JP2002269418A - Electronic ticket mediating server, electronic ticket purchasing system, electronic ticket mediating method, electronic ticket purchasing method, electronic ticket mediating program and computer readable recording medium with electronic ticket mediating program recorded thereon - Google Patents

Abstract

PROBLEM TO BE SOLVED: To simplify the procedures for purchasing and selling tickets. SOLUTION: An electronic wallet server 102 for mediating electronic tickets to be sold inputs ticket sales information from each of a plurality of ticket store terminals 101, extracts information to be provided for a portable telephone 100 from the input ticket sales information, generates ticket reference information using the extracted information, and transmits the generated ticket reference information to the portable telephone 100. The electronic wallet server 102 also receives ticket purchase information for requesting the purchase of the tickets from the portable telephone 100. Furthermore, the electronic wallet server 102 generates settlement information for settling the payment for ticket charges in accordance with the ticket purchase information, receives information for identifying settlement permission for settlement information from the portable telephone 100, and transmits the generated settlement information to a settlement organization for performing settlement.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention relates to, for example, a system in which an individual who wants to participate in a concert or event makes a payment with a portable terminal (mobile phone) in order to purchase an electronic ticket through a portal site using the mobile phone. The present invention relates to a ticket purchase method and method, a ticket mediation server, and a ticket mediation method for easy execution.

[0002]

2. Description of the Related Art FIG. 51 shows an example of a conventional procedure for purchasing a concert or event ticket without using an electronic ticket. Reference numeral 300 denotes a telephone terminal device, reference numeral 400 denotes a ticket counter and 500, a user holding a reservation number, and 600
Indicates a convenience store and a store.

Next, the operation will be described. In FIG. 51,
For example, S1 indicates reservation of a ticket from a telephone terminal device to a ticket counter and a store. S2
Indicates the transmission of the ticket reservation number from the ticket counter and the store to the telephone terminal device. S3 indicates that the user who has acquired the reservation number presents the reservation number to the convenience store. S4 indicates that a request for ticket information is made from the convenience store to the ticket counter. S5 indicates that the ticket information is transmitted from the ticket counter to the convenience store. S6 indicates that a ticket is issued from the convenience store to the user.

[0004]

The conventional ticket reservation and exchange system by telephone has problems in terms of the tediousness of purchasing a ticket by presenting a reservation number and the cost of printing the ticket on paper. there were. Furthermore, before going to a concert hall or an event hall with a purchased ticket, the user has to perform the process of confirming the location of the hall and arriving at the hall using transportation means. In addition, the information of purchased tickets,
The degree of use and the degree of freedom were low, and the user could not use it from the business. Further, in the method of performing payment for ticket purchase, the transaction for payment between the clearing house, the ticket counter, and the user is complicated, and it has been difficult to purchase tickets smoothly. Furthermore, in concert halls and event halls, users have to spend a lot of time in line for a long time to check tickets, and even after entering the hall to reach a seat.

[0005] The present invention has been made to solve the above problems, and has as its object to simplify the procedure of ticket purchase and sale. Specifically, the complexity of the settlement process of the conventional ticket purchase method is eliminated, personal authentication is simplified when purchasing tickets, ticket purchase information is utilized, guidance services to the venue using ticket information, and facility entry is simplified. To reduce the costs of businesses and entertainers that have been incurred when purchasing tickets so far. Furthermore, it is possible to simplify the procedure for the user to purchase the ticket, and to promote the use of the user by providing a service until the day of the concert or the event.

[0006]

An electronic ticket mediation server according to the present invention includes a database for accumulating information. In the electronic ticket mediation server for mediating the sale of electronic tickets, the database includes ticket sales related to tickets to be sold. The electronic ticket mediation server stores the information, reads the ticket sales information stored in the database, transmits the read ticket sales information to the purchaser terminal that purchases the ticket, and requests the purchaser to purchase the ticket from the purchaser terminal. Receiving ticket purchase information.

The electronic ticket mediation server inputs a plurality of ticket sales information from each of a plurality of ticket store terminals desiring to sell tickets, and extracts information to be provided to the purchaser terminal from the plurality of input ticket sales information. And generates ticket reference information using the extracted information,
The generated ticket reference information is transmitted to the purchaser terminal.

[0008] The database further stores the ticket purchase information.
Based on the ticket purchase information stored in the database, payment information for settingtle the payment for the ticket is generated, and information for confirming permission of the payment of the payment information is received from the buyer terminal, and the payment is executed. And transmitting the generated payment information to the payment institution.

[0009] The electronic ticket mediation server transmits settlement permission confirmation information for requesting permission to execute settlement based on the settlement information to the purchaser terminal, and notifies the settlement permission confirmation information of permission to the settlement permission notice. Receiving the information from the purchaser terminal, generating payment permission information permitting execution of the payment based on the received payment permission notification information, and transmitting the generated payment permission information to the payment institution.

[0010] The database further stores user information on the user, and the ticket mediation server includes:
Receiving a user information acquisition request requesting the provision of the user information, searching the database based on the received user information acquisition request, and retrieving the retrieved user information as the user information acquisition request; Is transmitted to the transmission source that transmitted the.

[0011] An electronic ticket purchasing method according to the present invention comprises:
In an electronic ticket purchasing system including a database for storing information and an electronic ticket mediation server that mediates the sale of electronic tickets, and a purchaser terminal for purchasing tickets, the database stores ticket sales information on tickets to be sold. The electronic ticket intermediation server accumulates, reads the accumulated ticket sales information, transmits the read ticket sales information to the purchaser terminal, receives ticket purchase information for requesting a ticket purchase from the purchaser terminal, The purchaser terminal receives the ticket sales information transmitted from the electronic ticket mediation server, generates the ticket purchase information based on the received ticket sales information, and transmits the generated ticket purchase information to the ticket mediation server. It is characterized by transmitting.

[0012] The ticket purchase method further includes a plurality of ticket store terminals for generating ticket sales information relating to the ticket for which the ticket is to be sold and transmitting the generated ticket sales information to the ticket mediation server. The mediation server inputs a plurality of ticket sales information from each of the plurality of ticket store terminals,
Extracting information to be provided to the purchaser terminal from the plurality of input ticket sales information, generating ticket reference information using the extracted information, transmitting the generated ticket reference information to the purchaser terminal, Receiving the ticket reference information and generating the ticket purchase information based on the received ticket reference information.

[0013] The ticket purchase system further includes a settlement institution for executing settlement, the database further stores the ticket purchase information, and the electronic ticket mediation server stores the ticket purchase information stored in the database. Based on the payment information, payment information for payment of the ticket is generated, information for confirming permission of payment of the payment information is received from the user, and the generated payment information is transmitted to a payment institution performing the payment. The payment institution receives the payment information, and executes the payment based on the received payment information.

The electronic ticket mediation server transmits settlement permission confirmation information for requesting permission to execute settlement based on the settlement information to the purchaser terminal, and notifies the settlement permission confirmation information of permission to the settlement permission notice. Receiving the information from the buyer terminal, generating payment permission information permitting the execution of the payment based on the received payment permission notification information, transmitting the generated payment permission information to the payment institution, the buyer terminal ,
Receiving the payment permission confirmation information, based on the received payment permission confirmation information, generating the payment permission notification information, transmitting the generated payment permission notification information to the electronic ticket mediation server, The payment is performed when the payment information and the payment permission information are received.

[0015] The database further stores user information on the user, and the ticket mediation server includes:
A user information acquisition request for requesting the provision of the user information is received from the ticket store terminal, and the database is searched based on the received user information acquisition request. Transmit to the ticket store terminal, the store terminal transmits the user information acquisition request to the electronic ticket mediation server, and from the electronic ticket mediation server, the user information corresponding to the user information acquisition request It is characterized by receiving.

[0016] The purchaser terminal holds the electronic ticket information generated based on the ticket purchase information, and the ticket purchase method further obtains the electronic ticket information held in the purchaser terminal, It is characterized by including an entrance management device that manages the visitors of the facilities included in the electronic ticket information using the acquired electronic ticket information.

The database stores the electronic ticket information, the electronic ticket mediation server reads the electronic ticket information stored in the database, inputs the electronic ticket information obtained by the entrance management device, and stores the electronic ticket information in the database. The stored electronic ticket information is compared with the electronic ticket information obtained by the entrance management device,
Transmitting the collated verification result to the visitor management device, and using the input verification result, the visitor management device determines whether the electronic ticket information held in the purchaser terminal is valid. It is characterized by.

The purchaser terminal holds electronic ticket information included in the electronic ticket issued based on the ticket purchase information, and stores the location of the facility included in the electronic ticket information and the location information regarding the location of the facility. Request information to be transmitted, the ticket purchase method further receives the location of the facility and the request information from the purchaser terminal, obtains the location where the purchaser terminal is located, A guidance device that acquires location information between the location of the purchaser terminal and the location of the facility based on the location and the location where the purchaser terminal is present, and provides the acquired location information to the purchaser terminal. It is characterized by having.

[0019] The purchaser terminal prompts the user to input information necessary for generating the payment permission information, preliminarily retains the information input by the user, and permits the payment based on the retained information. It is characterized by generating information.

[0020] The ticket purchase system further includes a settlement server that mediates between the settlement institution and the electronic ticket intermediation server, and the electronic ticket intermediation server transmits the settlement information and the settlement permission information to the settlement server. Transmitting, the payment server receives the payment information and the payment permission information, and instructs the payment institution to execute payment based on the received payment information and the payment permission information;
The payment institution performs the payment based on an instruction received from the payment server.

The store terminal generates a user information acquisition request including an acquisition condition for specifying a condition for retrieving user information, and the electronic ticket intermediation server converts the acquisition condition from the user information acquisition request. The method is characterized in that the database is searched based on the extracted acquisition conditions, and user information is generated using the search result.

The electronic ticket purchasing method includes a plurality of purchaser terminals, the plurality of purchaser terminals hold electronic ticket information of the same event, and each of the plurality of purchaser terminals includes the plurality of purchaser terminals. Holding a common identifier common to the terminals, generating the request information including the common identifier, the guiding device receives the location of the facility and the request information from the plurality of purchaser terminals, A plurality of locations where the purchaser terminals are present are acquired, and the location between the plurality of locations and the location of the facility is determined based on the received location of the facility and the plurality of locations where the plurality of purchaser terminals are located. Is obtained, and the obtained location information is provided to a plurality of purchaser terminals that have transmitted the request information including the common identifier.

The above-mentioned database stores, as user information,
User information including at least one of ticket purchase status information, settlement status information, and personal preference information is stored.

The electronic ticket mediation server reads the stored ticket sales information, extracts information to be provided to the purchaser terminal from the read ticket sales information, and generates ticket reference information using the extracted information. The ticket reference information is stored in the database, and when the purchaser terminal requests the provision of the ticket reference information, the ticket reference information is read from the database, and the read ticket reference information is transmitted to the purchaser terminal. The purchaser terminal generates a reference information transmission request for requesting transmission of the ticket reference information, and transmits the generated reference information transmission request to the electronic ticket mediation server.

The purchaser terminal generates a reference information transmission request including the request for transmitting the ticket reference information and a purchase condition for purchasing the ticket, and transmits the generated reference information transmission request to the electronic ticket mediation server. The electronic ticket mediation server receives the reference information transmission request, extracts purchase conditions from the received reference information transmission request, and searches the database based on the extracted purchase conditions to generate ticket reference information. Then, the generated ticket reference information is transmitted to the purchaser terminal.

The purchaser terminal periodically transmits the reference information transmission request, and while receiving the ticket reference information,
When transmitting the reference information transmission request, the reception of the ticket reference information is prioritized.

[0027] The electronic ticket mediation server prioritizes reception of the reference information transmission request if the reference information transmission request is transmitted from the purchaser terminal during transmission of the ticket reference information. I do.

The electronic ticket mediation server further includes:
A ticket information transmitting unit that reads the ticket sales information from the database, transmits the read ticket sales information to the purchaser terminal, receives the ticket purchase information from the purchaser terminal, analyzes the received ticket purchase information, A purchase information transmitting / receiving unit for registering the result of the analysis in the database.

The electronic ticket mediation server further includes:
A ticket information registration unit that receives the ticket sales information and registers the received ticket sales information in the database;

The purchase information transmitting / receiving unit reads the ticket purchase information from the database, generates payment information for payment of the ticket price based on the read ticket purchase information, and transmits the payment information of the payment information from the purchaser terminal. It is characterized by receiving information for confirming permission of settlement and transmitting the generated settlement information to a settlement institution that executes settlement.

The electronic ticket mediation server further includes:
A ticket information management unit that receives ticket update information for updating the ticket sales information, analyzes the received ticket update information, and updates the ticket sales information stored in the database based on the analysis result. Features.

An electronic ticket mediation server according to the present invention includes a database for storing information. In the electronic ticket mediation server for mediating the sale of electronic tickets, the database accumulates ticket sales information relating to ticket sales. The electronic ticket mediation server receives the ticket purchase information requesting the purchase of the ticket, reads the ticket sales information from the database, and digitizes the ticket based on the received ticket purchase information and the read ticket sales information. Generated electronic ticket information, and transmits the generated electronic ticket information to the transmission source that transmitted the ticket purchase information,
It is characterized in that payment information for requesting payment of payment for the generated electronic ticket is generated, and the generated payment information is transmitted to a payment institution performing the payment.

The electronic ticket mediation server according to the present invention includes a database for storing information, and the electronic ticket mediation server mediates the sale of electronic tickets. In the electronic ticket mediation server, the database includes a ticket for requesting purchase of a ticket transmitted by a user. Purchase information and user information including at least one of information on the user's preference is stored, and the electronic ticket mediation server receives a user information acquisition request for requesting provision of user information, Based on the received user information acquisition request, the database is searched, and the user information obtained as a result of the search is transmitted to the transmission source that transmitted the user information acquisition request.

An electronic ticket intermediation method according to the present invention comprises:
An electronic ticket intermediation method that mediates the sale of electronic tickets, including a database that stores ticket sales information about tickets to be sold, and that reads ticket sales information from the database and purchases the read ticket sales information and purchases a ticket. Transmitting ticket purchase information to the terminal and requesting purchase of a ticket from the purchaser terminal.

In the above electronic ticket mediation method, a plurality of ticket sales information is received from each of a plurality of ticket sales terminals wishing to sell tickets, and information to be provided to the purchaser terminal is extracted from the received plurality of ticket sales information. And
Ticket reference information is generated using the extracted information, and the generated ticket reference information is transmitted to the purchaser terminal.

In the electronic ticket mediation method, payment information for settling payment for a ticket is generated based on the received ticket purchase information, and information for confirming permission of payment of the payment information is transmitted from the purchaser terminal. It is characterized by receiving and transmitting the generated payment information to a payment institution that performs payment.

An electronic ticket purchasing method according to the present invention comprises:
In an electronic ticket purchasing method having a database for storing ticket sales information on tickets to be sold and having an electronic ticket mediation server mediating the sale of electronic tickets, and a purchaser terminal for purchasing tickets, the electronic ticket mediation server is Reading the ticket sales information from the database, transmitting the read ticket sales information to the purchaser terminal, receiving ticket purchase information for requesting a ticket purchase from the purchaser terminal, The ticket sales information transmitted from the ticket mediation server is received, the ticket purchase information is generated based on the received ticket sales information, and the generated ticket purchase information is transmitted to the ticket mediation server.

