JP2013003998A - Gate device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a gate device including an information display device which has an information display area of large area, changes the information display area associatively with the position of a moving body to enhance visibility to the moving body, and makes an information transmittable time long to provide necessary information characteristic of each moving body.SOLUTION: The gate device includes a ticket gate passage 11 where passengers move, and an information display device 16 which provides necessary information for the passengers. Further, the information display device includes a display screen 16A which is provided along the ticket gate passage and displays necessary information to the passengers, movement detection means (infrared sensor 14 etc.) of specifying a passenger and detecting his or her moving position, information display area determination means 32 of determining information display areas 41, 42, working together with the passenger, on the display screen based upon the moving position of the passenger that the movement detection means detects; and information display execution means 33 of displaying the necessary information in an information display area determined by the information display area determination means.

Description

  The present invention relates to a gate device, and more particularly, to a gate device including an information display device that determines and displays a wide display area for a passenger or the like in conjunction with a moving position of the passenger or the like passing through an automatic ticket gate or the like.

  For example, in a conventional automatic ticket gate installed at a ticket gate of a station, it is provided on the top surface of the ticket gate body when presenting required information to a passenger who wants to pass through the ticket gate passage by performing a ticket gate action. Information is displayed on the screen of the display device. Since the screen of the display device is restricted by the casing width of the ticket gate body, the display area is limited and the screen is a small area. The screen of the display device is usually installed at the exit side of the ticket gate, and information is displayed on the screen of the display device on condition that the passenger who has entered the ticket gate has reached a specific position on the passage. .

  As a prior art of the information display apparatus, an information display apparatus described in Patent Document 1 is known. At the entrance gate and exit gate of a toll road or the like, information is transmitted and received by performing radio wave communication between the roadside communication device and the vehicle-mounted communication device in order to collect charges. At this time, an information display device as a sign is provided on the roadside such as an entrance gate to provide information to a vehicle occupant. According to the information display device described in Patent Document 1, the information display device has a configuration that provides information in an optimal viewing area according to the traveling state (vehicle speed) of the traveling vehicle. Specifically, at least one viewing area corresponding to the classified vehicle speed is set on the display device, the vehicle speed is detected by the vehicle speed detection device, and the arrival of the vehicle is detected by the line sensor. Information is provided to the visual recognition area corresponding to the vehicle speed. As a result, it is possible to provide information in an optimal viewing area for each vehicle that travels regardless of the traveling speed of the vehicle.

Japanese Patent Laid-Open No. 10-172094 (FIG. 1, FIG. 2, etc.)

  Information display devices for providing information to passengers with conventional automatic ticket gates have the problem that the display area is small and visibility is low due to the limitations of the cabinet width of the ticket gate body, and the installation position For this reason, since information is displayed when the travel position of the passenger reaches a specific position, there has been a problem that the time for which information can be transmitted to one passenger is shortened. For this reason, according to the information display device of the conventional automatic ticket gate, it was not possible to provide the necessary unique information with high visibility to each passenger passing through the ticket gate passage in sufficient time. .

In the above example, a passenger who passes through an automatic ticket gate has been described. However, the above-described problem related to the information display device for a moving person is generally a moving body (for example, a parking lot or the like) that enters a gate device and moves on a moving path. This is a problem that can occur in the same way even in a moving car.
In addition, according to the information display device installed at the entrance gate of the toll road described in Patent Document 1, the vehicle occupant is in the rectangular display screen of the display device installed forward and upward at the entrance gate etc. The information displayed in the visual recognition area according to the vehicle speed of the own vehicle is visually recognized. Although it is a technical idea to change the viewing area according to the vehicle speed on the display screen of a normal display device, there is no restriction on the display area like the information display device of an automatic ticket gate. Further, there is no technical idea that the display area is changed in relation to the movement position in conjunction with the movement position on the movement path as the vehicle moves along the movement path.

