JP2002109343A - Ticketless system utilizing portable telephone set - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve the problems of time and troubles being taken because a user has to go to a ticket sales booth, etc., or obtain a ticket by mail, etc., and that the user cannot receive service, when the user forgets to take the ticket with him or loses the ticket in the conventional ticket reservation (buying) system. SOLUTION: This ticketless system transmits ID information specific to a portable telephone, with which a buying procedure is conducted to a server managing a Web site and stores the ID information and the buying information of a seat. A check-in control terminal checks whether the ID information of the portable telephone carried by the user agrees with the registered ID information on the basis of the ID information, the portable telephone can be used in place of a ticket when they agree, and the user is able to check in, by only carrying the portable telephone set.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention relates to a method for reserving or using services such as concerts and musicals.
The present invention relates to a ticketless system that performs reservation and entrance management using a mobile phone used almost exclusively for an individual.

[0002]

2. Description of the Related Art In recent years, the number of users of portable telephones has been rapidly increasing, and the population has spread to more than 44%. In addition, recent mobile phones have enhanced functions of data communication that enables reference to WEB such as i-mode and EZWEB in addition to voice communication. Reservation of concerts and musicals can be made not only by telephone reservation but also by using these data communication functions, and convenience has been improved. Tickets are purchased at the counter.

[0003]

However, in the above-described conventional ticket reservation (purchase) system, although the convenience of ticket reservation (purchase) is greatly improved, paper or a substitute ticket is still distributed. It is necessary to go to a ticket sales office or obtain a ticket by mail or the like, which takes time and effort. Also,
When using the above service, it is necessary to bring a ticket to confirm that a reservation (or purchase) has been made, and there is a problem that if the ticket is forgotten or lost, the service cannot be received.

[0004]

In order to solve the above problems, a ticketless system according to the present invention employs a W-mode such as i-mode.
W provided by a ticket company connected to the Internet via a public line from a mobile phone having an EB reference function
Access the EB site. On the WEB site, the user responds with the vacant seat information and the amount of money at the date and time desired by the user, and when there is a desired seat, the user performs reservation and purchase operations. Specifically, W
YES or NO according to the menu provided by the EB site
And can be purchased by entering numbers. At this time,
The ID information unique to the mobile phone which has performed the purchase procedure is transmitted to the server managed by the WEB site, and the ID information is stored together with the purchase information of the seat.

[0005] The purchase information and the ID information are transferred to a terminal that controls check-in. In the check-in control terminal, ID information of a mobile phone carried by a user is registered based on the ID information. It is characterized in that it is configured such that it is checked whether or not it matches the ID information, and if it matches, the mobile phone can be used as a substitute for the ticket.

As the ID information, unique information exclusively given to each device such as a telephone number of a mobile phone or ID information for managing a wireless device is used to determine a ticket purchaser. It is possible to use. In addition, by using the caller number notification function of the mobile phone, it is possible to easily realize the function using the existing infrastructure.

[0007] With this configuration, a user can purchase a ticket from a mobile phone anytime and anywhere, can check in by simply carrying the mobile phone, and it is possible to make the check-in system ticketless. .

[0008]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention according to claim 1 of the present invention provides a portable telephone having a Web reference function, a ticket management server which is operated by a ticket management company and which can be connected to the portable telephone via a wireless line, A check-in control server capable of communicating with the ticket management server, a receiving device connectable from a second mobile phone through a public line, and a gate having an opening / closing function for passing or stopping a user, The ticket management server receives the connection from the mobile phone, detects the telephone number of the mobile phone, provides vacant seat information that can be referred to by the WEB function of the mobile phone, and reserves the mobile phone based on the vacant seat information. And transfers the result to the check-in control server. When the receiving device receives the call of the second mobile phone, the second mobile phone A ticket-less system using a mobile phone, which detects the phone number of the mobile phone and detects a phone number that matches the reservation information registered in the check-in control server, and controls to open the gate. There is an effect that the service can be used without a ticket just by bringing a mobile phone.

