JP2017157123A - Passage permission/rejection determination system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide means enabling each system to correctly determine whether to permit or reject passage even if there are a plurality of systems that determine whether passers-by should be permitted or rejected to pass through.SOLUTION: A passage permission/rejection determination device 11A determines whether a passer-by carrying around a recording medium 12A should be permitted to pass through or not on the basis of passage record data read from the recording medium 12A. If passage record data read from a recording medium 12A of a passer-by who is going to enter shows an entrance state, or if passage record data read from a recording medium 12A of a passer-by who is going to exit shows an exit state, the passage permission/rejection determination device 11A receives the same passage record data as latest passage record data stored in a recording medium 12B carried around by the passer-by from a server device 13B via a server device 13A, and uses it for passage permission/rejection determination.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a technique for determining whether or not a passerby can pass.

  There are spaces such as stations, conference halls, office buildings, etc., where only persons with permits such as tickets, admission tickets and ID cards are allowed to enter and exit. In many cases, gates for restricting the passage of people who do not have a valid permit are arranged at the entrances and exits of these spaces.

  When traffic is restricted by the gate device, it is usually necessary for the passer-by to stop in front of the gate device and to have the gate device read a permit such as a ticket. In addition, when passers-by who want to enter or exit concentrate at the same time, a queue is created upstream of the gate device.

  Techniques for reducing or eliminating the disadvantages of the gate device as described above have been proposed. For example, in Patent Document 1, when a user's traffic is detected in a floor unit laid on a floor of a specific area of a station concourse, communication between the floor unit and the ticket gate information recording medium is performed, and the ticket gate information A free gate ticket gate system for confirming the validity of the recording medium and displaying on the display unit of the floor unit that the user does not carry the ticket gate information recording medium or that the ticket gate information recording medium is valid / invalid. Proposed.

  According to the free gate ticket system described in Patent Document 1, it is not necessary to cause the gate device to read the ticket information recording medium when passing through the entrance / exit to the concourse of the station. In addition, no queue is created upstream of the gate device.

JP2013-152665A

  For example, if a free gate ticket system is newly introduced in a situation where the gate ticket system is widespread, replacing all the gate ticket systems with the free gate ticket system all at once is the installation period, cost, etc. Not realistic from the point of view. Therefore, the gate ticket gate system and the free gate ticket gate system coexist.

  Under the circumstances described above, for example, when a passerby enters from a ticket gate where a gate gate system is installed and enters a ticket gate where a free gate ticket system is installed, the passer's free gate Since there is no entry record in the ticket gate system, it is determined that the entry is illegal.

  The above problem is not limited to the case where the gate ticket gate system and the free gate ticket gate system coexist, but always occurs when there are a plurality of different systems that determine whether or not a passer-by can pass.

  In view of the above-described background, the present invention provides means that enables each of these systems to correctly determine whether or not to pass even if a plurality of different systems that determine whether or not a passer-by can pass.

  In order to solve the above-described problem, the present invention stores identification information of a plurality of recording media carried by a passerby in association with each other, and information read from one of the plurality of recording media Passage for determining passability based on information read from another recording medium different from the one of the plurality of recording media, using information indicating a result of passability determination based on the An availability determination system is provided as a first aspect.

  According to the passability determination system of the first aspect, information indicating the result of passability determination performed in each of a plurality of different systems that perform passability determination of passers-by is used mutually. Each of the systems can correctly determine whether to pass.

  In the passability determination system according to the first aspect, reading means capable of reading information from the one recording medium and not reading information from the other recording medium, and information from the one recording medium The second aspect may be configured to include a reading unit that cannot read the information and can read information from the other recording medium.

  According to the passability determination system of the second aspect, even if a recording medium used as a pass ticket in one system cannot be used in the other system, each of those systems correctly determines whether or not it can pass. Can do.

  In the passability determination system according to the first or second aspect, information indicating a result of passability determination based on information read from the other recording medium is stored in the one recording medium and the other recording medium. A configuration in which the information is stored in association with each other may be employed as the third aspect.

  In the passage permission determination system according to any one of the first to third aspects, information indicating a result of the passage permission determination based on the information read from the one recording medium is stored in the one recording medium and the other recording medium. A configuration of storing in association with each recording medium may be employed as the fourth aspect.

  According to the passability determination system of the third or fourth aspect, the result of the passability determination in one system is stored in association with a recording medium used as a passport in the other system. The system determines whether or not traffic is permitted.

  In the passability determination system according to any one of the first to fourth aspects, information indicating a result of passability determination based on information read from the other recording medium is written to the one recording medium. May be employed as the fifth aspect.