  In view of the above problems, an object of the present invention is to realize a large area for an information display area, and change the information display area in conjunction with the movement position according to the movement position of the moving body moving on the movement path. Thus, there is provided a gate device provided with an information display device that can improve visibility to a moving body, extend information transmission time, and provide necessary unique information for each moving body. There is.

  In order to achieve the above object, the gate device according to the present invention is configured as follows.

  The first gate device (corresponding to claim 1) includes a moving path through which the moving body moves and an information display device that provides necessary information to the moving body. The information display device further includes a moving path. A display screen for displaying necessary information for the moving body, a movement detecting means for identifying the moving body and detecting its moving position, and a moving position related to the moving body detected by the movement detecting means. An information display area determining means for determining an information display area linked to the moving body on the display screen, and an information display executing means for displaying necessary information in the information display area determined by the information display area determining means. Configured to provide.

  In the above gate device, the display screen of the incorporated information display device is configured to have a relatively large area along the moving path, and the display area is determined for each moving body, and the moving position of the moving body is determined. In response to this, the display area is changed to display information specific to the moving object in the display area. As a result, visibility can be improved, information transmission time can be lengthened, and information transmission flexibility can be increased.

  In the above configuration, the second gate device (corresponding to claim 2) is preferably characterized in that the display screen is provided so as to coincide with the passage surface of the moving passage. Since the passage surface itself can be used as a display screen, a display area having a large area can be realized.

  In the above configuration, the third gate device (corresponding to claim 3) is preferably provided such that the display screen is aligned with the passage surface of the moving passage and the outer passage surface connected to the inlet and the outlet thereof. Features. According to this configuration, for example, it is possible to provide necessary information to a person trying to enter a moving passage such as a ticket gate passage before entering.

  In the above configuration, the fourth gate device (corresponding to claim 4) is preferably configured such that the information display area determined by the information display area determining means is based on the moving position of the moving body. It is a region set between the front side position and the rear side position of the preceding moving body. According to the display screen of this information display device, the display area can always be set at the front position of the person or the like according to the person or the like who moves, so that information can be provided effectively.

  In the fifth gate apparatus (corresponding to claim 5), preferably, the movement detection means is a plurality of moving body detection sensors arranged along the movement path, and the fifth gate device corresponds to the plurality of moving body detection sensors. It is characterized in that the moving position of each moving body that moves along the moving path is sequentially detected.

  In the above configuration, the sixth gate device (corresponding to claim 6) is preferably configured such that the information display device provided with the display screen is disposed on the passage surface of the moving passage and the movement detection is performed on the display screen of the information display device. A tactile sensation panel structure having a function of means is added, and the display screen detects the position of the contact portion of the moving body that touches the display screen by the tactile sensation panel structure and outputs the information as movement position information. To do. According to this configuration, since the display screen of the information display device and the movement detection means for detecting the movement position of the moving body can be configured integrally and more accurate movement position information can be acquired, high accuracy is achieved. It is possible to realize a display area determination and a novel information providing apparatus.

  In a seventh gate device (corresponding to claim 2), preferably, the moving path is a ticket gate, the moving body is a passenger, and the display screen is provided on the floor of the moving path. Features.

The present invention has the following effects.
An information display device incorporated in the gate device, and its display screen is provided along the movement path, and a display area is determined for each moving body (passenger, etc.) and linked to the movement position of the passenger in the movement path. Since the display area is displayed and information for each passenger is displayed, it is possible to realize a large area for the information display area, improving visibility for passengers, etc., increasing the time for information transmission, passengers, etc. The effect is that it is possible to provide necessary unique information for each event.
In addition, an automatic ticket gate is configured as a gate device, and the floor surface of the ticket gate passage is used as a display screen of an information display device. Automatic ticket gate can be realized.
The tactile panel structure is used as a movement detection means for detecting the movement position of passengers, etc., and is attached to the display screen portion of the information display device so as to be integrated. And the display area can be determined with higher accuracy.