An electronic ticket intermediation program according to the present invention includes a database for storing ticket sales information relating to tickets to be sold, realizes intermediation of electronic ticket sales by a computer, and reads ticket sales information from the database. And a process of transmitting the read ticket sales information to a purchaser terminal who wants to purchase a ticket, and a process of receiving ticket purchase information requesting a purchase of a ticket from the purchaser terminal.

A computer-readable recording medium storing the electronic ticket mediation program according to the present invention includes a database for storing ticket sales information on tickets to be sold, and realizes mediation of electronic ticket sales by the computer. A computer-readable recording medium storing an electronic ticket mediation program, a process of reading ticket sales information from the database, a process of transmitting the read ticket sales information to a purchaser terminal desiring to purchase a ticket, Receiving ticket purchase information for requesting purchase of a ticket from a purchaser terminal.

[0040]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiment 1 FIG. 1 is an example of an electronic ticket model configuration diagram showing a flow of processing of an electronic ticket purchase method (processing method) and method, a ticket mediation server, and a ticket mediation method according to the present invention. In FIG. 1, reference numeral 100 denotes a mobile phone (purchase terminal) for referring to and purchasing electronic ticket information; 102, registering electronic ticket information; An electronic wallet server (electronic ticket mediation server) that transmits and receives information to and from the device 105, 101 is a ticket store that provides ticket information to the electronic wallet server, and 103 is an electronic ticket purchased by a settlement request from the electronic wallet server. Settlement institution that performs settlement, 104
Is a guiding device (artificial satellite, etc.) for guiding the user using the mobile phone to the destination using the electronic ticket information on the mobile phone, and 105 is installed at the venue (concert venue, event venue), and stores the information of the electronic ticket. It is an entrance management device that reads and inquires the electronic wallet server 102.

In this specification, ticket sales information, ticket reference information, and ticket registration information are defined as follows. The ticket sales information is information on ticket sales, and is information transmitted from the ticket store terminal 101 to the electronic wallet server 102. The ticket sales information is stored in the database 45 provided in the electronic wallet server 102. The ticket reference information is information on ticket sales provided to the user, and is transmitted from the electronic wallet server 102 to the mobile phone 100. The ticket reference information is stored in the electronic wallet server 102.
As a result, information on the ticket to be provided to the user is extracted from the ticket sales information, and is generated using the extracted information. The ticket reference information is periodically transmitted from the electronic wallet server 102 to the mobile phone 100. Since the ticket reference information is a part of the ticket sales information, it is sometimes referred to as ticket sales information.

Ticket registration information (ticket update information)
Is information for updating the ticket sales information stored in the database 45 of the electronic wallet server 102, and is transmitted from the ticket store terminal 101 to the electronic wallet server 10.
2 is the information to be transmitted to. Specifically, cancellation of ticket sales, addition of ticket sales, change of schedule / date and time, etc.
This is information notifying that information described in the ticket or a change in information relating to ticket sales has been changed. The ticket registration information is also called ticket update information. Electronic ticket information (also referred to as “electronic ticket” or “electronic ticket body information” or “electronic ticket data”)
Is an electronic ticket.

FIG. 2 is a schematic diagram showing how an electronic ticket is purchased and the electronic ticket is processed. In FIG. 2, B
1 indicates that the ticket store terminal 101 registers ticket information in the electronic wallet server 102.
B2 indicates that the registered information is distributed by the electronic wallet server 102 to the mobile phone 100. B
Reference numeral 3 indicates that the mobile phone 100 user purchases a ticket based on the distributed information. B4 indicates confirmation to the clearing house when the user purchases a ticket, and B5 indicates transmission of the ticket purchased by the user. B6 transmits the transmitted ticket information to the GPS (Gl
It indicates that the vehicle is guided to a destination using an obal Positioning System (Obal Positioning System) function. The user who has been guided to the destination carries out facility entrance of B7 with an electronic ticket.

FIG. 3 is a configuration diagram of the personal settlement portal service constituting the electronic ticket model shown in FIG. The mobile phone 100 includes a ticket information transmitting / receiving unit 1, a ticket purchase information transmitting unit 2, and a ticket settlement permission information transmitting unit 3. Electronic wallet server 1
Reference numeral 02 includes a terminal device communication unit 10, a ticket information registration unit 4, a ticket information transmission unit 5, a payment purchase information transmission / reception unit 6, a ticket store server device communication unit 7, and a payment institution server device communication unit 8. The ticket store terminal 101 includes an electronic wallet server device communication unit 200 and a ticket information transmission / reception unit 201.

FIG. 4 is a configuration diagram of the settlement use promotion service constituting the electronic ticket model shown in FIG. The mobile phone 100 includes a ticket information transmitting / receiving unit 1, a ticket purchase information transmitting unit 2, and a ticket settlement permission information transmitting unit. The electronic wallet server 102
It comprises terminal device communication means 10, ticket information registration means 4, ticket information transmission means 5, payment purchase information transmission / reception means 6, and payment institution server device communication means 8. Payment institution 10
Reference numeral 3 denotes an electronic wallet server device communication unit 200 and a settlement information transmission / reception unit 202.

FIG. 5 is a configuration diagram of the marketing information service constituting the electronic ticket model shown in FIG. The electronic wallet server 102 includes a terminal device communication unit 10, a ticket information management unit 9, a ticket information registration unit 4, a ticket information transmission unit 5, a payment purchase information transmission / reception unit 6, and a ticket store server device communication unit.
The ticket store terminal 101 includes an electronic wallet server device communication unit 200 and a ticket information transmission / reception unit 201.

FIG. 6 is a block diagram of the entrance management service constituting the electronic ticket model shown in FIG. The mobile phone 100 includes a ticket information transmitting / receiving unit 1 and a ticket purchase information transmitting / receiving unit 2. The electronic wallet server 102 includes a terminal device communication unit 10, a ticket information registration unit 4, a ticket information transmission unit 5, a payment purchase information reception unit 6, an entrance management server device communication unit 11, and a ticket information verification unit 12. The entrance management device 105 includes an electronic wallet server device communication unit 200, a terminal device communication unit 204, a ticket information transmission / reception unit 201, an entry permission information transmission / reception unit 205, and an entrance management unit 206.

FIG. 7 is a configuration diagram of a navigation service constituting the electronic ticket model shown in FIG.
The mobile phone 100 includes a position information transmitting / receiving unit 41, a ticket information transmitting / receiving unit 1, a ticket purchase information transmitting unit 2, and a ticket settlement permission information transmitting unit 3. The electronic wallet server 102 includes a terminal device communication unit 10, a ticket information registration unit 4, a ticket information transmission unit 5, a payment purchase information reception unit 6, and a map information creation unit 13.
The guidance device 104 includes a terminal device communication unit 204 and a position information transmission unit 207.

The electronic wallet server 102 has a database 45. The database 45 stores various information. FIG. 8 is a diagram showing an example of the configuration of the database 45 provided in the electronic wallet server 102. The database 45 shown in FIG. 8 includes a ticket reference information table 451, a management information table 452, a ticket type table 453, and a ticket settlement table 45.
4, sales ticket management table 455, purchaser management table 456, purchase history information management table 457,
Ticket body information management table 458, system management information table 459, ticket operation history table 46
0 is included. 9 to 18 show examples of information included in each of the tables. The declaration name and the type indicating the data type are examples.

The ticket reference information table 45 shown in FIG.
1 includes ticket reference information generated from the ticket sales information. The ticket reference information is information provided to the user. The management information table 452 shown in FIG.
The ticket type table 453 shown in FIG. 1 stores management data. The ticket settlement table shown in FIG. 12 is a table for storing the status of the electronic ticket, and is a table for managing the state of the electronic ticket sold via the electronic wallet server 102, the settlement status, and the like. The ticket status indicates the processing level of the electronic ticket (ticket purchase information acquisition, sold, etc.), and the payment status indicates the status of the payment. Further, the information of the settlement is indicated by each flag such as a settlement notification completion flag. Each flag is updated by the electronic wallet server based on information notified from the settlement institution 103 and the mobile phone 100.

The sales ticket management table 455 shown in FIG. 13 stores data relating to ticket sales. Also manages a ticket ID given to the electronic ticket information. The purchaser management table 456 shown in FIG. 14 and the purchase history information management table 457 shown in FIG.
Is used when creating marketing information.
The ticket body information management table 458 shown in FIG.
Used when confirming the information of the electronic ticket. Figure 1
The system management information table 459 shown in FIG. 7 is a table for managing information on tickets using ticket IDs.

The information stored in the database 45 is stored by the ticket information registration means 4. Further, the database 45 does not necessarily need to include all the tables described above, and may be a database that includes a part of the tables. Further, other information may be included.

Next, the operation will be described. First, FIG.
The operation of the personal settlement portal service will be described with reference to FIG. In the personal settlement portal service, the ticket store terminal 101 transmits ticket sales information relating to ticket sales to the electronic wallet server device communication unit 200 using the ticket information transmission / reception unit 201.

Electronic wallet server device communication means 200
The ticket sales information transmitted by the ticket sales server server communication means 7 of the electronic wallet server 102
Is obtained by The acquired ticket sales information is
The ticket information is stored in the database 45 in the electronic wallet server 102 by the ticket information registration means 4 and output to the ticket information transmission means 5. The ticket sales information is transmitted from the ticket information transmitting means 5 to the terminal device communication means 10.
Output to The ticket sales information is processed by the terminal device communication means 10 and transmitted to the mobile phone 100.

Ticket sales information in the electronic wallet server 102 is transmitted to the mobile phone 100 by the ticket information transmitting / receiving means 1 of the mobile phone 100. Mobile phone 1
The user using 00 selects a ticket to be purchased using the ticket sales information received by the mobile phone 100. The mobile phone 100 generates ticket purchase information based on the information on the selected ticket, and transmits the ticket purchase information generated by the ticket purchase information transmitting unit 2 to the electronic wallet server 102.

The ticket purchase information transmitted to the electronic wallet server 102 is output to the terminal communication means 10 of the electronic wallet server 102, processed, and output to the payment purchase information transmitting / receiving means 6.

Next, the operation of the settlement use promotion service will be described with reference to FIG. In the settlement use promotion service of FIG. 4, the electronic wallet server 102
The ticket purchase information is transmitted by the ticket purchase information transmitting means 2 to. The transmitted ticket purchase information is received and processed by the terminal device communication unit 10 and output to the payment purchase information transmission / reception unit 6. The payment / purchase information transmitting / receiving means 6 generates payment information for performing payment of the ticket price based on the input ticket purchase information. The payment purchase information transmitting / receiving means 6 registers the ticket purchase information and the payment information in the database 45, and outputs the payment information to the payment institution server communication means 8. The settlement institution server device communication means 8 transmits the settlement information to the settlement institution 103.

The settlement information transmitted to the settlement institution 103 is as follows:
It is received by the electronic wallet server device communication means 200. The received payment information is transmitted to the payment information
2 is output. The payment information transmitting / receiving means 202 performs a payment confirmation process based on the input payment information, and generates payment permission confirmation information. The generated payment permission confirmation information is output to the electronic wallet server device communication means 200. The electronic wallet server device communication means 200 transmits the settlement permission confirmation information to the settlement institution server device communication means 8 in the electronic wallet server 102.

The settlement institution server device communication means 8 receives the transmitted payment permission confirmation information and outputs the received payment permission confirmation information to the payment purchase information transmission / reception means 6. The payment / purchase information transmitting / receiving means 6 processes the input payment permission confirmation information and transmits the processed payment permission confirmation information to the terminal device communication means 10.
Output to The terminal device communication unit 10 transmits the input payment permission confirmation information to the ticket payment permission information transmitting unit 3.

The ticket payment permission information transmitting means 3 of the mobile phone 100 receives the payment permission confirmation information, and confirms that the payment content included in the received payment permission confirmation information matches the ticket purchase information of the purchased ticket. Confirm. Next, the ticket payment permission information transmitting unit 3 generates payment permission notification information for notifying that the payment is permitted, based on the confirmed payment permission confirmation information, and transmits the generated payment permission notification information to the electronic wallet server 102. Send to The terminal communication unit 10 of the electronic wallet server 102 receives the payment permission notification information, processes (approves) the received payment permission notification information, and outputs it to the payment purchase information transmission / reception unit 6.
The payment / purchase information transmitting / receiving means 6 updates the payment information registered in the database 45 based on the input payment permission notification information, and generates payment permission information (payment permission message). Next, the payment purchase information transmitting / receiving means 6 outputs the generated payment permission information to the payment institution server communication means 8. The settlement institution server device communication unit 8 registers the inputted settlement permission information in the database 45 and transmits the settlement permission information to the settlement institution 103.

The electronic wallet server device communication means 200 of the settlement institution 103 receives the settlement permission information and outputs the received settlement permission information to the settlement information transmitting / receiving means 202.
The settlement information transmitting / receiving means 202 registers and manages the inputted settlement permission information in the database 45. The settlement information transmitting / receiving means 202 performs settlement based on the settlement permission information. Further, the settlement information transmitting / receiving means 202 creates settlement end information, and outputs the created settlement end information to the electronic wallet server device communication means 200. The electronic wallet server communication means 200 processes the settlement completion message and transmits the message to the electronic wallet server 102.

In the electronic wallet server 102, the settlement institution server device communication means 8 receives the settlement end information and outputs the received settlement end information to the settlement purchase information transmitting / receiving means 6. The settlement completion is registered in the database 45 based on the settlement end information input to the ticket purchase information transmitting / receiving means 6.

Next, the operation of the marketing information service will be described with reference to FIG. In the marketing information service shown in FIG. 5, the ticket information transmitting / receiving means 201 of the ticket store terminal 101 generates a marketing information acquisition request requesting to acquire user information and user preference information, and electronically transmits the generated marketing acquisition request. Output to the wallet server device communication means 200. The electronic wallet server device communication means 200 transmits the input marketing information acquisition request to the electronic wallet server 102.
To the ticket store server device communication means 7.
The ticket store server device communication unit 7 receives the transmitted marketing acquisition request acquisition request, and outputs it to the ticket information management unit 9.

The ticket management means 9 analyzes the marketing acquisition request, generates ticket control information for collecting user information and user preference information based on the analysis result, and stores the generated ticket control information in the ticket information registration means. Output to 4. The ticket registration unit 4 performs data acquisition and search processing based on the input ticket control information, and performs requested marketing information acquisition processing. The marketing information searched and obtained by the ticket information registration means 4 is transmitted to the ticket sales server communication means 7
Is output to The marketing information input to the ticket store server device communication means 7 is subjected to data format conversion processing and transmitted to the ticket store terminal 101. The electronic wallet server device communication means 200 of the ticket store terminal 101 receives the transmitted marketing information, and outputs the received marketing information to the ticket information transmission / reception means 201.

Next, the operation of the entrance management service will be described with reference to FIG. Electronic wallet server 102
Is electronic ticket information (digitized ticket) based on the ticket purchase information transmitted from the mobile phone 100.
A ticket is issued and the issued electronic ticket information is transmitted to the mobile phone 100. The electronic ticket information is stored in the database 45. Electronic ticket information issued,
Stored in the database 45. The mobile phone 100 stores the transmitted electronic ticket information. The electronic ticket information is stored in the electronic ticket information storage unit 46 in the mobile phone 100. The electronic ticket information stored in the mobile phone 100 in FIG. 6 is read by the terminal information device communication unit 204 of the entrance management device 105. The terminal information device communication unit 204 outputs the read electronic ticket information to the entrance management unit 206. Admission control means 206
Creates a collation instruction message for collating the electronic ticket information read from the mobile phone 100 with the electronic ticket information stored in the database 45 of the electronic wallet server 102, and transmits the created collation instruction message to the electronic wallet server device communication means 200 Output to The created collation instruction message includes the read electronic ticket information.