  In the passability determination system according to any one of the first to fifth aspects, the information indicating the result of passability determination based on the information read from the one recording medium is written to the other recording medium. May be employed as the sixth aspect.

  According to the passage permission determination system of the fifth or sixth aspect, the result of the passage permission determination in one system is stored in a recording medium used as a passage ticket in the other system. Whether or not is possible is promptly determined.

The figure which showed the whole structure of the passability determination system concerning one Embodiment. The figure which showed the hardware constitutions of the radio | wireless communication apparatus concerning one Embodiment. The figure which showed the data memorize | stored in the radio | wireless communication apparatus concerning one Embodiment. The figure which showed the function structure of the radio | wireless communication apparatus concerning one Embodiment. The figure which showed the hardware constitutions of the control apparatus concerning one Embodiment. The figure which showed the function structure of the control apparatus concerning one Embodiment. The figure which showed the hardware constitutions of the server apparatus concerning one Embodiment. The figure which showed the function structure of the server apparatus concerning one Embodiment. The figure which showed the data structure of the traffic record database memorize | stored in the server apparatus concerning one Embodiment. The figure which showed the data structure of the correspondence table memorize | stored in the server apparatus concerning one Embodiment. The figure which showed the processing flow at the time of performing the passability determination of the passerby who the passability determination system concerning one Embodiment tries to enter. The figure which showed the processing flow at the time of performing the passability determination of the passerby who the passability determination system concerning one Embodiment is going to enter.

[Embodiment]
Hereinafter, a passage permission / inhibition determination system 1 according to an embodiment of the present invention will be described. FIG. 1 is a diagram showing an overall configuration of a passability determination system 1. The passability determination system 1 includes a passability determination device 11A, a recording medium 12A that serves as a passable ticket when passing through the area where the passability determination device 11A is disposed, and the passability determination performed by the passability determination device 11A. Data including a determination result (hereinafter referred to as “passage record data”) is provided with a server device 13A that receives and accumulates data from the passability determination device 11A. In the present embodiment, the recording medium 12A is a wireless communication device capable of communicating with the passability determining device 11A by short-range wireless communication with a communication distance of about several meters.

  Further, the passability determination system 1 includes a passability determination device 11B, a recording medium 12B that plays the role of a passable ticket when passing through an area where the passability determination device 11B is disposed, and a pass performed by the passability determination device 11B. The server apparatus 13B is provided for receiving and storing the passage record data indicating the pass / fail judgment result from the pass / fail judgment apparatus 11B. The recording medium 12B is a wireless communication device capable of communicating with the pass / fail determination device 11B through short-range wireless communication with a communication distance of about several centimeters.

  Hereinafter, the passage permission determination device 11A and the passage permission determination device 11B are collectively referred to as the passage permission determination device 11. The recording medium 12A and the recording medium 12B are collectively referred to as the recording medium 12. The server device 13A and the server device 13B are collectively referred to as the server device 13.

  Although FIG. 1 shows one passage permission determination device 11A and one passage permission determination device 11B, the passage permission determination system 1 includes a number of passage permission determination devices 11A and a number of passage permission determination devices 11B. Yes. The passability determination device 11A and the passability determination device 11B are arranged in different areas, respectively, perform passability determination of passersby in the arranged areas, and perform predetermined processing according to the result of passability determination.

  The passage permission determination device 11A is a gateless type passage permission determination device. The passage permission determination device 11A includes a control device 111A and a spotlight array 112A. The control device 111A reads identification information (hereinafter referred to as “medium ID”) of the recording medium 12A and passing record data from the recording medium 12A carried by the passerby by short-range wireless communication. The control device 111A determines whether or not the passer-by can pass based on the read pass record data.

  When the control device 111A determines whether or not a passer-by can pass, the control device 111A gives the spotlight array 112A light of a color corresponding to the determination result (for example, blue when the pass is permitted and red when the pass is not possible). Instruct passers-by to irradiate. The spotlight array 112A irradiates light according to an instruction from the control device 111A. As a result, the passerby can know whether or not his / her pass is permitted.

  Further, when the control device 111A determines that passage of the passerby is permitted, the control device 111A transmits the passing record data indicating the determination result to the recording medium 12A by short-range wireless communication and, for example, to the server device 13A by wired communication. To do. Each of the recording medium 12A and the server device 13A stores traffic record data transmitted from the control device 111A.

  The passage permission determination device 11B is a gate type passage permission determination device. The passage permission determination device 11B includes a control device 111B and a gate 112B. The control device 111B reads the medium ID and the passage record data of the recording medium 12B from the recording medium 12B carried by the passerby by short-range wireless communication, and determines whether or not the passer can pass based on the read passage record data.