FIG. 2 is a front view of one of the ticket gate main bodies viewed from the ticket gate passage side, showing an automatic ticket gate as a representative embodiment of the gate device according to the present invention. It is a block diagram regarding the internal structure of a control apparatus and an information display apparatus, and the structure of a periphery part by the automatic ticket gate which concerns on this embodiment. It is a flowchart which shows the flow of the display operation | movement of an information display apparatus. It is a flowchart which shows the flow of a process of display area determination. It is explanatory drawing which shows the 1st example of the state of the information display by an information display apparatus, and shows the example of a display state when one passenger passes the ticket gate passage. It is explanatory drawing which shows the 2nd example of the state of the information display by an information display apparatus, and shows the example of a display state when two passengers pass the ticket gate passage. It is the figure which shows the automatic ticket gate which is other embodiment of the gate apparatus which concerns on this invention, and shows the structure of the display screen of an information display apparatus especially.

  DESCRIPTION OF EMBODIMENTS Preferred embodiments (examples) of the present invention will be described below with reference to the accompanying drawings.

  A representative embodiment of a gate device according to the present invention will be described. In this embodiment, an example of an automatic ticket gate installed at a ticket gate of a station will be described. In this automatic ticket gate, as a typical example, a display screen of an information display device is provided on the floor surface (passage surface) of the ticket gate, and on this display screen, a passenger (or passenger, an example of a moving body) passes the ticket gate. When moving, a required display area is determined in conjunction with the moving position of the passenger, and information necessary for the passenger is displayed in the display area. When the position of the passenger changes, the position and area of the display area also change. With reference to FIG. 1 and FIG. 2, the structure of the apparatus regarding the information display apparatus with which the automatic ticket gate was equipped is demonstrated.

FIG. 1 shows a front view of one ticket gate body 10A of the automatic ticket gate 10 viewed from the ticket gate 11 side. In FIG. 1, for example, 11A is a passage entrance, and 11B is a passage exit. It is assumed that the passenger who is going through the ticket gate passage 11 moves in the direction indicated by the arrow D1.
Since the automatic ticket gate 10 can move in both directions, when the moving direction is opposite, the passage entrance and the passage exit are opposite.

  In the ticket gate main body 10A, an IC card touch part (IC card reader) 12 and a magnetic ticket insertion part (magnetic ticket reader) 13 are provided at the passage entrance 11A. In addition, a plurality of infrared sensors 14 are provided at a predetermined height on the inner surface of the ticket gate main body 10A to detect the location of a passenger or the like moving through the ticket gate passage 11. The plurality of infrared sensors 14 are arranged at required intervals, for example, three at the upper position, ten at the middle position, and four at the lower position, for a total of 17 infrared sensors. Is provided. The plurality of infrared sensors 14 are movement detection means for specifying a passenger who enters the ticket gate passage 11 and detects the movement position. Passengers entering from the passage entrance 11A and passing through the ticket gate passage 11 are detected by the corresponding infrared sensor 14 at each position, and the change state of the movement is detected. On the inner surface side of the ticket gate main body 10A, the passage entrance 11A and the passage exit 11B are each provided with an opening / closing door 15 for preventing passage. The opening / closing door 15 is driven by a door driving device 15A.

  The automatic ticket gate 10 further includes an information display device 16 for providing necessary information to individual passengers passing through the ticket gate passage 11. The information display device 16 is provided so as to coincide with the floor surface so that the display screen forms the floor surface of the ticket gate passage 11. That is, the display screen portion of the information display device 16 is installed in the ticket gate passage 11. In FIG. 1, an area 16 </ b> A indicated by hatching in the ticket gate passage 11 indicates a display screen portion (display unit) of the information display device 16. Thus, the display screen 16A of the information display device 16 is configured to be the floor surface of the ticket gate passage 11.