Electronic wallet server device communication means 200
Transmits the input collation instruction message to the electronic wallet server 102. The entrance management server device communication means 11 of the electronic wallet server 102 receives the collation instruction message, reads out the electronic ticket information from the received collation instruction message, extracts the electronic ticket information, and uses the extracted electronic ticket information as ticket collation information. 12 is output. The ticket information collating means 12 reads the electronic ticket information from the database 45 in the electronic wallet server device, collates it with the inputted electronic ticket information, and outputs the collation result to the entrance management server device communication means 11.

The entrance management server communication means 11 registers the collation result in the database 45, generates a permission message or a non-permission message based on the collation result, and admits the generated permission (non-permission) message. The information is transmitted to the management device 105. The permission message indicates that the collation results match, and that the electronic ticket information is valid. The disapproval message indicates that the collation results do not match and the electronic ticket information is incorrect.

In the entrance management device 105, the electronic wallet server device communication means 200 receives the permission (non-permission) message, creates a completion message based on the received permission (non-permission) message, and creates the completed completion message. Is output to the entry permission information transmitting / receiving means 205. The entry permission information transmission / reception unit 205 specifies the mobile phone 100 that has acquired the electronic ticket information, and outputs a unique ID of the mobile phone that specifies the specified mobile phone 100 and a completion message to the terminal device communication unit 204.

The terminal device communication means 204 inputs the unique ID of the mobile phone and the completion message, generates permission information based on the input unique ID and the completion message of the mobile phone, and generates the generated permission information and the mobile phone. Is transmitted to the mobile phone 100. The ticket information transmitting / receiving means 1 of the mobile phone 100 receives the permission information and the unique ID of the mobile phone, extracts the permission information from the received permission information and the unique ID of the mobile phone,
The extracted permission information is displayed on the mobile phone 100.

Next, the operation of the navigation service will be described with reference to FIG. In FIG. 7, the position information transmitting unit 207 of the guidance device 104 acquires the position information and outputs the acquired position information to the terminal device communication unit 204. The terminal device communication unit 204 transmits the input position information to the mobile phone 100. Location information transmitting / receiving means 41 of mobile phone 100
Receives the position information from the guidance device 104. Further, the position information transmitting / receiving means 41 measures the position information of the mobile phone 100. The measured position information is added with the unique ID of the mobile phone that specifies the mobile phone 100, and is transmitted from the position information means 41 to the electronic wallet server 102.

The location information of the mobile phone 100 and the unique ID of the mobile phone transmitted to the electronic wallet server 102 are:
Terminal device communication means 10 in electronic wallet server 102
Received by The received position information and the unique ID of the mobile phone are analyzed, and the map information creating means 1
3 is output.

The map information creating means 13 performs route information processing for specifying a user's travel route based on the input location information (location information of the mobile phone 100, destination information of the electronic ticket), and creates route information. Is done. Further, a process of creating map information of a portion where the route information is displayed is performed, and map information is created. The created route information and map information are transmitted from the map information creating means 13 to the mobile phone 100 via the terminal device communication means 10.

The route information and map information received by the mobile phone 100 are received by the position information transmitting / receiving means 41, and the received route information and map information are displayed on the screen of the mobile phone 100. Data is transmitted and received periodically between the guidance device 104, the electronic wallet server 102, and the mobile phone 100.

In this embodiment, a system having five services, namely, a personal settlement portal server, a settlement utilization promotion service, a marketing information service, an entrance management service, and a navigation service has been described, but at least one of the five services is provided. Or a system having five or more services and two or more services. The services provided by the system differ depending on which service the electronic wallet server 102 provides.

As described above, the method and method for purchasing an electronic ticket using a mobile phone according to the present invention transmits electronic ticket purchase data from the mobile phone to the ticket shop server by the payment use promotion service, and transmits the electronic ticket server from the ticket shop server to the electronic wallet server. The settlement request data is transmitted to the settlement institution via, settlement is performed, and electronic ticket information is obtained. With the personal payment portal service,
The purchase information of the electronic ticket transmitted from the mobile phone is registered on the server, and concert information, event information, and the like that match the user's preference are transmitted from the server to the mobile phone.

The marketing information service transmits information such as marketing information from the electronic wallet server to the sales server of the ticket shop, and the sales server of the ticket shop sends an electronic ticket to the mobile phone based on the transmitted information. Send reference information.
The electronic ticket information received on the mobile phone by the navigation service receives the location information from the artificial satellite on the current mobile phone by the navigation software present on the mobile phone, and is compared with the received data. The route information is obtained based on the difference from the destination information in. The acquired route information is transmitted from the electronic wallet server to the mobile phone, and the user with the mobile phone moves to the destination according to the route information.

The electronic ticket information received on the mobile phone by the entrance management service transmits the electronic ticket information to the electronic ticket reading server provided at each facility entrance, and the reading server sends the electronic ticket information to the electronic wallet server. The electronic wallet server sends the collation information to the reading server, and the reading server sends the traffic permission information to the mobile phone.

Further, a method and a method for purchasing an electronic ticket comprising these services are characterized by including the following means. Terminal device transmitting means for transmitting electronic ticket purchase data from a mobile phone to a ticket shop server, server device registering means for registering purchase information from the ticket server to an electronic wallet server, and settlement from the electronic wallet server to a settlement institution There is provided a settlement use promotion service means comprising a server transmitting means for transmitting the request.

A server transmitting means for transmitting the purchase history information and the like of the electronic ticket registered in the electronic wallet server to the portable telephone, and selecting information necessary for the portable telephone user from the purchase history information on the electronic wallet server. Personal payment portal service means comprising a server device information search means.

A server device for transmitting marketing information from the electronic wallet server to the ticket shop server, and a server device for transmitting information along with the marketing information from the ticket shop server to the mobile phone. Marketing information means.

A terminal device GPS information receiving means for reading electronic ticket information on a mobile phone and receiving GPS information from an artificial satellite, a terminal device position information transmitting means for transmitting position information and destination information on the mobile phone, There is provided a server device route information generating means for generating route information from the telephone position information and destination information, and a navigation service means comprising a server device route information transmitting means for transmitting the generated route information and map information on the mobile phone.

A reading server device for receiving electronic ticket information on a mobile phone; an electronic ticket information receiving device; a reading server device for transmitting verification data of an electronic ticket from the reading server device to an electronic wallet server; And an entry management service unit comprising a reading server collation result receiving means for receiving collation result data transmitted from the electronic wallet server and a terminal device traffic permission receiving means for receiving a pass permission issued by the reading server.

As described above, the electronic ticket model configuration diagram of FIG. 1 is composed of the personal settlement portal service of FIG. 3, the settlement use promotion service of FIG. 4, the marketing information service of FIG. 5, the entrance management service of FIG. In this case, various functions can be realized by using the functions of the respective services. The effects produced by each service are as follows.

First, the personal settlement portal service shown in FIG. 3 makes it very easy to purchase an electronic ticket and obtain the electronic ticket on a mobile phone. FIG.
In the personal settlement portal service indicated by, the ticket store terminal 101 only manages the ticket information, and manages the monetary information related to the ticket by the electronic wallet server 102.
Is a model that depends on For this reason, the ticket store terminal 101 performs only ticket management, and does not need to manage monetary information or payment information. The electronic wallet server 102 performs management of ticket information, registration of ticket information, management of ticket purchase information, management of payment information, and the like, and provides functions and services required by the ticket store terminal 101 to provide a ticket. Store terminal 101
This has the effect of reducing ticket sales costs.

Second, there is provided a method for easily performing a payment method for purchasing an electronic ticket from a mobile phone using the payment use promotion service shown in FIG. In the payment use promotion service shown in FIG. 4, the purchase information transmitted from the mobile phone 100 is transmitted to the payment institution 103 via the electronic wallet server 102 to manage the purchase information, manage the payment information, and make the purchase. The history of information can be collectively managed by the electronic wallet server 102. Further, the payment confirmation permission information for the mobile phone 100 is:
Since the payment is sent from the clearing house 103 to the mobile phone 100 via the electronic wallet server 102 device, the mobile phone 10
The zero user can make a purchase settlement without paying attention to the settlement institution. For this reason, the clearing house is the mobile phone 1
Since there is no need to execute the payment confirmation for 00, there is an effect that the confirmation cost can be reduced.

Thirdly, a method is provided in which the ticket information terminal terminal 101 can use marketing information such as ticket purchase information by the marketing information service shown in FIG. In the marketing information service configuration diagram shown in FIG. 5, the ticket store terminal 101 provides a service by which the ticket store can always obtain the ticket information that the user prefers and the current ticket sales status by the ticket information transmitting / receiving means. . The ticket information management means 9 in the electronic wallet server 102 supports a function of easily managing and extracting electronic ticket purchase history information.

Therefore, the ticket shop can supply the ticket according to the ticket situation where demand currently exists by inquiring of the ticket purchase situation to the electronic wallet server 102, and the ticket sales This has the effect of reducing losses such as unsold.

Fourth, in the entrance management service configuration diagram shown in FIG. 6, a method is provided in which an electronic ticket on the mobile phone 100 is read and the entrance management device 105 confirms the electronic ticket. In the entrance management service configuration diagram shown in FIG. 6, the entrance management apparatus 105 automatically reads the electronic ticket data of the mobile phone 100, compares the read electronic ticket data with the electronic ticket data in the electronic wallet server 102, Is transmitted to the mobile phone 100. Unlike an ordinary ticket, the use of an electronic ticket saves the trouble of checking a ticket for entering a facility, and also makes it possible to manage the number of members and send a message to the user of the mobile phone 100.

Therefore, it is possible for the performer at a concert or event to reduce the number of staff members who have conventionally performed ticket management at the entrance, and furthermore, various messages, advertisements, etc. are added to the electronic ticket. Can be sent, and there is an effect that a reliable business effect can be achieved.

Fifth, in the navigation service configuration diagram shown in FIG. 7, from the electronic ticket information on the mobile phone 100, the use destination of the electronic ticket (position information of the concert hall or event hall) and the current mobile phone are present. A method for transmitting route information and map information from position information is provided. In the navigation service configuration diagram shown in FIG. 7, the mobile phone 100 receives the current location information of the mobile phone, and transmits the received location information and the location information of the venue on the electronic ticket to the electronic wallet server 102. The electronic wallet server 102 creates route information and map information based on the transmitted information, and transmits it to the mobile phone 100. The mobile phone 100 displays the transmitted information on a screen, and the user moves according to the indicated information. When the information is updated, the position information of the mobile phone and the position information of the venue are transmitted to the electronic wallet server 102 again, and the route information and the map information are received. In order for the electronic wallet server 102 to process route information and map information, the mobile phone 1
No. 00 does not need to perform route information calculation processing and map information storage, and furthermore, in this method, there is no need for the mobile phone 100 and the electronic wallet server 102 to be constantly connected. Resources can be saved.

Therefore, the user of the mobile phone 100 can automatically acquire the position information of the destination (concert hall or event hall) by purchasing an electronic ticket and use the navigation service. Further, by displaying the map information and the route information on the screen on the mobile phone, it is possible to arrive at the venue for the first time without any hesitation.

Embodiment 2 In the first embodiment,
The electronic ticket purchase processing service is realized by using the personal settlement portal service of FIG. 3, the settlement use promotion service of FIG. 4, the marketing information service of FIG. 5, the entrance management service of FIG. 6, and the navigation service of FIG. Next, the personal settlement portal service shown in FIG. 3, which is one of the elements constituting these services, will be described. FIG. 3 shows a configuration diagram of the personal settlement portal service constituting the electronic ticket model of FIG.

In FIG. 3, the mobile phone 100 comprises a ticket information transmitting / receiving means 1, a ticket purchase information transmitting / receiving means 2, and a ticket settlement permission information transmitting / receiving means 3. The electronic wallet server 102 includes a ticket information registration unit 4, a ticket information transmission unit 5, a payment / purchase information transmission / reception unit 6, a ticket store server device communication unit 7, a payment institution server device communication unit 8, and a terminal device communication unit 10. You.
The ticket store terminal 101 includes an electronic wallet server device communication unit 200 and a ticket information transmission / reception unit 201.

The ticket information transmitting / receiving means 1 is shown in FIG. FIG. 19 is a diagram showing an example of the configuration of the ticket information transmitting / receiving means. 11 is ticket information and entrance management information, 12 is ticket information reception processing, 13 is entrance information management processing, 14 is ticket information transmission processing, 15 is browser output processing, 16 is screen display, and 17 is ticket ID.

The ticket information and the entrance management information 11 are input from the electronic wallet server 102 to the mobile phone 100. The ticket information and the entrance management information 11 are input in an encrypted or compressed state. The given information is decrypted in the ticket information receiving process 12 and further decompressed. After that, each data (venue data, ticket I
D, position information, user information, ticket reference information, etc.), and stores them in the ticket information storage unit 46 of the mobile phone 100. The entrance information management process 13 performs an analysis process using the entrance management information given in step 11, and when the request is a transmission request for electronic ticket information, the ticket information transmission / reception process 1
4 transmits the ticket ID information 17. Note that the ticket information includes ticket reference information and electronic ticket information (electronic ticket) of the purchased ticket. The ticket reference information is periodically transmitted from the electronic wallet server 102. The browser output process 15 displays the ticket reference information extracted from the ticket information on the screen of the mobile phone 100 (screen display 16).

The ticket purchase information transmitting means 2 is shown in FIG. FIG. 20 is a diagram showing an example of the configuration of the ticket purchase information transmitting means 2. In FIG. 20, reference numeral 21 denotes selection information selected by the user from the ticket reference information, reference numeral 22 denotes a password process for starting communication with the electronic wallet server 102, and reference numeral 23 denotes acquisition of the password information. 24
Denotes authentication request processing for making an authentication request to the electronic wallet server 102; 25, personal authentication information for performing personal authentication; 26, purchase data transmission processing; and 27, ticket purchase data. Although not explicitly shown in FIG. 20, the password information 23 is stored in the password information storage unit (storage area), and the personal authentication information 26 is stored in the personal authentication information storage unit (storage area).

The selection information 21 is information selected by the user from the ticket reference information displayed for purchasing a ticket on the screen of the mobile phone 100. In order to transmit the selection information to the electronic wallet server 102, the mobile phone 100 performs a password process 22 to establish a connection with the electronic wallet server 102.
At this time, the password information 23 and the password held in the electronic wallet server 102 are obtained. The authentication request process 24 performs an authentication process on the electronic wallet server 102 using the acquired password. The authentication process is performed using the personal authentication information 25 for performing personal authentication. After the authentication is completed, the purchase data transmission process converts the data format of the selection information, generates ticket purchase information 27, and transmits the generated ticket purchase information to the electronic wallet server 102.

The ticket purchase settlement permission notice transmitting means 3
As shown in FIG. FIG. 21 is a diagram illustrating an example of the configuration of the settlement permission notification transmitting unit. 31 is a settlement permission notification from a settlement institution, 32 is a settlement permission reception process, 33 is a settlement permission discrimination process, 34 is a settlement permission message creation process, 35 is a settlement permission message transmission process, 36 is a settlement permission message, and 37 is a personal profile. It is.