  When the control device 111B determines whether or not a passer can pass, the control device 111B performs an opening / closing operation according to the determination result of the pass / fail (for example, the open state is maintained when the pass is permitted, and the open is closed when the pass is not possible). Instruct. The gate 112B performs an opening / closing operation in accordance with an instruction from the control device 111B. As a result, the passer-by can pass through the open gate 112B when the pass is permitted, and cannot pass through the closed gate 112B when the pass is not allowed.

  When the control device 111B determines that the passerby is permitted to pass, the control device 111B transmits the passing record data indicating the determination result to the recording medium 12B by short-range wireless communication, and also transmits to the server device 13B by, for example, wired communication. To do. Each of the recording medium 12B and the server device 13B stores traffic record data transmitted from the control device 111B.

  Hereinafter, the control device 111A and the control device 111B are collectively referred to as the control device 111. Further, a passability determination system configured by the server device 13A and a large number of passability determination devices 11A is referred to as a system A, and a passability determination system configured by the server device 13B and a large number of passability determination devices 11B is referred to as a system B. Call.

  As described above, the recording medium 12 </ b> A serves as a pass ticket (i.e., a pass ticket for the A system) when passing the area where the pass / fail determining device 11 </ b> A is arranged. In addition, the recording medium 12B plays a role of a pass ticket (that is, a pass ticket of the B system) when passing through an area where the pass / fail determining device 11B is disposed. Accordingly, a passerby who passes both the area where the passability determining device 11A is arranged and the area where the passability determining device 11B is arranged carries both the recording medium 12A and the recording medium 12B.

  In FIG. 1, one recording medium 12A and one recording medium 12B are shown, but the number of recording media 12A and recording media 12B is a number corresponding to the number of passersby who carry them.

  FIG. 2 is a diagram illustrating a hardware configuration of the recording medium 12. The recording medium 12 includes a controller 121, a memory 122, and a communication I / F (Interface) 123. The recording medium 12 includes a battery or a power generation mechanism, but these are not shown in FIG.

  FIG. 3 is a diagram illustrating data stored in the memory 122. The memory 122 stores the medium ID of the recording medium 12 and a predetermined number of passage recording data. The traffic record data is a record having [entry time], [entrance location], [entrance time], [entrance location], [amount], and [balance] as fields, and is stored in the traffic record table in the order of the new entrance time. Has been.

  When the communication I / F 123 receives the traffic record data related to the entry from the control device 111, the memory 122 deletes the record with the oldest entry time from the pass record table in accordance with the control of the controller 121, and the received pass record data is the pass record table. Add to Further, when the communication I / F 123 receives the traffic record data related to the entry from the control device 111, the memory 122 stores the entry time of the received traffic record data among the records stored in the traffic record table in accordance with the control of the controller 121. Overwrite the current record (latest record) with the received traffic record data. Thereby, the traffic record table stored in the recording medium 12 is updated.

  FIG. 4 is a diagram illustrating a functional configuration of the recording medium 12. The recording medium 12 includes a reception unit 1201, a storage unit 1202, and a transmission unit 1203 as functional components. The receiving unit 1201 receives request data transmitted when the control device 111 reads data from the recording medium 12. The transmission unit 1203 transmits the medium ID and the latest traffic record data from the storage unit 1202 to the control device 111 according to the request data.

  The receiving unit 1201 receives the traffic record data transmitted when the control device 111 determines whether or not traffic is allowed. The storage unit 1202 updates the traffic record table using the traffic record data newly received by the receiving unit 1201.

  FIG. 5 is a diagram illustrating a hardware configuration of the control device 111. The control device 111 includes a processor 1111, a memory 1112, a communication I / F 1113, and a communication I / F 1114. A communication I / F 1113 is an interface through which the control device 111 communicates with the recording medium 12. The communication I / F 1114 is an interface through which the control device 111 communicates with the server device 13.

  FIG. 6 is a diagram illustrating a functional configuration of the control device 111. The functional configuration illustrated in FIG. 6 is realized by processing of the processor 1111 according to a program stored in the memory 1112, for example. The control device 111 includes a reading unit 1101, a determination unit 1102, a writing unit 1103, an instruction unit 1104, a transmission unit 1105, and a reception unit 1106 as functional components.

  Reading means 1101 reads the medium ID and the latest traffic record data from the recording medium 12. Specifically, the reading unit 1101 transmits request data to the recording medium 12, and receives a medium ID and traffic recording data transmitted from the recording medium 12 as a response.

