JP2002197223A - Electronic ticket information distribution device, information storage chip, portable device, program storage medium and method for distributing electronic ticket information - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a system for distributing a plurality of electronic tickets stored in an information storage chip. SOLUTION: The system is an electronic ticket information distribution device capable of controlling a write/readout operation of an electronic ticket information on an information storage chip capable of storing a plurality of pieces of the electronic ticket information which authenticates a right to participate in an event related to the unique event information created for each event. The distributor's information storage chip designates identification information of the information storage chip of a party to be distributed to, and electronic ticket information to be distributed and demands their distribution to the electronic ticket information distribution device, which, in accordance with the distribution demand, writes the electronic ticket information to be distributed on the information storage chip of the party to be distributed to and implements distribution work which erases the electronic ticket information to be distributed from the distributor's information storage chip.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to an electronic ticket information distribution device, an information storage chip, a portable device, a program storage medium, and an electronic ticket information distribution method.

[0002]

2. Description of the Related Art In the planning of an event (performance) such as a concert, a show organizer determines an event schedule of performers, venues, dates, and the like. In addition, the organizer of the show decides the allocation of seat types and the amount of money at each venue. Ticket sales were outsourced to ticket sales agencies, such as play guides, and fan clubs. Then, those who wish to participate in the event purchase a paper ticket using a play guide or the like, bring it to the paper ticket venue, and pass the stub of the paper ticket they have brought to the gate at the venue to workers, such as at the gate of the venue, He was authorized to participate in the event and entered the venue.

As described above, conventionally, authentication of participation in an event has been performed using a paper ticket in which event information is described as a medium.

However, recently, with the improvement of the Internet environment and the progress of information storage technology such as IC cards, it has become possible to carry electronic ticket information. That is, the electronic ticket information is
There has been proposed a concept in which information is stored in an information storage chip such as an IC card having excellent security and used as a substitute for a conventional paper ticket.

[0005]

By the way, even in the case of an entertainment system using an electronic ticket as described above, an electronic ticket purchaser purchases a plurality of electronic tickets, as in the case of a paper ticket. There may be a case where those electronic tickets are to be distributed to other event participants.

However, in the case of a performance system using a conventional electronic ticket, a method has been proposed in which, when a plurality of electronic ticket information is stored in one information storage chip, the recorded right information is safely distributed to others. I didn't.
In such a case, there has been no other method except that a number of people corresponding to the number of electronic tickets stored in the information storage chip wait in advance at an entrance or the like and enter at the same time.

[0007] Further, when a method in which only one piece of electronic ticket information can be stored in one information storage chip is adopted, one person purchases an electronic ticket of an adjacent seat, and means such as delivery in advance is used. It needs to be used to distribute to others, and there are concerns about troubles during delivery, and there is no quick and reliable means of distribution.

The present invention has been made in view of the above and other problems of a conventional entertainment system using an electronic ticket, and is directed to a case where a plurality of electronic ticket information is stored in one information storage chip. It is another object of the present invention to provide a new and improved method of distributing electronic tickets that can safely and reliably distribute electronic ticket information to other information storage chips.

[0009]

According to a first aspect of the present invention, in order to solve the above-described problems, the authority to participate in the event is authenticated in association with unique event information formed for each event. An electronic ticket information distribution device capable of controlling the writing / reading operation of the electronic ticket information to / from an information storage chip capable of storing a plurality of the electronic ticket information, wherein the information storage chip of the distribution source is the electronic ticket The distribution request is made to the information distribution device by designating the identification information of the information storage chip of the distribution destination and the electronic ticket information to be distributed, and the electronic ticket information distribution device responds to the distribution request with the distribution request. The electronic ticket information to be distributed is written into the preceding information storage chip, and the electronic ticket information before distribution is written from the distribution source information storage chip. And performing dispensing operation to erase the electronic ticket information, electronic ticket information distribution device is provided.

The electronic ticket information distribution device comprises an electronic ticket platform center capable of authenticating a write / erase operation of the electronic ticket information, and a device for writing / reading the electronic ticket information to / from the information storage chip. Preferably, the distribution request and the distribution operation are performed via a network.

It is preferable that the electronic ticket information distribution device is a writing / reading device for an information storage chip having an authentication right for a writing / erasing operation of the electronic ticket information. Further, it is preferable that a predetermined time lag is provided between the distribution request and the distribution work.

According to still another aspect of the present invention, there is provided a storage medium storing a computer program for causing a computer to function as the electronic ticket information distribution device.

According to another aspect of the present invention, an information storage capable of storing a plurality of pieces of the electronic ticket information for authenticating a right to participate in the event in association with unique event information formed for each event. A writing / reading operation of the electronic ticket information to / from the information storage chip is controlled by an electronic ticket information distribution device, and the distribution source information storage chip sends a distribution destination information to the electronic ticket information distribution device. The distribution request is made by designating the identification information of the information storage chip and the electronic ticket information to be distributed.
In response to the distribution request, write the electronic ticket information to be distributed to the information storage chip of the distribution destination, and perform a distribution operation of deleting the electronic ticket information to be distributed from the information storage chip of the distribution source. There is provided an information storage chip characterized by being configured to be able to perform an operation.

According to still another aspect of the present invention, there is provided a portable device mounting the above information storage chip.

According to another aspect of the present invention, there is provided a method of distributing electronic ticket information, the method comprising: authenticating a right to participate in the event in association with unique event information formed for each event. The electronic ticket information is stored in an information storage chip, and the distribution source information storage chip sends the distribution destination information to an electronic ticket information distribution device that controls writing / reading of the electronic ticket information to / from the information storage chip. A distribution request is made by designating the identification information of the information storage chip and the electronic ticket information to be distributed, and the electronic ticket information distribution device is distributed to the distribution destination information storage chip in response to the distribution request. Writing the electronic ticket information and erasing the electronic ticket information to be distributed from the distribution source information storage chip. That and performing dispensing operation, the electronic ticket information distribution method is provided.

In the above electronic ticket information distribution method,
The electronic ticket information distribution device includes an electronic ticket platform center capable of authenticating the writing / erasing operation of the electronic ticket information, and a device for writing / reading the electronic ticket information to / from the information storage chip. The distribution work is preferably performed via a network.

In the above electronic ticket information distribution method,
It is preferable that the electronic ticket information distribution device is a writing / reading device of an information storage chip having an authentication right of the writing / erasing operation of the electronic ticket information.

In the above electronic ticket information distribution method,
Preferably, a predetermined time lag is provided between the distribution request and the distribution operation.

[0019]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Preferred embodiments of an electronic ticket management system to which an electronic ticket information distribution device according to the present invention can be applied will be described below in detail with reference to the accompanying drawings. In the following description and accompanying drawings, for components having substantially the same functional configuration,
Repetitive description will be omitted by giving the same reference numerals.

(1) Outline of System The electronic ticket management system and the like according to the present embodiment
This system provides a system that interconnects the Ticket Platform Center, the show organizer, the ticket seller, and the venue, so that customers who purchase electronic tickets via the seller can enter the venue without delay. is there. The basic relationship between the show organizer, the ticket seller, the customer and the ticket seller can be the same as before. However, the electronic ticket management system and the like according to the present embodiment is characterized in that the ticket platform center intervenes for authentication of electronic tickets and IC cards.

In the electronic ticket management system and the like according to the present embodiment, an electronic ticket platform center is provided for sharing an electronic ticket using an information storage chip such as an IC card. Through this Electronic Ticket Platform Center, the exchange of electronic ticket information among the organizers, sellers, venues, and customers, such as ticket distribution, ticketing, and gate management, can be networked and managed and shared centrally. Become.

The electronic ticket management system according to the present embodiment provides various functions in various phases with respect to distribution of electronic ticket information.

Although the details will be described later, for example, a ticket distribution system is provided as a distribution system of electronic ticket information between a show organizer and an electronic ticket platform center.

An electronic ticket issuing system is provided as a system for distributing electronic ticket information between a ticket seller, a customer, and an electronic ticket platform center.

Further, a gate management system is provided as a distribution system of electronic ticket information between the electronic ticket platform center and the venue.

In addition, various functions for issuing a sales journal required for a sales portal of a ticket seller, a billing function, a post-processing function for analyzing data, and various systems for issuing an IC card are provided. .

(2) System Configuration (2-1) Overall Configuration of System First, the overall configuration of the electronic ticket management system according to the present embodiment will be described with reference to FIG.

As shown in FIG. 1, an electronic ticket management system 100 according to the present embodiment includes an electronic ticket platform center 110 for managing the distribution of electronic ticket information, and a performance organizer apparatus for planning and executing events. A certain performance organizer 120 and an electronic ticket seller 13 which is an electronic ticket vending device that sells electronic ticket information.
0, a customer 140 who actually purchases an electronic ticket, a shop terminal device 150 capable of writing electronic ticket information in an information storage chip of the customer 140, an event venue 160 where an event is held, and each of these components Is mainly composed of a network 170 such as the Internet that cooperates with the Internet.

The minimum unit of the electronic ticket management system 100 according to the present invention is, ultimately, the electronic ticket supplier and the customer 140 who is the user of the electronic ticket. In the system configuration shown in FIG. 1, in order to facilitate understanding of the electronic ticket management system 100 according to the present invention, the suppliers of the electronic tickets are referred to as a box office organizer 120, an electronic ticket seller 130, a store terminal device 150, Although the electronic ticket platform center 110 and the gate terminal device are shown separately, the present invention is not limited to this configuration. In configuring the supplier of the electronic ticket according to the present invention, it is possible to configure a plurality of functional blocks as one storage block, or to configure one functional block as a plurality of functional blocks. It is understood that these also belong to the technical scope of the present invention.

(2-2) Electronic Ticket An electronic ticket management system 100 according to the present embodiment.
Before describing the configuration of each functional block in detail,
The “electronic ticket” to be serviced by this system will be described.

An electronic ticket is digitized ticket information, and includes electronic ticket information that is associated with event information on a specific event and that authenticates the right to participate in the event. Electronic tickets are
It can be distributed as digital information through a network 170 such as the Internet.
It can be stored in an information storage chip such as a card and carried by the customer 140.

The electronic ticket can contain various information that can be described in a normal paper ticket. For example, information on opening hours, opening times, performance names, artist names, venue names, seat numbers, entrance gates, show organizer names, 130 electronic ticket sellers, contact information, and the like can be stored in advance. is there.

(2-3) Information storage chip Electronic ticket management system 100 according to the present embodiment
The information storage chip that can be used is a storage device that can store electronic ticket information. The information storage chip according to the present embodiment requires authentication authority such as a special access key when writing electronic ticket information in order to prevent plagiarism and the like, but reads out the stored electronic ticket information. Can be done freely without specific authentication.

The information storage chip can be mounted on a contact type or non-contact type IC card and used.
The information storage chip according to the present embodiment is more conveniently mounted on a portable device since it is more convenient for the customer 140 to carry electronic ticket information to a venue where an event is held after purchasing the electronic ticket information. Examples of the portable device on which the information storage chip can be mounted include a mobile terminal and a mobile phone in addition to the above-described IC card.

FIG. 10 shows a non-contact type IC card 1000 as an example of an information storage chip. The non-contact type IC card 1000 has a communication function incorporated in an IC chip serving as an information storage chip. As shown in the figure, the carrier 1001 of the IC card 1000
IC card reader 100 installed at the gate of the performance hall
2, the electronic ticket information in the information storage chip is read. As will be described later, the electronic ticket information is used by the gate terminal device to manage the venue, and the content of the electronic ticket information is displayed on the display device 1003 in order to smoothly guide the visitors who are carrying the IC card to the seats. Can be displayed, or the contents can be printed out on a predetermined sheet by the printer 1004.

