JP2017107440A - Server device and electronic ticket system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a server device with which it is possible to realize an appropriate electronic ticket system.SOLUTION: A server device 2 comprises: a unique information linking unit 2c for linking the unique information of a mobile communication terminal 4 used in application (terminal identification information) to the same ticket ID as the ticket ID of an applied electronic ticket among ticket IDs stored in a ticket database 2a, and storing it in the ticket database 2a; a unique information determination unit 2j for determining whether there is any terminal identification number among the terminal identification numbers stored in the ticket database 2a that is identical to the terminal identification number acquired from the mobile communication terminal 4 by a "pick-away" terminal 3; and a ticket presence determination unit 2k for determining, using the determination result of the unique information determination unit 2j, whether the proprietor of the mobile communication terminal 4 whose terminal identification number was acquired by the "pick-away" terminal 3 has an electronic ticket.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a server device used in an electronic ticket and an electronic ticket system using the server device.

  Conventionally, as a server device used in an electronic ticket system, for example, there is a technique described in Patent Document 1. In the technique described in Patent Document 1, when an electronic ticket is applied from a mobile communication terminal, a two-dimensional barcode that can be used as a ticket is generated, and the URL (Uniform Resource Locator) of the generated two-dimensional barcode image is set. Send to mobile communication terminal. Thus, the mobile communication terminal can be used as a ticket by accessing the transmitted URL from the mobile communication terminal and displaying the two-dimensional barcode on the display of the mobile communication terminal.

JP 2009-123013 A

However, in the technique described in Patent Document 1, for example, there is a possibility that the URL is copied, the two-dimensional barcode is illegally copied, and the electronic ticket is illegally duplicated.
An object of the present invention is to provide a server device capable of realizing a more appropriate electronic ticket system and an electronic ticket system using the server device, paying attention to the above points.

  One aspect of the present invention is a server device that accepts an application for an electronic ticket from a mobile communication terminal, from a ticket database storing ticket IDs of a plurality of electronic tickets, and a mobile communication terminal used for the application, A first unique information acquisition unit that acquires unique information of the mobile communication terminal, and a ticket ID that is the same as the ticket ID of the applied electronic ticket among the ticket IDs stored in the ticket database. Acquire unique information acquired by the mobile terminal from the mobile communication terminal from the specific information association unit that stores the specific information acquired by the information acquisition unit in the ticket database and the specific terminal that acquires the specific information from the mobile communication terminal. The second unique information acquisition unit and the unique information stored in the ticket database. The owner of the mobile communication terminal that has acquired the unique information using the determination result of the unique information determination unit and the unique information determination unit that determines whether there is the same unique information as the unique information acquired by the acquisition unit A ticket presence / absence determination unit that determines whether or not an electronic ticket is present, and a determination result transmission unit that transmits a determination result by the ticket presence / absence determination unit to the terminal.

  According to one aspect of the present invention, the mobile communication terminal can be used as a ticket by using the unique information of the mobile communication terminal. Therefore, a more appropriate electronic ticket system can be realized.

It is a conceptual diagram showing the schematic structure of the electronic ticket system which concerns on this embodiment. It is a figure for demonstrating a ticket database. It is a sequence diagram for demonstrating operation | movement of an electronic ticket system. It is a figure for demonstrating operation | movement of an electronic ticket system. It is a figure for demonstrating the state of a ticket database. It is a sequence diagram for demonstrating operation | movement of an electronic ticket system. It is a figure for demonstrating operation | movement of an electronic ticket system. It is a figure for demonstrating the state of a ticket database. It is a sequence diagram for demonstrating operation | movement of an electronic ticket system. It is a figure for demonstrating operation | movement of an electronic ticket system. It is a figure for demonstrating the state of a ticket database. It is a sequence diagram for demonstrating operation | movement of an electronic ticket system. It is a figure for demonstrating operation | movement of an electronic ticket system. It is a figure for demonstrating the state of a ticket database. It is a conceptual diagram showing schematic structure of the electronic ticket system which concerns on a modification. It is a sequence diagram for demonstrating operation | movement of an electronic ticket system. It is a figure for demonstrating operation | movement of an electronic ticket system. It is a figure for demonstrating the state of a ticket database.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
In the present embodiment, the present invention is applied to an electronic ticket system that sells and manages electronic tickets. The following embodiments exemplify apparatuses and methods for embodying the technical idea of the present invention, and the technical idea of the present invention includes the shape, structure, arrangement, etc. of components. It is not specified to the following. The technical idea of the present invention can be variously modified within the technical scope defined by the claims described in the claims.

(Constitution)
As shown in FIG. 1, the electronic ticket system 1 includes a server device 2, a terminal 3, a mobile communication terminal 4, and an IC card 5. The server device 2 and the mobile communication terminal 4 establish a communication path capable of transmitting / receiving information to / from each other using a mobile phone communication network, the Internet network, or the like. In addition, the server device 2 and the terminal 3 have established a communication path capable of transmitting and receiving information to and from each other using a wired path or the like that can communicate even in a place where the mobile phone communication network cannot communicate.

The server device 2 is a server operated by an electronic ticket sales company. For example, a web server can be adopted. The server device 2 operates according to a control program and provides various functions for selling and managing electronic tickets. The control program uses the server device 2 as a ticket database 2a, a first unique information acquisition unit 2b, a unique information association unit 2c, a management flag setting unit 2d, a first unique ID acquisition unit 2e, a unique ID association unit 2f, and a unique ID flag. The setting unit 2g, the second unique information acquisition unit 2h, the second unique ID acquisition unit 2i, the unique information determination unit 2j, the ticket presence / absence determination unit 2k, and the determination result transmission unit 21 are caused to function.
As shown in FIG. 2, the ticket database 2a stores ticket IDs of a plurality of electronic tickets. Specifically, the ticket database 2a stores a plurality of records. Each record is associated with an electronic ticket. In each record field, “ticket ID”, “event code”, “terminal identification number”, “IC card identification information”, “IC card valid flag”, and “use management flag” are set. .

Here, the “ticket ID” is an ID for identifying an electronic ticket. The “event code” is a code for identifying various events. The “terminal identification number” is a number for identifying the mobile communication terminal 4. As the terminal identification number, for example, a hash value of a total value of IMEI (International Mobile Equipment Identity) and ICCID (IC Card Identifier) of the mobile communication terminal 4 and a predetermined common number can be adopted. The “IC card identification information” is information for identifying the IC card 5. As the IC card identification information, for example, a hash value of the unique ID of the IC card 5 can be adopted.
In the present embodiment, the example in which the hash value of the total value of the IMEI, ICCID, and common number of the mobile communication terminal 4 is used as the terminal identification number is shown, but other configurations may be employed. For example, IMEI may be used as the terminal identification number as it is. Further, in the present embodiment, an example in which the hash value of the unique ID of the IC card 5 is used as the IC card identification information is shown, but other configurations can be adopted. For example, the unique ID may be used as IC card identification information as it is.

The “IC card valid flag” (“unique ID flag” in a broad sense) is information for indicating whether the IC card identification information is associated. Furthermore, the “use management flag” (“management flag” in a broad sense) is information for indicating whether an electronic ticket has been applied.
The field values of the fields “ticket ID” and “event code” are set in advance. In addition, the field values of the other fields “terminal identification number”, IC card identification information ”, IC card valid flag”, and “use management flag” are not set and are blank.