  Note that the means 1101 included in the control device 111A cannot read data from the recording medium 12B. Similarly, the reading unit 1101 included in the control device 111B cannot read data from the recording medium 12A.

  The determination unit 1102 determines whether or not a passerby carrying the recording medium 12 can pass based on the passing record data read from the recording medium 12 by the reading unit 1101. For example, the determination unit 1102 stores fee data indicating a fee corresponding to each combination of various entry places and entry places, in order to determine whether or not to accept. Then, the determination unit 1102 indicates whether or not the balance indicated by the passage record data read from the recording medium 12 at the entrance is equal to or more than the minimum amount, and the balance indicated by the passage record data indicates the passage record data at the entrance. Judgment is made according to a predetermined standard such as whether or not the fee is more than the fee according to the combination of the entrance place and the entry place.

  If it is determined that the passerby is allowed to pass, the determination unit 1102 generates new pass record data if the pass is a pass accompanying admission, and reads first if the pass is a pass accompanying an entry. The means 1101 updates the traffic record data read from the recording medium 12.

  Specifically, when it is determined that the passer-by is permitted to enter, the determination unit 1102 generates a new record of the pass record data, and stores data indicating the current time in the field [entry time]. The field [entrance location] stores data indicating the area where the pass / fail determination device 11 is installed, and the field [balance] is the field [balance] of the traffic record data read from the recording medium 12 by the reading unit 1101 first. Store the data stored in.

  If it is determined that the passerby is allowed to participate, the determination unit 1102 indicates the current time in the field [participation time] of the pass record data read by the reading unit 1101 from the recording medium 12. Is stored in the field [entrance location], and data indicating the area where the access permission determination device 11 is installed is stored in the field [entrance location], and the fee corresponding to the combination of the entrance location and the entry location indicated by the traffic record data is stored in the field [fee]. In the field [Balance], data indicating the amount obtained by subtracting the charge indicated by the data stored in the field [Charge] from the balance indicated by the data stored in the field until then is stored.

  The writing unit 1103 writes the traffic record data in the recording medium 12 when the determination unit 1102 generates new traffic record data or updates the traffic record data.

  Note that the writing unit 1103 included in the control device 111A cannot write data to the recording medium 12B. Similarly, the writing unit 1103 included in the control device 111B cannot write data to the recording medium 12A.

  The instructing unit 1104 instructs the spotlight array 112A or the gate 112B to perform an operation corresponding to the determination result of the passage permission / inhibition by the determining unit 1102.

  When the determination unit 1102 generates new traffic record data or updates the traffic record data, the transmission unit 1105 transmits the traffic record data to the server device 13.

  In the above-described determination of whether or not traffic is allowed by the determination unit 1102, there is a case where information is insufficient with only the passing record data read from the recording medium 12.

  For example, when a passer-by enters the area where the passability determining device 11A is arranged and then tries to enter the area where the passability determining device 11B is arranged, data relating to the last entry is stored in the recording medium 12B. Is not remembered. Therefore, the passability determination device 11B in the area where the passerby is present cannot correctly determine whether the passerby can pass based on the pass record data read from the recording medium 12B.

  Further, after a passer-by enters in the area where the passability determining device 11A is arranged, the passerby enters the area where the passability determining device 11B is arranged, and in the area where another passability determining device 11A is arranged. When attempting to enter, the recording medium 12A does not store data relating to the last entry. Therefore, the passability determination device 11A in the area where the passerby is present cannot correctly determine whether or not the passerby can pass based on the pass record data read from the recording medium 12A.

  In such a case, the determination unit 1102 transmits request data for requesting transmission of the passerby record data of the passer-by stored in another system to the server device 13 via the transmission unit 1105. The request data includes the medium ID read from the recording medium 12.

  The receiving unit 1106 receives response data transmitted from the server device 13 as a response to the request data transmitted by the transmitting unit 1105. The response data includes the same medium ID as the medium ID included in the request data, and the latest traffic record data stored in another system.

  When the determination unit 1102 transmits the request data to the server device 13, other system traffic record data included in the response data transmitted from the server device 13 as a response and the traffic read from the recording medium 12. Based on the recorded data, it is determined whether or not traffic is permitted. Details of the processing of the passage permission / prohibition determination system 1 accompanying the passage permission determination by the determination unit 1102 will be described later.

  FIG. 7 is a diagram illustrating a hardware configuration of the server device 13. The server device 13 includes a processor 131, a memory 132, and a communication I / F 133. The communication I / F 133 is an interface that communicates with the control device 111 and communicates with the server device 13 of another system.

