each type of facility. The facility information output unit 15 is set to output the facility information when the received instruction signal code is a code assigned to the facility.
[0036]
In addition, the facility information output instruction signal code is assigned to a plurality of facilities adjacent to each other at a predetermined distance, even if the facilities are of the same type. Thereby, even when a plurality of facilities simultaneously receive the facility information output instruction signal code from the portable terminal 2, the facility information is output only to the facility information output system 12 of the facility to be guided to the pedestrian 1. Can do. Accordingly, the predetermined distance is preferably set based on a communication range L (indicated by a broken circle in FIG. 2) in which the portable terminal 2 can transmit the facility information output instruction signal code.
[0037]
In such a state, the facility information providing system 3 specifies the current position of the pedestrian 1 by transmitting and receiving radio waves with a GPS satellite at a predetermined period via a GPS (Global Positioning System) antenna 16. A target on the guidance route to the destination is searched based on the identified current position. In addition, a facility within a predetermined distance L from the current position of the pedestrian 1 is detected, and among the detected facilities, a facility information output system 12 attached to a facility set as a target of the guide route is detected. The portable terminal 2 outputs a predetermined facility guidance instruction signal. The facility information output system 12 that has received the facility guidance instruction signal notifies the pedestrian 1 of predetermined facility information by voice and notifies the pedestrian 1 of the traveling direction, the target facility, and the like. Thus, since the facility information for route guidance can be provided to the pedestrian 1 from the facility in the traveling direction, not from the portable terminal 2 at hand, reliable route guidance can be performed.
[0038]
Next, with reference to FIG. 3, a schematic configuration of the portable terminal 2 and the facility information providing system 3 provided in the terminal 2 will be described.
[0039]
First, the portable terminal 2 includes the GPS antenna 16, the facility information providing system 3 connected to the antenna 16, the data storage unit 18, and a pedestrian for inputting information such as a starting point and an end point. An input unit 20, a display 21 that notifies route guidance and facility information for the pedestrian 1 by voice, vision, and vibration, a speaker 22, and a vibrator 23 are provided.
[0040]
Further, the portable terminal 2 has a map data receiving unit 24, and stores digital map data 26 from the electronic map host indicated by 25 in this figure in the data storage unit 18 through, for example, a wireless network. .
[0041]
The data storage unit 18 includes a pedestrian attribute storage unit 27 that stores pedestrian attributes, a facility information storage unit 28 that registers the attribute of each facility and an instruction signal code to the facility information output system 12, a guidance route, A guide route storage unit 29 is provided for registering in association with a facility that is installed on the route and is a target for route guidance.
[0042]
The pedestrian attribute storage unit 27 is a place for storing pedestrian attributes so that a more preferable route search can be performed in accordance with the degree of pedestrian failure. Examples of such pedestrian attributes include presence / absence of disability, degree of disability (visual acuity), gender, stride (height), wheelchair type (manual, automatic), and wheelchair exercise performance (impossible to tilt, etc.) , Age, etc. are registered.
[0043]
The facility information storage unit 28 stores the type of facility and different instruction signal codes assigned to a plurality of facility information output systems installed close to each other at a distance shorter than the communication range L. For example, in the example of FIGS. 1 and 2, five pedestrian traffic lights having the same facility type among the six facilities (8a, 8b, 8f, 8g, 8h, 11) within the communication distance L at the point B Different codes are assigned to each. Similarly, at points C and E, different codes are assigned to the respective facilities included within the communication distance L.
[0044]
The facility information providing system 3 includes a guide route searching unit 31 that searches the digital map data 26 for a route to the destination set for the pedestrian 1 and stores it in the guide route storage unit 29, and the GPS antenna 16. A pedestrian position detection unit 32 that detects the current position on the digital map data 26 based on the received position information of the pedestrian 1, and a pedestrian from the guidance route storage unit 29 based on the detected current position of the pedestrian 1. A target facility extraction unit 33 for extracting a target facility on a route to be guided to 1, a facility detection unit 34 for detecting a facility within a predetermined distance around the pedestrian 1 based on the detected current position of the pedestrian 1; When the facility detected by the facility detection unit 34 is the target facility extracted by the target facility extraction unit 33, the facility information output system 12 of this facility is output. And an output instruction signal transmitting section 35 for transmitting the command signal a predetermined time continues to.
