JP4515619B2 - Authentication system for station service system - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a server of a railway company that uses a mobile terminal with a built-in Bluetooth (short-range wireless communication) function to purchase a ticket at an automatic ticket vending machine, or a boarding fare for direct passage using an automatic ticket gate. The present invention relates to an authentication system in a station service system in which after authentication is confirmed through an authentication center system, data is transferred from the authentication center system to the contract financial institution of the user himself / herself, and payment is made from the user's account to the railway company.
[0002]
[Prior art]
In recent years, using a mobile terminal with built-in Bluetooth (short-range wireless communication) function, the price of purchasing a ticket with an automatic ticket vending machine or the fare for direct pass using an automatic ticket checker is authenticated from the railway company's server The authentication system in the station service system that passes the data from the authentication center system to the user's contracted financial institution after the authentication is confirmed via the center system, and pays the railway company (operator) from the user's account to the railway company. Has been proposed.
[0003]
However, in the authentication system as described above, if a user uses the same service from multiple operators, the authentication method is different for each operator even though the communication method is general. Since there is no standardization, there is a drawback that users need to be authenticated by different authentication methods every time they receive a service if the service providers are different.
[0004]
[Problems to be solved by the invention]
According to the present invention, a common authentication that did not exist in the Bluetooth device system can be given to a portable terminal such as a mobile phone or a PHS that can be easily used by an individual. An object of the present invention is to provide an authentication system in a station service system that can give usable personal authentication.
[0005]
[Means for Solving the Problems]
The present invention provides a short-distance wireless communication function and a mobile phone function, and a mobile terminal in which an ID number is stored in advance and a station service process performed by the mobile terminal by short-range wireless communication with the mobile terminal. Connected by a mobile phone function between the station service terminal for each business operator and the mobile terminal, an authentication processing system for assigning an authentication number to the mobile terminal, a plurality of different business operators are provided for the same business category, and Connected to each of the mobile terminal and the authentication processing system by the mobile phone function, and made an inquiry to the authentication processing system in response to an application for use permission from the mobile terminal, and authentication was obtained in response to the inquiry When using the above station service equipment, a different screen display program for each business operator is transmitted to the mobile terminal. And the first transmission means for transmitting the ID number from the portable terminal to the authentication processing system when applying for authentication, and the first transmission means. In response to the ID number from the portable terminal, the generating means for generating the authentication number by the authentication processing system and the authentication number generated by the generating means by the authentication processing system corresponding to the ID number of the portable terminal Storage means for storing; second transmitting means for transmitting the authentication number generated by the generating means to the portable terminal by the authentication processing system; the authentication number transmitted by the second transmitting means; and the portable terminal A third sender that transmits the ID number of the station and the application for permission to use the station service device from the portable terminal to one of the permission systems. And a fourth transmitting means for transmitting the ID number and the authentication number from the portable terminal to the authentication processing system from the use permission system when applying for the use permission of the station service device, and the authentication processing system. Whether the authentication number corresponding to the ID number transmitted by the fourth transmission means and the authentication number stored in the storage means corresponding to the ID number of the portable terminal in the authentication processing system match the above-mentioned A determination means for determining whether or not to permit use of the station service equipment, and the use of the station service equipment from the authentication processing system to the use permission system when the use permission of the station service equipment is determined by the determination means. And when the permission for use of the station service device is transmitted by the fifth transmission means, the use permission system sends the permission to the portable terminal. Sixth transmission means for transmitting permission for use of station service equipment and a different screen display program for each provider, and a screen display program for different permission for use transmitted by the fifth transmission means and for each provider On the basis of the above, the mobile terminal is operated by the short-range wireless communication function, and is configured by an execution unit that executes station service processing with the station service terminal of the corresponding business operator.