FIG. 11 shows a data structure of electronic ticket information stored in the information storage chip. As shown in the figure, in the electronic ticket information storage area, an issuer area for storing an issuer, which is a subject that issues an electronic ticket, a performance ID area, a performance information area, and a management area for each information are arranged.

The electronic ticket information used in the electronic ticket management system 100 according to the present embodiment is
As shown in the figure, a plurality of performance information can be managed simultaneously. Further, it is configured so that a plurality of electronic tickets can be managed for each performance. With this configuration, one electronic ticket can be used as electronic tickets for a plurality of performances. Further, it is possible to use a method of purchasing a plurality of electronic tickets at the time of purchasing the electronic tickets, and distributing or transferring the electronic tickets to a third party later.

(2-4) Electronic Ticket Platform Center 110 In the electronic ticket platform center 110, as shown in FIG. 1, a ticket database server (Ticket DBS) 11 for managing data related to electronic tickets.
1 and a server (DBS) 1 related to the operation key of the electronic ticket
12, a security server (SS) 113 for IC card authentication and download, and an application server (APS) 1 for receiving services at the Internet entrance
14 etc. are installed.

Electronic ticket platform center 11
0 has a function of managing distribution of electronic ticket information in the electronic ticket management system 100 according to the present embodiment. In particular, in the present embodiment, the electronic ticket platform center 110 can function as a web server so as to provide a service to each component of the system such as a terminal of the performance organizer 120 via the network 170. It is configured as a computer device.

As shown in FIG. 2, the electronic ticket platform center 110 includes an information registration unit 201, an electronic ticket issuing unit 202, an electronic ticket sales journal management unit 203, an authentication unit 204, an accounting unit 205, and a It mainly comprises a processing unit 206.

The information registration unit 201 is a functional component for performing registration processing of various masters required for the system. FIG. 4 shows an example of the master managed here.

[0042] In the show organizer master 401, information on the show organizer 120 who plans events and distributes tickets is registered. The show organizer master 401 is created by the electronic ticket platform center 110.

The event master 402 is used by the show organizer 12
0 and is registered in the electronic ticket platform center 110. The event master 402 is a master that manages various types of information related to events. The event master 402 includes, for example, a venue master 403 that manages venue information on a venue where an event is held and date and time information on a date and time when an event is held. Further, the event master 402 includes a seat master 404 that determines a seat type and a seat genus at the venue.

The electronic ticket seller master 405 is also created primarily by the show organizer 120 and registered in the electronic ticket platform center 110. After organizing the event, the show organizer 120 sells an electronic ticket related to the event.
In addition to determining 0, the distribution ratio of electronic tickets to each electronic ticket seller 130 is determined, and these are registered as the electronic ticket seller master 405.

The sales journal 406 is a report of a log relating to the sales history of electronic tickets in each electronic ticket seller 130 or the shop terminal device 150.
The sales journal 406 is created by the electronic ticket seller 130 and registered in the electronic ticket platform center 110.

The carrier master 407 is an information master relating to the sales destination of the electronic ticket sold by each electronic ticket seller 130. The carrier master 407 is created by each electronic ticket seller 130 and registered in the electronic ticket platform center 110.

The electronic ticket master 408 is a general data management master relating to electronic ticket information. The electronic ticket master 408 is managed by the electronic ticket platform center 110 in association with the performance organizer master 401, event master 402, electronic ticket seller master 405, carrier master 407, and the like as described above.

Returning to FIG. 2, the electronic ticket issuing section 20
2 cooperates with the electronic ticket seller 130 to issue an electronic ticket to a carrier of an information storage chip capable of storing an electronic ticket.

FIG. 3 shows a configuration example of the electronic ticket issuing unit 202. The electronic ticket issuing unit 202 includes a ticket receiving unit 301, an authentication unit 302, and a ticket processing unit 303.
And a report unit 304. The ticketing accepting unit 301 accepts a ticketing request from the electronic ticket seller 130 or the store terminal device 150. In response to the ticketing request, an authentication process is performed in the authentication unit 302 or the like. If the authentication is affirmative, the ticketing process is performed. The result of the ticketing process is reported to a predetermined functional unit via the report unit 304, and, for example, the electronic ticket master 408 is updated.

More specifically, when the electronic ticket is sold via the Internet, the user of the information storage chip who has been authorized to sell the electronic ticket via the electronic ticket seller 130 is notified of the target electronic ticket. By permitting the download of the ticket information, the ticket issuing process of the electronic ticket process is performed.

On the other hand, a multimedia kiosk (MK) installed in a play guide, a convenience store, etc.
In the case where an electronic ticket is sold through the store terminal device 150 such as MK), the authentication authority for permitting the sale of the electronic ticket is given to the store terminal device 150,
In the store terminal device 150, a ticketing process is performed.

The sales journal management unit 203 manages a sales log of an electronic ticket which is reported from the electronic ticket seller 130 as needed. The sales journal 406 is appropriately reported to the performance organizer 120, and the performance organizer 120 refers to the sales journal 406 and performs processing such as resale as necessary.

The authentication unit 204 stores the electronic ticket seller 13
0, a request from the store terminal device 150, or the like, a function of permitting the customer 140 to download electronic ticket information or permitting the store terminal device 150 to write electronic ticket information. .

The accounting section 205 has a function of generalizing accounting processing and billing processing relating to the electronic ticket management system 100. The electronic ticket price is primarily collected by the electronic ticket seller 130 from the customer 140, and the predetermined price is secondarily provided to the performance organizer 120, the event venue 160, and the like via the accounting unit 205 of the electronic ticket platform center 110. Can be configured to be paid for.

The post-processing unit 206 has a function of performing various post-processing related to the electronic ticket management system 100. A typical example is the analysis of the visitor information collected from the gate terminal device of each event venue 160.

Generally, there is no one-to-one correspondence between ticket purchasers and visitors. In reality, an act of purchasing a plurality of tickets at the same time or purchasing a ticket for another person is performed. as a result,
There is a discrepancy between the ticket purchaser and the visitor. Conventionally, ticket sales by Internet shopping and the like have been generally performed. According to such Internet shopping, information on ticket purchasers can be collected relatively easily. However, considering the disagreement between the ticket purchaser and the visitor, it was difficult to collect information on the actual visitor. In this regard, according to the present system, the electronic ticket platform center 110 performs post-processing such as electronic ticket information, and thereby the relationship between the ticket purchaser and the actual visitor, and the relationship between the ticket purchase area and the visitor. It is possible to obtain useful information, such as relationships, that is useful for subsequent marketing.

(2-5) Show Organizer 120 The show organizer 120 is a concept unique to the present specification.
Among the clients that can access the electronic ticket platform center 110 described below via the network 170, the event organizer 120 plans an event, forms unique event information for each event, and transmits the event information to the electronic ticket platform center 110. Is defined as a client that has the function of registering with the client. Therefore, the performance organizer 120 is a computer having a general function provided by the client, that is, a computer having a communication function and a browser function, but also includes a home electric device and a portable terminal device having a function as a client. It is.

FIG. 5 is a functional block diagram showing the main functions of the performance organizer 120.

The show organizer 120, as shown in FIG.
Event planning section 501, information registration section 501, ticket distribution processing section 503, progress management section 504, accounting section 50
5, and a post-processing unit 506.

The event planning unit 501 determines the content of the event operated by the electronic ticket. The event content determined here includes the name of the artist who will appear in the event, the name of the venue where the event will be held, the opening time, the start time, the performance name, the seat number, the entrance gate, the name of the box office, the name of the electronic ticket seller. , And various information about the event, such as an inquiry destination.

The information registration unit 201 creates various information masters based on the events planned by the event planning unit. The information mainly registered on the performance organizer 120 side includes the electronic ticket seller master 405, the seat master 404, and the venue master 403. These pieces of information are sent to and managed by the electronic ticket platform center 110 via the network 170 or the like.

The ticket distribution processing section 503 decides the electronic ticket sellers 130 to sell the electronic tickets, and determines the number of electronic tickets handled by each electronic ticket seller 130, the seat type / seat type, and the like. I do. The result of the ticketing process is
The event is sent to the electronic ticket platform center 110 as the event master 402 and is managed.

For details of the ticket distribution processing unit 503, see FIG.
Is shown in As shown in FIG. 6, the ticket distribution processing unit 503
Is mainly composed of a seat information forming device 601, a display device 602, a selecting device 603, and a ticket distribution device 604.

The seat information forming device 601 is provided for the venue master 4
03 and other seat information such as seat type and seat genre
(radical User Interface) is processed so that it can be displayed. For example, it is possible to perform processing such as changing the display color of the seat displayed on the screen according to the seat type and the seat type.

The display device 602 is a seat information forming device 60.
1, the seat information processed so as to be graphically displayed is displayed on a CRT or the like, and the operator can easily perform a ticket distribution process while viewing the screen.

The selecting device 603 has a function of allocating seat information selected by the operator to each electronic ticket seller 130. In the selection operation, a plurality of seats can be processed as one selection unit so as to be able to cope with a group visitor such as a group of two. As a selection method, the efficiency of the selection operation can be improved by using a mouse drag function or a double key operation of simultaneously pressing a plurality of keys on a keyboard.

The ticket distribution device 604 exports and registers ticket distribution information relating to the seat allocation selected by the selection device 603 to the electronic ticket platform center 110. The electronic ticket platform center 110 distributes the purchase information of the electronic ticket provided from the ticket distribution device to the corresponding electronic ticket seller 130, and entrusts the sale of the electronic ticket.

Referring back to FIG. 5, the progress management section 504 of the show organizer 120 manages the schedule up to the event and monitors the sales journal 406 reported from the electronic ticket seller 130, the store terminal device 150, and the like. By doing so, the sales status of electronic tickets can be ascertained.
As a result, if necessary, the electronic ticket is collected from the electronic ticket seller 130 whose sales are sluggish, and the electronic ticket is resold to another electronic ticket seller 130.

The accounting section 505 manages accounting processing related to the performance organizer 120. Examples of the accounting process related to the performance organizer 120 include payment of a performance fee to an artist and payment of a venue usage fee to a venue.
The electronic ticket platform center 110 or the electronic ticket seller 130 collects the price of the electronic ticket, and conversely, the electronic ticket platform center 1
There is also an accounting process for paying a management fee or a sales commission fee to the electronic ticket seller 10 or the electronic ticket seller 130. These accounting processes differ greatly depending on the system configuration, and a detailed description thereof will be omitted here.

The post-processing unit 506 has a function of analyzing electronic ticket information collected from the electronic ticket platform center 110, the electronic ticket seller 130, the gate terminal of the venue, and the like. By performing a performance review in this post-processing unit, marketing information for the next performance can be obtained.

(2-6) Electronic Ticket Seller 130 The electronic ticket seller 130 is a terminal device having the authority to actually sell an electronic ticket to the customer 140, and the customer 1 via a network such as the Internet.
A terminal device installed on a web server, a play guide, or the like that can access the client 40 and that can be operated by an operator facing the customer 140 is included. Accordingly, the electronic ticket seller 130 is a computer having general functions provided by a client or a server, that is, a computer having a communication function, a browser function, and the like, but also includes a home appliance and a portable terminal device having these functions. It is.

FIG. 7 shows an example of a functional configuration block of the electronic ticket seller 130. As shown
The electronic ticket seller 130 includes a ticket distribution negotiation unit 701, a master registration unit 702, a purchase reception unit 703, and an authentication unit 70.
4, the sales journal management unit 705, and the accounting unit 706
And a post-processing unit 707.