According to a second aspect of the present invention, there is provided a portable telephone having a Web reference function, a ticket management server which can be connected to the portable telephone operated by a ticket management company via a wireless line, and which can communicate with the ticket management server. A check-in control server, a receiving device connectable from a second mobile phone through a public line, and a gate provided with an opening / closing function for passing or stopping a user. Receiving the connection from the mobile phone, detects the ID number of the mobile phone, provides vacant seat information that can be referred to by the WEB function of the mobile phone, and the mobile phone makes a reservation based on the vacant seat information and checks the result to the check-in. Transfer to a control server, wherein the receiving device is wirelessly connectable to the second mobile phone,
Detecting the ID number of the mobile phone of the present invention and detecting the phone number corresponding to the reservation information registered in the check-in control server so as to open the gate. system.

According to a fourth aspect of the present invention, upon detecting that the telephone number matches the telephone number registered in the check-in control server, the ring volume of the second mobile telephone is set to off. Item 1 is a ticketless system using the mobile phone described in Item 1, and has an effect of automatically preventing annoying by ringing of the mobile phone during a concert or the like.

According to a sixth aspect of the present invention, in the ticketless system using the mobile phone according to the first aspect, it is possible to register telephone numbers of a plurality of mobile phones by one operation of the mobile phone. A ticketless system using the mobile phone according to claim 1, which has an effect that a plurality of tickets can be purchased by a single procedure.

The invention according to claim 8 is a portable telephone having a Web reference function, a ticket management server which can be connected to the portable telephone operated by a ticket management company via a wireless line, and which can communicate with the ticket management server. A check-in control server, a receiving device connectable from a second mobile phone through a public line, and a gate provided with an opening / closing function for passing or stopping a user. Upon receiving the connection from the mobile phone, the mobile phone detects the telephone number of the mobile phone, and the reservation content can be referred to by the WEB function of the mobile phone. The mobile phone corrects and corrects the reservation content based on the information of the reservation content. The result is transferred to the check-in control server.

When the receiving device receives the call of the second mobile phone, the receiving device detects the telephone number of the second mobile phone, and determines a telephone number corresponding to the reservation information registered in the check-in control server. A ticketless system using a mobile phone, characterized by controlling to open the gate upon detection. Even if a user other than the user who purchased the ticket first cannot use the service, a substitute user can use the service. Has the effect of being able to receive

According to a ninth aspect of the present invention, there is provided a portable telephone having a Web reference function, a ticket management server which can be connected to the portable telephone operated by a ticket management company via a wireless line, and which can communicate with the ticket management server. A check-in control server, a receiving device connectable from a second mobile phone through a public line, and a gate provided with an opening / closing function for passing or stopping a user. Receiving the connection from the mobile phone, the mobile phone detects the ID number of the mobile phone, and can refer to the reservation content by the WEB function of the mobile phone. The mobile phone corrects the reservation content based on the information of the reservation content, and corrects the content. The result is transferred to the check-in control server.

[0015] The receiving device is wirelessly connectable to the second mobile phone, detects an ID number of the second mobile phone, and receives a call corresponding to the reservation information registered in the check-in control server. A ticketless system using a mobile phone, characterized by controlling the gate to be opened when a number is detected. Even if a user other than the user who originally purchased the ticket is unavailable, a substitute user Has the effect of being able to receive services.

Hereinafter, embodiments of the present invention will be described in detail using the portable information terminal shown in FIGS. 1 to 11 as an example.

(Embodiment 1) FIG. 1 is a schematic configuration diagram of a ticketless system using a portable telephone according to an embodiment of the present invention.

In FIG. 1, 1 is a user's mobile phone,
2 is a user, 3 is a ticket company that receives reservations for concerts and the like, 4 is a check-in control terminal that serves as a check-in gate for concerts and the like, and 5 is an internet connected to each other by wired and wireless public lines or dedicated lines. , 6 are telephone numbers of the mobile phone 1.

The ticket management server 31 of the ticket company 3
Is connected to the Internet 5 and can be accessed by the user 2 from the mobile phone 1. The check-in control server 41 of the check-in control terminal 4 is also connected via the Internet 5 or by a dedicated line, and when the data of the reservation status managed by the ticket management server 31 is updated, the check-in control server 41 is sequentially linked. It has been updated. The check-in control terminal 4 includes, in addition to the check-in control server 41, a receiving device 42 that receives the telephone number 62 of the mobile phone 1 of the user 2, the telephone number 62 received by the receiving device 42 and the check-in control server 41. Collation device 43 for collating with telephone number 61 of
A gate 44 is provided that opens and closes according to the result of the collation device 43. Arrow 8 indicates the flow of telephone number 6.