The first unique information acquisition unit 2b acquires unique information (terminal identification number) of the mobile communication terminal 4 from the mobile communication terminal 4 used for the application for the electronic ticket. Specifically, the first specific information acquisition unit 2b is information (hereinafter referred to as “ticket acquisition”) indicating that an electronic ticket application operation has been performed from the mobile communication terminal 4 via a communication channel (such as a mobile phone communication network). (Also referred to as “instruction”). If the first unique information acquisition unit 2b determines that the ticket acquisition instruction has been received, the first unique information acquisition unit 2b transmits the payment information and the terminal identification number transmission instruction to the mobile communication terminal 4 that is the transmission source of the ticket acquisition instruction. Via a communication network). As the payment information, for example, information used for buying and selling electronic tickets such as a credit card number can be adopted. Thereby, the mobile communication terminal 4 transmits the payment information and the terminal identification number to the server device 2.
Subsequently, the first unique information acquisition unit 2b receives the settlement information and the terminal identification number transmitted from the mobile communication terminal 4 via a communication path (such as a mobile phone communication network). Then, the first unique information acquisition unit 2b outputs the reception result (payment information and terminal identification number) to the unique information association unit 2c.

The unique information association unit 2c uses the first unique information acquisition unit 2b to set the same ticket ID as the ticket ID of the electronic ticket applied for from the mobile communication terminal 4 among the ticket IDs stored in the ticket database 2a. The acquired unique information (terminal identification number) is linked and stored in the ticket database 2a. Specifically, the unique information association unit 2c performs payment processing using the payment information output by the first unique information acquisition unit 2b, and completes the buying and selling of the applied electronic ticket.
Subsequently, the unique information association unit 2c sets, from the ticket database 2a, the same ticket ID as the applied electronic ticket, that is, the ticket ID of the electronic ticket represented by the ticket acquisition instruction acquired by the first specific information acquisition unit 2b. The records that have been recorded. Subsequently, the unique information association unit 2c stores the terminal identification number output by the first unique information acquisition unit 2b as a field value in the field “terminal identification number” of the extracted record.

  The management flag setting unit 2d sets a management flag indicating that an electronic ticket has been applied to the ticket ID associated with the unique information (terminal identification number) by the unique information association unit 2c. Specifically, when the unique information association unit 2c stores the terminal identification number, the management flag setting unit 2d sets the field value of the field “use management flag” of the record storing the terminal identification number to “ON”. To. Subsequently, the management flag setting unit 2d sets the field value of the field “IC card valid flag” of the record to “OFF”. Subsequently, the management flag setting unit 2d sends the ticket information including the ticket ID of the record and the description of the event to the sender of the payment information and the terminal identification number via a communication channel (such as a cellular phone communication network). Transmit to the mobile communication terminal 4.

The first unique ID acquisition unit 2 e acquires the unique ID (IC card identification information) of the IC card 5 and the unique information (terminal identification number) of the mobile communication terminal 4 from the mobile communication terminal 4. Specifically, the first unique ID acquisition unit 2 e receives a ticket information transmission instruction from the mobile communication terminal 4. When the first specific information acquisition unit 2b determines that the ticket information transmission instruction has been received, the electronic ticket applied from the mobile communication terminal 4 that is the transmission source of the ticket information transmission instruction, that is, the purchased electronic ticket The ticket information is transmitted to the mobile communication terminal 4 that is the transmission source of the ticket information transmission instruction via a communication channel (such as a cellular phone communication network). Thereby, the mobile communication terminal 4 displays the transmitted ticket information and transmits the IC card identification information and the terminal identification number of the own apparatus to the server apparatus 2.
Subsequently, the first unique ID acquisition unit 2e receives the IC card identification information and the terminal identification number transmitted from the mobile communication terminal 4 via a communication path (such as a mobile phone communication network). Then, the first unique ID acquisition unit 2e outputs the reception result (IC card identification information and terminal identification number) to the unique ID association unit 2f.

  The unique ID associating unit 2f has the same unique information (terminal identification number) as the unique information (terminal identification number) acquired by the first unique ID acquisition unit 2e among the ticket IDs stored in the ticket database 2a. The unique ID (IC card identification information) acquired by the first unique ID acquisition unit 2e is associated with the attached ticket ID and stored in the ticket database 2a. Specifically, the unique ID associating unit 2f extracts a record in which the terminal identification number output by the first unique ID acquisition unit 2e is set from the ticket database 2a. Subsequently, the IC card identification information output from the first unique ID acquisition unit 2e is stored as a field value in the field “IC card identification information” of the extracted record.

  The unique ID flag setting unit 2g confirms that the unique ID (IC card identification information) of the IC card 5 is associated with the ticket ID associated with the unique ID (IC card identification information) by the unique ID association unit 2f. Set the unique ID flag to represent. Specifically, the unique ID flag setting unit 2g, when the unique ID association unit 2f stores the IC card identification information, the field value of the field “IC card valid flag” of the record storing the IC card identification information. Set to “ON”. Subsequently, the unique ID flag setting unit 2g transmits a completion notification indicating completion of association to the mobile communication terminal 4 that is the transmission source of the IC card identification information.

  The second unique information acquisition unit 2h acquires unique information (terminal identification number) acquired from the mobile communication terminal 4 by the fixed terminal 3 from the fixed terminal 3. Specifically, the second specific information acquisition unit 2h receives a terminal identification number and an event code from the mogiri terminal 3 via a communication path (wired path or the like). When the second unique information acquisition unit 2h determines that the terminal identification number has been received, the second unique information acquisition unit 2h outputs the reception result (terminal identification number and event code) to the unique information determination unit 2j.

  The second unique ID acquisition unit 2 i acquires a unique ID (IC card identification information) acquired from the IC card 5 by the limit terminal 3 from the limit terminal 3. Specifically, the second unique information acquisition unit 2h receives the IC card identification information and the event code from the terminal 3 via the communication path. When the second unique information acquisition unit 2h determines that the IC card identification information has been received, the second unique information acquisition unit 2h outputs a reception result (IC card identification information and event code) to the unique information determination unit 2j.

  The unique information determination unit 2j includes the same unique information (terminal identification number) as the unique information (terminal identification number) acquired by the second unique information acquisition unit 2h among the unique information (terminal identification number) stored in the ticket database 2a. ID number) is determined. Specifically, the unique information determination unit 2j includes the same terminal identification number and event code as the terminal identification number and event code output by the second unique information acquisition unit 2h in the record stored in the ticket database 2a. Is set (hereinafter, also referred to as “first determination”). Then, the unique information determination unit 2j outputs the determination result (record presence / absence) to the ticket presence / absence determination unit 2k.

  At that time, the unique information determination unit 2j has the same unique information (terminal identification number) as the unique information (terminal identification number) acquired by the second unique information acquisition unit 2h among the ticket IDs stored in the ticket database 2a. It is determined whether the use management flag is set for the ticket ID associated with the (number). Specifically, when it is determined that there is a record in which the terminal identification number and the event code are set, the unique information determination unit 2j extracts the record. Subsequently, the unique information determination unit 2j determines whether the field value of the field “use management flag” of the extracted record is “ON” (hereinafter, also referred to as “second determination”). Then, the unique information determination unit 2j outputs the determination result to the ticket presence / absence determination unit 2k and the determination result transmission unit 21. Thereby, the presence or absence of the terminal identification number tied to ticket ID can be confirmed more reliably.

  At the same time, the unique information determination unit 2j uses the same unique information (terminal identification number) as the unique information (terminal identification number) acquired by the second unique information acquisition unit 2h among the ticket IDs stored in the ticket database 2a. It is determined whether a unique ID flag is set for the associated ticket ID. Specifically, the unique information determination unit 2j determines whether the field value of the field “IC card valid flag” of the extracted record is “ON” (hereinafter also referred to as “third determination”). Then, the unique information determination unit 2j outputs the determination result to the ticket presence / absence determination unit 2k and the determination result transmission unit 21.