Further, in the case where the electronic ticket seller 130 employs a configuration in which electronic ticket information is written in the information storage chip or the content recorded in the information storage chip is read, a writing unit and a reading unit are used. (Reader / writer) must be provided.

When the electronic ticket seller 130 needs to read out the content recorded on the information storage chip and output it to a medium such as paper,
It is necessary to provide an external output unit such as a printer.

The ticket distribution negotiation section 701 has a function of negotiating the distribution of electronic tickets with the performance organizer 120.
Generally, ticket sales for events are organized by the organizer 120
Is carried out through a plurality of ticket sales agents, except when selling directly to members and the like. The electronic ticket seller 130 is a terminal device generally installed at the ticket sales agency side, and negotiates with the show organizer 120 side so as to obtain a seat that can advantageously advance its own ticket sales results. In response to this negotiation, the performance organizer 120 determines the ticket sales agent that handles the electronic ticket of the event, and also determines the seat type and seat type of the electronic ticket distributed to each ticket agent.

The master registration unit 702 of the electronic ticket seller 130 stores the event information and the electronic ticket information in the electronic ticket platform center 110 and the show organizer 12.
0, and creates an event master for an electronic ticket seller, which is the basic data for electronic ticket sales. The event master for the electronic ticket seller is appropriately updated according to the sales history, and is managed by the sales journal management unit 705.

The purchase receiving unit 703 receives a request for purchasing an electronic ticket directly from a ticket purchaser such as a member or indirectly receives a request for purchasing an electronic ticket from a store terminal device 150 described later.

The authentication unit 704 examines the electronic ticket purchase request received by the purchase reception unit 703, conducts a credit check on the ticket purchaser based on, for example, a credit card number, and determines that the user has the ability to pay the ticket price. If so, permit the sale of electronic tickets.

The sales journal management unit 705 manages the sales results of electronic tickets at the electronic ticket seller 130 and, if necessary, stores the sales journal 406 in the electronic ticket platform center 110 or the show organizer 120.
Report to

The accounting unit 706 controls the electronic ticket seller 13
0 summarizes the related accounting processing. The main accounting processes related to the electronic ticket seller 130 include collection of the ticket price from the ticket purchaser, the electronic ticket platform center 110 for the collected price, and the performance organizer 120.
Remittance, and collection of a sales commission from the electronic ticket platform center 110 and the performance organizer 120. However, regarding the accounting processing of the electronic ticket seller 130, various configurations can be adopted according to the system configuration, and the detailed description is omitted here.

The post-processing unit 707 is provided for the electronic ticket seller 1
30 has a function of counting and analyzing related electronic ticket information. For example, a customer 140 who purchased an electronic ticket
By creating a database of individual genus information on the age, occupation, gender, etc. of
By linking with information collected in other constituent blocks of the system, it is possible to obtain useful information for the event planning for the next and subsequent events.

(2-7) Store Terminal 150 Next, the configuration of the store terminal 150 will be described with reference to FIG. The store terminal device 150 is a terminal device having a function of writing and reading information on and from an information storage chip managed by the electronic ticket seller 130. The store terminal device 150 can be configured as a multimedia kiosk (MMK) installed in, for example, a play guide or a convenience store.

As shown in the figure, the store terminal device 150 includes a reading unit 801, an authentication unit 802, and a writing unit 803.
, An accounting unit 804, and an output display unit 805. Generally, the store terminal device 150 is a terminal device such as a multimedia kiosk that can be operated by a ticket purchaser while watching the screen.

The reading unit 801 has a function of reading the carrier identification number and electronic ticket information stored in the information storage chip. When the information storage chip is, for example, a contact IC card, a card reader having a card insertion slot and a card ejection slot is provided. When the information storage chip is, for example, a non-contact type IC card,
A card reader capable of reading electronic ticket information stored in the information storage chip by holding the IC card over the card reader is provided.

The authentication section 802 has a function of confirming the identification number and electronic ticket information of the carrier read by the reading section 801. For example, when a carrier of the information storage chip purchases an electronic ticket using the store terminal device 150, first, the ticket purchaser determines whether or not the ticket he / she wants to purchase can be purchased. Inquirer 130 or electronic ticket platform center 110. As a result, if a response that the ticket can be purchased is obtained, the reading unit 8
01 conducts a credit check on the ticket payment ability of the carrier based on the carrier identification number or the like stored in the information storage chip, and gives permission to purchase the electronic ticket.

The writing section 803 writes new electronic ticket information to the information storage chip to which the authentication section 802 has given write permission. Alternatively, when a ticket distribution process described later is performed, the writing unit 803 rewrites the electronic ticket information to be distributed so that the electronic ticket information cannot be reused.

The output display unit 804 is connected to the store terminal 150
Display the status of the processing being executed on the screen,
Alternatively, it has a function of recording necessary information on a medium such as paper in response to a request from a purchaser.

(2-9) Gate Terminal Device 180 Next, referring to FIG. 9, the gate terminal device 18 installed at the gate of the event venue 160 where the event is held.
0 will be described.

The basic function of the gate terminal device 180 is to read out the electronic ticket information stored in the information storage chip carried by the visitor, and to permit or deny entry of the attendant. In particular, the authentication method that is characteristic of this system does not authenticate the admission whether or not entry is possible based on the unique identification number of the information storage chip stored in the information storage chip, but instead responds to the event identification number set for each event in advance. Is to authenticate the admission permission.

That is, according to the present system, the gate terminal device 180 can be used for all the visitors carrying the information storage chip storing the regular event identification number without determining the unique identification number of the information storage chip. The admission is allowed.

This event identification number is incorporated as a part of the event information. Of course, a plurality of event identification numbers can be set for each event. For example, when it is desired to distinguish the gates between the visitors to the arena seats and those to other general seats, different identification numbers can be set and stored in the information storage chip.

The gate terminal device 180 shown in FIG. 9 mainly includes an information reading unit 901, an authentication unit 902, a display unit 903, an information management unit 904, and a post-processing unit 905 in order to execute the above functions. Components.

The information reading section 901 is an information storage chip reader having a function of reading electronic ticket information from an information storage chip carried by a visitor. FIG. 10 shows an example in which an information storage chip is incorporated in a non-contact type IC card. As shown in the figure, the visitor 1001 can read the electronic ticket information stored in the information storage chip by holding the IC card 1000 over the information reading unit 1002 (901) of the portable terminal device. .

The authentication unit 902 authenticates the entry of the information storage chip carrier based on the event information, particularly the identification number unique to the event, from the electronic ticket information read by the information reading unit 901. In this system, as described above, the identification number assigned to each information storage chip does not matter, but only the event information unique to the event previously assigned to the event is considered, and the event information is recorded. The information storage chip is configured to permit entry of a carrier.

The display section 903 processes the electronic ticket information read by the information reading section 901 as appropriate and provides the electronic ticket information to the visitors 1001. For example, in the embodiment shown in FIG. 10, by displaying the seat number and the seat position at the venue to the visitor 1001, it is possible to smoothly guide the visitor 1001 to the seat. In the embodiment shown in FIG. 10, a printing device 1004 is also provided, and it is possible to print out the electronic ticket information content stored in the information storage chip and distribute it to the visitors.

The information management unit 904 includes the information reading unit 90
1 to manage the electronic ticket information read. For example, if a predetermined number of visitors have not entered even immediately before the performance, processing such as delaying the performance time can be performed. According to this system, admission is
It is determined based on the identification number of the event, not based on the unique identification number of the information storage chip.
Since it is not necessary to refer to the unique identification number of the information storage chip, electronic tickets can be sold until immediately before the start of the performance. As described above, the electronic ticket information for the day of sale is managed by the information management unit 904.

The post-processing unit 905 includes the gate terminal device 180
Of the electronic ticket information collected in the electronic ticket platform center 110 and the organizer 1
20 has a function of sending to the electronic ticket seller 130. As already explained, people who buy tickets,
The person who actually participates in the event does not always match, and the electronic ticket information collected at the gate terminal device 180 at the venue is used as data reflecting actual visitors as useful information for later marketing. It is possible.

(2-10) Network 170 The network 170 is the Internet or LAN (Large) connected via a public line network or the like.
This is a communication network capable of two-way communication of information such as an intranet connected via an area network (Area Network), and may be wired or wireless. However, the organizer 120
The connection between the electronic ticket seller 130 and the electronic ticket platform center 110 preferably uses a closed network 170, for example, a dedicated line, in consideration of confidentiality of information. On the other hand, between the sales portal site of the electronic ticket seller 130 and the customer 140,
A network 1 such as a public network is provided between the event venue 160 and the electronic ticket platform center 110.
It is possible to connect via.

In the electronic ticket management system 100 according to the present embodiment, distribution of electronic ticket information is performed via the network 170, but it goes without saying that the present invention is not limited to this example.
For example, various masters related to electronic ticket information are
It is also possible to store it in a storage medium such as D and distribute it off-line.

The components of the electronic ticket management system according to the present embodiment have been described above. Next, an actual operation example of the electronic ticket management system 100 having the above configuration will be specifically described.

(3) Electronic ticket management system 100
(3-1) Master registration processing flow 1200 First, the electronic ticket management system 1 according to the present embodiment
00 can be mainly used as a ticket distribution system between the performance organizer 120 and the electronic ticket platform center 110. In this ticket distribution system, based on the input from the performance organizer 120, various master management necessary for creating ticket distribution information and processing blocks related to the purchase input processing of the electronic ticket seller 130 are provided.

Next, various master registration flows 1200 of the electronic ticket management system 100 according to the present embodiment will be described with reference to FIG.

The organizer 120 organizes an event,
The details of the performance are determined (S1201). The details of the performance include information such as the name of the performing artist, the name of the performance, the name of the venue, the opening time, the performance time, the seat number, the name of the show organizer, the name of the electronic ticket seller, and contact information. Show organizer 1
When the performance details are determined, the venue 20 makes a reservation for the performance venue (S1202).

Next, the show organizer 120 registers various masters in order to determine the ticket distribution information. The masters registered here include, for example, electronic ticket seller master registration S1203, seat master registration S1204, and venue master registration S1205. The input information is imported and managed in the electronic ticket seller master S1206, seat master S1207, venue master S1208, and the like of the electronic ticket platform center 110. Separately, the electronic ticket platform center 110
In, the master registration S1209 of the performance organizer 120
Is performed on the performance organizer master S1210.

After the master of the basic information relating to the event is thus completed, the performance organizer 120 performs a seat allocation process (S1211). The performance organizer 120 determines an electronic ticket seller (fan club) 130 that handles the sale of electronic tickets for the planned event, and also determines seats to be sold to each electronic ticket seller 130. At this time, the electronic ticket seller 130 also performs ticket distribution negotiation processing in order to increase its own sales performance (S1).
212).

When the seat allocation in the show organizer 120 and the ticket distribution negotiation in the electronic ticket seller 130 are completed,
The performance organizer 120 performs actual ticket distribution processing (S121).
3) Register the event in the electronic ticket platform center 110 as the event master S1214. In the electronic ticket platform center 110, an electronic ticket master S1215 is created in association with the event master S1214, and the subsequent processing flow is performed using the electronic ticket master 408 as basic data.

FIG. 19 shows an example of an electronic ticket seller master management processing screen performed by the performance organizer 120. As shown in the figure, on the electronic ticket seller master management screen 2300, the name of the electronic ticket seller or fan club that performs the electronic ticket sales agency 23
01, the electronic ticket seller code 2302, and the location 2303 of the electronic ticket seller can be registered. The registered contents are sent to the electronic ticket platform center 110 and registered in the electronic ticket seller master 405.