First, a reservation / purchase method will be described.
The user 2 accesses the telephone number of the company providing the ticket sales service from the mobile phone 1. When a connection is established between the mobile phone 1 and the ticket management server 31 of the ticket company 3 providing a ticket sales service via the Internet 5 including a public line, the mobile phone 1 is activated by the caller number notification function. Is sent to the ticket management server 31. Ticket management server 31
Responds to the mobile phone 1 with information such as vacancies and charges based on information described in the HTML language. The user makes a reservation application for the service while viewing the vacant seat status and the fee while looking at the screen of the mobile phone 1.

When the reservation application is completed, the ticket management server 31 changes the application from the vacant seat information to the reserved one, and stores the telephone number 61 of the mobile phone 1 used by the user 2. Further, the updated reservation information is transferred to the check-in control server 41 of the check-in control terminal 4 immediately or at the timing of a certain cycle, and the data of the check-in control server 41 is updated. Tickets can be charged by a method such as inputting a credit number and making a payment by credit, or adding a telephone charge to make a payment.

A specific application procedure will be described with reference to a time chart at the time of ticket purchase in FIG.

First, the user dials the telephone number of the ticket company from the mobile phone and connects to the Web site of the ticket management server 31 in step S1. By the caller number notification function, the telephone number 61 of the mobile phone 1 of the user 2 is transmitted to the ticket management server 31 in step 301, and the telephone number 61 received in step 302 is temporarily stored. A format that allows users to view information on vacant seats and charges on terminals such as i-mode, such as HTML
Step 3 of the ticket purchase screen converted to the format
03.

Next, when the user finds a desired ticket, he or she inputs payment information in step S2, and inputs the payment information in step S3.
Make a ticket purchase request to the ticket company. In step 304, the ticket company confirms payment information on the payment of the ticket fee, such as whether the user has the ability to pay the card company and whether the card has an expiration date. In step 901, the card company returns a result of the collation of the payment information to the ticket company. The ticket company stores the telephone number of the user in the ticket management server 31 in step 305, and updates the data in the step 306 to indicate to the check-in control server 41 that the reservation has been made. In step 307, ticket purchase information is returned to the user 2. The terminal device side performs step 401
Stores the telephone number in the check-in control server.

Next, after confirming the ticket purchase information, the user disconnects the connection to the Web site in step S4.
After confirming the disconnection of the user's connection to the Web site in step 308, the ticket company discards the user's temporarily stored telephone number.

In the above description, the payment method is described using an example using a cash card. However, other payment methods may be used. For example, the charge of the ticket is added to the call charge of the mobile phone and the charge is made. Is also possible. Also, in the above description, the method of immediately reflecting the ticket reservation information in the check-in control server has been described. However, based on the information updated in the ticket management server, the check-in control server A procedure for updating the contents of 41 may be used.

The case of checking in will be described.
The user 2 makes a call from the mobile phone 1 to the check-in control terminal 4 in front of the gate to make a line connection. The check-in control terminal 4 uses the caller number notification function to send the user 2
The receiving device 42 receives the telephone number 62 of the mobile phone 1. The telephone number 62 is compared with the telephone number 61, and if they match, the gate 44 is instructed to open.

FIG. 3 shows a specific check-in procedure.
This will be described with reference to a time chart at the time of check-in.

First, the user makes a dial call from the mobile phone to the terminal device in step S1. The terminal device side
The caller number notification function receives the telephone number 62 of the mobile phone called in step 401, and
2. Disconnect the telephone line. In step 403, the telephone number 62 received in step 402 is compared with the telephone number 61 registered in the check-in control server, and after confirming that the telephone numbers of the user and the purchaser match, At step 404, the gate is opened. Thus, the user can pass through the gate in step S2.