  Since the display screen 16A of the information display device 16 is preferably the floor surface (passage surface) of the ticket gate passage 11, at least one passenger passes through the display screen 16A. It has a structure and strength that can withstand such loads. That is, the portion of the display screen 16A of the information display device 16 has, for example, a plate-like form having substantially the same area as the floor surface of the ticket gate passage 11, and a translucent tempered glass on the uppermost surface. And an information display screen such as a liquid crystal on the lower side. Moreover, the area of the display screen 16A of the information display device 16 can be made to have an area that substantially coincides with the floor surface of the ticket gate passage 11, or the outside of each of the passage inlet 11A and the passage outlet 11B of the ticket gate passage 11. It can be enlarged as much as necessary to create a larger area.

  In addition to the display screen 16A, the information display device 16 includes an information display area determining means for determining an information display area linked to a passenger on the display screen 16A and the information display area determining means, as will be described later. Information display execution means for displaying unique information necessary for passengers in the determined information display area is provided. These information display area determining means and information display executing means are realized as functional means based on software by a control device which will be described later constituted by a computer.

  A control device 17 is provided inside the ticket gate main body 10A. The control device 17 includes a computer (an arithmetic processing unit (CPU), a memory, etc.). The control device 17 inputs and reads boarding ticket information, human detection information, etc. from each of the IC card touch unit 12, the magnetic ticket insertion unit 13, the plurality of infrared sensors 14, etc. ) Is detected, the ticket processing is performed, and the display operation and display contents of the information display device 16 and the operation of the open / close door 15 are controlled. In FIG. 1, reference numeral 18 denotes a warning light. Further, a warning sound generator (not shown in FIG. 1) is also provided.

  When a paid passenger enters the ticket gate 11, he or she touches the IC card touch unit 12 with a non-contact IC card or inserts a magnetic ticket into the magnetic ticket insertion unit 13 as a ticket gate action. The non-contact IC card and the magnetic ticket function as a boarding ticket. When the ticket gate action is performed, the control device 17 executes ticket processing, ticket gate control, and the like.

  FIG. 2 shows specific configurations of the control device 17, various devices on the input side, and various devices on the output side in the automatic ticket gate 10. In FIG. 2, the control device 17 performs information processing and generates various control signals. In the arithmetic processing unit 21, a detection information processing unit 31, an information display area determination unit 32, an information display It has a memory 22 for storing programs and data for realizing functional means such as execution means 33, ticket processing means 34, and ticket gate control means 35. The arithmetic processing unit 21 includes a detection information processing function by the detection information processing means 31, an information display control function by the information display area determining hand 32 and the information display execution means 33, a ticket processing function by the ticket processing means 34, and a ticket gate control means 35. It has a ticket gate control function.

The detection information processing means 31 acquires position information of passengers (objects) detected by each infrared sensor 14 based on detection signals from the plurality of infrared sensors 14, and specifies each passenger. Manages information on sequential position changes for each passenger. The detection information processing means 31 reads, processes, and manages the detection information based on the ticket gate action (IC card touch, magnetic ticket insertion) in the IC card touch unit 12 and the magnetic ticket insertion unit 13.
The information display area determination means 32 determines an information display area to be presented to each passenger on the display screen 16A of the information display device 16 for at least one passenger who has performed a ticket gate action at the IC card touch unit 12 or the like. decide. The information display execution means 33 of the arithmetic processing unit 21 displays information for each passenger in the information display area determined for each passenger.
The boarding ticket processing means 34 determines and processes the validity of the IC card, whether or not the boarding fee is legally paid for a passenger who has performed a ticket gate action at the IC card touch unit 12 or the like.
The ticket gate control means 35 controls the opening / closing operation of the opening / closing door 15, the lighting operation of the warning lamp 18, the sounding operation of the warning sound generator, etc. based on the information obtained by the ticket processing means 34.