[0045]
As shown in FIG. 4, the output instruction signal transmission unit 35 extracts the instruction signal code of the facility from the facility information storage unit 28 based on the type of facility detected by the facility detection unit 34. The output instruction signal generation unit 40 that generates an output instruction signal to be transmitted to the facility information output system 12 and the facility detected by the facility detection unit 34 are registered in the guide route storage unit 29 in association with the guide route of the pedestrian 1. A transmission necessity determination unit 41 that determines whether or not to transmit a facility information output instruction signal to the facility information output system 12 of the detected facility based on whether or not the target facility has been detected, and continues transmission of the instruction signal A transmission control unit 42 that controls the order of transmitting instruction signals when the facility detection unit 34 detects a plurality of target facilities registered in the guide route storage unit 29, while controlling the time; In the case where the facility guidance information notification unit 43 that notifies the pedestrian 1 of predetermined facility guidance information when the facility that has been put out is the target facility and a plurality of facility information output systems 12 are installed in the detected facility A facility information output system selection unit 44 that extracts one or more facility information output systems 12 that transmit the facility information output instruction signal.
[0046]
The output instruction signal generation unit 40 selects an output instruction format of facility information based on the attribute of the pedestrian 1 stored in the pedestrian attribute storage unit 27. For example, when the pedestrian 1 is a visually impaired person as in the present embodiment, sound is selected as the output format of the facility information. When the pedestrian 1 is a hearing impaired person, display on the display 21 or vibration of the vibrator 23 is selected.
[0047]
The transmission control unit 42 controls to sequentially transmit facility information output instruction signals to the target facilities according to the guidance route. In the example of FIGS. 1 and 2, guidance is provided by the transmission control unit 42 among the facilities (8a, 8b, 8f, 8g, 8h, 11) included in the communication distance L at the point B that is the current position of the pedestrian 1. The facility information output instruction signal is transmitted only to the target facility (pedestrian traffic light 8a) on the route. When the pedestrian 1 reaches the point C across the pedestrian crossing 7a, the facilities (8a, 8b, 8c, 8d, 9) within the communication distance L are detected, and the target on the guide route is detected from among the facilities. The facility (8c, 9) is extracted. The transmission control unit 42 transmits a facility information output instruction signal only to the pedestrian traffic light 8c in order to allow the pedestrian 1 to cross the pedestrian crossing 7b among these target facilities. Then, after a predetermined time has elapsed, the transmission destination of the facility information output instruction signal is switched to the subway entrance 9. Thereby, the pedestrian 1 can be reliably guided along the guide route.
[0048]
Here, the transmission control unit 42 sets the output time of the output instruction signal to the facility attribute stored in the facility information storage unit 28 or the current position of the pedestrian 1 detected by the pedestrian position detection unit 32. Control based on this. For example, in the case of the pedestrian traffic light 8, the length of the pedestrian crossing varies depending on the width of the crossing road. The time required for crossing varies depending on freedom. Therefore, in the pedestrian traffic light 8, the output time of the output instruction signal is set based on the average time required for the pedestrian 1 to cross, and even after the set time has elapsed, the pedestrian It is preferable that the facility information is continuously notified by confirming the current position of 1 until the pedestrian 1 to be guided crosses the pedestrian crossing. Note that the output of the instruction signal may be continued until the pedestrian 1 passes the target facility based on the current position of the pedestrian 1 without setting the output time.
[0049]
The facility guidance information notification unit 43 synthesizes a predetermined voice or message when the target facility is detected, and outputs the synthesized voice or message through the display 21, the speaker 22, or the vibrator 23 of the mobile terminal 2. It notifies the pedestrian 1 that it has been detected. As a result, the facility information can be provided to the pedestrian 1 from the facility in the traveling direction, and it can be provided that the target facility has been detected through the terminal 2 at hand. Can be provided.