  FIG. 8 is a diagram illustrating a functional configuration of the server device 13. The functional configuration illustrated in FIG. 8 is realized by processing of the processor 131 according to a program stored in the memory 132, for example. The server device 13 includes a reception unit 1311, a storage unit 1312, a transmission unit 1313, a reception unit 1314, and a transmission unit 1315 as functional components.

  The receiving unit 1311 receives the passage record data transmitted from the control device 111 when the control device 111 determines whether or not the passage is permitted and it is determined that the passage is permitted. The traffic record data is accompanied by a medium ID.

  The storage unit 1312 stores the travel record data received by the receiving unit 1311. The storage unit 1312 stores correspondence data indicating the correspondence between the recording medium 12A carried by the same passerby and the medium ID of the recording medium 12B.

  FIG. 9 is a diagram exemplifying the data configuration of the traffic record database stored in the storage unit 1312. The traffic record database is a collection of traffic record tables corresponding to each medium ID. The traffic record table included in the traffic record database is the same as the communication record table (FIG. 3) stored in the recording medium 12 identified by the corresponding medium ID.

  FIG. 10 is a diagram illustrating a data configuration of the correspondence table stored in the storage unit 1312. The correspondence relationship table is a collection of records corresponding to each passerby, and has [System A] and [System B] as fields. The field [System A] stores the medium ID of the recording medium 12A carried by the passerby. The field [System B] stores the medium ID of the recording medium 12B carried by the passerby.

  For example, before using the passability determination system 1, the passerby notifies the administrator of the passability determination system 1 of the medium IDs of the recording medium 12A and the recording medium 12B carried by him / her. The record in the correspondence table stores the medium IDs so notified in association with each other.

  Returning to FIG. 8, the description of the functional configuration of the server device 13 is continued. The receiving unit 1311 receives request data transmitted when the control device 111 determines that there is insufficient information in the determination of whether or not to pass, in addition to the above-described reception of the passing record data. The request data includes a medium ID read from the recording medium 12 by the control device 111.

  The transmission unit 1313 transmits the request data received by the reception unit 1311 from the control device 111 to the server device 13 of another system. That is, the transmission unit 1313 of the server device 13A of the system A transmits the request data received from the control device 111A to the server device 13B of the system B. Similarly, the transmission means 1313 of the server device 13B of the system B transmits the request data received from the control device 111B to the server device 13A of the system A.

  The receiving unit 1314 receives response data transmitted from the server device 13 of another system as a response to the request data transmitted from the transmitting unit 1313. The response data includes the medium ID included in the request data and the latest pass record data in another system of the passerby corresponding to the medium ID.

  The transmission unit 1315 transmits the response data received by the reception unit 1314 from the server device 13 of another system to the control device 111 as a response to the request data received by the reception unit 1311 from the control device 111.

  When request data is transmitted from the server device 13 of another system, the receiving unit 1314 receives the request data. The request data includes the medium ID of the recording medium 12 of another system. A process performed by the transmission unit 1313 when the reception unit 1314 receives request data from the server device 13 of another system will be described as an example where the transmission unit 1313 is the transmission unit 1313 of the server device 13A of the system A.

  When the receiving unit 1314 receives the request data from the server device 13B of the system B, the transmitting unit 1313 searches the correspondence table (FIG. 10) for a record storing the medium ID included in the request data in the field [system B]. To do. Subsequently, the transmission unit 1313 reads and reads a traffic record table corresponding to the medium ID stored in the field [System A] of the retrieved record from the traffic record database (FIG. 9) stored in the storage unit 1312. The latest record (traffic record data) is read from the travel record table. The transmission unit 1313 generates response data including the traffic record data thus read and the medium ID included in the request data, and transmits the response data to the server device 13B as a response to the request data received by the reception unit 1314.

  Next, a process performed by the passage permission determination system 1 when the determination unit 1102 determines whether the passage is permitted or not will be described. FIG. 11 is a diagram exemplifying a flow of processing performed by the passability determination system 1 when the passability determination of the passerby who is going to enter through the passability determination device 11A of the system A is performed. Note that the recording medium 12A is the recording medium 12B in the flow of processing performed by the passage permission determination system 1 when the passage permission determination of the passerby who is going to enter the system B through the passage permission determination device 11B is performed. The control device 111A is the control device 111B, the server device 13A is the server device 13B, and the server device 13B is the server device 13A.

  The control device 111A reads the latest traffic record data from the recording medium 12A (step S101). Subsequently, the control device 111A determines whether or not the passage recording data read from the recording medium 12A indicates a participation state (step S102). When the pass record data includes participation information, the pass record data indicates that the passer is in the participation state.