  On the other hand, if the unique information determination unit 2j determines that the second unique information acquisition unit 2h has acquired the unique ID (IC card identification information), the unique ID (IC card identification information) stored in the ticket database 2a is stored. ), There is a unique ID (IC card identification information) identical to the acquired unique ID (IC card identification information). Specifically, when the unique information determination unit 2j determines that the second unique information acquisition unit 2h has output the IC card identification information and the event code, the IC information is included in the record stored in the ticket database 2a. It is determined whether there is a record in which the same IC card identification information and event code as the card identification information and event code are set (hereinafter also referred to as “fourth determination”). Then, the unique information determination unit 2j outputs the determination result (record presence / absence) to the ticket presence / absence determination unit 2k.

  At that time, if it is determined that there is a record in which the IC card identification information and the event code are set, the unique information determination unit 2j extracts the record. Subsequently, the unique information determination unit 2j determines whether the field value of the field “use management flag” of the extracted record is “ON” (hereinafter also referred to as “fifth determination”). The unique information determination unit 2j determines whether the field value of the field “IC card validity flag” of the extracted record is “ON” (hereinafter also referred to as “sixth determination”). Then, the unique information determination unit 2j outputs these determination results to the ticket presence / absence determination unit 2k and the determination result transmission unit 21.

The ticket presence / absence determination unit 2k uses the determination result by the unique information determination unit 2j to determine whether the holder of the mobile communication terminal 4 that acquired the unique information (terminal identification number) at the mogiri terminal 3 has an electronic ticket. To do. Specifically, when the determination result transmission unit 21 obtains the terminal identification number of the mobile communication terminal 4 by the mogiri terminal 3, that is, the unique information determination unit 2j outputs the determination results of the first determination to the third determination. Is determined, the determination result of the first determination is “record present”, the determination result of the second determination is “ON”, and the determination result of the third determination is “OFF”.
If the determination result transmission unit 21 determines that all of these conditions are satisfied, the owner of the mobile communication terminal 4 from which the terminal 3 has obtained the terminal identification number has an electronic ticket. judge. On the other hand, if the determination result transmitting unit 21 determines that none of these conditions is satisfied, the determination result transmitting unit 21 determines that the holder of the mobile communication terminal 4 does not have an electronic ticket. Then, the ticket presence / absence determining unit 2k transmits the determination result to the determination result transmitting unit 2l.
As described above, in this embodiment, when the determination result of the third determination is “ON”, that is, when it is determined that the IC card valid flag is set, the holder of the mobile communication terminal 4 has an electronic ticket. Judge that it is not. Accordingly, when the IC card identification information of the IC card 5 is linked to the ticket ID and the IC card 5 can be used as a ticket, the mobile communication terminal 4 that applied for the electronic ticket cannot be used as a ticket. Can do.

On the other hand, the determination result transmission unit 2l uses the determination result by the unique information determination unit 2j, and the holder of the IC card 5 that acquired the unique ID (IC card identification information) by the mogiri terminal 3 has an electronic ticket. It is determined whether or not. Specifically, the determination result transmission unit 21 receives the IC card identification information of the IC card 5 with the mogiri terminal 3, that is, the unique information determination unit 2j outputs the determination results of the fourth determination to the sixth determination. Is determined, it is determined whether the determination result of the fourth determination satisfies the condition of “record present” and the determination results of the fifth determination and the sixth determination satisfy the “ON” condition.
If the determination result transmission unit 21 determines that all of these conditions are satisfied, the holder of the IC card 5 from which the mogiri terminal 3 has acquired the IC card identification information has an electronic ticket. judge. On the other hand, if the determination result transmission unit 21 determines that any one of these conditions is not satisfied, the determination result transmission unit 21 determines that the holder of the IC card 5 does not have an electronic ticket. Then, the ticket presence / absence determining unit 2k transmits the determination result to the determination result transmitting unit 2l.

  The determination result transmission unit 21 transmits the determination result (electronic ticket presence / absence) by the ticket presence / absence determination unit 2k to the terminal 3 via a communication path (wired route or the like). In addition, the determination result transmission unit 21 transmits a signal for verifying the determination result of the presence / absence of an electronic ticket to the mogiri terminal 3 according to the determination results of the first determination to the sixth determination output from the unique information determination unit 2j. Specifically, the determination result transmission unit 2l determines that the determination result of the third determination is “ON” when the determination result of the second determination is “OFF” when the first determination result is “no record”. In this case, the determination result of the fourth determination is “no record”, the determination result of the fifth determination is “OFF”, and the determination result of the sixth determination is “OFF”. Then, “NG” is transmitted to the terminal 3.

(Mogiri terminal 3)
The mogiri terminal 3 is a terminal device installed at an event venue. For example, a personal computer can be adopted. The mogiri terminal 3 includes an event code storage unit 3a, a wireless communication unit 3b, a wired communication unit 3c, a display 3d, and an arithmetic control unit 3e.
The event code storage unit 3a stores an event code of an event to be held.
The wireless communication unit 3b performs short-range wireless communication with the mobile communication terminal 4 or the IC card 5 existing within a predetermined distance (for example, 10 cm) from the mogiri terminal 3. And the wireless communication part 3b enables transmission / reception of various information between the calculation control part 3e and the mobile communication terminal 4 or between the calculation control part 3e and the IC card 5 through short-range wireless communication. .
The wired communication unit 3c is connected to the server device 2 via a wired route, and various information can be transmitted and received between the arithmetic control unit 3e and the server device 2 via the wired route.
The display 3d displays various information in accordance with instructions from the calculation control unit 3e.

The arithmetic control unit 3e transmits a terminal identification number transmission instruction to the mobile communication terminal 4 via short-range wireless communication using the wireless communication unit 3b every predetermined time (for example, 10 [seconds]). Subsequently, when it is determined that the terminal identification number has been received, the arithmetic control unit 3e transmits the received terminal identification number and the event code stored in the event code storage unit 3a to the server device 2.
On the other hand, the arithmetic control unit 3e transmits an IC card identification information transmission instruction to the IC card 5 through short-range wireless communication using the wireless communication unit 3b at every predetermined time. Subsequently, the arithmetic control unit 3e receives the IC card identification information. If it is determined that the IC card identification information has been received, the server device 2 displays the received IC card identification information and the event code stored in the event code storage unit 3a via the wired path using the wired communication unit 3c. Send to.
Further, the arithmetic control unit 3e acquires the determination result of the presence / absence of an electronic ticket, various signals, and the like from the server device 2 via the wired path using the wired communication unit 3c. And the arithmetic control part 3e verifies the determination result of the presence or absence of an electronic ticket based on the acquired various signals etc., when various determination results etc. are acquired. Subsequently, the arithmetic control unit 3e causes the display 3d to present whether the holder of the mobile communication terminal 4 or the IC card 5 has an electronic ticket based on the verification result.

(Mobile communication terminal 4)
The mobile communication terminal 4 is a terminal device that is owned by the purchaser of the electronic ticket and applies for the electronic ticket. For example, a smartphone capable of communicating via a mobile phone communication network can be employed. The mobile communication terminal 4 includes a unique information storage unit 4a, a first wireless communication unit 4b, a second wireless communication unit 4c, a display 4d, a mobile communication terminal main body 4e, and an arithmetic control unit 4f.
The unique information storage unit 4 a stores unique information of the mobile communication terminal 4. As the specific information, for example, ICCID (Integrated Circuit Card ID) of IMEI (International Mobile Equipment Identity) or UIM (User Identity Module Card) can be adopted.