  Next, the control flow of the information display operation based on the information display device 16 in the automatic ticket gate 10 will be described with reference to FIGS. In this example, a case where one or two passengers enter the ticket gate 11 of the automatic ticket gate 10 will be described.

  FIG. 3 shows the flow of the display operation on the display screen 16A based on the information display area determining means 32 of the information display device 16.

  In the first processing step S11, passenger position information and ticket information are acquired. Passenger position information is acquired by any one of the plurality of infrared sensors 14 and the detected information processing means 31. The ticket information is acquired by the IC card touch unit 12 and the detection information processing means 31. In the next determination step S12, it is determined whether there is a passenger. When it is determined that there is no passenger (NO) in the determination step S12, general information is displayed on the entire display screen 16A of the information display device 16 (processing step S13), and the processing flow ends. To do. The display of general information in the processing step S13 is not information for a specific passenger but information when there is no passenger, and displays information about whether or not the automatic ticket gate 10 can pass and advertisements.

  If it is determined in the determination step S12 that there is a passenger (YES), a routine for determining the display area is executed (processing step S14, information display area determining means 32). The specific processing content of processing step S14 is shown in FIG. When the display area for the passenger is determined on the display screen 16A in the processing step S14, unique or general information corresponding to the passenger is displayed in the determined display area (processing step S15, information display execution). Means 33). The information displayed in the determined display area is, for example, passenger passability information, boarding ticket information, and advertisement information regarding the passenger.

  The processing content of the display area determination will be described with reference to FIG. The flowchart of FIG. 4 shows the contents of the above-described processing step S14.

  Based on the passenger information obtained in the previous processing step S11, in the first processing step 21, the passenger is set as the first passenger in the aisle in the ticket gate passage 11. The variable “passenger R” is assigned the first passenger in the aisle. In the next determination step S22, it is determined whether or not there is a preceding passenger in the ticket gate passage 11 for the passenger R set as the head passenger in the passage. If NO in the determination step S22, there is no one in the ticket gate passage 11 in front of the passenger R. Therefore, for example, the entire display area for the passenger R on the display screen 16A is determined in front of the passenger R. (Processing step S23). On the other hand, if YES in the determination step S22, there is a preceding passenger in the ticket gate passage 11 in front of the passenger R, so the display area for the passenger R on the display screen 16A is behind the preceding passenger. Thus, the area is determined to be in front of the passenger R (processing step S24). In this way, the display area of the information display for the passenger R on the display screen 16A of the information display device 16 is determined. The display area determined for the passenger R in the processing step S23 or S24 in the processing step S14 is the passenger R's information based on the passenger position information acquired in the processing step S11 every time the movement position of the passenger R changes thereafter. Processing is performed so as to automatically change according to the moving position. In other words, the display area for the passenger R (first passenger in the aisle) on the display screen 16A of the information display device 16 is linked to the moving position of the passenger R while satisfying the condition that it is displayed at the front position of the passenger R. Move.

  In the flowchart of FIG. 4, in subsequent determination step S <b> 25, it is determined whether or not there is a next customer in the passage in the ticket gate passage 11. When there is no next customer in the aisle in the determination step S25 (in the case of NO), the display area determination process is terminated. When there is a next passenger in the aisle in the determination step S25 (in the case of YES), the passenger R is set as the next customer in the aisle (processing step S26), and the process returns to the determination step S22. Thereafter, the processing steps S23, S24, etc. are repeated for the passenger R who is the next passenger in the aisle. In this case, since the first passenger in the aisle exists, the display area for the passenger R (next passenger in the passage) is behind the first passenger in the passage and ahead of the passenger R (next passenger in the passage). Is determined and displayed. When there is a passenger in the aisle, the information display area for the passenger R (second passenger in the aisle) on the display screen 16A of the information display device 16 is similarly determined, and the passenger R (second passenger in the aisle) is determined. The display area determined with respect to each time the travel position of the passenger R changes thereafter is processed so as to automatically change according to the travel position of the passenger R based on the passenger position information acquired in the processing step S11. Is done.