[0050]
Each component described above is actually a certain area secured in the storage medium of the portable terminal 2 and a program installed in this area, and is called and executed on the RAM by a CPU (not shown). The functions of the present invention are achieved in cooperation with an OS (operation system).
[0051]
Hereinafter, detailed functions of the system 1 will be described together with actual operations with reference to FIG. In addition, S1-S14 of this figure is a code | symbol which shows a process order, and respond | corresponds to step S1-S14 of the following description.
[0052]
First, when the pedestrian 1 operates the portable terminal 2 to start route guidance, the GPS antenna 16 transmits / receives position information to / from a GPS satellite, and the position information received by the pedestrian position detection unit 32 is map data. The current position on the electronic map of the pedestrian 1 is detected by matching with the map data in the storage unit 26 (step S1). The pedestrian 1 is assumed that the guide route search unit 31 searches for a guide route based on the input destination and stores it in the guide route storage unit 29.
[0053]
Next, the target facility extraction unit 33 extracts the guide route of the pedestrian 1 and the target object (facility) on this route from the guide route storage unit 29 (step S2).
[0054]
Next, the facility detection unit 34 searches for a facility within a predetermined range around the pedestrian 1 (step S3). When the facility is searched, the transmission necessity determining unit 41 determines whether the searched facility is the target (facility) extracted by the target facility extracting unit 33 (step S4). Here, when a plurality of target facilities are detected, the transmission control unit 42 determines the order in which the facility information instruction signals are transmitted (steps S5 and S6).
[0055]
When a plurality of facility information output systems 12 are installed in the target facility, the facility information output system selection unit 43 selects one or more facility information output systems 12 that transmit a facility information instruction signal (step) S7, S8).
[0056]
For the target facility thus identified, the output instruction signal generation unit 40 stores the facility attributes (pedestrian traffic light, subway entrance, etc.) stored in the facility information storage unit 28 and the pedestrian attribute storage unit 27. An output instruction signal is generated based on the stored attribute of the pedestrian 1 (step S9). The generated output instruction signal is transmitted to a predetermined facility by the transmission control unit 42 (step S10).
[0057]
When the output instruction signal is transmitted, the facility guidance information notification unit 43 notifies the facility guidance information from the speaker or the like of the portable terminal 2 (step S11).
[0058]
The output instruction signal and facility guidance information described above are continuously transmitted by the transmission control unit 42 until a predetermined time elapses and until the pedestrian 1 passes through the target facility (steps S12 and S13).
[0059]
The processes in steps S5 to S13 are continued until all target facilities detected by the facility detection unit 34 are performed (step S14). Moreover, the process of this flowchart is continued until the pedestrian 1 reaches the destination set or until the pedestrian 1 turns off the facility information providing system 3 or the portable terminal 2.
[0060]
In addition, this invention is not limited to said embodiment, A various deformation | transformation is possible in the range which does not change the summary of invention.
[0061]
For example, in the above embodiment, information on facilities installed near intersections is provided, but the present invention is not limited to this. For example, a marker or tag embedded in a sidewalk or pedestrian crossing at predetermined intervals may receive an output instruction signal from the portable terminal 2 of the pedestrian 1 to sequentially output facility information such as voice and light. good.
[0062]
In addition, regarding a specific facility such as a toilet for a disabled person among the target facilities on the guidance route, the output instruction signal generation unit 40 may output the facility name by voice instead of a buzzer or the like.
[0063]
【The invention's effect】
As described above, according to the present invention, for a pedestrian who is difficult to visually find the location or entrance of a target facility such as an elderly person or a visually handicapped person, It is possible to provide a pedestrian facility information providing system and method that can provide appropriate information regarding a barrier-free facility or a facility that is a guide for a route to a destination.
[Brief description of the drawings]
FIG. 1 is a diagram showing an overall configuration of an embodiment of the present invention.
FIG. 2 is a plan view schematically showing the same.
FIG. 3 is a block diagram showing a schematic configuration of a facility information providing system.
FIG. 4 is a block diagram showing a configuration of an output instruction signal transmission unit.