FIG. 20 shows an example of a performance organizer master management processing screen performed in the electronic ticket platform center 110. As shown in the figure, on the performance organizer master management screen 2400, it is possible to register the name of the performance organizer 120 planning the event, the code of the performance organizer 120, the location, and the like. The contents registered here are registered in the performance organizer master 401 of the electronic ticket platform center 110.

FIG. 21 shows an example of a venue master management processing screen. When the performance venue is determined, the venue organizer 120 registers a venue master 403 that manages links such as venue access information, seat positions, and entrance gates.
As shown in the figure, on the venue master management screen 2500, the venue name 2501, the venue code 2502, and the location 25
03, the number of seats at the venue 2504, the number of seats 2505, the number of seat rows 2506, and the like are registered.

The registered venue master 403 is displayed on the screen as a graphical image 2600 as shown in FIG. Here, even in the same venue, the layout of seats may vary greatly depending on the type of event, such as a stadium. In response to such a case, the venue master 403 is configured such that a plurality of seat layouts can be registered for the same venue.

FIG. 23 shows an example of the event master management processing screen. This event master management screen 2
At 700, various information related to the event, for example, artist name 2701, performance name 2702, venue name 270
3, the performance date and time 2704 and the like are registered as event information. The event master 402 input by the performance organizer 120 is stored in the electronic ticket platform center 110.
And is managed as an event master 402 in association with the electronic ticket master 408.

[0112] When a plurality of performances are performed in one venue, the procedure is simplified so that the operator does not need to perform duplicate input.

FIG. 24 shows an example of the seat master management processing screen. This seat master management processing screen 280
At 0, as described later, from the image of the venue, a range is registered in the seat type such as S seat and A seat by GUI operation, and if the seat range is designated, the seat and the seat type are input. The screen is changed to a screen so that the type of seat and the type of seat can be designated.

(3-2) Ticket distribution processing system Next, referring to FIG. 25 to FIG. 27, based on the various masters registered as described above, the ticket distribution processing is performed by GUI operation from the image diagram of the venue. The background processing flow to be performed will be described in detail.

Note that the processing flow shown in FIG.
Is substantially the same as the processing flow shown in FIG. 25, but FIG. 25 mainly shows the processing flow required for the ticket distribution processing. Therefore, blocks having the same functional configuration are denoted by the same reference numerals, and redundant description is omitted.

The ticket distribution processing so far is performed by the show organizer 120
Was performed manually, and the contents of the performance, ticket distribution information, and drawing information of the venue were sent from the show organizer 120 to each electronic ticket seller 130 at different timings by fax or other means. In each electronic ticket seller 130, the show organizer 12
The electronic ticket seller 1 sends the drawing information sent from
It was manually input into the system managed on the 30 side.

In such a method, it takes time until the ticket data is completed, and there is a possibility that a data input error or the like may occur, and a problem such as double booking may occur.

In order to avoid such mistakes, it is necessary to confirm ticket distribution information. Conventionally, however, the confirmation of ticket distribution information has relied on manual operations such as reading.

However, in such a checking method,
In addition to the burden on the confirmation work, both the show organizer 120 and the electronic ticket seller 130 need to confirm, which has been troublesome twice.

In this regard, in the ticket distribution system according to the present embodiment, the show organizer 120, the electronic ticket seller 130,
An event master 402 is created from the masters of the seat types / seated types and the seat information master of the venue linked to the floor plan of the venue.
Assignment of a performance ticket to 0, that is,
Since the processing is performed by the UI processing, the processing can be simplified and the processing accuracy can be improved.

As shown in FIG. 25, in the ticket distribution system according to the present embodiment, the performance organizer 120 registers the seat master (S1203), and exports the contents to the electronic ticket platform center 110.
A seat master (S1207) is created. Show organizer 12
0, the venue master is registered (S1204), and the contents are also registered in the electronic ticket platform center 11
0 to create a venue master (S1208).

Next, seat allocation and ticket distribution are negotiated between the show organizer 120 and the electronic ticket seller 130 based on the seat master S1207 and the venue master S1208 (S1205, S1212). As a result of the seat allocation and ticket distribution negotiations, the performance organizer 120 performs ticket distribution processing (S1213), and registers the electronic ticket platform center 110 as an event master (S1214). The registered event master S1214 is exported as purchase information to the electronic ticket seller 130, and the electronic ticket seller 130 stores the imported purchase information in the event master 4 for the electronic ticket seller.
02 can be used as basic data for electronic ticket sales.

The creation of the venue master 403 can be easily performed by GUI operation from an image of the venue, that is, by a combination operation of a mouse and a keyboard using an editor.

FIG. 26 shows an example of a ticket distribution processing screen. In the illustrated venue image diagram, the seat information is held as data in a system as shown in FIG. In other words, each seat information shown in the venue image is displayed in a matrix,
The target seat position is recognized by a combination of the column number and the row number. For example, in FIG. 27, the range of the shaded portion can be represented by B1: F1, A2: G7, B8: F8.

In FIG. 26, registration of seat information is performed in the following procedure.

The operator registers the type and range of seats such as S seat and A seat by GUI operation using a mouse or a keyboard from the image diagram of the venue as shown in FIG. Next, if the seat range is specified by using a mouse or keyboard, the screen will change to a screen for entering the seat type / seat type, and it is possible to easily specify the seat type / seat type along a graphical image. Become.

By configuring the seat information of the venue to be GUI-operable in this manner, the seat type is assigned to the seat information of the venue, and the operation of creating the event master 402 is also performed by the GUI operation, that is, by using the mouse with the editor. It can be easily done by the combination operation of the keyboard and the keyboard. FIG.
In the example shown in the above, the seat type is visually distinguished by changing the type of hatching, but in actual operation, the display color is changed for each seat type, etc. Can be easily recognized.

Further, based on the event master 402,
Setting of ticket distribution to each electronic ticket seller 130 can be easily performed by GUI operation, that is, by a combination operation of a mouse and a keyboard using an editor. In the example shown in FIG. 26, the ticket distribution to each electronic ticket seller 130 is displayed by a dividing line, but in actual operation, the display color is changed for each electronic ticket seller 130, and the like.
It can be configured to be more graphically and visually recognizable.

In the ticket distribution process, it is possible to use a seat in detail for each seat unit.
In actuality, in consideration of the fact that event participants often want a fixed seat between their lovers or friends, even when processing the ticket distribution, two or three sheets are automatically set. It is preferable that the ticket is distributed in units of sheets.

In the above description, the case of seat registration processing has been described as an example. However, the present system is not limited to such a case, and processing such as seat change, addition, search, and deletion can also be performed by GUI operations. That is, it is needless to say that the operation can be easily performed by the combination operation of the mouse and the keyboard using the editor.

In the ticket distribution operation according to the present embodiment, the registration means a process of creating a ticket distribution master on the electronic ticket platform center 110 side based on each master data. The search means a search process of the registered contents. In the search process, all the ticket distribution information can be searched and displayed from the performance organizer 120 side, but the ticket electronic ticket seller 130 distributes the ticket to the company itself. It is configured to be able to search for only the amount that has been done. The change means a process of changing the registered contents, but only the show organizer 120 can change the ticket distribution. The term “deletion” refers to a process of deleting the registered contents. Similarly, only the performance organizer 120 can perform the deletion process. The printing means a printing process of the display contents, and it is possible to print the contents according to each processing executor.

Furthermore, if the venue master 403, the event master 402, and the ticket distribution master are registered in such a format that the address can be easily specified as described above, the ticket distribution information of each electronic ticket seller 130 can be obtained. It is also possible to convert to a format and easily export without erroneous operations. For example, in the example shown in FIG.
02 is exported from the electronic ticket platform center 110 as purchase information to the electronic ticket seller 130, the electronic ticket seller 130 imports the purchase information, and stores the electronic ticket seller 130 event master 4
02 is created.

The floor plan can be individually created using application software for drafting such as CAD, but the drawing provided by the hall is read by an image reading device such as a scanner, and the seat information is automatically obtained. It is also possible to configure to register in an addressable format.

In the above embodiment, the seat information is registered in a cell system, but the present invention is not limited to such an example. In this system, registration / change /
The seat information only needs to be configured to be addressable by mouse or keyboard operation so that operations such as addition, search, and deletion can be performed by GUI operations. For example, RDBM (Relational Data Base Base) can be used.
(Management) method.

As described above, according to the ticket distribution system according to the present embodiment, the digitization for the ticket distribution process can reduce the data input cost at each electronic ticket seller 130. In addition, since data input is performed centrally on the performance organizer 120 side, input errors can be reduced. At the same time, the work of confirming ticket distribution information on the electronic ticket seller 130 side can be omitted. In addition, since the ticket distribution information can be easily converted according to the data format of each electronic ticket seller 130, it is possible to easily perform the conventional system. Furthermore, since operations such as registration, change, addition, search, and deletion of seat information can be performed by GUI operations, operability of ticket distribution can be greatly improved.

(3-3) Sales Status Confirmation Process 3200 FIGS. 28 and 29 show an example of the sales status confirmation process of the electronic ticket management system 100 according to the present embodiment. FIG. 28 shows the sales status confirmation processing screen 3
FIG. 29 shows an output form image 330.
0 is shown as an example.

In the electronic ticket management system 100 according to the present embodiment, since the electronic ticket information and the event information are digitized, it is possible to easily confirm the sales status at each electronic ticket seller 130. Can be.

Sales status confirmation processing screen 320 shown in FIG.
At 0, if the vacant seat information frame 3201 is selected, the vacant seat information as shown in FIG. 29 can be converted into a venue image and displayed on a screen or printed. Note that in the output form image 3300 shown in FIG. 29, the sold seats are hatched and are shown as blanks for unsold seats, but in actual operation, sold seats and unsold seats are shown. It is preferable to make the configuration more graphically and easily distinguishable by, for example, displaying the colors in different colors.

In the sales status confirmation processing screen 3200, the sales status frame 3202 for each electronic ticket seller is displayed.
By selecting, the sales result list screen for each electronic ticket seller 130 that has distributed the ticket can be displayed or printed. Similarly, ticket type sales status frame 320
By selecting 3, the sales result list for each ticket being sold can be displayed on a screen or printed. Further, if the daily sales / monthly report processing frame 3204 is selected,
A list of sales results by performance of each organizer 120 on a specified date and a specified month can be displayed on a screen or printed.

(3-4) Electronic Ticket Issuing System 1
Next, referring to FIG. 13, a ticketing process flow 1 by the electronic ticket management system 100 according to the present embodiment will be described.
500 will be described.

Ticketing processing flow 1500 by the present system
Has two routes. The first route is an electronic ticket issuing process using a network 170 such as the Internet. The second route is an electronic ticket issuing process using a store terminal device 150 such as a multimedia kiosk installed in a convenience store.

(3-4-1) Ticket Issuing Process Using Network 170 First, an electronic ticket issuing process using the network 170 will be described. The customer 140 who wants to purchase an electronic ticket receives a sales portal site (S150) operated by the electronic ticket seller 130 from his / her client.
1) via the network 170 (S1)
502). Then, the electronic ticket sales status of the desired event is confirmed, and an electronic ticket purchase request is transmitted to the sales portal site (S1501).

In the sales portal site (S1501), the sales status of the electronic ticket is confirmed, and the credit check is performed on the electronic ticket purchaser's ability to pay for money.
Accept a request to purchase an electronic ticket. FIG. 30 shows an example of a browser screen displayed on the client terminal. After confirming the event information such as the name of the performance, the venue, the date and time, and the seat and the electronic ticket information on the screen, the customer 140 determines whether to purchase the ticket.