FIG. 4 is a flowchart showing a telephone number storage control operation of the ticket company. First, in step 301, the telephone number of the user's mobile phone is received, and in step 302, the received telephone number 61 is temporarily stored. Next, in step 303, a ticket purchase screen is provided to the user. Next, in step 304, the purchase ticket contents and payment information are acquired, and in step 305, the contents are checked. The payment information is checked for details such as the expiration date of the credit card and the payment ability. If there is no problem, the telephone number 61 is stored in the ticket management server in step 306, and the telephone number is transmitted to the check-in control server in step 307. 61 information is updated. If the content is not correct in step 305, the process proceeds to step 303. Next, in step 308, the purchase information is returned to the user. In step 309, the connection of the Web site is checked.
01, the telephone number 61 temporarily stored is discarded. If it is determined in step 309 that the connection has not been disconnected, the process proceeds to step 303.

FIG. 5 is a flowchart showing the collation control operation on the check-in control terminal side. First, step 4
At 01, the telephone number 62 of the user's mobile phone is received. Subsequently, in step 402, it is checked whether the telephone number 61 in the check-in control server matches the telephone number 62 received in step 401. If they match, the gate is opened in step 403. If not, close the gate.

In the above description, the ticket management server 31 and the check-in control server 41 of the ticket company 3
Has been described as an example in which the connection with the Internet 5 is used, but the connection via a dedicated network can be similarly implemented. Further, a configuration in which data is directly read from the ticket management server 31 without providing the check-in control server 41 can be similarly implemented.

(Embodiment 2) FIG. 6 is a schematic configuration diagram of a ticketless system using a mobile phone according to a second embodiment of the present invention.

In FIG. 6, 101 is a user's mobile phone, 2 is a user, 3 is a ticket company for receiving a reservation of a concert or the like, 104 is a check-in control terminal serving as a check-in gate for a concert or the like, and 5 is a wired or wireless terminal. The Internet 161 interconnected by a wireless public line or a dedicated line is an ID number unique to a mobile phone.

The ticket management server 31 of the ticket company 3
Is connected to the Internet 5 and can be accessed by the user 2 from the mobile phone 101. The check-in control server 141 of the check-in control terminal 104 is also connected via the Internet 5 or by a dedicated line, and when the reservation status data managed by the ticket management server 31 is updated, the check-in control server 141 sequentially operates in conjunction with the update. It has been updated. In the check-in control terminal 104, in addition to the check-in control server 141, a receiving device 142 that receives the ID number 162 unique to the mobile phone 101 of the user 2,
D number 162 and ID in check-in control server 141
A collation device 43 for collating with the number 161 and a gate 44 that opens and closes according to the result of the collation device 43 are provided.
An arrow 8 indicates a flow of the ID number 6 unique to the mobile phone.

First, a reservation / purchase method will be described.
The user 2 accesses the telephone number of the company providing the ticket sales service from the mobile phone 101. The mobile phone 101 via the Internet 5 including a public line
When the connection between the ticket management server 31 of the ticket company 3 that provides the ticket sales service is established, the ID number 161 unique to the mobile phone 101 is transmitted to the ticket management server 31. The ticket management server 31 responds to the mobile phone 1 with information such as vacant seats and fees based on information described in the HTML language. The user is a mobile phone 1
Apply for a service reservation while checking the availability and fees while watching the screen. When the reservation application is established, the ticket management server 31 changes the application from the vacant seat information to reserved, and stores the ID number 161 unique to the mobile phone 101 used by the user 2. Further, the updated reservation information is transferred to the check-in control server 141 of the check-in control terminal 4 immediately or at a certain period of time, and the data of the check-in control server 141 is updated. Details are the same as in the first embodiment, and a description thereof will not be repeated.

In the above description, the method of automatically transmitting an ID number unique to a mobile phone has been described. However, if an arbitrary number can be registered by operating a button of the mobile phone, one mobile phone can be used. It is also possible to purchase multiple tickets.

Next, the case of checking in will be described. The user 2 makes a wireless connection from the mobile phone 101 to the check-in control terminal 104 in front of the gate. For this, there are wireless connection methods suitable for portable devices such as infrared communication and Bluetooth. Check-in control terminal 1
04 acquires the ID number 162 unique to the mobile phone 101 in response to the connection request of the mobile phone 101. This ID
Any number may be used as long as the number is exclusively assigned to the mobile phone 101, and a telephone number or an ID number for wireless connection can be used. I obtained here
If the D number 162 matches the ID number 161 stored in the check-in control server, the mobile phone 101 is notified that the numbers match, and the gate 4 is opened so that the gate opens.
Instruct 4 When the mobile phone 101 receives the notification,
Automatically set to ring off for a predetermined time.