  A first example of the state of information display by the information display device 16 is shown in FIG. In this example, the case where there is one passenger passing through the ticket gate passage 11 is shown. In FIG. 5, for convenience of explanation, the picture of “passenger” is illustrated in a simplified manner by two parts, a head part and a body part, and the lower end of the body part is below the foot. FIG. 5A shows a state in which the passenger A performs a ticket gate action with the automatic ticket gate 10 and enters the passage entrance 11A of the ticket gate passage 11, and when the presence and position of the passenger A are detected by the predetermined infrared sensor 14. Based on the above processing function of the information display device 16, the display area 41 is displayed on the display screen 16A. In this case, since there is no preceding passenger in front of the passenger A, almost the entire display screen 16A is the display area 41. Thereafter, as shown in FIGS. 5B and 5C, when the passenger A moves through the ticket gate 11, the position and area of the display area 41 also change in conjunction with the movement position of the passenger A. In addition, in the portion of the display screen 16A behind the passenger A, when there is no next passenger, the special display area disappears. 5B shows a state in which the passenger A has moved to almost the center position of the ticket gate passage 11, and FIG. 5C shows a state in which the passenger A has exited from the passage exit 11B of the ticket gate passage 11.

  A second example of the information display state is shown in FIG. In this example, a case where two passengers pass through the ticket gate passage 11 is shown. In FIG. 6, for example, in a state where the passenger A performs a ticket gate action with the automatic ticket gate 10 as described above and enters the passage entrance 11 </ b> A and moves to almost the center position, then the passenger B becomes the ticket gate passage 11 as the next passenger in the passage. It shows the state that has entered. In this case, the display area 42 is similarly determined and displayed on the display screen 16A for the passenger B who is the next passenger in the aisle. As a result, on the display screen 16A of the information display device 16, a display area 41 for the passenger A and a display area 42 for the passenger B are formed. In each of the two display areas 41 and 42, unique information corresponding to the passengers A and B is displayed. Similarly, when the number of passengers exceeds two, the display screen 16A of the information display device 16 is further divided according to the number of passengers, and a display area for each passenger is displayed.

  As described above, according to the information display based on the display screen 16A of the information display device 16 incorporated in the automatic ticket gate 10 according to the present embodiment, each passenger according to the passenger who has entered the ticket gate passage 11 of the automatic ticket gate 10. Appropriate information display can be performed, the display screen can be enlarged, visibility can be improved, and information transmission time can be extended.

In the information display device 16 of the automatic ticket gate 10 according to the above-described embodiment, the components can be modified as follows.
As a detection means for identifying the passenger and detecting the movement position of the passenger, an imaging device (camera, etc.), a distance measuring sensor (laser distance sensor, etc.), a mat sensor, etc. are used instead of the plurality of infrared sensors 14 described above. Can do.
Moreover, although the display screen 16A of the information display device 16 is the floor surface (passage surface) of the ticket gate passage 11, it is not limited to this. For example, it may be a display plate member provided on the inner wall surface of the ticket gate main body 10A, on the side or above the ticket gate passage 11, and the like.
Furthermore, instead of the display unit having a structure for forming a display screen, information can be projected and displayed on a predetermined surface by a projector or the like.
In the above embodiment, an example of an automatic ticket gate installed at a ticket gate of a station has been described. However, the gate device according to the present invention is not limited to an automatic ticket gate. It can be applied to gate devices in general. For example, in a gate device installed in a parking lot or the like, it can be used as an information display device that individually provides guidance information to a moving body such as an automobile that is going to pass through the gate device. It can also be used as an information display device on toll roads (highways, etc.), escalators, entrance gates on moving walkways, and intermediate roads.