[0099] The settlement permission notification information 31
The settlement permission notification information 31 is information requesting confirmation of settlement permission from the electronic wallet server 102 and received by the settlement permission receiving process 32. The payment permission receiving process 32 analyzes the format of the payment permission notification information 31,
Combine and thaw.

[0100] The settlement permission notification information 31 that has been processed in the settlement permission receiving process 32 is output to the settlement permission determining process 33. The payment permission determination process 33 analyzes the payment permission notification information 31 and determines whether the information is information that the user using the mobile phone 100 has made a purchase. The settlement permission determination process 33 performs a settlement permission message creation process 34 when it is determined that the user using the mobile phone 100 has performed the purchase. In the creation of the settlement permission information, compression, encryption, and combination of the message with respect to the information to be permitted are performed.

The settlement permission information 36 created in the settlement allowance message creation process 34 is output to the settlement allowance message transmission process 35. Payment permission message transmission processing 35
Specifies the destination to which the settlement permission information 36 is to be transmitted, outputs a request to transmit a message to the destination, and then transmits the settlement permission information 36.

Next, components of the electronic wallet server 102 will be described. FIG. 22 shows a terminal device communication unit 1.
FIG. 3 is a diagram illustrating an example of a configuration of a zero. In FIG. 22, 191 is ticket information, 192 is ticket purchase information, 193 is ticket information analysis processing, 194 is compression / decompression processing, 195
Is an encryption / decryption process, 196 is a data combination process, 197
Is ticket information transmission processing, 198 is ticket purchase information,
199 is ticket purchase information analysis processing, 1010 is compression /
Decompression processing, 1011 is encryption / decryption processing, and 1012 is data combination processing.

[0103] The ticket information 191 includes ticket reference information provided from the ticket store to the user and electronic ticket body information that is information on the electronic ticket body.
For the ticket reference information, the user requests in advance that the user needs the ticket reference information, and only the information in which the favorite information is registered is transmitted from the ticket store terminal 101, and is received by the ticket information analysis processing 193. Further, the ticket information analysis processing 193 receives the electronic ticket main body information. The ticket information analysis processing 193 distinguishes information from a ticket store and electronic ticket body information. Only the ticket reference information is transmitted to the user who has requested only the ticket reference information. For the user who has purchased the electronic ticket, information to which electronic ticket body information and advertisement information (ticket reference information) are added is created, and the created information is transmitted to the compression / decompression processing 194.

In the compression / decompression processing 194, compression is performed for each part of the electronic ticket main body information, and transmitted to the encryption / decryption processing 195. In the encryption / decryption process 195, the information compressed for each part is encrypted for each part. The encrypted data is subjected to a data combining process 196
The element tags of the respective parts are combined together and transmitted to the mobile phone 100 as ticket information transmission 197.

The ticket purchase information 198 includes information that the user wants to purchase from the ticket reference information referred to by the user, and the user's purchase permission information. Ticket purchase information 198
Is input to the ticket purchase information analysis processing 199. The ticket purchase information analysis processing 199 determines whether the information is payment permission information (described later) corresponding to information on a ticket that the user wants to purchase, and executes the processing. Compression / decompression processing 1
In step 010, the acquired information is decompressed, and the decompressed information is stored as a history in the database 45 in the electronic wallet server. After the accumulation, the compression process is performed again. Next, the encryption / decryption process 1011 performs a decryption process, and stores it again in the database 45 in the electronic wallet server. After the storage, the encryption processing is performed again, and the data combination processing 1012 is performed.

In the data combining process 1012, an ID indicating that the transaction has passed through the electronic wallet server 102 for each of the settlement permission information and the ticket purchase information transmitted from the user.
And outputs the ticket purchase information 192 to the payment purchase information transmitting / receiving means 6.

FIG. 23 is a diagram showing an example of the configuration of the ticket information registration means 4. In FIG. 23, reference numeral 41 denotes ticket reference information (ticket reference information) transmitted from the ticket store terminal 101, and this information is given as an input to the ticket reference information analysis processing.

In the ticket reference information analysis process 42, the transmitted ticket reference information 41 is analyzed and X
Convert to ML type data.

The converted XML type data of the ticket reference information is stored in a database 45 in the electronic wallet server.
Is stored by the ticket information registration process 43 as XML type data.

After the ticket information registration process 43, the ticket information update process 44 changes the information stored in the database 45 in the electronic wallet server according to the change information from the ticket store terminal 101 according to the change information. After the ticket information updating process 44 is completed, the ticket information is transmitted to the mobile phone 100 as ticket reference information 46 for ticket reference.

FIG. 24 is a diagram showing an example of the configuration of the ticket information transmitting means 5. Reference numeral 51 denotes ticket registration information, which is transmitted when the ticket information is newly registered or updated, or when a ticket is issued (issued).
The ticket registration information 51 is transmitted as an input to the ticket registration information analysis processing 52, and the ticket registration information is analyzed. In the analysis process of the ticket registration information 51, it is determined whether the ticket registration information 51 is a ticket issue or a reference, and the process is executed.

The framework information reference processing 53 shown in FIG.
Refers to the ticket framework 56 held in the electronic wallet server 102 and creates reference information or ticket issuing information.

The framework information reference processing 53 shown in FIG.
Is completed, a database information reference process 54 is performed. In the database information reference process 54, ticket information is created by referring to information in the database 45. In the ticket information construction processing 55 based on the acquired information, ticket information is constructed by adding information for each framework, ticket data information, additional information, and the like. After the end of the ticket information construction processing 55, the ticket information is transmitted to the mobile phone 100 as the ticket information 57.

FIG. 25 is a diagram showing an example of the configuration of the payment / purchase information transmitting / receiving means 6 (purchase information transmitting / receiving unit). 61
Is purchase inquiry information from a settlement institution, 62 is purchase information analysis processing, 63 is purchase information message creation processing, 64 is purchase information message transmission processing, 65 is a purchase message transmission, and 66 is purchase permission information. , 67 are ticket purchase information reception processing, 68 is ticket purchase history registration processing, 69 is ticket purchase information transmission processing, and 610 is purchase permission information.

Reference numeral 61 denotes purchase inquiry information from the settlement institution, which is information for confirming whether or not the purchase from the settlement institution 103 to the purchaser has been performed. The purchase information analysis processing 62 includes purchase inquiry information 6 from a settlement institution.
1 is analyzed to determine that it is purchase inquiry information from a valid clearing house 103 from a clearing house. further,
The purchase information message creating process 63 refers to ticket information and user information from the database 45 in the electronic wallet server 102 as a purchase information message, and creates a purchase information message.

The purchase information message transmission process 64 transmits the purchase information message created in the purchase information message creation process 63 to the mobile phone 100 (purchaser).

Next, a case where the purchaser transmits the purchase permission information to the settlement institution 103 when the purchaser receives the purchase information message will be described. Reference numeral 66 in FIG. 25 indicates purchase permission information in which the user sends purchase permission to the purchase information message.

In FIG. 25, reference numeral 67 denotes purchase permission information reception processing. In this processing, the purchase permission information is checked by comparing the ticket information in the electronic wallet server 102 with the purchase permission information. Further, in the ticket purchase history registration process of 68, a process of registering the purchase history in the database in the electronic wallet server as the purchase history of the ticket whose purchase has been permitted is performed.

At 69 in FIG. 25, transmission processing of the purchase permission information is performed. In this processing, a request to execute processing for transmitting the body information of the electronic ticket to the mobile phone 100 is transmitted to the electronic wallet server while generating purchase permission information for the settlement institution. The purchase permission information 610 indicates a message generated in the process 69.

FIG. 26 is a diagram showing an example of the configuration of the ticket store server device communication means 7. Reference numeral 71 denotes registration / change notification information of the ticket registration information from the ticket store, 72 denotes registration / change information conversion processing, 73 denotes registration information change notification processing, 74 denotes change notification information for the ticket server, 7
Reference numeral 5 denotes ticket registration information from the ticket server of the ticket store, 76 denotes ticket registration information conversion processing, 77 denotes registration information change notification processing, and 41 denotes ticket reference information.

Registration / change notification 71 of ticket registration information
Is information transmitted from the mobile phone user, and is transmitted when registering ticket information or changing ticket information. The registration change information conversion process 72 is a process for converting the transmitted registration information and change information into XML data. In the registration information change notification processing 73, the registration information and the change information are notified to the electronic wallet server 102, and the database 45 is changed. Reference numeral 74 denotes change notification information to the ticket server of the ticket store terminal 101.

The ticket information notified from the ticket server of the ticket store terminal 101 is registered information conversion processing 7
In step 6, the data is converted into XML data. The converted XML data is input to the registration information change notification processing 77, and is notified to the electronic wallet server 102 to change the database 45. Registration information change notification processing 7
After the execution of 7, the information is transmitted as ticket reference information 41.

FIG. 27 is a diagram showing an example of the configuration of the electronic wallet server device communication means 200. The electronic wallet server device communication means 200 is located on the ticket server side of the ticket store terminal 101 and provides processing means for communicating with the electronic wallet server 102.

Electronic wallet server device communication means 200
Are ticket information 2001, ticket information analysis 2002, electronic wallet device selection 2003,
004, database registration information of 75, change notification of 74, change message creation processing of 2005, and transmission of a change message of 2006.

The ticket information 2001 indicates ticket reference information to be transmitted from the ticket store terminal 101 to the electronic wallet server 102 and ticket control information for controlling the ticket. Ticket information analysis processing 2
In the ticket reference information and the ticket control information transmitted in 002, the ticket information analysis processing 2002 determines the ticket control information and the ticket reference information. The electronic wallet device selection process 2003 selects an electronic wallet device according to the ticket control information.
In the database management process 2004, the ticket reference information is stored in the ticket server of the ticket store terminal 101 (the information transmitted as the reference information is checked), and the database information in the ticket server is updated.

The ticket registration information 75 is stored in the electronic wallet server 1 after the database management processing 2004 is performed.
02 is information to be transmitted for performing registration. The change notification information 74 is stored in the electronic wallet server 102.
This indicates that a change in the number of tickets due to the purchase of a ticket from the side is transmitted.

The change notification 74 is sent to the electronic wallet server 10.
2, the ticket server of the ticket store terminal 101 receives the change notification in the database management process 2004 and changes the database information in the ticket server. The process of creating a change message in 2005 executes a process of creating a message displayed when ticket information is confirmed on the ticket server. After the processing, a change message transmission 2006 is performed.

Next, the operation will be described. FIG. 3 is a block diagram showing the personal settlement portal service of the electronic ticket, but FIG. 28 shows an authentication process of the personal settlement portal service. In order to purchase an electronic ticket in the mobile phone 100 and the electronic wallet server 102, the electronic wallet server and the mobile phone perform an authentication process in order to refer to information and execute the purchase. The authentication process is
In FIG. 28, AA1 authentication request, AA2 authentication information request, AA3
This is indicated by authentication information transmission, AA4 authentication information confirmation notification, AA5 authentication completion notification, and AA6 authentication completion notification (Replay).

The AA1 authentication request is executed from the mobile phone 100 to the electronic wallet server 102, and is executed as an initial process for referring to the electronic ticket information from the mobile phone. The AA1 authentication request is sent to the electronic wallet server 10
2 requires authentication. In the AA2 authentication information request,
The electronic wallet server requests the mobile phone 100 for authentication information such as an electronic certificate. In the AA3 authentication information transmission, the authentication information is transmitted from the mobile phone 100 to the electronic wallet server 102. The electronic wallet server 102 that has received the authentication information transmits an AA4 authentication information confirmation notification to the mobile phone 100, and sends an AA5 authentication completion notification from the mobile phone 100 to the electronic wallet server 102.
To the mobile phone 1 from the electronic wallet server 102.
The authentication processing is completed by transmitting the AA6 authentication completion notice again to the 00. Electronic wallet server 102
Functions as an authentication server in the initial state of the process for the mobile phone.

Next, the operation of the reference process in the personal settlement portal service will be described. FIG. 29 is a diagram illustrating an example of an operation of a reference process in the personal settlement portal service. FIG.
9, the electronic wallet server 10
2 shows a process performed when a request for reference information of electronic ticket information is made to the electronic device 2. Here, the electronic wallet server 102 uses the XML (E
xtensible Markup Language
e) Include a database. In FIG. 29, the electronic wallet server 102 and the database 45 are shown separately for ease of explanation. The mobile phone 100 transmits a reference request for electronic ticket information in an AB1 information request. An AB2 information search request is performed on the XML database, and the search result is processed as an AB3 search information transmission. Further, when the ticket information is updated, an AB4 update notification request is output to the XML database, the XML database is updated, and the XML database outputs an AB5 update notification. The searched information is transmitted to the mobile phone 100 as AB6 search information.

Next, the operation of the purchase processing in the personal settlement portal service will be described. FIG. 30 is a diagram illustrating an example of an operation of a purchase process in the personal settlement portal service. In FIG. 30, the electronic wallet server 1
12 shows a process performed when a request for purchase information of electronic ticket information is made to 02. An AC1 purchase request is transmitted from the mobile phone 100 to the electronic wallet server 102. Upon receiving the AC1 purchase request, the electronic wallet server 102 issues an AC2 purchase information update request to the XML database. A on the XML database
When C2 is executed, an AC3 purchase information update notification is notified to the electronic wallet server 102 from the XML database. Further, when a cancellation request for the purchase of an AC4 ticket is issued from the mobile phone 100, the AC5
The cancellation information update request is output to the XML database, the cancellation information is processed on the XML database, and the cancellation information update execution notification is notified by the AC 6. The result is used as the AC7 result notification, and the
From the electronic wallet server 102.

The operation of each means and each processing shown in the configuration diagram of the personal settlement portal service of FIG. 3 has been described. As described above, when the user of the mobile phone 100 and the ticket store terminal 101 pass through the electronic wallet server 102, the ticket information provided by the ticket store terminal 101 to the mobile phone 100 is transmitted to the electronic wallet server 102. Generated as an entity,
It can be transmitted to the electronic wallet server or to the mobile phone 100. For this reason, by reducing the cost required for the distribution of the conventional ticket, and by performing the generation and management of the electronic ticket in the electronic wallet server 102, the ticket store terminal 101 allows the electronic wallet server 102 to By using the method, there is an effect that a method of converting ticket information into an electronic ticket can be obtained without performing a lot of capital investment. In particular, the electronic wallet server 102 described in the present invention can perform not only generation of an electronic ticket but also reference to ticket information for the mobile phone 100, processing of a purchase request, and execution of cancellation processing. And

Embodiment 3 In the third embodiment, the means and process flow of the payment use promotion service shown in FIG. 4 will be described, and effects thereof will be described. FIG.
Shows a configuration diagram of the settlement use promotion service. In the second embodiment, the electronic wallet server 10
2, the payment purchase information transmitting / receiving means 6, the payment institution server communication means 8, the payment information transmitting / receiving means 202 of the payment institution 103, the electronic wallet server communication means 200
Is added.

FIG. 31 is a diagram showing an example of the information flow of the payment use promotion service. The “payment request notification information” (also referred to as “purchase request” or “ticket purchase information”) of the AE1 is an electronic wallet server 102 that setstle the payment of an electronic ticket that the user using the mobile phone 100 wants to purchase.
Information for requesting Payment request notification information includes
The ID of the electronic ticket selected by the user is included. AE
The second “payment information” is information that includes the type of ticket, personal ID, and information on the type of payment institution transmitted when the user using the mobile phone 100 purchases the ticket. The settlement information includes information on the purchased ticket (article information). The “payment permission confirmation information” of the AE 3 is information transmitted from the settlement institution 103 to the mobile phone 100 or from the settlement institution 103 to the mobile phone 100 via the electronic wallet server 102.
This is confirmation information for obtaining permission for the user who uses 0 to make a payment. The payment permission confirmation information is transmitted to prevent unauthorized payment. In FIG. 31, a part transmitted from the electronic wallet server 102 to the mobile phone 100 is indicated by AE4.