FIG. 5 is a flowchart showing processing steps for providing facility information to a pedestrian.
[Explanation of symbols]
1 ... Pedestrian
2 ... Mobile terminal
3 ... Facility information provision system
4 ... Intersection
5, 6 ... road
7a to 7d ... Crosswalk
8a-8h ... Traffic light for pedestrians
9 ... Subway entrance
10 ... Bill
11 ... Entrance
12 ... Facility information output system
13 ... Instruction signal receiver
14 ... Speaker
15 ... Facility information output section
16 ... GPS antenna
18: Data storage unit
20 ... Input section
21 ... Display
22 ... Speaker
23. Vibrator
24 ... Map data receiver
26 ... Map data storage
27 ... Pedestrian attribute storage
28 ... Facility information storage
29 ... Guide route storage
31 ... Guide route search unit
32 ... Pedestrian position detector
33 ... Target facility extraction unit
34 ... Facility detector
35 ... Output instruction signal transmitter
40: Output instruction signal generator
41 ... Transmission necessity judgment unit
42. Transmission control unit
43 ... Facility information reporting section
44 ... Facility information output system selection section

Claims (27)

Pedestrian position detection means for detecting the position of the pedestrian,
Facility detection means for detecting a facility within a predetermined distance around the pedestrian based on the pedestrian position detection result of the detection means;
An output instruction signal transmitting means for transmitting an output instruction signal of the facility information to a facility information output system that outputs information on the facility by receiving a predetermined instruction signal installed in the detected facility. Facility information provision system characterized by The system of claim 1, wherein
Furthermore, a guidance route generation unit that generates a route for guiding the pedestrian based on the current position and the destination of the pedestrian detected by the pedestrian position detection unit;
A guide route registration means for registering the generated guide route in association with a facility installed on the route and serving as a target for route guidance;
The output instruction signal transmission unit is configured to determine whether the facility detected by the facility detection unit is a target facility registered in association with the pedestrian's guide route by the guide route registration unit. A facility information providing system for transmitting a facility information output instruction signal to a facility information output system. The system of claim 2, wherein
The output instruction signal transmission means sequentially outputs a facility information output instruction signal to the plurality of target facilities according to the guide route when the facility detection means detects a plurality of target facilities registered by the guide route registration means. A facility information providing system comprising a transmission control means for transmitting. The system of claim 2, wherein
The facility information providing system, wherein the output instruction signal transmitting means includes facility guidance information notifying means for notifying a pedestrian of predetermined facility guidance information when the detected facility is the target facility. The system of claim 2, wherein
The output instruction signal transmission means extracts one or more facility information output systems for transmitting a facility information output instruction signal when a plurality of facility information output systems are installed in the detected facility. A facility information providing system characterized by comprising means. The system of claim 1, wherein
Different facility information output instruction signal codes are assigned to the facility information output system, and this system outputs the facility information when receiving an instruction signal including the assigned code.