  Next, another embodiment of the gate device according to the present invention will be described with reference to FIG. In this embodiment, in the information display device 16 in the automatic ticket gate 10 described above, as means for identifying a passenger (moving body) and detecting its moving position, it is well known in place of the plurality of infrared sensors 14 described above. The tactile sensation panel structure 51 is used. The tactile panel structure 51 has a plate shape. As described above, the display screen 16A of the information display device 16 is installed on the floor surface of the ticket gate passage 11 (indicated by a cross-sectional area in FIG. 7). The tactile panel structure portion is located above the display screen 16A. 51 is arranged. The tactile sensation panel structure 51 has a large number of tactile sensors arranged in a matrix on the surface. When the passenger walks on the tactile panel structure 51, the tactile sensation panel structure 51 is affected by the weight load based on the contact of the passenger's feet. It is possible to accurately detect the moving position of the passenger. In this way, the position of the contact portion of the passenger who has touched the display screen 16A, that is, the tactile panel structure 51 is detected by the tactile panel structure 51 and output as information on the movement position. Using the information on the moving position of the passenger output from the tactile sensation panel structure unit 51, the display area for each passenger can be determined and displayed on the display screen 16A as described above.

  The configurations, shapes, sizes, and arrangement relationships described in the above embodiments are merely schematically shown to the extent that the present invention can be understood and implemented. Therefore, the present invention is not limited to the described embodiments, and can be variously modified without departing from the scope of the technical idea shown in the claims.

  The gate device according to the present invention is used in an automatic ticket gate for passengers to pass through, and provides a display screen of an information display device having a large area by using a ticket gate passage for passengers to pass through. And is used to display information with high visibility and a long information transmission time for the passenger or the like.

DESCRIPTION OF SYMBOLS 10 Automatic ticket gate 10A Ticket gate main body 11 Ticket gate 11A Passage entrance 11B Passage exit 12 ID card touch part 13 Magnetic ticket insertion part 14 Infrared sensor 15 Opening / closing door 15A Door drive device 16 Information display device 16A Display screen 17 Control device 18 Warning light DESCRIPTION OF SYMBOLS 21 Arithmetic processing part 22 Memory 31 Detection information processing means 32 Information display area decision means 33 Information display execution means 34 Passenger ticket processing means 35 Ticket gate control means 41 Display area 42 Display area 51 Tactile panel structure part

Claims (7)

A gate device having a moving path along which the moving body moves and an information display device that provides necessary information to the moving body;
The information display device includes:
A display screen provided along the moving path for displaying the necessary information for the moving body;
Movement detecting means for identifying the moving body and detecting the moving position;
Information display area determining means for determining an information display area linked to the moving body on the display screen based on the moving position of the moving body detected by the movement detecting means;
Information display execution means for displaying the necessary information in the information display area determined by the information display area determination means,
A gate device characterized by that.   The gate device according to claim 1, wherein the display screen is provided so as to coincide with a passage surface of the moving passage.   2. The gate device according to claim 1, wherein the display screen is provided so as to coincide with a passage surface of the moving passage and an outer passage surface connected to an inlet and an outlet thereof.   The information display area determined by the information display area determination means is set between a front position of the moving body and a rear position of the preceding moving body with reference to the moving position of the moving body. The gate device according to claim 1, wherein the gate device is a region.   The movement detection means is a plurality of moving body detection sensors arranged along the moving path, and each of the plurality of moving body detection sensors sequentially detects a moving position of the moving body moving on the moving path. The gate device according to claim 1, wherein the gate device is a gate device.   The information display device provided with the display screen is disposed on a passage surface of the movement passage, and a tactile panel structure unit having a function of the movement detection unit is added to the display screen of the information display device. The position of the contact part of the said moving body which contacts this display screen is detected by the said touch panel structure part, and it outputs as the information of the said movement position, The description of any one of Claims 1-4 characterized by the above-mentioned. Gate device.   The gate device according to claim 1, wherein the moving path is a ticket gate passage, the moving body is a passenger, and the display screen is provided on a floor surface of the moving passage. .

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