When the customer 140 performs an electronic ticket purchase process, a purchase confirmation screen as shown in FIG. 31 is displayed.
When the customer 140 performs the electronic ticket purchase process,
The event information on the sold electronic ticket and the identification number of the information storage chip are sent to the electronic ticket platform center 110, and the data of the related master managed by the electronic ticket platform center 110 is updated.

The characteristic processing in the electronic ticket purchase processing according to the present embodiment is that a time lag is provided between the purchase confirmation and the actual ticketing processing. In the present embodiment, the electronic ticket issuance processing is performed by downloading electronic ticket information. However, as shown in FIG. 31, a time lag is provided in the purchase confirmation and download processing.

That is, in this embodiment, the address of the download site from which the electronic ticket information can be downloaded is configured to be notified to the electronic ticket purchaser later by using an electronic mail or the like ( S1
502).

After the ticket purchaser is notified by e-mail of the address of the electronic ticket download site and the download date and time, as shown in FIG. 32, the electronic ticket download site (S1505) is designated at the designated date and time.
Is accessed (S1504). Then, the electronic ticket information is downloaded (S1506), and the information storage chip writing device connected to the client terminal uses the downloaded information.
Write the electronic ticket information to the information storage chip.

In writing electronic ticket information, the information storage chip is authenticated from the identification number of the information storage chip, and the information storage chip set in the information storage chip writing device is that of the ticket purchaser. Will be checked. Then, after it is confirmed that the information storage chip set in the information storage chip writing device is that of the ticket purchaser, venue access information and performance information are written into the information storage chip. It will function as an electronic ticket for the event.

On the information storage chip writing device side, a verifying process is performed to determine whether the event information has been correctly written to the information storage chip. As a result of the verification processing, when the event information is correctly written in the information storage chip, a processing completion notification is returned to the sales portal site.

On the other hand, if writing to the information storage chip cannot be performed for some reason, a message indicating that retry processing or cancellation processing at the sales site is to be performed and a related link destination are presented. , Customer 1
40 performs predetermined processing according to the guidance.

As described above, by providing a time lag between the purchase confirmation processing and the actual ticketing processing, it is possible to avoid traffic congestion due to concentrated access of ticket purchasers to the sales portal site. is there. In particular, when tickets are sold by popular artists, access by ticket purchasers often concentrates. Therefore, it is preferable to take measures to avoid traffic congestion as in the system according to the present embodiment. In addition, by providing a time lag between the purchase confirmation process and the actual ticketing process, it is possible to perform a credit process for a ticket purchaser, and it is possible to reliably collect the ticket purchase price.

In the above embodiment, the customer 1
Although the configuration in which a time lag is provided between the purchase processing by the E.40 and the download processing of the electronic ticket information has been described, the present invention is not limited to such an example, and it is possible to configure so that real-time downloading is possible. Needless to say.

(3-4-2) Ticket Issuing Process by Store Terminal 150 Another route of the ticket issuing process is a multimedia terminal installed in a convenience store, a store terminal 150 installed in a play guide, or the like. The customer 140 directly purchases an electronic ticket (S1).
507). In this case, the customer 140 can purchase an electronic ticket in real time while checking the sales status of the purchase desired ticket on the display screen of the store terminal device 150.

The store terminal device 150 is given the authority to write the electronic ticket information to the information storage chip, and the customer 140 can directly transfer the electronic ticket information to the information storage chip in exchange for payment of the purchase price of the electronic ticket. It is possible to write. After issuing the electronic ticket, the store terminal device 150 notifies the sales portal or the electronic ticket platform center 110 of the electronic ticket seller 130 of the identification number of the written information storage chip and the electronic ticket information.

As described above, by preparing the shop terminal device 150 having the information storage chip reading device and the information storage chip writing device, the device can be connected to its own client terminal by using the information storage chip reading device and the information storage chip writing device. Even if it is not provided, the electronic ticket can be used.

(3-5) Electronic ticket change system Next, referring to FIG. 14, a ticket return processing flow 1 by the electronic ticket management system 100 according to the present embodiment will be described.
600 will be described. In fact, the organizer 120
In some cases, all the electronic tickets distributed to the electronic ticket seller 130 may not be sold out. In such a case, it is necessary to perform a ticket return process.

When the electronic ticket seller 130 requests a ticket return (S1601), the show organizer 120 determines whether or not the ticket is to be received, and when the ticket is received (S1602), The event master 402 managed in the electronic ticket platform center 110 is also updated. And the organizer 120,
The returned electronic ticket is redistributed (S1603), and the event master 402 of the electronic ticket platform center 110 is updated accordingly. The electronic ticket seller 130 who has purchased the most recently distributed electronic ticket (S1604) updates the contents of the electronic ticket seller event master accordingly (S1605).

When the collective return (return processing) frame 3403 is selected on the purchase input processing screen shown in FIG. 26, as in the case of the individual return processing, tickets are returned collectively while confirming unsold tickets on the GUI screen. It is possible.

(3-6) Electronic ticket distribution system 1
700 shows various services that the customer 140 who has purchased the electronic ticket can enjoy.

The electronic ticket purchaser can confirm information on the electronic ticket, for example, performance information and seat information (S1704) by accessing the sales portal site (S1701) via the Internet or the like (S1702). ). The electronic ticket purchaser can also check information related to the electronic ticket in the store terminal device 150 of the play guide and the multimedia kiosk (S1703) of the convenience store (S1702).

In some cases, the purchaser of the electronic ticket may desire not the digital information stored in the information storage chip but the analog information specifically displayed on the paper ticket. In such a case, the electronic ticket information stored in the information storage chip can be converted into a paper ticket (S1705), and a paper ticket can be issued (S1706). As described above, when the electronic ticket purchaser converts the electronic ticket into a paper ticket, the electronic ticket information stored in the information storage chip is disabled, and the electronic ticket seller 130 creates a paper ticket conversion history. (S1707), and the log can be stored in the sales journal 406 (S1708).

In reality, there are many cases where the electronic ticket purchaser and the visitor do not correspond one-on-one. For example, an electronic ticket purchaser may purchase a plurality of electronic tickets and want to distribute those electronic tickets to other event participation applicants.

However, in the case of a performance system using a conventional electronic ticket, a method of safely distributing recorded right information to another person when a plurality of electronic ticket information is stored in one information storage chip has been proposed. I didn't.
In such a case, there has been no other method except that a number of people corresponding to the number of electronic tickets stored in the information storage chip wait in advance at an entrance or the like and enter at the same time.

When a method is used in which only one piece of electronic ticket information can be stored in one information storage chip, one person purchases an electronic ticket of an adjacent seat and distributes them in advance by means such as delivery. It needs to be used to distribute to others, and there are concerns about troubles during delivery, and there is no quick and reliable means of distribution.

In this respect, according to the electronic ticket distribution method according to the present embodiment, even if a plurality of electronic ticket information is stored in one information storage chip, other electronic storage information can be stored safely and securely. Electronic ticket information can be distributed to chips (S1709, S1710). Hereinafter, the distribution method of the electronic ticket will be described in detail.

As for the distribution method of the electronic ticket, the distribution method using the network 170 such as the Internet and the multimedia installed in a play guide, a convenience store, and the like are similar to the distribution method of the electronic ticket described above. It is possible to adopt two routes with the distribution method using a kiosk.

(3-8-1) Distribution Method Using Network 170 First, referring to FIGS. 33 to 35, the electronic ticket information stored in a certain information storage chip
A method of distributing an electronic ticket using 0 to move to another information storage chip will be described.

According to this embodiment, a plurality of pieces of electronic ticket information stored in the information storage chip are transferred to another information storage chip read / write device connected to the client terminal via the network 170 such as the Internet. It can be distributed to information storage chips.

In order to ensure security, the electronic ticket information stored in the information storage chip is obtained by using an identification number unique to the information storage chip and an encryption algorithm stored in the information storage chip at the time of ticket purchase. It is preferable that the electronic ticket information is encrypted in advance and held in the electronic ticket platform center 110 as an electronic ticket information master.

According to the present embodiment, the electronic ticket information encrypted at the time of purchase can be downloaded only to a specific information storage chip identified by a unique identification number.

When actually distributing, the distribution source client logs in to the electronic ticket platform center 110 and notifies the electronic ticket platform center 110 of the unique identification number of the information storage chip to which the distribution is made. In the electronic ticket platform center 110,
The electronic ticket information is deleted from the distribution source information storage chip by referring to the electronic ticket information already downloaded and the electronic ticket information stored in the information storage chip based on the information held in advance. The electronic ticket information in the center 110 is re-encrypted with the identification number of the distribution destination information storage chip as electronic ticket information that can be distributed without any purchase procedure by means such as download.

By performing the processing in the electronic ticket platform center 110 as described above, by logging in via the distribution destination client, the electronic ticket information can be downloaded only to the information storage chip of the distribution designation destination. Thus, the distribution work of the electronic ticket can be performed.

As described above, according to the present embodiment, the distribution designation operation (including the process of deleting the electronic ticket information in the distribution source information storage chip) by the distribution source information storage chip and the electronic It is not necessary to simultaneously write the ticket information, and it is possible to smoothly distribute the electronic ticket information according to the convenience of the purchaser.

Note that the electronic ticket information and the identification numbers of the distribution source information storage chip and the distribution destination information storage chip which have been the target of the distribution service can be obtained from the electronic ticket information master in the electronic ticket platform center 110 or the like. History management is performed until the trouble occurs, and it is possible to refer to when trouble occurs.

Next, a processing flow of the electronic ticket distribution method according to the present embodiment will be described with reference to FIGS.

First, the distribution of information between the customer 140 client having the information storage chip storing the distribution source electronic ticket information and the electronic ticket platform center 110 will be described with reference to FIG.

A customer 140 who has purchased a plurality of electronic ticket information and stored the plurality of electronic ticket information in one information storage chip stores some of the plurality of electronic ticket information in another information storage chip. If you want to
First, the user logs in to the electronic ticket platform center 110 with a predetermined identification number and password (S40).
01). The electronic ticket platform center 110 authenticates the login of the customer 140 (S40).
02).

After the authentication, the distribution source customer 140
The electronic ticket information and event information stored in the information storage chip are referred to by the information storage chip reading device connected to the client (S4003). And
The distribution information is selected by designating the performance name of the electronic ticket to be distributed, the number of distributions, and the like (S4004). Further, the identification number of the information storage chip of the distribution destination, the specification of a password for enabling writing of electronic ticket information to the information storage chip of the distribution destination, and the like are performed (S400
5).

When the above operation is performed, for example, when the information storage chip is a non-contact type IC card, an instruction such as “Hold the card” is displayed (S4006), and the distribution source When the customer 140 holds the IC card on which the information storage chip is mounted over the information storage chip reader (S4007), the content is read by the information storage chip reader, and the content is transmitted to the electronic ticket platform center 110 (S4007). S400
8).

Electronic Ticket Platform Center 11
0, the master that holds the read electronic ticket information in the electronic ticket platform center 110,
For example, an electronic ticket information master or an event master (S4
009) is collated with the corresponding information stored in (S9)
4010).

When the authentication of the electronic ticket information is confirmed as a result of the collation, a process of deleting the distribution designation information in the card is executed (S4011). As a result, the distribution target electronic ticket information stored in the distribution source information storage chip is deleted or invalidated (S4012). Further, a master stored in the electronic ticket platform center 110 is updated. Specifically, the distribution designation information encrypted and registered with the identification number of the distribution source information storage chip in the master in the electronic ticket platform center 110 is decrypted (S4013). Then, it is newly encrypted with the identification number of the distribution destination information storage chip and registered in the master stored in the electronic ticket platform center 110 (S4015). Thereafter, a completion notification is transmitted to the client 140 client associated with the distribution source information storage chip, and a series of operations ends (S4015).