The first wireless communication unit 4b can be connected to the server device 2 through a mobile phone communication network or the like. The first wireless communication unit 4b can transmit and receive various types of information between the mobile communication terminal body 4e and the server device 2 or between the calculation control unit 4f and the server device 2.
The second wireless communication unit 4c performs short-range wireless communication with the mogi terminal 3 or the IC card 5 existing within a predetermined distance (for example, 10 cm) from the mobile communication terminal 4. And the 2nd wireless communication part 4c enables transmission / reception of various information between the calculation control part 4f and the mogiri terminal 3, or between the calculation control part 4f and the IC card 5 via near field communication. Yes.

The display 4d displays various types of information in accordance with instructions from the calculation control unit 4f.
The mobile communication terminal main body 4e acquires the unique information transmission instruction output from the arithmetic control unit 4f. If the mobile communication terminal body 4e determines that the unique information transmission instruction has been acquired, it outputs the unique information and settlement information stored in the unique information storage unit 4a to the calculation control unit 4f.
In addition, the mobile communication terminal main body 4e acquires an IC card identification information transmission instruction output by the arithmetic control unit 4f. When the mobile communication terminal body 4e determines that the IC card identification information transmission unit has been acquired, the acquired IC card identification information transmission unit is connected to the IC card via the short-range wireless communication using the second wireless communication unit 4c. Send to 5. Further, the mobile communication terminal main body 4e acquires a terminal identification number transmission instruction output from the mogiri terminal 3. And when it determines with having acquired the terminal identification number transmission instruction | indication, the acquired terminal identification number transmission instruction | indication is transmitted to the calculation control part 4f.

The arithmetic control unit 4f executes the dedicated application 4g downloaded from the application server (not shown). When the dedicated application 4g determines that an electronic ticket application operation has been performed, the dedicated application 4g transmits a ticket acquisition instruction to the server device 2 via the communication path (such as a mobile phone communication network) using the first wireless communication unit 4b. Subsequently, the dedicated application 4g acquires the payment information and the terminal identification number transmission instruction from the server device 2 via the communication path (wired path or the like) using the second wireless communication unit 4c.
Subsequently, when it is determined that the payment information and the terminal identification number transmission instruction are acquired, the dedicated application 4g outputs a unique information transmission instruction to the mobile communication terminal body 4e. Subsequently, the dedicated application 4g acquires payment information and unique information from the mobile communication terminal body 4e. Subsequently, when the dedicated application 4g determines that the unique information has been acquired, the dedicated application 4g calculates a terminal identification number using the acquired unique information. Subsequently, the dedicated application 4g transmits the calculated terminal identification number and the acquired payment information to the server device 2 via the communication path (such as a mobile phone communication network) using the first wireless communication unit 4b.
Subsequently, the dedicated application 4g uses the first wireless communication unit 4b to transmit ticket information (ticket ID and event contents) of the electronic ticket applied from the server device 2 via a communication channel (such as a mobile phone communication network). Sentence). Subsequently, the dedicated application 4g causes the display 4d to present the acquired ticket information and a message indicating completion of the application for the electronic ticket.

  On the other hand, when the dedicated application 4g determines that an operation for starting the association between the IC card 5 and the electronic ticket has been performed, the ticket is sent via the communication path (such as a mobile phone communication network) using the first wireless communication unit 4b. An information transmission instruction is transmitted to the server apparatus 2. Subsequently, the dedicated application 4g acquires ticket information from the server device 2 via the communication path (such as a mobile phone communication network) using the first wireless communication unit 4b. Subsequently, the dedicated application 4g causes the display 4d to present the acquired ticket information and a message that prompts the user to hold the IC card 5 over the mobile communication terminal 4. Subsequently, the dedicated application 4g outputs an IC card identification information transmission instruction to the mobile communication terminal body 4e.

Subsequently, the dedicated application 4g acquires IC card identification information from the mobile communication terminal body 4e. Subsequently, when it is determined that the IC card identification information has been acquired, the dedicated application 4g outputs a unique information transmission instruction to the mobile communication terminal body 4e. Subsequently, the dedicated application 4g acquires unique information from the mobile communication terminal body 4e. Subsequently, when the dedicated application 4g determines that the unique information has been acquired, the dedicated application 4g calculates a terminal identification number of the mobile communication terminal 4 using the acquired unique information.
Subsequently, the dedicated application 4g transmits the calculated terminal identification number and the acquired IC card identification information to the server device 2 via the communication path (such as a mobile phone communication network) using the first wireless communication unit 4b. Subsequently, the dedicated application 4g uses the first wireless communication unit 4b to obtain a completion notification from the server device 2 via a communication path (such as a mobile phone communication network). Subsequently, the dedicated application 4g causes the display 4d to present a message indicating completion of association between the IC card 5 and the electronic ticket.

  On the other hand, when the terminal identification number transmission instruction is output from the mobile communication terminal body 4e, the dedicated application 4g acquires the output terminal identification number transmission instruction and outputs the unique information transmission instruction to the mobile communication terminal body 4e. . Subsequently, the dedicated application 4g acquires unique information from the mobile communication terminal body 4e. Subsequently, when the dedicated application 4g determines that the unique information has been acquired, the dedicated application 4g calculates a terminal identification number using the acquired unique information. Subsequently, the dedicated application 4 g transmits the calculated terminal identification number to the terminal 3 via the short-range wireless communication using the second wireless communication unit 4 c.

(IC card 5)
The IC card 5 is a card possessed by an electronic ticket purchaser or the like. For example, a non-contact type IC card having a predetermined unique ID and performing short-range wireless communication can be employed. The IC card 5 includes an ID storage unit 5a, a wireless communication unit 5b, and an arithmetic control unit 5c.
The ID storage unit 5a stores a unique ID of the IC card 5.
The wireless communication unit 5b performs short-range wireless communication with the mogi terminal 3 or the mobile communication terminal 4 existing within a predetermined distance (for example, 10 cm) from the IC card 5. And the wireless communication part 5b enables transmission / reception of various information between the calculation control part 5c and the mogi terminal 3 or between the calculation control part 5c and the mobile communication terminal 4 through short-range wireless communication. .
The arithmetic control unit 5c receives an IC card identification information transmission instruction from the mogi terminal 3 or the mobile communication terminal 4 through short-range wireless communication using the wireless communication unit 5b. Subsequently, when it is determined that the IC card identification information transmission instruction has been received, the arithmetic control unit 5c calculates the IC card identification information using the unique ID stored in the ID storage unit 5a. Subsequently, the arithmetic control unit 5c transmits the calculated IC card identification information to the mobile communication terminal 4 or the mogiri terminal 3 that is the transmission source of the IC card identification information transmission instruction via the short-range wireless communication using the wireless communication unit 5b. Send.

(Operation other)
Next, the operation of the electronic ticket system 1 of this embodiment will be described.
First, the operation when applying for an electronic ticket by the mobile communication terminal 4 will be described.
First, it is assumed that the purchaser operates the mobile communication terminal 4 and performs an electronic ticket application operation as shown in FIG. Then, the mobile communication terminal 4 (dedicated application 4g) transmits a ticket acquisition instruction to the server device 2 via a communication path (such as a mobile phone communication network) (step S101 in FIG. 3). Subsequently, the server device 2 (first unique information acquisition unit 2b) receives a ticket acquisition instruction via a communication channel (such as a mobile phone communication network), and sends a payment information and terminal identification number transmission instruction as a ticket acquisition instruction. Is transmitted to the mobile communication terminal 4 of the transmission source (step S102 in FIG. 3).