The output instruction signal transmission means includes instruction signal code registration means for registering the instruction signal code, and instruction signal code extraction means for extracting the instruction signal code of the facility detected by the facility detection means. Facility information provision system. The system of claim 6, wherein
The facility information providing system, wherein the instruction signal code registering means registers at least an instruction signal code between a plurality of adjacent facility information output systems. The system of claim 7, wherein
The instruction signal code registering unit registers different instruction signal codes among a plurality of facility information output systems installed close to each other at a distance shorter than a distance at which the output instruction signal transmitting unit can transmit the output instruction signal. The facility information provision system characterized by being. The system of claim 1, wherein
Furthermore, it comprises an output format instruction signal generating means for generating an output format instruction signal for instructing an output format of facility information to the facility information output system,
The facility instruction providing system, wherein the output instruction signal transmitting means transmits the generated output format instruction signal to a facility information output system. The system of claim 9, wherein
The facility information providing system, wherein the output format instruction signal generating means comprises output format instruction signal selecting means for selecting an output format instruction signal of facility information based on the attribute of the pedestrian. The system of claim 1, wherein
The facility instruction providing system, wherein the output instruction signal transmitting means outputs facility information output instruction signals continuously for a predetermined time. The system of claim 11, wherein
The facility information providing system further comprising output time control means for controlling the output time of the output instruction signal based on an attribute of the facility. The system of claim 12, wherein
The facility information providing system, wherein the output time control means controls the output time of the output instruction signal based on the current position of the pedestrian detected by the pedestrian position detecting means. Instruction signal receiving means for receiving a facility information output instruction signal from a communication terminal of a pedestrian that has reached within a predetermined distance of the facility;
Facility information output means for outputting predetermined facility information when receiving an instruction signal,
The facility information output instruction signal is assigned a plurality of facility information output instruction signal codes, and the facility information output means outputs the facility information when receiving the instruction signal of the assigned code. Facility information output system characterized by A pedestrian position detection step for detecting the position of the pedestrian,
Based on the pedestrian position detection result of the detection step, a facility detection step of detecting a facility within a predetermined distance around the pedestrian,
An output instruction signal transmitting step for transmitting the instruction signal to a facility information output system that outputs information on the facility by receiving a predetermined instruction signal installed in the detected facility. Facility guidance method. The method of claim 15, wherein
Furthermore, a guidance route generation step for generating a route for guiding the pedestrian based on the current position and the destination of the pedestrian detected by the pedestrian position detection step,
A guide route registration step of registering the generated guide route in association with a facility installed on the route and serving as a target for route guidance;
The output instruction signal transmission step is based on whether the facility detected in the facility detection step is a target facility registered in association with the pedestrian's guide route in the guide route registration step. A facility information providing method for determining whether or not to transmit a facility information output instruction signal to a facility information output system. The method of claim 16, wherein
In the facility detection step, when the output instruction signal transmission step detects a plurality of target facilities registered in the guide route registration step, a facility information output instruction signal is sequentially output to the target facilities according to the guide route. The facility information provision method characterized by including the transmission control process which transmits. The method of claim 16, wherein
The facility instruction providing method, wherein the output instruction signal transmitting step includes a facility guidance information notifying step of notifying a pedestrian of predetermined facility guidance information when the detected facility is the target facility. The method of claim 16, wherein
The output instruction signal transmitting step extracts a facility information output system that extracts one or more facility information output systems that transmit a facility information output instruction signal when a plurality of facility information output systems are installed in the detected facility. A facility information providing method comprising a process. The method of claim 15, wherein
Different facility information output instruction signal codes are assigned to the facility information output system, and this system outputs the facility information when receiving an instruction signal of the assigned code,
The output instruction signal transmission step includes an instruction signal code registration step for registering the instruction signal code, and an instruction signal code extraction step for extracting the instruction signal code of the facility detected in the facility detection step. How to provide facility information. The method of claim 20, wherein
The instruction signal code registration step is a method of registering an instruction signal code that differs at least between a plurality of adjacent facility information output systems. The method of claim 21, wherein
The instruction signal code registration step includes different instruction signals between a plurality of facility information output systems installed close to each other at a distance shorter than a distance at which the output instruction signal transmitting means for transmitting the output instruction signal can transmit the signal. A facility information providing method characterized by registering a code. The method of claim 15, wherein
And an output format instruction signal generating step for generating an output format instruction signal for instructing an output format of facility information to the facility information output system,
The facility instruction providing method, wherein the output instruction signal transmitting step transmits the generated output format instruction signal to a facility information output system. 24. The method of claim 23.
The facility information providing method, wherein the output format instruction signal generating step includes an output format instruction signal selecting step of selecting an output format instruction signal of facility information based on the attribute of the pedestrian. The method of claim 15, wherein
The facility instruction providing method, wherein the output instruction signal transmitting step outputs a facility information output instruction signal continuously for a predetermined time. 26. The method of claim 25, wherein
The facility information providing method further comprising an output time control step of controlling an output time of the output instruction signal based on an attribute of the facility. The method of claim 26.
In the facility information providing method, the output time control step controls the output time of the output instruction signal based on the current position of the pedestrian detected by the pedestrian position detection step.

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