The “payment permission notification information” of the AE5 is information transmitted by the user using the mobile phone 100 to the electronic wallet server 102 upon receiving the payment permission confirmation information.
By transmitting the payment permission notification information, the user using the mobile phone 100 indicates to the electronic wallet server 102 and the payment institution 103 that the user intends to make a payment. AE6
The “payment permission information” is information that the electronic wallet server 102 transmits to the payment institution 103 upon receiving the payment permission notification information. When the settlement institution 103 receives the settlement permission information, the settlement institution 103 executes settlement. The “payment end information” of the AE 7 receives the payment permission information and
3, when the settlement is completed, the settlement institution 103 sends the electronic wallet server 102 as information for notifying the end of the settlement.
Information to be sent to "Completion message" of AE8
Is the electronic wallet server 10 that has received the settlement end information.
Reference numeral 2 denotes information to be transmitted to the mobile phone 100, which is a message for notifying completion. Hereinafter, the payment use promotion service will be described with reference to FIG. 31, FIG. 32, and FIG.

FIG. 32 shows the settlement institution server device communication means 8
FIG. 3 is a diagram showing an example of the configuration of FIG. The settlement institution server device communication means 8 shown in FIG.
, Payment information management processing 82, payment information registration processing 83
And payment information transmission processing 84 and payment permission confirmation information 85
, Payment permission notification information 86, payment permission information management processing 8
7, payment permission information registration processing 88, payment information transmission processing 89, and payment end notification information 810.

The settlement permission confirmation information 81 from the settlement institution is
The payment information transmitted from the payment institution server of the payment institution 103 is shown. Payment permission confirmation information 81 from the payment institution
Is a payment information management process 8 of the electronic wallet server 102.
The payment information is registered in the database 45 as payment information in the payment information registration processing 83. The information registered in the payment information registration processing 83 is created as payment permission confirmation information 85 in the payment information transmission processing 84, and the payment permission confirmation information 85 is transmitted to the mobile phone 100.

Further, when the settlement permission notification information 86 is transmitted from the mobile phone 100, the settlement permission information management processing 8
7 confirms that the settlement permission notification information 86 matches the settlement permission confirmation information 81 from the settlement institution stored in the database 45 (by the settlement information management processing 82 and the settlement information registration processing 83, Since the information is stored, the determination is made based on this information).

[0139] The settlement permission information registration process 88 registers information for which the purchaser has permitted settlement. In the payment information transmission process, the user of the mobile phone 100 creates a message in which payment permission has been transmitted, and transmits the payment permission information 810.

The 200 electronic wallet server communication means in FIG. 4 is obtained by adding the processing shown in FIG. 33 to the settlement institution in addition to the processing of FIG. 27 described in the second embodiment. FIG. 33 is a diagram showing an example of the configuration of the electronic wallet server device communication means 200. 2007 is payment information, 2009 is payment information analysis processing, 2010 is electronic wallet device selection processing, 2011 is database management processing, 81 is payment permission confirmation information, 810 is payment permission information (payment permission notification), and 2012 is a completion message creation processing. , 2008 are settlement end information.

The payment information 2007 is transmitted from the payment institution 103 to the electronic wallet server device communication means 200,
It is input to the payment information analysis processing 2009. The payment information analysis process 2009 analyzes the input payment information 2007 into information such as a payment type and a payment date. The information subjected to the analysis processing is used as a guide for creating payment permission confirmation information. The information analyzed by the settlement information analysis process 2009 is input to the electronic wallet server device selection process 2010. In the electronic wallet server device selection processing 2010, an electronic wallet server device to which a message for confirming settlement permission is to be transmitted is selected. After the electronic wallet server device selection processing 2010 is completed, the database management processing 2011 registers that the payment permission is being confirmed in the database, and transmits the payment permission confirmation information 81.

Further, when the payment permission information 810 is transmitted from the electronic wallet server 102, the payment permission information 810 is input and transmitted to the database management 2011. The database management 2011 registers the settlement permission information 810 in the database 45 and gives an input to the completion message creation process 2012.

The completion message creation process 2012 creates a message in which the information transmitted when the user of the mobile phone 100 makes a payment request in response to the payment request confirmation notification is notified in the payment institution server. It is. The completion message creation process 2012 includes the settlement end information 200
Create 8. The created settlement end information 2008 is notified to the settlement institution server.

Next, the operation will be described. In the configuration diagram of the payment use promotion service in FIG. 4, the user using the mobile phone 100 transmits the payment purchase information and the payment permission information 81 using the ticket payment permission information transmitting unit 3.
0 and the settlement confirmation permission notice 81 are received.

The settlement information 2007 is registered and transmitted by the settlement purchase information transmission / reception means 6 via the terminal communication means 10 in the next electronic wallet server 102, and the settlement institution server communication means 8 sets the settlement institution server. Perform message processing for The payment institution 103 transmits and receives information from the payment institution server communication means 8 using the electronic wallet server communication means 200 to exchange payment information.

The settlement use promotion service of FIG. 4 according to the present invention uses an electronic wallet server 102 according to the present invention as a settlement processing system conventionally performed by a settlement agency and a ticket store on behalf of a user. Thus, the relationship between the payment processing institution and the ticket store is substituted, and furthermore, the processing of the payment institution whose processing process is unknown is easily understood by the user who is the consumer. Further, the electronic wallet server 102 according to the present invention enables the user of the ticket store terminal 101, the settlement institution 103, and the mobile phone 100 to mutually monitor, thereby preventing improper payment. . The payment confirmation permission notification from the electronic wallet server 102 to the mobile phone 100 indicates this.

Embodiment 4 In the fourth embodiment, the means and process flow of the marketing information service shown in FIG. 5 will be described, and the effects thereof will be described. FIG. 5 shows a configuration diagram of the marketing information service. In this configuration diagram, the ticket information management means 9 is added to the electronic wallet server 102 of the second embodiment.

FIG. 34 is a diagram showing an example of the configuration of the ticket information management means 9. In FIG. 34, 91 is ticket management information, 92 is ticket management information analysis processing, 93 is ticket management information construction processing, 94 is ticket management information transmission processing, 95 is ticket control information, 96 is database information, and 97 is database information analysis. Processing, 98 is marketing information construction processing, 99 is marketing information transmission processing, and 910 is marketing information.

[0149] The ticket management information 91 is information transmitted from the ticket store terminal 101, and includes information including the type of information that the ticket store wants to acquire from the electronic wallet server 102 and control information such as ticket registration. Is sent. These pieces of information are analyzed in the ticket management information analysis processing 92, decomposed into control information and acquisition request information, and input to the ticket management information construction processing 93.

In the ticket management information construction process 93, the control information and the acquisition request information, which are the information transmitted from the ticket store terminal 101, and the electronic wallet server 102
Using the user information stored in the database 45, the ticket control information 95 that can be easily used for searching the database 45 is constructed.

Information obtained by searching the database 45 in the electronic wallet server 102 based on the ticket control information 95 is obtained as database information 96. The acquired database information 96 is input to the database information analysis processing 97. Here, it is analyzed as information on the database 45, and the marketing information construction processing 9
8 is input. Marketing information construction processing 98
Only the information requested by the ticket store terminal 101 is X
It constructs XML data for marketing information so that it can be transmitted in the ML data format, and outputs it to the marketing information transmission processing 99.

The marketing information transmitting process 99 carries out a process of specifying the ticket server of the ticket store terminal 101 and transmitting the input XML data for marketing information.

Next, the operation of the marketing information service shown in FIG. 5 will be described. FIG. 35 shows a procedure for using the marketing information service. FIG.
J1 is a request for ticket information, and J2 is a request for purchase history information. J3 is transmission of purchase history information,
J4 is transmission of ticket information for the user.

The user of the mobile phone 100 who wants to use the marketing information service or the ticket store terminal 101
Performs the following processing. The user of the mobile phone 100
A request for ticket information, which is the processing of J1, is performed. J1
For the ticket information of the electronic wallet server 102
And arrives at the ticket store terminal 101. J2
Of the purchase history information of the electronic wallet server 10
2 shows that the purchase history information of the user of the mobile phone 100 accumulated so far is acquired. In J3, transmission of purchase history information from the electronic wallet server 102 to the ticket store terminal 101 is performed. The ticket store terminal 101 can acquire the purchase history of the ticket purchaser on-time. Further, transmitting information including other ticket information from the purchase history to the mobile phone 100 to the user is transmission of J4 user ticket information.

As described above, according to the marketing information service of the present invention, there is an effect that the ticket-related information and the advertisement information can be transmitted on-time to the user of the ticket store or the mobile phone. In addition, since the ticket store can search the user's purchase history information at any time, it is possible to frequently check the currently sold ticket information and the remaining number of tickets. It is possible to contribute to sales. Further, there is an advantage that the user of the mobile phone 100 can acquire ticket information that the user is interested in when requesting the ticket information.

Embodiment 5 FIG. In the fifth embodiment, the means and processing flow of the entrance management service shown in FIG. 6 will be described, and the effects thereof will be described. FIG. 6 shows a configuration diagram of the entrance management service, which is obtained by adding the entrance management server device communication means 11 to the electronic wallet server 102 described in the second embodiment. Furthermore, as the entrance management device 105, the electronic wallet server device communication means 200, the terminal device communication means 204, the ticket information transmission / reception means 201, and the entrance permission information transmission / reception means 20
5 and the entrance management means 206.

FIG. 36 is a diagram showing an example of the configuration of the entrance management apparatus communication means 11. Admission control device communication means 11
Are the read electronic ticket information 111, the ticket analysis processing 112, the ticket information acquisition processing 113,
, Ticket collation information 121, collation result information 125, collation result reception processing 115, collation result history registration processing 116, permission information message creation 117, and permission information 118.

As the read electronic ticket information 111, the electronic ticket information on the mobile phone 100 is stored in the entrance management device 105.
Is transmitted to the entrance management apparatus 105 as the information read. The read information is decomposed, decoded, and decompressed as information to be collated in the ticket analysis processing 112.

In the ticket information acquisition processing 113, ticket information is analyzed, and information for collation is acquired. The acquired information for collation is input to the ticket information transmission processing 114. The ticket information transmission processing 114 shapes the input information for collation as ticket collation information. The shaped ticket matching information 121 is transmitted to the electronic wallet server 102.

When the collation of the ticket information is completed, the collation result information 125 is transmitted. The data of 125 is received in the matching result receiving process 115. Matching result reception processing 1
Reference numeral 15 carries out a process of determining a collation result. After processing,
A collation result history registration process 116, which is a process for registering the collation result in the database 45, is performed. After registering the history of the collation result, a permission information message creation process 117 is performed and transmitted as permission information 118.

Next, the communication means of the electronic wallet server device will be described. 38. In addition to the processing described in the second embodiment, the electronic wallet server
The processing shown by is added. FIG. 38 is a diagram showing an example of the configuration of the electronic wallet server device communication means 200 of this embodiment. FIG. 38 shows ticket reading information 20013, ticket information analysis processing 2009,
Electronic wallet device selection processing of 200110
Database management processing, 111 permission confirmation information, 81
1 is a permission request notification, 20012 is a completion message creation process, and 20014 is a permission message.

[0162] The ticket read information 20013 is ticket information read by the entrance management apparatus server. The ticket information is input to the ticket information analysis processing 2009. The ticket information analysis process 2009 performs decryption and decompression of the read ticket information, and extracts information for collating the ticket information.

After the ticket information analysis processing 2009 is completed,
It is input to the electronic wallet device selection process 20010.
After selecting an electronic wallet device for collation from the input data, the database management process 2011
Is input to The input data is temporarily stored in the database 45 of the entrance management server, and the permission confirmation request information 1
11 is transmitted.

When permission confirmation request information 111 is transmitted,
Matching is performed in the electronic wallet server 102 from the transmitted information, and a permission request notification 811 is transmitted. The transmitted permission request notification 811 is once received by the database management processing 20011, and processing for adding permission information to the temporarily stored electronic ticket information is performed. When the addition of the permission information is completed, a completion message creating process 2
0012, the electronic ticket information is passed, a completion message in which the advertisement information and the guidance information are added to this information is created, and transmitted as the permission message 20004.

Next, the operation of the entrance management service will be described. FIG. 37 is a diagram showing the processing of the entrance management service. In FIG. 37, 100 is a mobile phone, 30001 is a ticket reader, 30002 is an entrance management server, 10
Reference numeral 2 denotes an electronic wallet server. A transmission request for ticket information of H1 is transmitted from the ticket reading device 30001 to the mobile phone 100. Transmission of H2 ticket information from the mobile phone 100 to the ticket reading device 30001 is performed. H3 ticket information is transmitted from the ticket reading device 30001 to the entrance management server 30002.

[0166] The entrance management server 30002 transmits an H4 collation request to the electronic wallet server 102. When the collation is performed in the electronic wallet server 102, the entrance management server 3 is sent from the electronic wallet server 102.
The comparison result of H5 is transmitted to 0002. The ticket reading device 3000 from the entrance management server 30002
A traffic permission of H6 is transmitted to 1. The ticket reading device 30001 transmits a traffic permission of H7 to the mobile phone 100.

As described above, the entrance management device and the entrance management server device automatically read the electronic ticket stored on the mobile phone, collate the electronic ticket with the electronic wallet server, and give the mobile phone a permission to pass. However, since this process is automatically performed, the user does not need to present the ticket, and further, does not need to know the ticket number, etc. It becomes possible.

Further, it becomes possible to automatically take in data of the number of customers who have been attracted to the entrance management server, which has the effect of reducing the cost of entrance management. In addition, there is an effect that it is possible to transmit an advertisement, a notice, or the like to a mobile phone when entering.

Embodiment 6 FIG. In the sixth embodiment, FIG.
This section describes the means and process flow of the navigation service, and explains its effects. FIG.
Shows a configuration diagram of the navigation service. In FIG. 7, the mobile phone 100 is obtained by adding 41 position information transmitting / receiving units to the configuration described in the second embodiment. Further, the map information creating means 13 is added to the electronic wallet server 102 device.

FIG. 39 is a diagram showing an example of the configuration of the position information transmitting / receiving means 41. As shown in FIG. FIG. 39 shows position information from a satellite 411, position information acquisition processing 412, position information transmission to an electronic wallet server device 414, route information and map information 415, and route information reception processing 416.
It comprises 17 map information receiving processes and 418 image displays.

The position information 411 from the satellite is received in a position information acquisition process 412. Position information acquisition processing 412
Performs the calculation processing of the position information of the mobile phone 100 based on the received position information 411 from the satellite. Mobile phone 10
When the acquisition of the position information 0 is completed, the position information acquisition process 4
12, a position information transmission process 413 for the acquired position information;
To enter. The input position information is converted as information to be transmitted to the electronic wallet server 102. The converted information is transmitted to the electronic wallet server 4
14 is transmitted.

The electronic wallet server 102 retrieves map information and route information 415 by searching the database 45 based on the transmitted location information of the mobile phone 100 and the location information of the destination, and acquires the acquired map information and route information. The information 415 is transmitted. The transmitted information is received by the route information receiving process 416 and the map information receiving process 417, respectively, and sent to the image display 418.