Next, the flow of information distribution between the electronic ticket platform center 110 and the distribution destination customer 140 in order to receive distribution of electronic ticket information will be described with reference to FIG.

The password required to receive the distribution of the electronic ticket information is determined by the distribution source customer 140.
To the distribution destination customer 140 via e-mail or the like in advance.

The distribution destination customer 140 who wants to receive distribution of electronic ticket information receives at least a client terminal having a function of writing information to an information storage chip through a client terminal.
Log in to the electronic ticket platform center 110 with a predetermined identification number and password (S410)
1). The electronic ticket platform center 110 authenticates whether the login is authorized (S41).
02).

When the login is authenticated, the distribution destination customer 14
At 0, the client terminal refers to the event information (S4103) and designates electronic ticket information to be distributed (S4104). Then, the input of the password is requested from the electronic ticket platform center 110 side, so in the flow shown in FIG. 40, the distribution password set when the distribution source customer 140 specified the electronic ticket to be distributed is input (S41).
06).

Electronic Ticket Platform Center 11
0, the input distribution password is authenticated (S
4106). As a result of the authentication, when it is recognized that the electronic ticket information is to be distributed, for example, when the information storage chip is a non-contact type IC card, an instruction such as "Hold the card over" is displayed (S410).
7). When the distribution destination customer 140 holds the IC card with the information storage chip mounted thereon over the information storage chip writing device (S4108), the electronic ticket information and the contents designated to the information storage chip in the IC card are transferred to the electronic ticket platform. Downloaded from the center 110,
The data is written by the information storage chip writing device (S4
109). After that, a completion notification is transmitted to the client 140 client associated with the distribution destination information storage chip, and a series of operations ends (S4110).

FIG. 35 shows an example of an encryption / encoding method applicable to the electronic ticket distribution method according to the present embodiment. As shown, the electronic ticket information or event information (S4201) is encrypted using an identification number and an encryption algorithm unique to each information storage chip (S4202), and is held in the electronic ticket platform center 110 as encryption information. (S4203).

When the encrypted electronic ticket information or event information (S4204) is used, the encrypted information is encrypted using an identification number unique to each information storage chip and a decryption algorithm, as in the encryption. By decrypting (S4205), it can be used as original electronic ticket information or event information (S42).
06).

The encryption method shown in FIG. 35 is only an example applicable to the electronic ticket distribution method according to the present embodiment, and uses another encryption means for protecting the distribution work security. Needless to say, it does not matter. Furthermore, it is possible to adopt a configuration for protecting security by using an authentication key technology without using an encryption algorithm.

(3-6-2) Distribution Method Using Store Terminal Device 150 Next, referring to FIGS. 36 and 33, the electronic ticket information stored in a certain information storage chip is A method of distributing an electronic ticket to be moved to another information storage chip will be described.

According to the present embodiment, a plurality of electronic ticket information stored in the information storage chip are distributed by the store terminal device 150 such as a multimedia kiosk installed in a play guide or a convenience store. The authenticity is assured and distributed by the distribution act in which the original principal and the recipients actually operate almost simultaneously at the same site.

An outline of the distribution method according to the present embodiment is as follows. That is, the information in the information storage chip of the distribution source is read out by the store terminal device 150, displayed on the screen, and the information to be distributed is selected.
While taking that information into the store terminal device 150,
The information stored in the distribution source information storage chip is invalidated, and then the information to be distributed is written to the distribution destination information storage chip.

The invalidation of the information to be distributed written to the information storage chip of the distribution source and the writing operation of the information to be distributed to the information storage chip of the distribution destination are performed not by a general-purpose machine such as a computer, but by a unique machine. Since this is performed by a dedicated machine having an access key, high security can be ensured.

The unique identification number of the information storage chip of the distribution destination is stored in the store terminal device 150 as a log, and is sent to the electronic ticket platform center 110 online or offline in real time or at a certain timing. The information is registered and managed in the relevant master of the platform center 110. As described above, since the distribution history of electronic tickets is centrally managed on the electronic ticket platform, it is conventionally impossible, and the authenticity of the rights information after distribution can be easily checked by referring to the distribution history. Can be confirmed.

Note that the electronic ticket information and the identification numbers of the distribution source information storage chip and the distribution destination information storage chip which have been the target of the distribution service can be obtained from the electronic ticket information master in the electronic ticket platform center 110 or the like. History management is performed until the trouble occurs, and it is possible to refer to when trouble occurs.

According to the present embodiment, in front of the same store terminal device 150,
The credibility of the distributing action is to be guaranteed by simultaneously performing the distributing action with the information storage chip carrier of the distributing destination. However, in some cases, the storage capacity of the information storage chip at the distribution destination may be insufficient, and a situation may occur in which the distribution operation cannot be completed on the spot.

Even in such a case, according to the present embodiment, since the distribution history sent from the store terminal device 150 is centrally managed in the electronic ticket platform center 110, a new information storage chip It is possible to perform a distribution act from the place where the distribution history is interrupted at another timing when the distribution history is obtained.

When the distribution process is interrupted, the distribution target electronic ticket information is returned to the distribution source information storage chip, that is, the distribution target electronic ticket information stored in the distribution source information storage chip is made valid. Needless to say, it is also possible to adopt a configuration in which

Next, a processing flow of the electronic ticket distribution method according to the present embodiment will be described with reference to FIGS. 36 and 33.

FIG. 36 shows a distribution source customer 140 carrying a distribution source information storage chip, a distribution destination customer 140 carrying a distribution destination information storage chip, and a store terminal device 150.
33 is a processing flow showing a distribution state and a processing state of information between FIG. 33 and FIG. 33 is a processing flow showing a distribution state and a processing state of information between the store terminal device 150 and the electronic ticket platform center 110.

In FIG. 36, a distribution source customer 140 carrying a distribution source information storage chip and a distribution destination customer 140 carrying a distribution destination information storage chip are together a multimedia kiosk installed in a convenience store or the like. Access to the store terminal device 150 (S430).
1). Here, the distribution source customer 140 and the distribution destination customer 1
I will explain the processing flow as a different person from 40,
It goes without saying that the customer 140 carrying the information storage chip of the distribution source and the customer 140 carrying the information storage chip of the distribution destination may be the same person.

Next, the distribution source customer 140 or the distribution destination customer 140 selects an application of the shop terminal device 150 (S4302) and activates a ticket distribution application from among them (S4303). Then, for example, a message such as "Please expose the card" is displayed (S4304). First, an IC card (S4305) mounted with an information storage chip storing electronic ticket information of a distribution source is displayed. , And is exposed to the information storage chip reading device of the store terminal device 150.

The store terminal device 150 reads the contents of the information storage chip and authenticates the information storage chip (S43).
06). If the authentication work is successful, the information in the information storage chip is read (S4307), and necessary information is displayed on the screen. The read content is temporarily stored in the storage device in the shop terminal device 150 (S4308).

The carrier of the distribution source information storage chip selects the electronic ticket information to be distributed based on the contents displayed on the screen (S4309). Store terminal device 150
After confirming with the carrier of the distribution source information storage chip whether the selected content is correct, first, the distribution target electronic ticket information stored in the distribution source information storage chip is invalidated.

Next, an IC card (S4311) on which the information storage chip of the distribution destination is mounted is prepared, and replaced with an IC card (S4305) on which the information storage chip of the distribution source is mounted (S4312). If the information storage chip is configured as a non-contact type IC card, the IC card is exposed to the information storage chip reading device provided in the store terminal device 150, and the contents are read (S4313). .

In the shop terminal device 150, first, the distribution destination information storage chip is authenticated (S4314). If the authentication is successful, the information in the distribution destination information storage chip is read,
An empty area is confirmed (S4315).

Here, if a free area necessary for writing the electronic ticket information to be distributed cannot be secured in the distribution destination information storage chip, the distribution work is interrupted and replacement of the distribution destination information storage chip is performed. Guidance is displayed. Here, if a new distribution destination information storage chip having a necessary free area is prepared, the distribution operation is restarted. On the other hand, if a new distribution destination information storage chip having a necessary free area cannot be prepared, the distribution operation is stopped.

Since the log of the distribution work up to this point is held in the electronic ticket platform center 110, the carrier of the distribution destination information storage chip can use the electronic ticket platform center from the store terminal device 150 when ready. The work history can be read from 110 and the distribution work can be resumed.

Alternatively, when the distribution work is stopped,
The electronic ticket information temporarily stored in the store terminal device 150 can be written back to the distribution source information storage chip. In such a case, when the distribution destination information storage chip having a sufficient free space is ready, the distribution work is performed again.

In this way, the information in the information storage chip is confirmed (S4315), and if sufficient free space for writing the electronic ticket information to be distributed can be confirmed, the store terminal device 150 is temporarily stored in the store terminal device 150. The stored electronic ticket information is written in the information storage chip (S43)
16). When a series of operations are completed, the store terminal 150
The log of the distribution work is stored in the storage (S4317).

As shown in FIG. 33, the log of the distribution work stored in the store terminal device 150 is generated at an appropriate timing.
The information is transmitted to the electronic ticket platform center 110 (S4401), and is registered and held in the relevant master of the electronic ticket platform center 110. The transmission of the log can be configured to be performed in real time, or can be performed online or offline at an appropriate timing. Then, the log of the distribution work stored in the electronic ticket platform center 110 is retained at least until the settlement of the event is completed.

[0212] In the above embodiment, the method of moving the electronic ticket information from the distribution source information storage chip to the distribution destination information storage chip by the store terminal device 150 has been described, but the present invention is not limited to this example. For example, it is also possible to adopt a configuration in which the shop terminal device 150 reads out the electronic ticket information to be distributed from the distribution source information storage chip and reissues it as a paper ticket.

As described above, according to the electronic ticket distribution method according to the present embodiment, even when a plurality of electronic ticket information is written in one information storage chip, the contents are stored in another information storage chip. It can be easily distributed to chips.

Further, according to the electronic ticket distribution method according to the present embodiment, history management is performed in the electronic ticket platform center 110, so that the history is tracked even if a trouble should occur. This makes it possible to easily find the cause.

Further, it is possible to prevent unauthorized distribution of an electronic ticket such as a scalper. Further, it is possible to avoid a delivery trouble that may occur when the information storage chip of the distribution destination is mailed to the other party. Further, since it is not necessary to consider the time lag of ticket delivery, tickets can be distributed until immediately before the start of the performance.

Although the preferred embodiment of the ticket distribution method according to the present invention has been described above, the present invention is not limited to the above embodiment. For example, a ticket distribution method using the Internet is applicable to any phase in which electronic ticket information stored in a certain information storage chip is moved to another information storage chip. That is, the present invention is not limited to a distribution line in which a part of a plurality of electronic ticket information stored in one information storage chip is moved to another information storage chip, but one or more electronic ticket information stored in one information storage chip. It is needless to say that the present invention can be applied to a transfer act of transferring all information to another information storage chip.

Further, the ticket distribution method according to the present embodiment is not limited to electronic ticket information, but can be applied to distribution and transfer of any information stored in the information storage chip.

(3-7) Sales journal processing flow 1
800 Electronic ticket management system 100 according to the present embodiment
In, after the ticket distribution process, the electronic ticket information dynamically changes in various phases. That is, the electronic ticket seller 130 transfers ownership of the electronic ticket information to the customer 140 by selling the electronic ticket information to the customer 140 through the ticketing process. Also, the ownership of the electronic ticket information is transferred between the customers 140 through distribution processing and transfer processing. In this way, the electronic journal platform center 110 manages the electronic ticket information that changes in various phases in a unified manner.