FIG. 7 shows a specific check-in procedure.
This will be described with reference to a time chart at the time of check-in.

First, the user makes a connection request from the mobile phone to the terminal device in step S101. Infrared communication and B
When recognizing each other's devices by a wireless connection method between terminals such as Bluetooth, an ID number 16
2 is notified to the terminal device. The ID number may be a telephone number of a mobile phone or a unique ID for wireless communication. In step 401, an ID number 162 unique to the mobile phone 101
In step 402, the ID number 162 obtained in step 401 is compared with the ID number 161 registered and reserved in the check-in control server.
After confirming that the ID numbers unique to the mobile phone of the user and the purchaser match, in step 403, the gate is opened. Thereby, the user can pass through the gate in step S102. In step 404, the mobile phone 101
Notify that the D number 162 has been confirmed. Upon receiving the notification, the mobile phone 101 automatically sets to mute the ringing tone in S103. For example, in the case of entering a concert, if the end of the performance is scheduled to be at 20:00, a setting is made so that no ringing sound is output until 20:00. Of course, it is also possible to manually set the mute once so that a ringing tone is generated manually. After the mute is set, the communication line is disconnected in step 405.

FIG. 8 is a flowchart showing the collation control operation on the check-in control terminal side. First, step 4
In step 01, an ID number 162 unique to the user's mobile phone is received. Subsequently, in step 402, it is checked whether or not the ID number 161 in the check-in control server matches the ID number 162 received in step 401. If they match, in step 403 the ID number 162 of the user's mobile phone
Is registered, and the gate is opened at 404. If not, close the gate.

(Embodiment 3) FIG. 9 is a schematic configuration diagram showing a change in registered contents of a ticketless system using a mobile phone according to a third embodiment of the present invention.

In FIG. 9, reference numeral 201 denotes a user's mobile phone, 2 denotes a user, 203 denotes a ticket company for receiving a reservation of a concert or the like, 204 denotes a check-in control terminal serving as a check-in gate for a concert or the like, and 5 denotes a wired or wired terminal. The Internet 261 interconnected by a wireless public line or a dedicated line is a mobile phone number.

The ticket management server 231 of the ticket company 203 is connected to the Internet 5, and can be accessed by the user 2 from the mobile phone 201. The check-in control server 241 of the check-in control terminal 204 is also connected via the Internet 5 or by a dedicated line. It has been updated. The check-in control server 204 has a check-in control server 2
41 and the telephone number 26 of the mobile phone 201 of the user 2
Receiving device 242, receiving device 242, collating device 43 for collating telephone number 262 received by receiving device 242 with telephone number 261 in check-in control server 241, collating device 4
A gate 44 that opens and closes according to the result of 3 is provided. Arrow 8 indicates the flow of telephone number 6.

First, the first reservation / purchase method is the same as that in the first embodiment, and a description thereof will be omitted.

Since a reservation made at a concert or the like often becomes unusable immediately before being given to another person, a method of changing the reservation contents once established will be described.

When the reservation is made, the telephone number 261 of the reserved mobile phone 201 is registered in the check-in control server 241 of the check-in control terminal 204.
The user 2 accesses the telephone number of the company providing the ticket sales service from the mobile phone 201. The mobile phone 201 via the Internet 5 including the public line
When a connection is established between the mobile phone 201 and the ticket management server 231 of the ticket company 203 providing the ticket sales service, the telephone number of the mobile phone 201 is transmitted to the ticket management server 231 by the caller number notification function. . The ticket management server 231 stores information such as vacant seats and fees based on the information described in the HTML language.
Respond to 1. The user 2 instructs that the reservation / registration is to be changed by selecting a menu here.
When the ticket management server 231 detects that the contents of the reservation have been changed, it communicates with the check-in control terminal 204 to access the check-in control server 241 and calls the contents registered by the user 2, and 2 is inquired about how to make a change using an HTML menu. For example, when the user changes, the number of the mobile phone of the actual user is registered by key operation.

The reservation information updated in this way is immediately or at a certain period of time.
The data is transferred to the check-in control server 241 at step 04, and the data of the check-in control server 241 is updated. Details are the same as in the first embodiment, and a description thereof will not be repeated.