Next, the operation will be described. FIG.
Fig. 4 illustrates an operation process of the navigation service. The mobile phone 100 that has obtained the position information of AD1 from the guidance device 104 (artificial satellite) transmits the position information of AD2 and the position information of the destination to the electronic wallet server 102. The electronic wallet server 102 that has received the position information creates the map information and the route information, and transmits it to the mobile phone 100 as the AD3 route information and the map information. The mobile phone 100 achieves the destination by repeatedly performing this processing until reaching the destination.

In the present invention, a mobile phone having a GPS function is used to receive position information from an artificial satellite, which is a guidance device, and to the received position information and the destination of the electronic ticket held in the mobile phone. By transmitting the location information of the mobile phone to the electronic wallet server to guide the user with the mobile phone to the destination. Therefore, by providing support to the user's destination, it is possible to increase the degree of use of the electronic ticket by the user. Furthermore, by combining a mobile phone and an electronic wallet server, creation of route information and map information, which are difficult to process with a mobile phone, can be easily realized and provided to a user.

Embodiment 7 FIG. In the seventh embodiment, the means and the flow of the processing method of the electronic ticket in the personal settlement portal service in which the authentication method in the personal settlement service is not the conventional authentication but the simple authentication is shown. This explains the effect.

FIG. 41 is a diagram for explaining a settlement method using simple authentication. 41, the electronic wallet server 102 of FIG. 1 is included in the ticket store terminal 101. Further, the user of the mobile phone 100 performs a C1 purchase request to the ticket store terminal 101 to purchase a ticket.

[0177] The ticket store terminal 101 requested to purchase the ticket issues a C2 settlement request to the settlement institution 103, and transmits a C3 settlement notice to the mobile phone 100 from the settlement institution 103. The mobile phone 100 is C3
The settlement notice is received, and a notice of C4 settlement OK is transmitted to the settlement institution 103.

In this figure, simplification of settlement is realized by automating a portion surrounded by a dotted line. For this purpose, the mobile phone 100 is provided with a function shown in FIG. FIG.
FIG. 18 is a diagram showing an example of a reply response automation function 80001. The reply / response automation function is provided in the mobile phone 100 and has a function of realizing a reply / response automation based on an input from the user 109.

First, a password is input from the user 109 at E1. If the password is successfully entered, E
In step 2, the password response is transmitted from the reply / response automation function 80001 to the user 109. In this state, the user inputs the time information of E3, inputs the valid time of E4,
The input of the store information of E5, the input of the upper limit amount of E6, and the input of an arbitrary character string of E7 are performed.

Here, the input of the time information of E3 indicates the time at which the validity of the automatic reply response function of the reply automatic response function 80001 is started. As the valid time of E4, a valid time after the reply / response automation function 80001 is started is input. In the input of the store information in E5, the information of the place where the automatic reply response function of the reply automatic response function 80001 is enabled is input. In the input of the upper limit amount of E6, the amount that can be settled by the reply automatic response function 80001 is input.

Next, the operation will be described. Mobile phone 1
The user 109 who uses 00 inputs the reply response automation function in the mobile phone in the following procedure. For example,
Today I want to buy a concert ticket for a singer. However, there is a job today, so even though a purchase request for a concert ticket can be made, it is not possible to reply to a payment request for the purchase. In such a case, the reply / response automation function 80001 is used.

First, the user sets the reply automation function 80001
, The function start time is input as 12:00. Next, the user inputs the effective time of the function as 10 hours.
By performing this input, 12:00 to 22:00
If the settlement request notification is received on the mobile phone in the meantime, the settlement will be performed. Further, the user inputs the store information for issuing the settlement request notification and the amount of money that can be automatically settled. This makes it possible to avoid the danger of purchasing tickets exceeding other stores or budgets. further,
By inputting information that the user wants to specify as an arbitrary character string (for example, singer in concert ticket information), it is possible to further purchase a ticket that the user intends to purchase.

The reply / response automation function shown in FIG. 42 is not limited to use in the method shown in FIG. The automatic reply / response function shown in FIG. 42 can also be applied to the electronic ticket purchase system shown in FIGS. The mobile phone 100 prompts the user to input information necessary for responding to the payment advance notice (information required for generating the payment permission notice) in advance, and the information input by the user is displayed. Mobile phone 1
Keep within 00. The information prompting the input is the same as the information described in the reply response automation function. In this way, the above-described automatic reply / response function can be realized.

As described above, the simple settlement is realized by executing the purchase and settlement of the electronic ticket by the reply / response automation function on the portable telephone in place of the user of the portable telephone. This function can reduce the hassle of the settlement procedure when purchasing an electronic ticket, and can promote the use of the electronic ticket purchase service by the user. Further, it can be used not only for purchasing electronic tickets but also for face-to-face sales using mobile phones.

Embodiment 8 FIG. In the third embodiment,
The processing method of the electronic ticket in the payment use promotion service,
Although only between the server and the settlement institution, this is characterized by adding a server between the server and the settlement institution. It shows the processing method in the payment use promotion service and explains its effect.

FIG. 43 is a configuration diagram in which a server is added in the settlement use promotion service. In FIG. 43, 100 is a mobile phone, 102 is an electronic wallet server, 102b is a second electronic wallet server, and 103 is a settlement institution.

In FIG. 43, AE1 is a ticket purchase request,
AE2 is a settlement request from the electronic wallet server 102 to the second electronic wallet server 102b, AE3 is a settlement request to the settlement institution 103, AE4 is a settlement notice from the settlement institution 103 to the second electronic wallet server 102b, AE
5 is a notice of settlement from the second electronic wallet server 102b to the electronic wallet server 102, AE6 is a notice of settlement from the electronic wallet server 102 to the mobile phone 100, A
E7 is the electronic wallet server 102 from the mobile phone 100
AE8 is a payment permission from the electronic wallet server 102 to the second electronic wallet server 102b,
AE9 permits settlement from the second electronic wallet server 102b to the settlement institution 103, AE10 indicates settlement notice from the settlement institution 103 to the second electronic wallet server 102b,
AE11 is a settlement notification from the second electronic wallet server 102b to the electronic wallet server 102.

Next, the operation will be described. Mobile phone 1
From 00, when the electronic ticket purchase request AE1 is executed, the electronic wallet server 102 transmits a settlement request to the settlement institution 103. At this time, if the electronic wallet server 102 does not know the location of the settlement institution 103, the electronic wallet server 102 transmits the settlement request message to the second electronic wallet server 102b (AE2). Second electronic wallet server 102 that has received the message of AE2
b forwards this message to the clearing house 103 (A
E3). The transferred settlement request is received by the settlement institution 103, and a notice of settlement is transmitted to the second electronic wallet server 102b (AE4). Second electronic wallet server 1
Since 02b does not know the location of the mobile phone 100, the message is transferred to the electronic wallet server 102 (AE5). The electronic wallet server 102 receives this message and transfers it to the mobile phone 100 (AE
6). The mobile phone 100 transmits a settlement permission to the electronic wallet server 102 in response to the notice of settlement (AE7).

When the electronic wallet server 102 does not know the settlement institution 103, the electronic wallet server 102 transfers the settlement permission message to the second electronic wallet server 102b (AE).
8). The second electronic wallet server 102b transmits a settlement permission message to the settlement institution 103 (AE
9). The settlement institution 103 executes settlement and transmits a settlement notice to the second electronic wallet server 102b (AE1
0). The second electronic wallet server 102b transfers the settlement notification to the electronic wallet server 102 (AE1
1).

As described above, according to the message transfer function between the electronic wallet servers of the present invention, even when the electronic wallet server does not know the location of the settlement institution, the electronic wallet server knows the location of the settlement institution. If it is possible to transfer a message, there is an effect of enabling settlement.

Further, since the electronic wallet server can relay the settlement message, the electronic wallet server can surely transmit the message to the settlement institution.

Embodiment 9 FIG. The electronic ticket processing method in the marketing information service in the fourth embodiment manages electronic ticket purchase information and the like on a server and provides personal information to a business entity. A description will be given of a processing method and an effect in a marketing information service characterized by combining information and information reserved in advance by a business operator.

FIG. 44 is a diagram showing an example of the configuration of a marketing information service for explaining the present invention. 100 is a mobile phone, 101 is a ticket shop, and 102 is an electronic wallet server. AF1 is a reservation for information to be acquired, AF2 is a ticket purchase, and AF3 is purchase history information and reservation information.

Next, the operation will be described. AF1 is
A process in which a ticket store makes a reservation for information to be obtained from the electronic wallet server 102 is shown. For example, assuming that the ticket store reserves information on the number of ticket purchasers per day and the first to tenth best sellers in the electronic wallet server, the electronic wallet server sells the ticket at the designated time. Notify the store of the information. AF2 indicates purchase of a ticket from the user of the mobile phone 100. In this process, the purchase information of the purchaser is accumulated in the electronic wallet server 102, and becomes information that is fed back to the ticket store as marketing information. AF3 shows a process of transmitting purchaser history information and pre-reserved information to a ticket store.

As described above, according to the ninth embodiment in which the ticket store in the marketing information service according to the present invention provides the marketing information reserved in advance, the ticket store stores the ticket information in the electronic wallet server. Confirmation of the registration of the purchaser information from the pre-reserved purchaser information.
It is possible to refrain from registering the ticket information and to actively register the ticket information with respect to the ticket information that tends to increase the sales of the ticket. Further, in response to the information from the electronic wallet server, the ticket store can acquire the selected information for each ticket store.

Embodiment 10 FIG. The electronic ticket processing method in the navigation service in the sixth embodiment is as follows.
An electronic ticket processing method in a navigation service characterized by providing location information (route information and map information) to a user, wherein the location information of a plurality of mobile phones is provided from a server, and an effect thereof. Will be described.

FIG. 45 is a diagram showing an example of the configuration of the navigation service according to the present invention. FIG.
0a is a mobile phone A, 100b is a mobile phone B, 100c is a mobile phone C, an electronic wallet server 102, acquisition of AD1 location information, transmission of AD2 location information, transmission of AD3 route information and map information.

Cellular phone A100a, cellular phone B100
b, The mobile phone C100c acquires position information from the guidance device (artificial satellite), respectively. (AD1) The mobile phone A, the mobile phone B, and the mobile phone C that have obtained the location information respectively provide the location information of the mobile phone to the electronic wallet server 102 and the location information of the venue using the held electronic ticket. Send (AD2) The electronic wallet server 102 creates route information and map information from the transmitted location information of the mobile phone and the location information of the destination, and transmits them to the mobile phones A100a, B100b, and C100c. At this time, information including the position information of each of the mobile phones A100a, B100b, and C100c is transmitted.

The transmitted route information and map information indicate the position information of the mobile phone A 100a, the mobile phone B 100b, and the mobile phone C 100c. For this reason, by registering a unique ID such as a telephone number of a mobile phone in advance, it is possible to easily confirm the position of a friend and the like.

Further, by confirming the position information and the map information in a wide range from the electronic wallet server, it is possible to confirm the positions of the mobile phones A100a, B100b and C100c which are far away.

As described above, by adding the function of displaying the position information of another mobile phone to the navigation service of the present invention, for example, it is possible to join members who go to the same concert or to specify a clear meeting place. There is an effect that it becomes possible to act in a group without doing so. Also, by grouping mobile phone numbers of friends in advance and displaying only the location information of mobile phones in the same group, it is possible to smoothly perform actions between groups.

Embodiment 11 FIG. In Embodiment 9,
The marketing information service was to combine the information on the server with the information pre-reserved by the business.However, it is necessary to add personal information to the information on the server and the information from the business. A description will be given of a processing method and an effect in the marketing information service which is a feature.

FIG. 46 is a diagram showing an example of the configuration of the marketing information service according to the eleventh embodiment. FIG.
6, reference numeral 100 denotes a mobile phone, 101 denotes a ticket shop (ticket dealer terminal), and 102 denotes an electronic wallet server. AG1 is reservation of information to be acquired, AG2 is registration of personal preference information, and AG3 is reservation information and preference information.

AG1 indicates that information desired by the ticket store is to be registered in the electronic wallet server 102 in advance. AG2 indicates that the preference information of the user having the mobile phone 100 is registered in the electronic wallet server 102 in advance. AG3 transmits the user's preference information and the information requested to be acquired to the ticket shop 1
01 indicates acquisition.

As described above, according to the eleventh embodiment of the present invention, the preference information of the user who wants to purchase a ticket can be obtained through the electronic wallet server in accordance with the information previously reserved by the ticket store. It becomes possible.
For this reason, the ticket store can prepare a ticket that meets the consumer's preference for the ticket information purchased by the ticket store.

Embodiment 12 FIG. In the second embodiment, the personal settlement portal service holds the electronic ticket information on the server, but holds the electronic ticket using the electronic ticket PUSH client software on the mobile phone. A method of processing an electronic ticket in a personal settlement portal service, which is characterized in that a connection is periodically established on a server and electronic ticket information transmitted by a server push is obtained, and an effect of the invention will be described.

FIG. 47 is a diagram showing an example of the configuration of the electronic ticket push system. In FIG. 47, reference numeral 100d denotes mobile phone A and PUSH client software on the mobile phone. 100e is a mobile phone B and client software for PUSH on the mobile phone, 100f is a mobile phone C
And PUSH client software on mobile phones,
Reference numeral 102 denotes an electronic wallet server.

Next, the operation will be described. Mobile phone A
The above PUSH client software 100d is:
The connection to the electronic wallet server 102 is periodically performed. The same applies to (AH1) 100e and 100f. At this time, the electronic ticket information is transmitted to 100d, 100e, and 100f by a server push from the electronic wallet server 102. In the above, the case where the mobile phone 100 accesses the electronic wallet server 102 periodically (periodically) has been described, but the mobile phone 100 may not necessarily be periodically. For example, the mobile phone 100
May be a case in which a reference information transmission request for requesting transmission of ticket reference information is generated, the generated reference information transmission request is transmitted to the electronic wallet server 102, and the ticket reference information is acquired.

As described above, according to the twelfth embodiment of the present invention, the client software for PUSH on the mobile phone 100 periodically connects to the electronic wallet server 102, so that the electronic ticket information can be transmitted from the server. There is an effect that the data can be transmitted to a mobile phone.

Embodiment 13 FIG. In the twelfth embodiment, the electronic ticket PUSH client software on the mobile phone is only used to periodically connect to the server holding the electronic ticket. Includes schedule information (such as unscheduled days), location information (such as available stations), and the maximum amount of money to purchase an electronic ticket from the client software when the client software periodically connects to the server. A description will be given of a method of processing an electronic ticket in the personal settlement portal service, which is characterized by transmitting purchase conditions, and an effect of this method.

FIG. 48 is a diagram showing an example of the configuration of the electronic ticket push system according to the thirteenth embodiment. FIG.
Is a 100d mobile phone and PUSH on mobile phone
Client software, a mobile phone 100e and a PUSH client software on the mobile phone, a mobile phone 100g and a PUSH client software on the mobile phone, and an electronic wallet server 102.

Next, the operation will be described. In the present invention, the PUSH type client software on the mobile phone 100d periodically connects to the electronic wallet server 102 (AH1). Similarly, periodic connection is performed for 100e and 100g. Further, while the connection is being performed periodically, client information such as schedule information, location information, and the upper limit amount of the electronic ticket purchase is transmitted to the electronic wallet server 102 (AH3). In FIG. 48, the mobile phone and the push type client software 100g on the mobile phone transmit client information A
The case where H3 is transmitted is shown.