  Subsequently, the mobile communication terminal 4 (dedicated application 4g) acquires the transmitted payment information and terminal identification number transmission instruction, and outputs a unique information transmission instruction to the mobile communication terminal main body 4e (step S103 in FIG. 3). Subsequently, the mobile communication terminal 4 (mobile communication terminal body 4e) outputs the unique information and payment information of the mobile communication terminal 4 to the dedicated application 4g (step S104 in FIG. 3). Subsequently, the mobile communication terminal 4 (dedicated application 4g) acquires the output unique information and payment information, and calculates a terminal identification number using the unique information (step S105 in FIG. 3). Subsequently, the mobile communication terminal 4 (dedicated application 4g) transmits the calculated terminal identification number and the acquired payment information to the server device 2 via a communication path (such as a mobile phone communication network) (step in FIG. 3). S106).

  Subsequently, the server device 2 (unique information linking unit 2c) performs settlement processing using the transmitted settlement information, and completes the purchase and sale of the applied electronic ticket. Subsequently, as shown in FIG. 5, the server device 2 (unique information linking unit 2c) has the same ticket ID as the electronic ticket applied from the ticket database 2a, that is, the electronic ticket represented by the acquired ticket acquisition instruction. A record in which a ticket ID is set is extracted, and the transmitted terminal identification number is stored as a field value in the field “terminal identification number” of the extracted record (step S107 in FIG. 3). Further, the server device 2 (management flag setting unit 2d) sets the field value of the field “use management flag” of the record to “ON” and the field value of the field “IC card valid flag” to “OFF” (FIG. 3). Step S107).

  Subsequently, the server device 2 (management flag setting unit 2d) sends the ticket information including the ticket ID of the extracted record and the description of the event to the payment information and the terminal identification number via the communication path (mobile phone communication network). It transmits to the mobile communication terminal 4 of the transmission source (step S108 in FIG. 3). Subsequently, the mobile communication terminal 4 (dedicated application 4g) acquires the transmitted ticket information and, as shown in FIG. 4 (b), displays a message indicating completion of the application of the acquired ticket information and electronic ticket on the display 4d. Present it (step S109 in FIG. 3). In the example of FIG. 4B, the ticket ID is also presented, but the presentation of the ticket ID may be omitted.

Next, an operation when the mobile communication terminal 4 is used as a ticket will be described.
After completing the application for the electronic ticket in the above flow, at the event venue, as shown in FIG. 7A, the purchaser holds the mobile communication terminal 4 over the wireless communication unit 3b of the mogiri terminal 3, and the mobile communication terminal 4 mogs. It is assumed that the terminal 3 (wireless communication unit 3b) is within the communication range. Then, the mogiri terminal 3 transmits a terminal identification number transmission instruction to the mobile communication terminal 4 via the short-range wireless communication (step S201 in FIG. 6). Subsequently, the mobile communication terminal 4 (mobile communication terminal main body 4e) transmits the transmitted terminal identification number transmission instruction to the dedicated application 4g (step S202 in FIG. 6). Subsequently, the mobile communication terminal 4 (dedicated application 4g) acquires the transmitted terminal identification number transmission instruction and outputs the unique information transmission instruction to the mobile communication terminal main body 4e (step S203 in FIG. 6).
Subsequently, the mobile communication terminal 4 (mobile communication terminal body 4e) outputs the unique information of the mobile communication terminal 4 to the dedicated application 4g (step S204 in FIG. 6). Subsequently, the mobile communication terminal 4 (dedicated application 4g) calculates a terminal identification number using the output unique information (step S205 in FIG. 6). Subsequently, the mobile communication terminal 4 (dedicated application 4g) transmits the calculated terminal identification number to the terminal 3 via the short-range wireless communication (step S206 in FIG. 6).

Subsequently, the terminal 3 transmits the transmitted terminal identification number and the stored event code to the server device 2 via a communication path (wired path or the like) (step S207 in FIG. 6). Subsequently, as shown in FIG. 8A, the server device 2 (unique information determination unit 2j) has the same terminal identification number and event code transmitted in the record stored in the ticket database 2a. It is determined that there is a record in which the terminal identification number and the event code are set (step S208 in FIG. 6). Subsequently, as shown in FIG. 8B, the record is extracted, and it is determined that the field value of the field “use management flag” of the extracted record is “ON” (step S209 in FIG. 6). Subsequently, as shown in FIG. 8C, the server device 2 (unique information determination unit 2j) determines that the field value of the field “IC card valid flag” of the extracted record is “OFF” (FIG. 8). 6 step S210).
Subsequently, the server device 2 (ticket presence / absence determination unit 2k) determines the presence / absence of an electronic ticket using these determination results, and determines that the owner of the mobile communication terminal 4 has an electronic ticket for the event. . Subsequently, the server device 2 (determination result transmission unit 21) transmits the determination result to the terminal 3 (step S211 in FIG. 6). Subsequently, as shown in FIG. 7B, the mogiri terminal 3 verifies the transmitted determination result and presents (displays) whether the owner of the mobile communication terminal 4 has an electronic ticket. (Step S212 in FIG. 6).

  Thus, in this embodiment, when applying for an electronic ticket, the terminal identification number (unique information) of the mobile communication terminal 4 is associated with the ticket ID of the electronic ticket and stored. And when using an electronic ticket, a terminal identification number is acquired from the mobile communication terminal 4, and it is determined whether there exists ticket ID linked | related with the acquired terminal identification number. Therefore, the mobile communication terminal 4 can be used as a ticket. Therefore, unauthorized duplication of the electronic ticket can be prevented and the cost can be reduced. Thereby, a more appropriate electronic ticket system can be realized.

Incidentally, for example, in the method of using the mobile communication terminal 4 as a ticket by transmitting the URL of the image of the two-dimensional barcode and accessing the transmitted URL with the mobile communication terminal 4, the URL is illegally copied, An electronic ticket may be illegally copied.
Further, for example, by transmitting an electronic ticket encrypted with an encryption key to the mobile communication terminal 4 and combining the transmitted electronic ticket with a decryption key stored in a secure element of the mobile communication terminal 4, the mobile communication In the method of using the terminal 4 as a ticket, it is necessary to use a SIM, an embedded chip, or the like as a secure element, which may increase the cost.

Next, an operation for associating the IC card 5 with the electronic ticket will be described.
After completing the application for the electronic ticket in the above flow, the purchaser operates the mobile communication terminal 4 and the purchaser starts the association between the IC card 5 and the electronic ticket as shown in FIG. Suppose that Then, the mobile communication terminal 4 (dedicated application 4g) transmits a ticket information transmission instruction to the server device 2 via a communication path (wired path or the like) (step S301 in FIG. 9). Subsequently, the server device 2 (first unique ID acquisition unit 2e) receives the transmitted ticket information transmission instruction, and is applied (purchased) from the mobile communication terminal 4 that is the transmission source of the ticket information transmission instruction. The ticket information of the ticket is transmitted to the mobile communication terminal 4 that is the transmission source of the ticket information transmission instruction via a communication channel (such as a cellular phone communication network) (step S302 in FIG. 9).

Subsequently, the mobile communication terminal 4 (dedicated application 4g) acquires the transmitted ticket information, and urges the user to hold the ticket information and the IC card 5 over the mobile communication terminal 4 as shown in FIG. A message is presented on the display 4d (step S303 in FIG. 9).
Here, it is assumed that the purchaser who has seen the message holds the IC card 5 over the mobile communication terminal 4 and the IC card 5 is within a predetermined distance (10 cm) of the mobile communication terminal 4. Then, the mobile communication terminal 4 (dedicated application 4g) transmits an IC card identification information transmission instruction to the IC card 5 via the mobile communication terminal body 4e via short-range wireless communication (step S304 in FIG. 9). Subsequently, the IC card 5 receives the IC card identification information transmission instruction, and calculates the IC card identification information using the unique ID stored in the ID storage unit 5a (step S305 in FIG. 9). Subsequently, the IC card 5 transmits the calculated IC card identification information to the mobile communication terminal 4 that is the transmission source of the IC card identification information transmission instruction via the short-range wireless communication (step S306 in FIG. 9).