A specific application procedure will be described with reference to a time chart at the time of changing the ticket reservation / registration contents in FIG.

First, the user dials the telephone number of the ticket company from the mobile phone in step S 201 to connect to the Web site of the ticket management server 31. The telephone number 262 of the mobile phone is sent to the ticket management server 31 by the caller number notification function, the telephone number 261 of the mobile phone 1 of the user 2 is received in step 301, and the received telephone number 261 is temporarily stored in step 302. To remember. In step 303, a ticket purchase screen converted into a format in which information on vacant seats and charges can be viewed on a terminal such as i-mode, for example, an HTML format, is provided to the user.

Next, the user selects a menu for changing the ticket reservation / registration content in step S202, and requests the ticket company to change the ticket reservation / registration content in step S203. In step 304, the ticket company confirms the reservation and registration contents of the ticket to the check-in control server. In step 401, the terminal device returns a confirmation result of the ticket reservation / registration contents to the ticket company. The ticket company changes the reservation / registration contents to the ticket management server 31 in step 305, and updates the data to the check-in control server 241 to indicate that the reservation has been changed in step 306. In step 307, ticket reservation / registration content change information is returned to the user 2. The terminal device changes the reservation / registration content in the check-in control server in step 402.

Next, after confirming the ticket purchase information, the user disconnects the connection to the Web site in step S204. In step 308, the ticket company determines the user's We
After confirming the disconnection to the site b, the user's temporarily stored telephone number is discarded.

FIG. 11 is a flowchart showing the operation of changing the reservation / registration contents on the ticket company side. First, in step 301, the telephone number of the user's mobile phone is received, and in step 302, the received telephone number 261 is temporarily stored. Next, in step 303, a ticket purchase screen is provided to the user. Next, in step 304, change information of the ticket reservation / registration content is acquired, and step 3 is performed.
At 05, the contents are checked. The ticket reservation / registration contents are checked, and if there is no problem, the reservation / registration contents of the ticket management server are changed in step 306, and at the same time, the reservation / registration contents are updated to the check-in control server in step 307. If the contents are not correct in step 305,
Proceed to step 303. Next, in step 308, the change information is returned to the user. In step 309, the connection of the Web site is checked.
Then, the telephone number 61 temporarily stored in step 301 is discarded. If it is determined in step 309 that the connection has not been disconnected, the process proceeds to step 303.

The case where a user carrying a telephone having a corrected telephone number checks in is the same as in the first embodiment, and a description thereof will be omitted.

[0055]

As described in detail above, a user can purchase various tickets from a mobile phone anytime and anywhere, and can check in various gates on the spot.
Usability of various tickets can be improved.

Further, complete ticketless operation using a mobile phone is realized, and the efficiency of business processing can be improved.

[Brief description of the drawings]

FIG. 1 is a schematic configuration diagram of a ticketless system using a mobile phone according to an embodiment of the present invention.

[Figure 2] Time chart when purchasing a ticket

FIG. 3 is a time chart at the time of check-in.

FIG. 4 is a flowchart showing a telephone number storage control operation on the ticket company side.

FIG. 5 is a flowchart showing a collation control operation on the check-in control terminal side.

FIG. 6 is a schematic configuration diagram of a ticketless system using a mobile phone according to a second embodiment of the present invention.

FIG. 7 is a time chart at the time of check-in.

FIG. 8 is a flowchart showing a collation control operation on the check-in control terminal side.

FIG. 9 is a schematic configuration diagram for correcting a reservation content of a ticketless system using a mobile phone according to a third embodiment of the present invention.

FIG. 10 is a time chart at the time of changing a ticket reservation / registration content.

FIG. 11 is a flowchart showing a change operation of reservation / registration contents on the ticket company side.