[0213] The mobile phone 100 is not necessarily connected to the electronic wallet server 102 periodically (periodically). The mobile phone may generate a reference information transmission request including a request for transmitting ticket reference information and a purchase condition, and transmit the generated reference information transmission request to the electronic wallet server 102. For example, the following operation may be performed. The electronic wallet server 102 receives the reference information transmission request, extracts purchase conditions from the reference information transmission request, searches the database 45 based on the extracted purchase conditions, generates ticket reference information,
The generated ticket reference information is transmitted to the mobile phone 100.

As described above, according to the thirteenth embodiment of the present invention, the mobile phone and the PUSH type client software 100d, 100e, and 100f on the mobile phone use the time period for periodically connecting to the electronic wallet server 102. This makes it possible to transmit personal preference information and personal data to the electronic wallet server.

Embodiment 14 FIG. In the thirteenth embodiment, the electronic ticket PUSH client software on the mobile phone is used to periodically connect to the server holding the electronic ticket and transmit the client-side information. An electronic ticket processing method for receiving electronic ticket information preferentially when electronic ticket information is transmitted when client software for electronic ticket PUSH transmits client information to a server, and the effects of the invention will be described.

FIG. 49 is a diagram showing an example of the configuration of the electronic ticket push system of the fourteenth embodiment. FIG.
100h comprises a mobile phone, PUSH type client software on the mobile phone (hereinafter referred to as “mobile phone 100h”), and an electronic wallet server 102.

Next, the operation will be described. AH1 indicates a periodic connection from the mobile phone 100h to the electronic wallet server 102. During this periodic connection, the client-side information of AH2 is transmitted. When the transmission of the electronic ticket information of AH3 (PUSH) occurs during the processing of AH2, the PUSH type client software on the mobile phone 100h pools the session that has transmitted the client-side information of AH2, and The electronic ticket information is received in the spooled session. During reception of the electronic ticket information, the pooled session is released. The transmission of the information on the client side is performed after the reception of the electronic ticket information is completed, the session is established again using the session used for the reception of the electronic ticket information, and the information is retransmitted.

As described above, according to the fourteenth embodiment of the present invention, when the electronic ticket information is pushed while the push type client software on the mobile phone 100h is transmitting the client information, the reception of the electronic ticket information is performed. And the client-side information can be transmitted immediately after the reception of the electronic ticket information is completed, so that the electronic ticket can be promptly received in response to the transmission from the server side.

Embodiment 15 FIG. In the fourteenth embodiment, when the electronic ticket information is transmitted when transmitting the client information using the electronic ticket PUSH client software on the mobile phone, the electronic ticket information is preferentially received. However, when the client information is transmitted from the electronic ticket push client software while the electronic ticket information is being transmitted to the electronic ticket push client software on a plurality of mobile phones on the server holding the electronic ticket. Next, the processing method of the electronic ticket for receiving the client information preferentially and the effect of the invention will be described.

FIG. 50 is a configuration diagram of the electronic ticket push system according to the fifteenth embodiment. In FIG. 50, reference numeral 100i denotes a mobile phone A and PUSH type client software on the mobile phone (hereinafter, referred to as “mobile phone 100i”);
j is the mobile phone B and PUSH type client software on the mobile phone (hereinafter referred to as “mobile phone 100j”),
Reference numeral 102 denotes an electronic wallet server.

The push type client software on the mobile phone A100i periodically sends the electronic wallet server 102
Make a connection to. When the electronic ticket information is transmitted from the electronic wallet server 102 to the mobile phone A100i and the mobile phone B100j, the push type client software receives the electronic ticket information. In this state, when the client information is transmitted from the mobile phone B100j to the server, the electronic wallet server 102 stops transmitting the electronic ticket information to the mobile phone B100j and gives priority to the reception of the client-side information. After the transmission of the client-side information is completed by the mobile phone B100j, retransmission of the electronic ticket from the electronic wallet server 102 is started.

As described above, the fifteenth embodiment of the present invention is described.
According to this, when the electronic ticket information is transmitted from the electronic wallet server 102 and the client information is transmitted from the PUSH type client software on the mobile phone 100j, the electronic wallet server 102 of the electronic ticket
It is possible to stop the transmission of the electronic ticket from. Also, if there is a change in client information,
The electronic wallet server can respond immediately.

Embodiment 16 FIG. In the above embodiment, the description has been given using the mobile phone as an example of the user terminal used by the user, but the user terminal is not limited to the mobile phone. The user terminal may be another terminal such as a personal computer, a mobile terminal, a subscribed telephone, or any other terminal capable of communicating with the electronic wallet server 102 via the communication network. However, it is necessary to consider that terminals that cannot move cannot receive the entrance management service.

Embodiment 17 FIG. The above-described electronic ticket processing method and method, and the functions of the electronic wallet server can be realized by a program using a computer (including a terminal having a function of a central processing unit). The above program can be recorded on a computer-readable recording medium. Further, the program can be transferred via a communication network. The above program is loaded into a computer and executed by a central processing unit.

[0225]

According to the personal settlement portal service of the present invention, the ticket store manages the ticket information, registers the ticket information, manages the ticket purchase information, manages the payment information, etc. Cost can be reduced.

Further, according to the settlement use promotion service of the present invention, the settlement institution does not need to confirm the settlement with the user (mobile phone), so that the confirmation cost can be reduced.

According to the marketing information service of the present invention, ticket sales information and user preference information can be obtained, so that it is possible to supply tickets for which demand is expected, such as unsold tickets. Loss can be prevented.

According to the entrance management service of the present invention, it is possible to reduce the hoax of the facility entrance ticket check by using the electronic ticket, and to send a message such as an advertisement to the user's mobile phone. be able to.

According to the navigation service of the present invention, it is possible to provide the location information between the location where the user exists and the facility.

According to the reply / response automatic function on the mobile phone, it is possible to reduce the troublesomeness of the settlement procedure and promote the user's use of the electronic ticket purchase service.

By providing the settlement server, even when the electronic wallet server does not know the location of the settlement institution, it is possible to request settlement during a predetermined settlement period via the settlement server.

The electronic wallet server stores the ticket sales status in the database and provides the ticket sales store with the ticket sales information. The ticket sales store provides the ticket sales information to the electronic wallet server based on the ticket sales status. The ticket registration information can be changed to information that can be expected to sell.

[0233] By providing the navigation service with a function of indicating the position information of another mobile phone, it is possible to smoothly perform the actions of the associates acting in the group.

The electronic wallet server stores the user's preference information, ticket purchase results,
Since the payment status is accumulated, it is possible to provide ticket shops with effective information for ticket sales, and the ticket shops must provide ticket sales information corresponding to user preferences and the like. Can be.

[0235] In addition, when the PUSH client software on the mobile phone periodically connects to the electronic wallet server, the user can periodically acquire the ticket reference information.

Further, the client software for PUSH on the mobile phone periodically connects to the electronic wallet server, so that personal data and preference information of the user can be periodically transmitted to the electronic wallet server.

In addition, when the periodic access to the electronic wallet server is performed, by prioritizing the transmission and reception of data, it is possible to promptly respond to information to be transmitted and received.

[Brief description of the drawings]

FIG. 1 is an example of an electronic ticket model configuration diagram showing a flow of processing of an electronic ticket purchasing method according to the present invention.

FIG. 2 is a schematic diagram showing how an electronic ticket is purchased and an electronic ticket is processed.

FIG. 3 is a configuration diagram of a personal settlement portal service constituting the electronic ticket model shown in FIG. 1;

FIG. 4 is a configuration diagram of a payment use promotion service constituting the electronic ticket model shown in FIG. 1;

FIG. 5 is a configuration diagram of a marketing information service constituting the electronic ticket model shown in FIG. 1;

FIG. 6 is a configuration diagram of an entrance management service constituting the electronic ticket model shown in FIG. 1;

FIG. 7 is a configuration diagram of a navigation service constituting the electronic ticket model shown in FIG. 1;

FIG. 8 is a diagram showing an example of a configuration of a database 45 provided in the electronic wallet server 102.

FIG. 9 is a diagram illustrating an example of information included in a ticket reference information table 451.

FIG. 10 is a diagram illustrating an example of information included in a management information table 452.

FIG. 11 is a diagram illustrating an example of information included in a ticket type table 453.

FIG. 12 is a diagram illustrating an example of information included in a ticket settlement table 454.

FIG. 13 is a diagram illustrating an example of information included in a sales ticket management table 455.

FIG. 14 is a diagram illustrating an example of information included in a purchaser management table 456.

FIG. 15 is a diagram illustrating an example of information included in a management table for purchase history information 457.

FIG. 16 is a diagram illustrating an example of information included in a ticket body information management table 458.

FIG. 17 is a diagram illustrating an example of information included in a system management information table 459.

FIG. 18 is a diagram illustrating an example of information included in a ticket operation history table 460.

FIG. 19 is a diagram showing an example of the configuration of a ticket information transmitting / receiving means.

FIG. 20 is a diagram showing an example of a configuration of a ticket purchase information transmitting unit 2.

FIG. 21 is a diagram showing an example of a configuration of a settlement permission notification transmitting unit.

FIG. 22 is a diagram showing an example of a configuration of a terminal device communication unit 10;

FIG. 23 is a diagram showing an example of the configuration of the ticket information registration means 4;

FIG. 24 is a diagram showing an example of the configuration of the ticket information transmitting means 5;

FIG. 25 is a diagram showing an example of the configuration of a payment purchase information transmitting / receiving means 6 (purchase information transmitting / receiving unit).

FIG. 26 is a diagram showing an example of the configuration of the ticket store server communication means 7.

27. Electronic wallet server device communication means 200
The figure which showed an example of the structure of FIG.

FIG. 28 shows an authentication process of the personal settlement portal service.

FIG. 29 is a diagram showing an example of an operation of a reference process in the personal settlement portal service.

FIG. 30 is a diagram showing an example of an operation of a purchase process in the personal settlement portal service.

FIG. 31 is a diagram showing an example of an information flow of a payment use promotion service.

FIG. 32 is a diagram showing an example of the configuration of the settlement institution server device communication means 8;

33. Electronic wallet server device communication means 200
The figure which shows an example of a structure of FIG.

FIG. 34 is a diagram showing an example of the configuration of the ticket information management means 9;

FIG. 35 is a diagram showing an example of a procedure for using the marketing information service.

FIG. 36 is a diagram showing an example of the configuration of an entrance management device communication unit 11;

FIG. 37 is a view showing processing of an entrance management service.

FIG. 38 is a view showing an example of the configuration of an electronic wallet server device communication unit 200 according to this embodiment.

FIG. 39 is a diagram showing an example of the configuration of the position information transmitting / receiving means 41.

FIG. 40 explains the operation processing of the navigation service.

FIG. 41 is a view for explaining a settlement method using simple authentication.

FIG. 42 is a view showing an example of a reply / response automation function 80001.

FIG. 43 is a diagram showing an example of a configuration of a payment use promotion service to which a payment server is added.

FIG. 44 is a diagram showing an example of the configuration of a marketing information service for explaining the present invention.

FIG. 45 is a diagram showing an example of a configuration in a navigation service according to the present invention.

FIG. 46 is a diagram illustrating an example of a configuration of a marketing information service according to Embodiment 11;

FIG. 47 is a diagram showing an example of a configuration of a push system of an electronic ticket.

FIG. 48 is a PUSH of an electronic ticket according to the thirteenth embodiment.
The figure which shows an example of a structure of a system.

FIG. 49 is a diagram illustrating an example of a configuration of an electronic ticket PUSH method according to Embodiment 14;

FIG. 50 is a configuration diagram of an electronic ticket push system according to the fifteenth embodiment.

FIG. 51 is a diagram showing an example of a conventional procedure for purchasing tickets for a concert or an event without using an electronic ticket.

[Explanation of symbols]

1 ticket information transmitting / receiving means, 2 ticket purchasing information transmitting means, 3 ticket settlement permission information transmitting means, 4 ticket information registering means, 5 ticket information transmitting means, 6
Payment purchase information transmitting / receiving means, 7 ticket store server apparatus communication means, 8 settlement institution server apparatus communication means, 9 ticket information management means, 10 terminal apparatus communication means, 11 entrance management server apparatus communication means, 12 ticket information verification means, 13 Map information creation means, 14 ticket information transmission processing, 15 browser output processing, 16 screen display, 17
Ticket ID, 21 selection information, 22 password processing, 23 password information, 24 authentication request processing, 25
Personal authentication information, 26 purchase data transmission processing, 27 ticket purchase data, 41 position information transmission / reception means, 42 ticket reference information analysis processing, 46 ticket reference information (ticket reference information), 51 ticket registration information,
2 Ticket registration information analysis processing, 61 purchase inquiry information, 62 purchase information analysis processing, 63 purchase information message creation processing, 64 purchase information message transmission processing, 65 purchase message transmission, 66 purchase permission information, 67 ticket purchase Information reception processing, 68 ticket purchase history registration processing, 69 ticket purchase information transmission processing, 71 registration / change notification information, 72 registration change information conversion processing, 73 registration information change notification processing, 74 change notification information, 75 ticket registration information , 76 registration information conversion processing, 77 registration information change notification processing, 81, 85 payment permission confirmation information, 82 payment information management processing, 83 payment information registration processing, 84 payment information transmission processing, 86 payment permission notification information, 87 payment permission information Management processing, 88 payment permission information registration processing, 89 payment information transmission processing, 91 tickets Management information, 92 ticket management information analysis processing, 93 ticket management information construction processing, 94 ticket management information transmission processing, 95 ticket control information, 96 database information, 97 database information analysis processing, 98 marketing information construction processing, 99 marketing information transmission processing , 100 mobile phone, 100a mobile phone A, 100
b Mobile phone B, 100c Mobile phone C, 100h Mobile phone and PUSH type client software on mobile phone, 100i Mobile phone A and PUS on mobile phone
H type client software, 100j mobile phone B and PUSH type client software on mobile phone, 101
Ticket store terminal, 102 electronic wallet server,
102b second electronic wallet server, 103 settlement institution, 104 guidance device, 105 entrance management device, 11
1 read electronic ticket information, 112 ticket analysis processing, 113 ticket information acquisition processing, 114 ticket information transmission processing, 115 collation result reception processing, 116
Verification result history registration processing, 117 permission information message creation, 118 permission information, 121 ticket verification information,
125 collation result information, 191 ticket information, 192
Ticket purchase information, 193 ticket information analysis processing,
194 compression / decompression processing, 195 encryption / decryption processing, 1
96 data merging processing, 197 ticket information transmission processing,
198 ticket purchase information, 199 ticket purchase information analysis processing, 200 electronic wallet server device communication means, 201 ticket information transmission / reception means, 202 settlement information transmission / reception means, 205 entrance permission information transmission / reception means, 20
6 entrance management means, 207 location information transmission means, 300
Telephone terminal device, 400 ticket counter and store, 411 location information from satellite, 412 location information acquisition process, 414 location information transmission to electronic wallet server device, 415 route information and map information, 416 route information reception process, 417 map information Reception processing, 418
Image display, 500 users, 600 convenience stores and stores, 610 purchase permission information, 810 payment permission information (payment permission notification), 811 permission request notification,
910 marketing information, 1010 compression / decompression processing, 1011 encryption / decryption processing, 1012 data combination processing, 2001 ticket information, 2002 ticket information analysis processing, 2003 electronic wallet device selection processing,
2004 database management processing, 2005 change message creation processing, 2006 transmission of change message, 2
007 settlement information, 2008 settlement end information, 2009
Payment information analysis processing, 2010 electronic wallet device selection processing, 2011 database management processing, 2012
Completion message creation processing.