  Subsequently, the mobile communication terminal 4 (dedicated application 4g) outputs a unique information transmission instruction to the mobile communication terminal main body 4e (step S307 in FIG. 9). Subsequently, the mobile communication terminal 4 (mobile communication terminal body 4e) outputs the unique information of the mobile communication terminal 4 to the dedicated application 4g (step S308 in FIG. 9). Subsequently, the mobile communication terminal 4 (dedicated application 4g) calculates a terminal identification number using the output unique information (step S309 in FIG. 9). Subsequently, the mobile communication terminal 4 (dedicated application 4g) transmits the calculated terminal identification number and the transmitted IC card identification information to the server device 2 via a communication path (such as a cellular phone communication network) (FIG. 9 step S310).

Subsequently, as shown in FIG. 11, the server device 2 (unique ID linking unit 2f) extracts a record in which the transmitted terminal identification number is set from the ticket database 2a, and the field “IC of the extracted record In the “card identification information”, the IC card identification information (unique ID of the IC card 5) output by the first unique ID acquisition unit 2e is stored as a field value. Subsequently, the server device 2 (unique ID flag setting unit 2g) sets the field value of the field “IC card valid flag” of the extracted record to “ON” (step S311 in FIG. 9).
Subsequently, the server device 2 (unique ID flag setting unit 2g) transmits a completion notification to the mobile communication terminal 4 that is the transmission source of the IC card identification information and the terminal identification number (step S312 in FIG. 9). Subsequently, as shown in FIG. 10C, the mobile communication terminal 4 (dedicated application 4g) causes the display 4d to present a message indicating completion of the association between the IC card 5 and the electronic ticket (step of FIG. 9). S313).

Next, an operation when the IC card 5 is used as a ticket will be described.
After linking the IC card 5 and the electronic ticket in the above flow, the user holds the IC card 5 over the wireless communication unit 3b of the mogiri terminal 3 as shown in FIG. Suppose that 5 enters the communication range of the terminal 3 (wireless communication unit 3b). Then, the mogiri terminal 3 transmits an IC card identification information transmission instruction to the IC card 5 via short-range wireless communication (step S401 in FIG. 12). Subsequently, the IC card 5 (calculation control unit 5c) calculates the IC card identification information using the unique ID of the IC card 5 (step S402 in FIG. 12). Subsequently, the IC card 5 (calculation control unit 5c) transmits the calculated IC card identification information to the terminal 3 via the short-range wireless communication (step S403 in FIG. 12).

Subsequently, the mogiri terminal 3 transmits the transmitted IC card identification information and event code to the server device 2 via a communication path (wired path or the like) (step S404 in FIG. 12). Subsequently, as shown in FIG. 14A, the server device 2 (unique information determination unit 2j) has the same terminal identification number and event code transmitted in the record stored in the ticket database 2a. It is determined that there is a record in which the terminal identification number and the event code are set (step S405 in FIG. 12). Subsequently, as shown in FIG. 14B, the record is extracted, and it is determined that the field value of the field “use management flag” of the extracted record is “ON” (step S406 in FIG. 12). Subsequently, as shown in FIG. 14C, the server device 2 (unique information determination unit 2j) determines that the field value of the field “IC card valid flag” of the extracted record is “ON” (FIG. 14). 12 step S407).
Subsequently, the server device 2 (ticket presence / absence determination unit 2k) determines the presence / absence of an electronic ticket using these determination results, and determines that the holder of the IC card 5 has an electronic ticket for the event. Subsequently, the server device 2 (determination result transmission unit 21) transmits the determination result to the terminal 3 (step S408 in FIG. 12). Subsequently, the mogiri terminal 3 verifies the determination result transmitted as shown in FIG. 13B and presents (displays) whether the holder of the mobile communication terminal 4 has an electronic ticket. (Step S409 in FIG. 12).

Thus, in this embodiment, after applying for an electronic ticket, the IC card identification information (unique ID) of the IC card 5 is associated with the ticket ID of the electronic ticket and stored. Then, when the electronic ticket is used, the IC card identification information is acquired from the IC card 5 and it is determined whether there is a ticket ID associated with the acquired IC card identification information. Therefore, the IC card 5 can be used as a ticket. Therefore, the electronic ticket can be used in the form desired by the user (mobile communication terminal 4 or IC card 5), and convenience can be improved.
Also, an electronic ticket can be used at a place where the mobile communication terminal 4 cannot communicate. Furthermore, referring to the ticket database 2a facilitates traceability of the history of ownership of electronic tickets, making it difficult to carry out fraud such as resale. In addition, it is possible to identify users who frequently perform resale. Thereby, a more appropriate electronic ticket system can be realized.

  By the way, for example, an electronic ticket encrypted with an encryption key is transmitted, and the transmitted electronic ticket is combined with a decryption key stored in a secure element of the mobile communication terminal 4, so that the mobile communication terminal 4 is used as a ticket. In the method used, when transferring a ticket to another person, the electronic ticket is deleted from the purchaser's mobile communication terminal 4, the transfer procedure is performed in the server device 2, and the decryption key is stored in the transfer destination mobile communication terminal 4. Thereafter, since a complicated operation of transmitting the encrypted electronic ticket from the server device 2 is required, the usability of the electronic ticket is deteriorated.

(Effect of this embodiment)
The invention according to this embodiment has the following effects.
(1) The server device 2 according to the present embodiment is a server device 2 that accepts an application for an electronic ticket from the mobile communication terminal 4. And the server apparatus 2 acquires the specific information (terminal identification number) of the mobile communication terminal 4 from the ticket database 2a storing the ticket IDs of a plurality of electronic tickets and the mobile communication terminal 4 used for the application. The first unique information obtaining unit 2b obtains the same ticket ID as the ticket ID of the applied electronic ticket among the ticket IDs stored in the first unique information obtaining unit 2b and the ticket database 2a. And a unique information linking unit 2c that stores the terminal identification number in the ticket database 2a. In addition, the server device 2 includes a ticket from the mobile terminal 3 that acquires the terminal identification number from the mobile communication terminal 4, a second specific information acquisition unit 2h that acquires the specific information acquired by the mobile terminal 3 from the mobile communication terminal 4, and a ticket. A unique information determination unit 2j for determining whether the terminal identification number stored in the database 2a has the same terminal identification number as that acquired by the second unique information acquisition unit 2h, and a unique information determination unit Using the determination result of 2j, the ticket presence / absence determination unit 2k that determines whether the holder of the mobile communication terminal 4 from which the terminal 3 has acquired the terminal identification number has an electronic ticket, and the determination by the ticket presence / absence determination unit 2k A determination result transmission unit 2l that transmits the result to the terminal 3;
According to such a configuration, the mobile communication terminal 4 can be used as a ticket by using the unique information (terminal identification number) of the mobile communication terminal 4. Therefore, a more appropriate electronic ticket system can be realized.

(2) The server device 2 according to the present embodiment sets a use management flag (management flag) indicating that an electronic ticket has been applied to the ticket ID associated with the unique information by the unique information association unit 2c. A flag setting unit 2d is further provided. Then, the unique information determination unit 2j has a ticket associated with the same terminal identification number as the terminal identification number acquired by the second unique information acquisition unit 2h among the ticket IDs stored in the ticket database 2a. It is determined whether a use management flag (management flag) is set in the ID.
According to such a configuration, it is possible to more reliably check whether or not the terminal identification number is linked.