  When it is determined in step S102 that the passage recording data read from the recording medium 12A does not indicate the participation state (step S102; No), the control device 111A requests data for requesting passage recording data of the passerby in the system B. Is transmitted to the server device 13A (step S103). The server device 13A transmits the request data received from the control device 111A to the server device 13B (step S104).

  In response to the request data received from the server device 13A, the server device 13B specifies the medium ID of the system B corresponding to the medium ID included in the request data based on the correspondence table (FIG. 10), and responds to the specified medium ID. The latest record (passage record data) of the passage record table (FIG. 9) is read (step S105). The server device 13B transmits response data including the read traffic record data to the server device 13A (step S106). Server device 13A transmits the response data received from server device 13B to control device 111A (step S107).

  The control device 111A determines whether or not the passage record data included in the response data received from the server device 13A indicates a participation state (step S108). If it is determined in step S108 that the passage record data included in the response data received from the server device 13A does not indicate a participation state (step S108; No), the control device 111A performs a process when the passage is impossible (step S108). S109).

  When it is determined in step S108 that the passage record data included in the response data received from the server device 13A indicates the participation state (step S108; Yes), the control device 111A includes information (field) regarding the appearance of the passage record data. [Data of [participation time] and field [participation place]] are written in the latest traffic record data of the recording medium 12A (step S110).

  Subsequently, the control device 111A transmits the passage recording data included in the response data received from the server device 13A to the server device 13A together with the medium ID of the recording medium 12A (step S111). The server device 13A obtains information related to the appearance of the latest record in the traffic record table (FIG. 9) according to the medium ID received from the control device 111A, and information related to the event included in the traffic record data received from the control device 111A in step S111. (Step S112). In addition, the process of step S110-S112 is a process for reflecting the information regarding the participation performed by the passerby in the system B in the pass record data in the system A.

  In the determination in step S102, when it is determined that the traffic record data read from the recording medium 12A indicates a participation state (step S102; Yes), or after the processing in step S111 is completed, the control device 111A reads from the recording medium 12A. Based on the amount of money indicated in the field [balance] of the passage record data, the pass / fail determination is made (step S113).

  When it is determined in step S113 that the passage cannot be permitted (step S113; No), the control device 111A performs a process when the passage is impossible (step S109). If it is determined in step S113 that the traffic can be permitted (step S113; Yes), the control device 111A writes new traffic record data indicating information related to admission to the recording medium 12A (step S114).

  Subsequently, the control device 111A transmits the same passage recording data as the passage recording data written in the recording medium 12A in step S114 to the server device 13A together with the medium ID of the recording medium 12A (step S115). The server device 13A adds the traffic record data received from the control device 111A to the traffic record table (FIG. 9) corresponding to the medium ID received from the control device 111A (step S116). Note that the processing in steps S114 to S116 is processing for reflecting information related to entrance newly made by a passerby in the system A in the pass record data in the system A.

  After completing the process of step S115, the control device 111A performs a process when the passage is permitted (step S117).

  FIG. 12 is a diagram exemplifying a flow of processing performed by the passability determination system 1 when the passability determination of the passerby who is going to enter through the passability determination device 11A of the system A is performed. Steps S201 to S217 in FIG. 12 correspond to steps S101 to S117 in FIG. 11, respectively. Note that the recording medium 12A is the recording medium 12B in the flow of processing performed by the passage permission determination system 1 when the passage permission determination of the passerby who is going to enter the system B through the passage permission determination device 11B is performed. The control device 111A is the control device 111B, the server device 13A is the server device 13B, and the server device 13B is the server device 13A.

  The control device 111A reads the latest traffic record data from the recording medium 12A (step S201). Subsequently, the control device 111A determines whether or not the passage recording data read from the recording medium 12A indicates an entrance state (step S202). When the pass record data does not include entry information, the pass record data indicates that the passer is in the entrance state.

  When it is determined in step S202 that the passage recording data read from the recording medium 12A does not indicate an entrance state (step S202; No), the control device 111A requests data for requesting passage recording data of a passerby in the system B. Is transmitted to the server device 13A (step S203). The server device 13A transmits the request data received from the control device 111A to the server device 13B (step S204).

  In response to the request data received from the server device 13A, the server device 13B specifies the medium ID of the system B corresponding to the medium ID included in the request data based on the correspondence table (FIG. 10), and responds to the specified medium ID. The latest record (passage record data) of the passage record table (FIG. 9) is read (step S205). The server device 13B transmits response data including the read traffic record data to the server device 13A (step S206). Server device 13A transmits the response data received from server device 13B to control device 111A (step S207).