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) G06F 17/60 326 G06F 17/60 326 424 424 506 506 (72) Inventor Hiroshi Sakurada Marunouchi, Chiyoda-ku, Tokyo 2-3-2, Mitsui Electric Co., Ltd. (72) Inventor Shigenori Kino 2-3-2, Marunouchi, Chiyoda-ku, Tokyo Mitsui Electric Co., Ltd. (54) [Title of Invention] Electronic ticket mediation server and electronic ticket Purchasing method, electronic ticket mediation method, and electronic ticket purchasing method, electronic ticket mediation program, and computer-readable recording medium that records electronic ticket mediation program

Claims (34)

[Claims] 1. An electronic ticket mediation server comprising a database for accumulating information and mediating the sale of electronic tickets, wherein the database accumulates ticket sales information on tickets to be sold, and wherein the electronic ticket mediation server comprises: Read the ticket sales information accumulated in the, send the read ticket sales information to the buyer terminal to purchase the ticket,
An electronic ticket mediation server, which receives ticket purchase information for requesting a ticket purchase from the purchaser terminal. 2. The electronic ticket intermediation server inputs a plurality of ticket sales information from each of a plurality of ticket store terminals desiring to sell a ticket, and provides information to the purchaser terminal from the input plurality of ticket sales information. To generate ticket reference information using the extracted information,
2. The electronic ticket mediation server according to claim 1, wherein the generated ticket reference information is transmitted to the purchaser terminal. 3. The database further accumulates the ticket purchase information, and the electronic ticket intermediation server stores settlement information for settling payment for a ticket based on the ticket purchase information accumulated in the database. The electronic device according to claim 1, wherein the payment information is generated and received from a purchaser terminal, the information confirming permission of the payment of the payment information, and the generated payment information is transmitted to a payment institution performing the payment. Ticket mediation server. 4. The settlement system according to claim 1, wherein the electronic ticket mediation server transmits settlement permission confirmation information for requesting permission to execute settlement based on the settlement information to a purchaser terminal, and notifies the settlement permission confirmation information of permission. Receiving the permission notification information from the purchaser terminal, generating payment permission information for permitting the execution of the payment based on the received payment permission notification information, and transmitting the generated payment permission information to the payment institution. The electronic ticket mediation server according to claim 3, wherein 5. The database further accumulates user information on the user, the ticket mediation server receives a user information acquisition request for requesting provision of the user information, and receives the received user information. 2. The system according to claim 1, wherein the database is searched based on the acquisition request, and the user information acquired as a result of the search is transmitted to a transmission source that transmitted the user information acquisition request.
Electronic ticket intermediation server in any of 4 to 4. 6. An electronic ticket purchasing system having a database for storing information and having an electronic ticket mediation server for mediating the sale of electronic tickets, and a purchaser terminal for purchasing tickets, wherein the database comprises: The electronic ticket mediation server reads the stored ticket sales information, transmits the read ticket sales information to the purchaser terminal, and requests the purchaser to purchase a ticket from the purchaser terminal. Receiving the information, the purchaser terminal receives the ticket sales information transmitted from the electronic ticket mediation server, generates the ticket purchase information based on the received ticket sales information,
An electronic ticket purchase method, wherein the generated ticket purchase information is transmitted to the ticket mediation server. 7. The ticket purchase method further comprises a plurality of ticket store terminals for generating ticket sales information relating to a ticket for which a ticket is to be sold, and transmitting the generated ticket sales information to the ticket mediation server. The electronic ticket mediation server inputs a plurality of ticket sales information from each of the plurality of ticket store terminals, extracts information to be provided to the purchaser terminal from the input plurality of ticket sales information, and uses the extracted information to issue a ticket. Generating reference information; transmitting the generated ticket reference information to the purchaser terminal; the purchaser terminal receiving the ticket reference information; and generating the ticket purchase information based on the received ticket reference information. 7. The electronic ticket purchasing system according to claim 6, wherein: 8. The ticket purchase method further comprises a settlement institution for executing settlement, the database further stores the ticket purchase information, and the electronic ticket mediation server stores the ticket stored in the database. Based on the purchase information, payment information for settingtle the payment for the ticket is generated, information for confirming permission of the payment of the payment information is received from the user, and the payment information generated for the payment institution performing the payment is generated. The electronic ticket purchase method according to claim 6, wherein the payment institution receives the payment information, and executes the payment based on the received payment information. 9. The settlement system according to claim 1, wherein the electronic ticket mediation server transmits settlement permission confirmation information for requesting permission to execute settlement based on the settlement information to a purchaser terminal, and notifies the settlement permission confirmation information of permission. Receiving the permission notification information from the buyer terminal, generating payment permission information for permitting execution of the payment based on the received payment permission notification information, transmitting the generated payment permission information to the payment institution, The terminal receives the payment permission confirmation information, generates the payment permission notification information based on the received payment permission confirmation information, transmits the generated payment permission notification information to the electronic ticket mediation server, 9. The electronic ticket purchase method according to claim 8, wherein the payment is performed when the payment information and the payment permission information are received. 10. The database further accumulates user information on the user, and the ticket mediation server receives a user information acquisition request for requesting provision of the user information from the ticket store terminal. Based on the received user information acquisition request, the database is searched, and the user information obtained as a result of the search is transmitted to the ticket store terminal. The store terminal transmits the user information obtainment request to the ticket store terminal. 10. The electronic ticket purchasing system according to claim 7, wherein the electronic ticket purchasing system transmits the electronic ticket mediation server and receives user information corresponding to the user information acquisition request from the electronic ticket mediation server. 11. The purchaser terminal holds electronic ticket information generated based on the ticket purchase information, and the ticket purchase method further obtains electronic ticket information stored in the purchaser terminal. The electronic ticket purchase according to any one of claims 6 to 10, further comprising an entrance management device that manages a visitor of a facility included in the electronic ticket information using the acquired electronic ticket information. method. 12. The database stores the electronic ticket information, the electronic ticket mediation server reads the electronic ticket information stored in the database, inputs the electronic ticket information acquired by the entrance management device, The electronic ticket information stored in the database is compared with the electronic ticket information acquired by the entrance management apparatus, and the collated result is transmitted to the visitor management apparatus. 12. The electronic ticket purchasing method according to claim 11, wherein the electronic ticket information held in the purchaser terminal is determined to be valid. 13. The purchaser terminal holds electronic ticket information included in an electronic ticket issued based on ticket purchase information, and stores a location of a facility included in the electronic ticket information and a location related to the location of the facility. Transmitting request information for requesting information, the ticket purchase method further receives the location of the facility and the request information from the purchaser terminal, obtains the position where the purchaser terminal is located, Based on the location of the facility and the location where the buyer terminal is located, obtains location information between the location of the buyer terminal and the location of the facility, and provides the acquired location information to the buyer terminal. The electronic ticket purchasing system according to any one of claims 6 to 11, further comprising a guidance device. 14. The purchaser terminal prompts a user to input information necessary for generating the payment permission information, preliminarily retains information input by the user, and, based on the retained information, 10. The electronic ticket purchasing method according to claim 9, wherein the settlement permission information is generated. 15. The ticket purchase system further includes a settlement server that mediates between the settlement institution and the electronic ticket intermediation server, wherein the electronic ticket intermediation server sets the settlement information and the settlement permission information to the settlement. Transmitting to the server, the payment server receives the payment information and the payment permission information, and instructs the payment institution to execute payment based on the received payment information and the payment permission information; 10. The electronic ticket purchasing system according to claim 9, wherein the settlement institution executes the settlement based on the instruction received from the settlement server. 16. The shop terminal generates a user information acquisition request including an acquisition condition specifying a condition for searching for user information, and the electronic ticket mediation server acquires the user information acquisition request from the user information acquisition request. 11. The electronic ticket purchasing system according to claim 10, wherein conditions are extracted, the database is searched based on the extracted acquisition conditions, and user information is generated using the searched results. 17. The electronic ticket purchase system includes a plurality of purchaser terminals, the plurality of purchaser terminals hold electronic ticket information of the same event, and the plurality of purchaser terminals each include the plurality of purchaser terminals. Holding a common identifier common to the purchaser terminals, generating the request information including the common identifier, the guiding device receives the location of the facility and the request information from the plurality of purchaser terminals, Obtain a plurality of locations where each of the plurality of purchaser terminals is present, and, based on the location of the received facility and the plurality of locations where each of the plurality of purchaser terminals are present, determine the location of the facility from the plurality of locations. 14. The electronic ticket according to claim 13, wherein location information is obtained between the plurality of buyer terminals and the obtained location information is provided to a plurality of purchaser terminals that have transmitted the request information including the common identifier. Purchase method. 18. The database includes, as user information, information on a ticket purchase situation, information on a settlement situation,
12. The method according to claim 11, wherein user information including at least one of personal preference information is stored.
Or the electronic ticket purchase system described in 16. 19. The electronic ticket mediation server reads the accumulated ticket sales information, extracts information to be provided to the purchaser terminal from the read ticket sales information, and generates ticket reference information using the extracted information. The generated ticket reference information is stored in the database, and when there is a request to provide the ticket reference information from the purchaser terminal, the ticket reference information is read from the database, and the read ticket reference information is stored in the purchaser terminal. And transmitting the generated reference information transmission request to the electronic ticket mediation server, wherein the purchaser terminal generates a reference information transmission request requesting transmission of the ticket reference information, and transmitting the generated reference information transmission request to the electronic ticket mediation server. Or the electronic ticket purchase method described in 7. 20. The purchaser terminal generates a reference information transmission request including a request for transmission of the ticket reference information and purchase conditions for purchasing a ticket, and transmits the generated reference information transmission request to the electronic ticket mediation server. The electronic ticket mediation server receives the reference information transmission request, extracts purchase conditions from the received reference information transmission request, searches the database based on the extracted purchase conditions, and retrieves the ticket reference information. 20. The electronic ticket purchasing method according to claim 19, wherein the electronic ticket is generated, and the generated ticket reference information is transmitted to the purchaser terminal. 21. The purchaser terminal periodically transmits the reference information transmission request. If the purchaser terminal transmits the reference information transmission request while receiving the ticket reference information, the purchaser terminal receives the ticket reference information. 21. The electronic ticket purchasing method according to claim 19, wherein priority is given to priority. 22. The electronic ticket mediation server, when transmitting the reference information transmission request from the purchaser terminal while transmitting the ticket reference information, prioritizes the reception of the reference information transmission request. Claim 19
Or the electronic ticket purchase system described in 20. 23. The electronic ticket intermediation server further reads ticket sales information from the database, and transmits the read ticket sales information to the purchaser terminal; and a ticket purchase unit from the purchaser terminal. The electronic ticket mediation server according to claim 1, further comprising: a purchase information transmitting / receiving unit that receives information, analyzes the received ticket purchase information, and registers the analysis result in the database. 24. The electronic ticket mediation server further comprising a ticket information registration unit that receives the ticket sales information and registers the received ticket sales information in the database. 23. The electronic ticket mediation server according to any one of 23. 25. The purchase information transmission / reception unit reads ticket purchase information from the database, generates payment information for payment of a ticket price based on the read ticket purchase information, and sets the payment information from a purchaser terminal. 25. The electronic ticket mediation server according to claim 23, wherein the electronic ticket mediation server according to claim 23, further comprising receiving information for confirming permission of information settlement and transmitting the generated settlement information to a settlement institution that executes the settlement. 26. The electronic ticket mediation server further receives ticket update information for updating the ticket sales information, analyzes the received ticket update information, and stores the received ticket update information in the database based on the analysis result. 26. The electronic ticket mediation server according to claim 1, further comprising a ticket information management unit that updates ticket sales information. 27. A system comprising a database for storing information,
In an electronic ticket mediation server that mediates the sale of electronic tickets, the database stores ticket sales information related to ticket sales, and the electronic ticket mediation server receives ticket purchase information requesting to purchase a ticket, The ticket sales information is read from the database, and based on the received ticket purchase information and the read ticket sales information, electronic ticket information is generated by digitizing the ticket,
The generated electronic ticket information is transmitted to the transmission source that transmitted the ticket purchase information, and payment information for requesting payment of payment for the generated electronic ticket is generated. An electronic ticket intermediation server for transmitting settlement information. 28. A system comprising a database for storing information,
In the electronic ticket mediation server that mediates the sale of electronic tickets, the database includes a user including at least one of ticket purchase information for requesting the purchase of a ticket transmitted by the user and information on the user's preference. The electronic ticket intermediation server stores the information, receives the user information acquisition request requesting the provision of the user information, searches the database based on the received user information acquisition request, and obtains the search result. An electronic ticket intermediation server for transmitting the user information to the transmission source that transmitted the user information acquisition request. 29. An electronic ticket intermediation method for mediating the sale of electronic tickets, comprising a database for accumulating ticket sales information on tickets to be sold, wherein the ticket sales information is read from the database, and the read ticket sales information is used to purchase the tickets. A ticket purchase information requesting the purchase of a ticket from the purchaser terminal. 30. An electronic ticket intermediation method comprising: receiving a plurality of ticket sales information from each of a plurality of ticket store terminals wishing to sell a ticket; and providing information to the purchaser terminal from the received plurality of ticket sales information. 30. The electronic ticket mediation method according to claim 29, further comprising extracting ticket reference information, generating ticket reference information using the extracted information, and transmitting the generated ticket reference information to the purchaser terminal. 31. The electronic ticket intermediation method generates payment information for payment of a ticket price based on the received ticket purchase information, and confirms permission of payment of the payment information from the purchaser terminal. 31. The electronic ticket intermediation method according to claim 29, wherein the information is received, and the generated payment information is transmitted to a payment institution that performs the payment. 32. An electronic ticket purchasing method comprising: a database for storing ticket sales information on tickets to be sold; an electronic ticket mediation server for mediating the sale of electronic tickets; and a purchaser terminal for purchasing tickets. The electronic ticket mediation server reads the ticket sales information from the database, transmits the read ticket sales information to the purchaser terminal, receives ticket purchase information requesting a ticket purchase from the purchaser terminal, and The terminal receives the ticket sales information transmitted from the electronic ticket mediation server, generates the ticket purchase information based on the received ticket sales information, and transmits the generated ticket purchase information to the ticket mediation server. An electronic ticket purchasing method characterized by the following. 33. An electronic ticket intermediation program that includes a database that stores ticket sales information on tickets to be sold, and that realizes mediation of electronic ticket sales by a computer, wherein: a process of reading ticket sales information from the database; Electronic ticket mediation program comprising: a process of transmitting ticket sales information to a purchaser terminal that desires to purchase a ticket; and a process of receiving ticket purchase information requesting a purchase of a ticket from the purchaser terminal. . 34. A computer-readable recording medium having a database for storing ticket sales information relating to a ticket to be sold, wherein said computer-readable recording medium records an electronic ticket mediation program for realizing mediation of electronic ticket sales. A process of reading the ticket sales information from the server, a process of transmitting the read ticket sales information to the purchaser terminal desiring to purchase the ticket, and a process of receiving the ticket purchase information requesting the purchase of the ticket from the purchaser terminal. A computer-readable recording medium having recorded thereon an electronic ticket mediation program.