(3) The server device 2 according to the present embodiment acquires from the mobile communication terminal 4 the terminal identification number of the mobile communication terminal 4 and the unique ID (IC card identification information) of the IC card 5 having the unique ID. Of the ticket IDs stored in the first unique ID acquisition unit 2e and the ticket database 2a, a ticket ID associated with the same terminal identification number as that acquired by the first unique ID acquisition unit 2e The unique ID association unit 2f that associates the IC card identification information acquired by the first unique ID acquisition unit 2e and stores it in the ticket database 2a, and the IC obtained by the mogi terminal 3 from the IC card 5 from the mogi terminal 3 A second unique ID acquisition unit 2i that acquires card identification information is further provided. When the unique information determination unit 2j determines that the second unique ID acquisition unit 2i has acquired the IC card identification information, the acquired IC card identification is included in the IC card identification information stored in the ticket database 2a. It is determined whether there is IC card identification information identical to the information. Further, the ticket presence / absence determination unit 2k determines whether the holder of the IC card 5 from which the terminal 3 has acquired the IC card identification information has an electronic ticket, using the determination result by the unique information determination unit 2j.
According to such a configuration, the IC card 5 can be used as a ticket.

(4) In the server device 2 according to the present embodiment, the IC card identification information of the IC card 5 is associated with the ticket ID associated with the unique ID (IC card identification information) in the unique ID association unit 2f. Is further provided with a unique ID flag setting unit 2g for setting a unique ID flag representing The unique information determination unit 2j then assigns a unique ID to the ticket ID associated with the same terminal identification number as that transmitted from the mogiri terminal 3 among the ticket IDs stored in the ticket database 2a. If the flag is set, and the ticket presence / absence determination unit 2k determines that the IC card valid flag is set by the unique information determination unit 2j, the mobile terminal 3 has acquired the terminal identification number. It is determined that the owner of the terminal 4 does not have an electronic ticket.
According to such a configuration, when the unique ID (IC card identification information) of the IC card 5 is associated with the ticket ID and the IC card 5 can be used as a ticket, the mobile communication terminal that applied for the electronic ticket 4 cannot be used as a ticket.

(5) In the server device 2 according to the present embodiment, the IC card 5 is a non-contact IC card that performs short-range wireless communication.
According to such a configuration, an existing IC card can be used as a ticket.

(6) The electronic ticket system 1 according to the present embodiment includes a server device 2 that accepts an application for an electronic ticket from the mobile communication terminal 4 and a toothed terminal 3 that acquires a terminal identification number from the mobile communication terminal 4. And the server apparatus 2 acquires the terminal identification number of the mobile communication terminal 4 from the ticket database 2a which memorize | stored ticket ID of several electronic tickets, and the mobile communication terminal 4 used for application. Of the ticket IDs stored in the information acquisition unit 2b and the ticket database 2a, the terminal identification number acquired by the first unique information acquisition unit 2b is added to the ticket ID of the applied electronic ticket. And a unique information linking unit 2c that stores the information in the ticket database 2a. In addition, the server device 2 has a terminal identification number stored in the ticket database 2a and a second unique information acquisition unit 2h that acquires the terminal identification number acquired from the mobile communication terminal 4 from the terminal 3 Among them, a unique information determination unit 2j for determining whether there is a terminal identification number identical to the terminal identification number acquired by the second specific information acquisition unit 2h, and a determination result by the specific information determination unit 2j, 3 is a ticket presence / absence determination unit 2k that determines whether the holder of the mobile communication terminal 4 that has acquired the terminal identification number has an electronic ticket, and a determination result by which the determination result by the ticket presence / absence determination unit 2k is transmitted to the terminal 3 A transmission unit 2l. In addition, the terminal 3 presents the determination result transmitted from the server device 2.
According to such a configuration, the mobile communication terminal 4 can be used as a ticket by using the unique information (terminal identification number) of the mobile communication terminal 4. Therefore, a more appropriate electronic ticket system can be realized.

(Modification)
(1) In this embodiment, an example in which an electronic ticket can be applied only from the mobile communication terminal 4 has been shown, but other configurations may be employed. For example, as shown in FIG. 15, an electronic ticket may be applied from an application terminal 6 provided separately from the mobile communication terminal 4. As the application terminal 6, for example, a kiosk terminal or a personal computer installed in a convenience store or the like can be employed. In this case, the application terminal 6 can acquire the unique ID (IC card identification information) of the IC card 5 in addition to the application for the electronic ticket. In addition, the server device 2 applies the third unique ID acquisition unit 2m that acquires the unique ID (IC card identification information) transmitted from the application terminal 6 and the ticket ID stored in the ticket database 2a. It is assumed that the ticket ID of the electronic ticket that has been applied from the terminal 6 is provided with the object ID linking unit 2n that stores the unique ID acquired by the third unique ID acquisition unit 2m in the ticket database 2a. Then, the unique ID linking unit 2f uses the unique ID acquired by the third unique ID acquisition unit 2m as the ticket ID of the electronic ticket applied for from the application terminal 6 among the ticket IDs stored in the ticket database 2a. Assume that ID (IC card identification information) is associated and stored in the ticket database 2a.

The operation at the time of applying for an electronic ticket by the application terminal 6 of this modification will be described.
First, it is assumed that the purchaser operates the application terminal 6 and performs an electronic ticket application operation as shown in FIG. Then, the application terminal 6 transmits a ticket acquisition instruction and settlement information to the server device 2 via a communication path (wired path or the like) (step S501 in FIG. 16).
Subsequently, the server device 2 (first unique information acquisition unit 2b) receives the transmitted ticket acquisition instruction and payment information, performs payment processing using the received payment information, and buys and sells the applied electronic ticket. Complete. Subsequently, the server device 2 (management flag setting unit 2d), as shown in FIG. 18A, from the ticket database 2a, the ticket ID of the applied electronic ticket, that is, the electronic ticket represented by the acquired ticket acquisition instruction. And the field value of the field “use management flag” of the extracted record is set to “ON” (step S502 in FIG. 16).

Subsequently, the server device 2 transmits the ticket ID including the ticket ID of the extracted record and the description of the event, and the IC card identification information transmission instruction, the ticket acquisition instruction, etc. via the communication path (wired path or the like). It transmits to the original application terminal 6 (step S503 in FIG. 16). Subsequently, the application terminal 6 acquires the transmitted ticket information and IC card identification information transmission instruction, and holds the ticket information and the IC card 5 over the application terminal 6 as shown in FIG. Is displayed on the display (step S504 in FIG. 16).
Here, it is assumed that the purchaser who sees the message holds the IC card 5 over the short-distance wireless communication reader of the application terminal 6 and the IC card 5 is within a predetermined distance of the short-distance wireless communication reader. Then, the application terminal 6 transmits an IC card identification information transmission instruction to the IC card 5 via short-range wireless communication using the short-range wireless communication reader (step S505 in FIG. 16). Subsequently, the IC card 5 receives the IC card identification information transmission instruction and calculates the IC card identification information using the unique ID stored in the ID storage unit 5a (step S506 in FIG. 16). Subsequently, the IC card 5 transmits the calculated IC card identification information to the application terminal 6 that is the transmission source of the IC card identification information transmission instruction via short-range wireless communication (step S507 in FIG. 16). Subsequently, the application terminal 6 transmits the transmitted IC card identification information and the acquired ticket ID to the server device 2 via a communication path (wired path or the like) (step S508 in FIG. 16).