[Explanation of symbols]

1, 101, 201 Mobile phone 2 User 3, 203 Ticket company 4, 104, 204 Check-in control terminal 5 Internet 6 Phone number or unique ID number 7 Mobile phone line 8 Flow of phone number or unique ID of mobile phone 31, 231 Ticket management server 41, 241 Check-in control server 42, 142, 242 Phone number receiver 43 Verification device 44 Gate device 61, 161, 261 Phone number or unique ID number received at the time of ticket purchase 62, 162, 262 Check-in Phone number or unique ID number received at the time

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) G07B 5/00 G07B 5/00 D H04Q 7/38 H04M 11/00 302 H04M 11/00 302 H04B 7/26 109M F term (reference) 3E026 CA01 5B049 BB61 CC06 CC13 EE05 GG00 GG06 5K067 AA34 BB04 EE02 EE16 FF02 FF04 HH11 HH22 5K101 KK17 LL12 LL16 MM07 NN01 PP03 UU18

Claims (9)

[Claims] A mobile phone having a web reference function;
A ticket management server that can be connected to the mobile phone operated by a ticket management company via a wireless line, a check-in control server that can communicate with the ticket management server, and a receiving device that can be connected from the second mobile phone through a public line. The ticket management server receives a connection from the mobile phone, detects the telephone number of the mobile phone, and receives a WEB of the mobile phone. The mobile phone provides vacant seat information that can be referred to by the function, and the mobile phone makes a reservation based on the vacant seat information and transfers the result to the check-in control server. The receiving device detects the telephone number of the second mobile phone when receiving the call of the second mobile phone, and when detecting the telephone number that matches the reservation information registered in the check-in control server, A ticketless system using a mobile phone, characterized by controlling to open a gate. 2. A mobile phone having a web reference function,
A ticket management server that can be connected to the mobile phone operated by a ticket management company via a wireless line, a check-in control server that can communicate with the ticket management server, and a receiving device that can be connected from the second mobile phone through a public line. The ticket management server receives the connection from the mobile phone, detects the ID number of the mobile phone, and detects the WEB of the mobile phone. The mobile phone provides vacant seat information that can be referred to by the function, and the mobile phone makes a reservation based on the vacant seat information and transfers the result to the check-in control server. The receiving device is wirelessly connectable to the second mobile phone,
Detecting an ID number of the second mobile phone, and controlling to open the gate when detecting a phone number matching the reservation information registered in the check-in control server. Ticketless system. 3. The ticketless system using a mobile phone according to claim 2, wherein the wireless connection is performed by infrared communication or radio waves. 4. The mobile phone according to claim 1, wherein upon detecting a match with the telephone number registered in the check-in control server, the ring volume of the second mobile phone is set to off. Ticketless system using. 5. An I registered in a check-in control server.
3. The ticketless system using a mobile phone according to claim 2, wherein the ringing volume of the second mobile phone is set to off when it is detected that the second mobile phone matches the D number. 6. The ticketless system using a mobile phone according to claim 1, wherein the mobile phone can register telephone numbers of a plurality of mobile phones in one operation. A ticketless system using the described mobile phone. 7. The ticketless system using a mobile phone according to claim 2, wherein the ID numbers of a plurality of mobile phones can be registered in one operation by the mobile phone. A ticketless system using the described mobile phone. 8. A mobile phone having a web reference function,
A ticket management server that can be connected to the mobile phone operated by a ticket management company via a wireless line, a check-in control server that can communicate with the ticket management server, and a receiving device that can be connected from the second mobile phone through a public line. The ticket management server receives a connection from the mobile phone, detects the telephone number of the mobile phone, and receives a WEB of the mobile phone. Reservation contents can be referred by function,
The mobile phone corrects the reservation content based on the information on the reservation content, and transfers the correction result to the check-in control server. The receiving device detects the telephone number of the second mobile phone when receiving the call of the second mobile phone, and when detecting the telephone number that matches the reservation information registered in the check-in control server, A ticketless system using a mobile phone, characterized by controlling to open a gate. 9. A mobile phone having a web reference function,
A ticket management server that can be connected to the mobile phone operated by a ticket management company via a wireless line, a check-in control server that can communicate with the ticket management server, and a receiving device that can be connected from the second mobile phone through a public line. The ticket management server receives the connection from the mobile phone, detects the ID number of the mobile phone, and detects the WEB of the mobile phone. Reservation contents can be referred by function,
The mobile phone corrects the reservation content based on the information on the reservation content, and transfers the correction result to the check-in control server. The receiving device is wirelessly connectable to the second mobile phone, detects an ID number of the second mobile phone, and detects a phone number that matches the reservation information registered in the check-in control server. Then, the ticketless system using a mobile phone is controlled to open the gate.