FIG. 16 shows an example of a sales journal processing flow. For example, electronic ticket seller 13
The ticketing process at 0 is reported to the electronic ticket platform center 110 as the sales status report S1801, and is accumulated in the sales journal master S1802 as appropriate. Similarly, electronic ticket information distribution processing and transfer processing S18 performed via the sales portal site S1803 and the store terminal device S1804 of the electronic ticket seller 130.
05 is reported to the electronic ticket platform center 110, and is similarly appropriately stored in the sales journal master S1806.

The performance organizer 120 can confirm the sales status by referring to the sales journal 406 as necessary (S1805).

As described above, according to the electronic ticket management system 100 according to the present embodiment, information relating to the movement of electronic ticket information is always concentrated in the electronic ticket platform center 110, and the sales journal 406
Since the electronic tickets are stored and managed, the centralized management of the electronic ticket is possible.

It is assumed that the sales journal 406 cannot be updated in real time on the day of the event. In such a case, the end of the event is transmitted from the gate terminal device 180 installed at the venue. Later, upon receiving a report on the sales status, etc., the sales journal 40
6 can be updated.

(3-8) Gate Management System Next, the use situation of the electronic ticket in the event venue 160 in the electronic ticket management system 100 according to the present embodiment will be described. That is, the electronic ticket management system 100 according to the present embodiment is also applicable as a gate management system installed at the entrance of the event venue 160.

Conventionally, at the event site 160, upon entry, a worker called a “mogiri” that cuts a stub of a paper ticket has visually determined whether or not to enter. For this reason, counterfeit tickets were rampant, and in large-scale performances, labor costs for mowing were not negligible.

[0225] The stubs cut out by moguri are counted after the performance to understand the number of visitors. However, the collection of stubs takes time to collect and lacks accuracy. Also, when collecting stubs, it was difficult to grasp the actual behavior of visitors, and the totals had to be about.

[0226] In addition, since a dedicated staff is actually required for guidance of a seat to a disabled person, it can only be dealt with at a specific performance or at a venue where the dedicated staff is always in charge. Therefore, it was difficult for the disabled customer 140 to participate in the event alone without attendance.

However, according to the gate management system of the present embodiment, the above problems can be effectively solved.

The outline of the gate management system according to the present embodiment is as follows.

The gate terminal device 18 installed at the lecture hall
At 0, event information is downloaded from the electronic ticket platform center 110 in advance. The gate terminal device 180 allows a non-contact type IC to be carried by visitors.
Electronic ticket information and event information stored in an information storage chip such as a card are read, and if the read event information is legitimate event information, entrance of a visitor is permitted.

At the same time, based on the carrier information included in the electronic ticket information read by the gate terminal device 180, the attribute of the ticket carrier (for example, whether the carrier is an elderly person or a disabled person) is determined. Judge and take action according to the attribute.

Furthermore, after the performance, it is possible to analyze the information of the card permitted to enter and utilize it for the ex-post marketing.

Hereinafter, the gate management system according to the present embodiment will be described in more detail.

FIG. 17 illustrates a gate terminal installation processing flow 1900 for installing the gate management system according to the present embodiment in a venue.

As shown in the figure, first, before an event is held, a venue is set up (S1901), and a gate terminal device 180 is installed at the venue (S190).
2). Performance information from the event master 402 of the electronic ticket platform center 110 is exported and introduced to the gate terminal device 180 (S1903).
The introduction of the performance information may be performed online or offline. As a result, the gate management system according to the present embodiment can be applied.

The above description is based on the embodiment in which the gate terminal is not permanently installed in the event venue 160. However, in the case where the gate terminal is permanently installed in the event venue 160, the permanent installation is performed. Gate terminal device 180
To the electronic ticket platform center 110
By transferring the performance information from the event master 402 (S1904, S1905), the gate management system according to the present embodiment can be applied. In this case, the performance information may be transferred online,
You may go offline.

Next, a gate entrance processing flow in the gate management system according to the present embodiment will be described with reference to FIGS. In the following description, a contactless IC card is used as an information storage chip storing electronic ticket information and event information.

At the gate of the event venue 160, the customer 140 holds the information storage chip over the gate terminal device 180 (S4501). The gate terminal device 180 compares the event information (S4503) previously obtained from the electronic ticket platform center 110 with the event information (S4502) stored in the information storage chip (S4503), and stores the information in the information storage chip. If the entered event information is legitimate event information, entry is permitted and, for example, a blue lamp is turned on (S4504).
On the other hand, if the event information stored in the information storage chip is not legitimate event information, entry is refused, and, for example, a red lamp is turned on or voice guidance is given (S4504).

The gate terminal device 180 reads electronic ticket information such as carrier information from the information storage chip permitted to enter, and checks the attribute of the customer 140 (S4).
506). And, the visitors are normal customers 14 such as healthy people.
In the case of 0, as shown in FIG. 10, the seat number is displayed on the screen, and voice guidance such as "Please enter from the second door on the left" is played (S4507). The visitor enters the event venue 160 according to the guidance (S45).
11).

On the other hand, when the visitor is not a healthy person, different guidance is given according to the attribute of the visitor.

For example, when the occupant is a wheelchair user, a passage through which the wheelchair can pass is provided on the screen or by voice. If the wheelchair user does not have difficulty in hearing or hearing, the seat number is displayed on the screen as in the case of a healthy person, and voice guidance such as "Please enter through the second door on the left" is displayed. (S4508). The visitors enter the event venue 160 according to the guidance (S
4511).

If the visitors are blind or the elderly are blind, guidance such as "Please enter through the second door on the left" is louder than in the case of healthy people. Is flowed (S4509). Visitors will be guided accordingly,
The user enters the event venue 160 (S4511).

If the visitor is a hearing-impaired person or an elderly person with a far-eared ear, the seat number and the entrance door are displayed on the screen in larger characters than in the case of a healthy person (S45).
10). Visitors will be guided by the event.
It enters within 60 (S4511).

As described above, in the gate management system according to the present embodiment, the attributes of the visitors are reported to the venue staff in real time, so that the venue staff can easily deal with the attributes of the visitors. It is possible to do.

FIG. 39 shows a data structure of event information and electronic ticket information stored in the information storage chip. In the illustrated example, the performance storage ID, floor, seat number, member number, customer 140 name, customer 140 attribute, date of birth, and the like are stored in the information storage chip. The gate terminal device 180 first reads the performance ID and determines whether entry is possible. Then, information is sent to the visitors based on the seat information and the like. Furthermore, it is possible to determine the attribute of the customer 140 from the carrier information and take a measure corresponding to the customer 140.

As described above, the gate terminal device 180 is provided with the lamp for reporting whether or not entry is possible, the display device for displaying seat information on the screen, and the guidance device for providing guidance by voice or the like. The gate terminal device 180 further includes:
It goes without saying that an output device such as a printer for printing out seat information and the like on paper can be provided according to a request of the customer 140.

In the above embodiment, a means such as a ramp is used for judging whether or not entry is possible. However, a passage gate with a flap as provided at a station ticket gate is provided, and if entry is permitted, It is possible to adopt a configuration that opens the flap.

It is also possible to adopt a method in which the information storage chip is mounted on a portable device having a rewritable surface and the necessary performance information is printed there. In addition, when the information storage chip is incorporated in a mobile phone or a portable terminal device having a display function, it is possible to adopt a configuration in which the necessary performance information is displayed on these display devices. It is.

In the actual operation of an event, a situation such as leaving on the way may occur. Conventionally, the decision whether to re-enter a halfway exit has been made with a stub or the like. However, according to the ticket management system according to the present embodiment, at the time of entry, only the event information written in the information storage chip is read, and no write operation is performed. Similarly, it is possible to cope by performing a gate passage process.

[0249] In addition to the gate terminal device 180, a printing terminal or display terminal for printing ticket information or the like stored in the information storage chip is installed in the hall to reduce the mixing in the hall. It is also possible. According to such fairness, it is possible to confirm one's seat, especially when restoring once after leaving a seat, such as a rest break.

Next, a processing flow of an entry log in the gate management system according to the present embodiment will be described with reference to FIG.

First, when a customer 140 carrying an information storage chip storing legitimate event information enters a lecture hall (S2001), entry is permitted in the gate terminal device 180, and the customer 140 passes through the gate (S20).
02). In the gate terminal device 180, an entrance log is acquired in response to the customer 140 passing through the gate (S200).
3). In the entry log, not only the regular event information stored in the information storage chip but also electronic ticket information including carrier information is collected.

FIG. 40 shows an example of an entry information display processing screen.

As described above, the gate terminal device 1
The entrance log collected at 80 is transmitted to the venue management terminal as appropriate, and is displayed on the screen in a graphical image as shown in FIG. The venue manager can grasp the entrance status in real time on the screen. For example, if a certain number of visitors cannot be obtained even when the performance is near, it is possible to anticipate troubles such as accidents in transportation and irregular weather, and it is possible to take measures such as delaying the performance time. It is possible.

Returning to FIG. 18 again, the gate terminal device 180
The entry log collected in the step (1) is transmitted to the electronic ticket platform center 110 in real time or at an appropriate timing, and the log collection is performed in the electronic ticket platform center 110 (S20).
04). The collected logs are analyzed after the end of the event, and for example, the number of visitors is counted (S2005). The totaled number of visitors is appropriately sent to the electronic ticket seller 130, and the electronic ticket seller 130 creates a daily sales report and a monthly sales report (S2006). The total number of visitors is totaled as a number of visitors report in the electronic ticket platform center 110 (S200).
7). Similarly, information such as the number of visitors is
The data is also tabulated in S60 (S2008), and a visitor report is created as appropriate (S2009). Then, the performance organizer 120 decides on the event venue 160 if necessary.
And the visitor report created in the electronic ticket platform center 110 (S2010).

As described above, according to the gate management system of the present embodiment, at the venue gate,
Since the admission is determined based on whether the event information stored in the information storage chip is legitimate event information, the admission of a ticket purchased immediately before the start of the performance can be immediately determined. This makes it possible to minimize the loss of sales opportunities.

In addition, since the gate terminal device 180 determines whether or not entry is possible at the venue gate, instead of relying on visual inspection of a worker such as mowing, it is possible to accurately and quickly determine whether or not entry is possible. As a result, forged tickets can be eliminated, and labor and labor costs can be reduced.

[0257] Further, by providing guidance and display according to the attributes of the visitors, it is possible to realize a smooth entrance. At the same time, it is possible to realize a barrier-free system that is easy for people with disabilities to enter without requiring a dedicated staff member.

Further, in the gate terminal device 180,
Since the electronic ticket information stored in the information storage chip can be collected and counted in real time, the venue management terminal can grasp the number of visitors and the degree of seat occupancy in real time. Venue management.

Although the electronic ticket management system 100 and the like according to the present invention have been described with reference to the accompanying drawings, the present invention is not limited to this example. It is clear that a person skilled in the art can conceive various changes or modifications within the scope of the technical idea described in the claims, and it is obvious that the technical scope of the present invention is not limited thereto. It is understood to be stored in.

In particular, in the above embodiment, the operator of the electronic ticket management system 100 is
60, box office organizer 120, electronic ticket platform center 110, electronic ticket seller 130 / fan club, sales store / convenience store, etc., customer 140
However, the present invention is not limited to such an example, and it is possible to freely configure a system by combining or separating components.