  The control device 111A determines whether or not the passage record data included in the response data received from the server device 13A indicates an entrance state (step S208). When it is determined in step S208 that the passage record data included in the response data received from the server device 13A does not indicate an entrance state (step S208; No), the control device 111A performs a process when the passage is impossible (step S208). S209).

  If it is determined in step S208 that the passage record data included in the response data received from the server device 13A indicates an entry state (step S208; Yes), the control device 111A provides information (field) on entry of the passage record data. New traffic record data obtained by copying the data stored in the field [balance] of the traffic record data read from the recording medium 12A into the field [balance]. Generate and write to the recording medium 12A (step S210).

  Subsequently, the control device 111A transmits the passage recording data included in the response data received from the server device 13A to the server device 13A together with the medium ID of the recording medium 12A (step S211). The server device 13A adds the traffic record data received from the control device 111A in step S211 to the traffic record table (FIG. 9) corresponding to the medium ID received from the control device 111A (step S212). Note that the processing in steps S210 to S212 is processing for reflecting information related to entrance made by a passerby in the system B in the pass record data in the system A.

  In the determination in step S202, when it is determined that the traffic record data read from the recording medium 12A indicates an entrance state (step S202; Yes), or after the processing in step S211 is completed, the control device 111A reads from the recording medium 12A. Based on the amount of money indicated by the field [balance] of the traffic record data, the pass / fail determination is made (step S213).

  If it is determined in step S213 that passage is not permitted (step S213; No), the control device 111A performs processing when passage is not possible (step S209). If it is determined in step S213 that traffic can be permitted (step S213; Yes), the control device 111A includes information on participation (field [participation time], field [participation location]) in the latest traffic record data on the recording medium 12A. Data) and the field [charge] and field [balance] data of the traffic record data are updated (step S214).

  Subsequently, the control device 111A transmits the same passage recording data as the passage recording data stored in the recording medium 12A updated in step S214 to the server device 13A together with the medium ID of the recording medium 12A (step S215). The server device 13A overwrites the latest traffic record data in the traffic record table (FIG. 9) corresponding to the medium ID received from the control device 111A with the traffic record data received from the control device 111A (step S216). Note that the processing in steps S214 to S216 is processing for reflecting information related to participation newly performed by a passerby in the system A in the passing record data in the system A.

  After completing the process of step S215, the control device 111A performs a process when the passage is permitted (step S217).

  According to the passability determination system 1 described above, the pass record data indicating the result of passability determination when the passerby finally passes the area where the passability determination device 11A of the system A is arranged is necessary. Accordingly, it is used for determining whether or not the system B can pass when passing through the area where the pass / fail determining device 11B of the system B is arranged. In addition, when the passerby passes through the area where the passability determining device 11B of the system B is finally passed, the pass record data indicating the result of passability determination of the pass is determined as necessary. It is used to determine whether or not the passage is permitted when the area where the determination device 11A is arranged passes. As a result, even if the system A and the system B coexist, the system A and the system B each correctly determine whether or not the passer-by can pass. Accordingly, a passer-by can enter through the gate-type passability determination device, enter the gateless-type passability determination device, and can enter or vice versa.

[Modification]
The embodiment described above can be variously modified. Examples of these modifications are shown below. Note that the above-described embodiment and the modifications described below may be combined as appropriate.

(1) In the above-described passability determination system 1, the server device 13A and the server device 13B directly transmit and receive data. Instead, a configuration may be employed in which the passability determination system 1 includes a relay server device, and the relay server device relays data communication between the server device 13A and the server device 13B.

(2) In the above-described passability determination system 1, the server device 13A and the server device 13B are configured as different devices. Instead of this, the server device 13A and the server device 13B may be configured as a single server device. In this modified example, the traffic record database (FIG. 9) stored separately in each of the server device 13A and the server device 13B of the above-described passability determination system 1 may be integrated into one database. That is, the passage recording tables of the recording medium 12A and the recording medium 12B carried by the same passer indicated by the medium ID stored in each record stored in the correspondence relationship table (FIG. 10) are integrated into one passage recording table. Also good.

(3) In the above-described passage permission determination system 1, the passage permission determination is performed by the control device 111. The place where the passability determination is performed is not limited to the control device 111. For example, the server device 13 may perform the passability determination.

(4) In the above-described passage permission / inhibition determination system 1, the passage permission determination is performed based on the passage recording data read from the recording medium 12. Instead of this, the determination as to whether or not traffic may be performed may be made based on the traffic recording data stored in the server device 13. Moreover, in this modification, the control apparatus 111 may memorize | store a traffic record database (FIG. 9). Further, in this modification, the recording medium 12 does not have to store the passage recording table (FIG. 3).