  Subsequently, the server device 2 (third unique ID acquisition unit 2m) acquires the transmitted IC card identification information and the acquired ticket ID. Subsequently, the server device 2 (object ID linking unit 2n) extracts a record in which the ticket ID acquired by the third unique ID acquisition unit 2m is set from the ticket database 2a as illustrated in FIG. The transmitted IC card identification information (unique ID) is stored as a field value in the field “IC card identification information” of the record. Subsequently, the server device 2 sets the field value of the field “IC card valid flag” of the extracted record to “ON” (step S509 in FIG. 16). Subsequently, the server device 2 transmits a completion notification to the mobile communication terminal 4 that is the transmission source of the IC card identification information and the terminal identification number (step S510 in FIG. 16). Subsequently, as shown in FIG. 10C, the application terminal 6 presents (displays) a message indicating that the association between the IC card 5 and the electronic ticket is complete (step S511 in FIG. 16).

Thus, in this modification, it is possible to apply for an electronic ticket from the application terminal 6. Thereby, the person who does not own the mobile communication terminal 4 can also use the electronic ticket system.
Incidentally, for example, in a method in which the mobile communication terminal 4 is used as a ticket by storing the ticket image in the mobile communication terminal 4 and displaying the stored ticket image on the mobile communication terminal 4, the user of the electronic ticket system must The mobile communication terminal 4 must be owned.

(2) Further, instead of the IC card 5, other devices capable of short-range wireless communication (for example, NFC, Bluetooth (registered trademark)) with the mobile communication terminal 4 or the mogiri terminal 3, the mobile communication terminal 4 or the mogiri Various objects having a unique ID such as a dongle type device (for example, a USB type or an earphone jack type device) that can be physically connected to the terminal 3 may be used.

(3) In addition, the server device 2 (determination result transmission unit 21) transmits an electronic ticket presence / absence determination result to the terminal 3; that is, after the electronic ticket is used, the ticket of the electronic ticket used. The configuration may be such that the use management flag (management flag) set in the ID is removed (released). Specifically, a record in which the same ticket ID as the ticket ID is set is extracted, and the field value of the field “use management flag” of the extracted record is set to “OFF”. Thereby, it is possible to prevent the electronic ticket from being used twice. Note that it is preferable that the function for removing the use management flag can be switched between operation and non-operation by the operation of the server administrator. Thereby, in the event that re-entry is possible, the purchaser of the electronic ticket can be re-entered by stopping the function of removing the use management flag.

DESCRIPTION OF SYMBOLS 1 Electronic ticket system 2 Server apparatus 2a Ticket database 2b 1st unique information acquisition part 2c Unique information correlation part 2d Management flag setting part 2e 1st unique ID acquisition part 2f Unique ID correlation part 2g Unique ID flag setting part 2h 2nd specific information Acquisition unit 2i Second unique ID acquisition unit 2j Unique information determination unit 2k Determination result transmission unit 2l Third unique ID acquisition unit 3 Mogiri terminal 4 Mobile communication terminal 5 IC card 6 Application terminal

Claims (7)

A server device that accepts an application for an electronic ticket from a mobile communication terminal,
A ticket database storing ticket IDs of a plurality of electronic tickets;
A first unique information acquisition unit for acquiring unique information of the mobile communication terminal from the mobile communication terminal used for the application;
Of the ticket IDs stored in the ticket database, the ticket database has the same ticket ID as the ticket ID of the applied electronic ticket and the unique information acquired by the first unique information acquisition unit. A unique information linking unit to be stored in
A second specific information acquisition unit that acquires specific information acquired from the mobile communication terminal by the Mogiri terminal from a specific terminal that acquires specific information from the mobile communication terminal;
A unique information determination unit that determines whether the unique information stored in the ticket database includes the same specific information as the unique information acquired by the second specific information acquisition unit;
Using the determination result by the unique information determination unit, a ticket presence / absence determination unit that determines whether the holder of the mobile communication terminal from which the terminal has acquired the unique information has an electronic ticket,
A server apparatus comprising: a determination result transmission unit that transmits a determination result by the ticket presence / absence determination unit to the terminal. A management flag setting unit that sets a management flag indicating that an electronic ticket has been applied to the ticket ID associated with the unique information by the unique information association unit;
The unique information determination unit includes, in the ticket ID stored in the ticket database, a ticket ID associated with the same unique information as the unique information acquired by the second unique information acquisition unit. The server apparatus according to claim 1, wherein it is determined whether a management flag is set. A first unique ID acquisition unit that acquires a unique ID acquired from an object having a unique ID by the mobile communication terminal and unique information of the mobile communication terminal;
Of the ticket IDs stored in the ticket database, the first unique ID is associated with a ticket ID associated with the same unique information as the unique information of the mobile communication terminal acquired by the first unique ID acquisition unit. A unique ID linking unit that associates the unique ID of the object acquired by the acquisition unit and stores the unique ID in the ticket database;
A second unique ID obtaining unit that obtains a unique ID obtained from the object by the mogi terminal from the mogi terminal;
If the unique information determination unit determines that the second unique ID acquisition unit has acquired a unique ID, the unique ID stored in the ticket database is the same as the acquired unique ID. Determine whether there is
The ticket presence / absence determination unit determines whether the owner of the object from which the terminal has acquired a unique ID has an electronic ticket using the determination result by the unique information determination unit. Item 3. The server device according to Item 1 or 2. A unique ID flag setting unit for setting a unique ID flag indicating that the unique ID of the object is associated with the ticket ID associated with the unique ID in the unique ID association unit;
The unique information determination unit includes the unique ID in a ticket ID associated with the same unique information as the unique information acquired by the second unique information acquisition unit among the ticket IDs stored in the ticket database. Determine if the flag is set,
When the ticket presence / absence determining unit determines that the unique ID flag is set by the unique information determining unit, the holder of the mobile communication terminal from which the terminal has acquired the unique information has an electronic ticket. The server device according to claim 3, wherein the server device is determined not to exist. A third unique ID acquisition unit for acquiring a unique ID acquired from the object by the application terminal from an application terminal for applying for an electronic ticket and acquiring the unique ID of the object;
Of the ticket IDs stored in the ticket database, the ticket ID of the electronic ticket applied from the application terminal is associated with the unique ID acquired by the third unique ID acquisition unit in the ticket database. The server device according to claim 3, further comprising an object ID linking unit to be stored.   The server device according to claim 3, wherein the object is a non-contact IC card that performs short-range wireless communication. An electronic ticket system comprising a server device that accepts an application for an electronic ticket from a mobile communication terminal and a mogiri terminal that acquires unique information from the mobile communication terminal,
The server device
A ticket database storing ticket IDs of a plurality of electronic tickets;
A first unique information acquisition unit for acquiring unique information of the mobile communication terminal from the mobile communication terminal used for the application;
Of the ticket IDs stored in the ticket database, the ticket database has the same ticket ID as the ticket ID of the applied electronic ticket and the unique information acquired by the first unique information acquisition unit. A unique information linking unit to be stored in
A second specific information acquisition unit that acquires specific information acquired by the mogi terminal from the mobile communication terminal from the mogi terminal;
A unique information determination unit that determines whether the unique information stored in the ticket database includes the same specific information as the unique information acquired by the second specific information acquisition unit;
Using the determination result by the unique information determination unit, a ticket presence / absence determination unit that determines whether the holder of the mobile communication terminal from which the terminal has acquired the unique information has an electronic ticket,
A determination result transmission unit that transmits a determination result by the ticket presence determination unit to the mogiri terminal;
The mogi terminal is
An electronic ticket system that presents a determination result transmitted from the server device.

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