For example, a certain electronic ticket management system 1
At 00, the event venue 160 is the show organizer 1
20 and the function of the electronic ticket platform center 110. Alternatively, in another electronic ticket right system, the performance organizer 120 can also function as the electronic ticket platform center 110. In addition, electronic ticket seller 13
0 / Fan club can also function as the electronic ticket platform center 110.

Further, the electronic ticket management system 100 according to the present invention can be operated in combination with a conventional ticket sales system. For example, in the electronic ticket management system 100, the ticket distribution portion is manually performed between the performance organizer 120 and the electronic ticket seller 130 as in the past, and only the ticketing process and the gate management portion are performed by the electronic ticket plane and the form center. It is also possible to build a system for centralized management.

In the electronic ticket management system 100 according to the above embodiment, the electronic ticket is created by the writing device of the information storage chip. However, it is necessary to mount the writing device of the information storage chip on all terminals. Expected to be difficult. Therefore, in such a case, an information storage chip in which event information is written in advance is distributed to the purchaser of the electronic ticket, and the electronic ticket management system 100 according to the present embodiment is applied only when passing through the gate. It is also possible to build a system.

Similarly, in the electronic ticket management system 100 according to the above-described embodiment, by reading out the event information written in the information storage chip by the information storage chip reading device, the date and time of the event and the venue can be grasped. Although it is configured so that it can be used, it is expected that it will be difficult to spread a simple viewer such as an information storage chip reading device. Therefore,
In such a case, a configuration is adopted in which the customer 140 accesses the sales portal site and authenticates a predetermined identification number and password, so that seat information and the like of the electronic ticket held can be downloaded and printed out. It is also possible.

Since the number of electronic ticket information that can be stored in the information storage chip has an upper limit, for example, in the case of an event such as a rental performance, the electronic ticket information purchased by the customer 140 is stored in the electronic ticket platform center. It is also possible to construct a system for temporarily storing data at 110.

[0266]

As described above, according to the electronic ticket distribution method of the present invention, even if a plurality of electronic ticket information is written in one information storage chip,
The contents can be easily distributed to other information storage chips.

According to the electronic ticket distribution method according to the present embodiment, history management is performed in the electronic ticket platform center. Therefore, even if a trouble should occur, the history can be tracked. By this, the cause can be easily found.

Further, it is possible to prevent unauthorized distribution of an electronic ticket such as a scalper. Further, it is possible to avoid a delivery trouble that may occur when the information storage chip of the distribution destination is mailed to the other party.

Further, since it is not necessary to consider the time lag of ticket delivery, tickets can be distributed until immediately before the start of the performance.

[Brief description of the drawings]

FIG. 1 is a view schematically showing a configuration of an electronic ticket management system according to an embodiment of the present invention.

FIG. 2 is a diagram showing a configuration of an electronic ticket platform center applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 3 is a diagram showing a configuration of an electronic ticket issuing unit applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 4 is a diagram showing an information master of the electronic ticket management system according to the embodiment of the present invention.

FIG. 5 is a diagram showing a configuration of a performance organizer apparatus applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 6 is a diagram showing a configuration of a ticket distribution processing unit applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 7 is a diagram showing a configuration of an electronic ticket seller applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 8 is a diagram showing a configuration of a shop terminal device applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 9 is a diagram showing a configuration of a gate terminal device applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 10 is an explanatory diagram of an IC card applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 11 is an explanatory diagram showing a data structure of an IC card applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 12 is a flowchart illustrating a flow of creating various masters applicable to the electronic ticket management system according to the embodiment of the present invention.

FIG. 13 is a flowchart showing an electronic ticket issuing process flow applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 14 is a flowchart showing an electronic ticket return processing flow applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 15 is a flowchart showing an electronic ticket distribution processing flow applicable to the electronic ticket management system according to one embodiment of the present invention;

FIG. 16 is a flowchart showing an electronic ticket sales journal creation flow applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 17 is a flowchart showing a gate terminal device flow applicable to the electronic ticket management system according to one embodiment of the present invention;

FIG. 18 is a flowchart showing an entry log processing flow applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 19 is an explanatory diagram showing an electronic ticket seller master management processing screen image applicable to the electronic ticket management system according to the embodiment of the present invention;

FIG. 20 is an explanatory diagram showing an image of a performance organizer master management processing screen applicable to the electronic ticket management system according to the embodiment of the present invention;

FIG. 21 is an explanatory diagram showing a venue master management processing screen image applicable to the electronic ticket management system according to the embodiment of the present invention;

FIG. 22 is an explanatory diagram showing a venue image processing screen image applicable to the electronic ticket management system according to one embodiment of the present invention;

FIG. 23 is an explanatory diagram showing an event master processing screen image applicable to the electronic ticket management system according to the embodiment of the present invention;

FIG. 24 is an explanatory diagram showing a seat type / seat type master management processing screen image applicable to the electronic ticket management system according to the embodiment of the present invention;

FIG. 25 is a flowchart showing an electronic ticket distribution processing flow applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 26 is an explanatory diagram showing an electronic ticket distribution processing screen image applicable to the electronic ticket management system according to the embodiment of the present invention;

FIG. 27 is an explanatory diagram of cellized seat information applicable to the electronic ticket management system according to the embodiment of the present invention;

FIG. 28 is an explanatory diagram showing a sales status confirmation processing screen image applicable to the electronic ticket management system according to the embodiment of the present invention;

FIG. 29 is an explanatory diagram showing an output form image processing screen image applicable to the electronic ticket management system according to the embodiment of the present invention;

FIG. 30 is an explanatory diagram showing a screen image of a sales portal site applicable to the electronic ticket management system according to one embodiment of the present invention;

FIG. 31 is an explanatory diagram showing a sales confirmation processing screen image applicable to the electronic ticket management system according to one embodiment of the present invention;

FIG. 32 is an explanatory diagram showing a performance information download processing screen image applicable to the electronic ticket management system according to one embodiment of the present invention;

FIG. 33 is a flowchart showing an electronic ticket distribution process flow applicable to the electronic ticket management system according to an embodiment of the present invention.

FIG. 34 is a flowchart showing an electronic ticket distribution processing flow applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 35 is a flowchart showing an electronic ticket distribution processing flow applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 36 is a flowchart showing an electronic ticket distribution processing flow applicable to the electronic ticket management system according to one embodiment of the present invention;

FIG. 37 is a flowchart showing an electronic ticket distribution processing flow applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 38 is a flowchart showing a gate entrance processing flow applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 39 is a diagram showing the structure of read electronic ticket data applicable to the electronic ticket management system according to one embodiment of the present invention.

FIG. 40 is an explanatory diagram showing an entry information display processing screen applicable to the electronic ticket management system according to one embodiment of the present invention;

[Explanation of symbols]

 Reference Signs List 100 electronic ticket management system 110 electronic ticket platform center 120 box office organizer 130 electronic ticket seller 140 customer 150 store terminal 160 event venue 170 network 180 gate terminal 201 information registration unit 202 electronic ticket issuing unit 203 sales journal management unit 204 authentication Unit 205 accounting unit 206 post-processing unit 301 ticketing reception unit 302 authentication unit 303 ticketing processing unit 304 reporting unit 401 box office organizer master 402 event master 403 venue master 403 404 seat master 405 seller master 406 sales journal 407 carrier master 408 electronic Ticket 501 Event planning unit 502 Information registration unit 504 Progress management unit 601 Seat information forming device 602 Display device 603 Selection device 701 Distribution Ticket negotiation section 702 Master registration section 703 Purchase reception section 801 Reading section 802 Authentication section 803 Writing section 804 Accounting section 805 Output display section 903 Display section 904 Information management section 905 Post-processing section 1000 IC card 1001 IC card carrier 1002 IC card Reader 1003 Display device 1004 Printer

Continuation of the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat II (Reference) G06K 17/00 G06K 17/00 L G07B 1/00 G07B 1/00 Z (72) Inventor Miyuki Hori Shinagawa-ku, Tokyo 6-35 Shinagawa, Sony Corporation (72) Inventor Masaki Murakami 6-7, 35, Kita-Shinagawa, Shinagawa-ku, Tokyo F-term in Sony Corporation (reference) 2C005 MB07 SA01 SA04 SA08 TA40 5B058 CA01 KA40

Claims (11)

[Claims] An information storage chip capable of storing a plurality of pieces of electronic ticket information for authenticating a right to participate in the event in association with unique event information formed for each event.
An electronic ticket information distribution device capable of controlling a read operation, wherein the distribution source information storage chip is provided with the identification information of the distribution destination information storage chip and the electronic ticket distribution target with respect to the electronic ticket information distribution device. In response to the distribution request, the electronic ticket information distribution device writes the electronic ticket information to be distributed to the distribution destination information storage chip and specifies the distribution source information in response to the distribution request. An electronic ticket information distribution device for performing a distribution operation of erasing the electronic ticket information to be distributed from a storage chip. 2. The electronic ticket information distribution device comprises an electronic ticket platform center capable of authenticating a write / erase operation of the electronic ticket information, and a device for writing / reading the electronic ticket information to / from the information storage chip. 2. The electronic ticket information distribution apparatus according to claim 1, wherein the distribution request and the distribution operation are performed via a network. 3. The electronic ticket information distribution device according to claim 1, wherein the electronic ticket information distribution device is a device for writing / reading an information storage chip having a right to authenticate a writing / erasing operation of the electronic ticket information. Ticket information distribution device. 4. A predetermined time lag is provided between the distribution request and the distribution operation.
The electronic ticket information distribution device according to claim 1. 5. A storage medium storing a computer program for causing a computer to function as the electronic ticket information distribution device according to claim 1. 6. An information storage chip capable of storing a plurality of electronic ticket information for authenticating a right to participate in the event in association with unique event information formed for each event. The writing / reading operation of the electronic ticket information is controlled by an electronic ticket information distribution device, and the information storage chip of the distribution source transmits the identification information of the information storage chip of the distribution destination and the distribution target to the electronic ticket information distribution device. The electronic ticket information distribution device writes the electronic ticket information to be distributed to the information storage chip of the distribution destination in response to the distribution request by designating the electronic ticket information that is the electronic ticket information. It is possible to perform a distribution operation of erasing the electronic ticket information to be distributed from the distribution source information storage chip. An information storage chip characterized by being configured as possible. 7. A portable device on which the information storage chip according to claim 6 is mounted. 8. A method for distributing electronic ticket information, comprising:
A plurality of electronic ticket information, which authenticates a right to participate in the event in association with unique event information formed for each event, is stored in an information storage chip, and the information storage chip as a distribution source stores the electronic storage information in the information storage chip. A distribution request is made to the electronic ticket information distribution device that controls the writing / reading operation of the electronic ticket information to / from the chip by specifying the identification information of the information storage chip to which the distribution is to be made and the electronic ticket information to be distributed. The electronic ticket information distribution device writes the electronic ticket information to be distributed to the information storage chip of the distribution destination in response to the distribution request, and stores the electronic ticket information to be distributed from the information storage chip of the distribution source. An electronic ticket information distribution method characterized by performing a distribution operation for erasing an electronic ticket. 9. The electronic ticket information distribution device includes an electronic ticket platform center capable of authenticating a write / erase operation of the electronic ticket information, and a device for writing / reading the electronic ticket information to / from the information storage chip. 9. The method of claim 8, wherein the distribution request and the distribution operation are performed via a network. 10. The electronic ticket information distribution device according to claim 8, wherein the electronic ticket information distribution device is an information storage chip writing / reading device having a right to authenticate the writing / erasing operation of the electronic ticket information. Ticket information distribution method. 11. A predetermined time lag is provided between the distribution request and the distribution operation.
An electronic ticket information distribution method according to claim 8.