(5) In the above-described passability determination system 1, the recording medium that plays the role of a passable ticket in the system A is a wireless communication device that performs short-range wireless communication with a communication distance of about several meters, and communicates with the recording medium 12A. 11A of the passage permission / inhibition determination device which performs the permission determination of passage is a gateless type. Further, in the above-described passability determination system 1, the recording medium that plays the role of a passable ticket in the system B is a wireless communication device that performs short-range wireless communication with a communication distance of about several centimeters, and communicates with the recording medium 12B. The passage permission / inhibition determining device 11B that performs the passage permission determination is of a gate type. The types of the passability determination device 11 and the recording medium 12 employed in the system A and the system B are not limited to these.

  For example, as the recording medium 12, a magnetic ticket in which data is magnetically stored on a magnetic material applied to a sheet such as paper may be employed. In this case, for example, an ID of a credit card or prepaid card used by a passerby to purchase a magnetic ticket (for example, a hash value uniquely generated from a credit card number) is used as a medium ID of the magnetic ticket and the correspondence table (FIG. 10). ). And when issuing a magnetic ticket, IDs, such as the credit card used for the purchase of the said magnetic ticket, and a prepaid cart, are memorize | stored in a magnetic ticket. As a result, a system using a magnetic ticket can coexist with other systems. Therefore, a passer-by can enter the passage determination device using a magnetic ticket and enter the passage determination device using a wireless communication device, or vice versa.

(6) In the above-described passability determination system 1, two different systems, system A and system B, coexist. The number of systems that can coexist in the passability determination system 1 is not limited to two, and three or more different systems may coexist in the passability determination system 1.

(7) In the above-described passability determination system 1, the pass record data stored in the server device 13 is updated after the pass record data stored in the recording medium 12 is updated. The timing of updating the traffic record data is not limited to this. For example, the corresponding passage record data of the system B specified based on the correspondence relationship table (FIG. 10) may be updated at the timing when the passage record data of the system A is updated.

(8) In the above-described passage permission / inhibition determination system 1, the passage record data indicating the result of the passage permission / inhibition determination indicates the time and place of entry / exit that was properly performed. The type of information indicated by the traffic record data is not limited to this. For example, the traffic record data may indicate information related to entry or exit that has been performed illegally. Further, the traffic record data may indicate in which system the entry or exit is performed.

(9) In the passability determination system 1 described above, the functional configurations of the control device 111 and the server device 13 are realized by a processor performing processing according to a program. Instead of this, the control device 111 and the server device 13 may be configured as so-called dedicated devices.

DESCRIPTION OF SYMBOLS 1 ... Passability determination system, 11A ... Passability determination apparatus, 11B ... Passability determination apparatus, 12A ... Recording medium, 12B ... Recording medium, 13A ... Server apparatus, 13B ... Server apparatus, 111A ... Control apparatus, 111B ... Control apparatus 112A ... Spotlight array, 112B ... Gate, 121 ... Controller, 122 ... Memory, 123 ... Communication I / F, 131 ... Processor, 132 ... Memory, 133 ... Communication I / F, 1101 ... Reading means, 1102 ... Determination means DESCRIPTION OF SYMBOLS 1103 ... Writing means, 1104 ... Instruction means, 1105 ... Transmission means, 1106 ... Reception means, 1111 ... Processor, 1112 ... Memory, 1113 ... Communication I / F, 1114 ... Communication I / F, 1201 ... Reception means, 1202 ... storage means, 1203 ... transmission means, 1311 ... reception means, 1312 ... storage means, 13 3 ... transmission means, 1314 ... receiving means, 1315 ... transmission means

Claims (6)

The identification information of a plurality of recording media carried by a passerby is stored in association with each other, and information indicating the result of passability determination based on information read from one of the plurality of recording media is used. A passage permission / inhibition determination system that performs passage permission determination based on information read from another recording medium different from the one recording medium among the plurality of recording media. Reading means capable of reading information from the one recording medium and not reading information from the other recording medium;
The passage permission determination system according to claim 1, further comprising: a reading unit that cannot read information from the one recording medium and is capable of reading information from the other recording medium. The information indicating the result of passability determination based on information read from the other recording medium is stored in association with each of the one recording medium and the other recording medium. Pass / fail judgment system. The information indicating the result of passability determination based on the information read from the one recording medium is stored in association with each of the one recording medium and the other recording medium. The pass / fail determination system according to claim 1. The passability determination system according to any one of claims 1 to 4, wherein information indicating a result of passability determination based on information read from the other recording medium is written in the one recording medium. The passability determination system according to any one of claims 1 to 5, wherein information indicating a result of passability determination based on information read from the one recording medium is written in the other recording medium.

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