[0006]
The present invention provides a short-distance wireless communication function and a mobile phone function, and a mobile terminal in which an ID number is stored in advance and a station service process performed by the mobile terminal by short-range wireless communication with the mobile terminal. An authentication processing system that is connected by a mobile phone function between the station service terminal for each business operator and the mobile terminal, assigns an authentication number to the mobile terminal, and stores a basic program of a short-range wireless communication function A plurality of different operators of the same business type, connected to each of the mobile terminal and the authentication processing system by a mobile phone function, and authenticating to the authentication processing system in response to an application for use permission from the mobile terminal. When an inquiry is made and authentication is obtained in response to this inquiry, permission to use the station service equipment and a screen display program that differs for each operator In the authentication system in the station service system consisting of the use permission system for each different business operator of the same business type transmitted to the mobile terminal, the ID number from the mobile terminal is transmitted to the authentication processing system when applying for authentication. 1 generating means for generating an authentication number by the authentication processing system for the ID number from the portable terminal transmitted by the first transmitting means, and the generating means by the authentication processing system. Storage means for storing the authentication number generated in accordance with the ID number of the portable terminal, and the authentication processing system, the authentication number generated by the generating means and the basic program of the short-range wireless communication function are stored in the portable terminal. Second transmitting means for transmitting to the authentication number, the authentication number transmitted by the second transmitting means, and the ID number of the portable terminal The third transmission means for transmitting an application for use permission of the station service equipment from the mobile terminal to one of the use permission systems, and the ID from the mobile terminal at the time of application for use permission of the station service equipment A fourth transmission means for transmitting a number and an authentication number from the use permission system to the authentication processing system; and an authentication number for the ID number transmitted by the fourth transmission means by the authentication processing system and the authentication processing system. Determining means for determining whether or not to permit use of the station service device based on whether or not the authentication number stored in the storage means corresponds to the ID number of the portable terminal; When the authentication processing system determines permission to use the station service equipment by the determination means, the authentication processing system sends permission to use the station service equipment to the use permission system. And when the permission of use of the station service equipment is transmitted by the fifth transmission means, the use permission system permits the use of the station service equipment from the use permission system to the mobile terminal. A sixth transmission means for transmitting a different screen display program for each trader;
Based on the permission for use transmitted by the sixth transmission means, the basic program for the short-range wireless communication function transmitted by the second transmission means, and the screen display program that is different for each operator, the portable terminal Is operated by the short-range wireless communication function, and is configured by execution means for executing station service processing with the station service terminal of the corresponding business operator.
[0007]
The present invention provides a short-distance wireless communication function and a mobile phone function, and a mobile terminal in which an ID number is stored in advance and a station service process performed by the mobile terminal by short-range wireless communication with the mobile terminal. An authentication processing system that is connected by a mobile phone function between the station service terminal for each business operator and the mobile terminal, assigns an authentication number to the mobile terminal, and stores a basic program of a short-range wireless communication function A plurality of different operators of the same business type, connected to each of the mobile terminal and the authentication processing system by a mobile phone function, and authenticating to the authentication processing system in response to an application for use permission from the mobile terminal. When an inquiry is made and authentication is obtained in response to this inquiry, permission to use the station service equipment and a screen display program that differs for each operator In the authentication system in the station service system consisting of the use permission system for each different business operator of the same business type to be transmitted to the mobile terminal, the authentication processing of the ID number and the settlement information from the mobile terminal when applying for authentication First transmitting means for transmitting to the system, generating means for generating an authentication number by the authentication processing system for the ID number from the portable terminal transmitted by the first transmitting means, and the authentication processing system Accordingly, the storage means for storing the authentication number generated by the generating means in correspondence with the ID number of the portable terminal and the payment information, and the authentication number generated by the generating means by the authentication processing system and the short-range wireless A second transmitting means for transmitting a communication function basic program to the portable terminal, and an authentication number transmitted by the second transmitting means; Third transmitting means for transmitting the ID number of the mobile terminal and the application for use permission of the station service device from the mobile terminal to one of the use permission systems, and at the time of application for use permission of the station service device A fourth transmission means for transmitting the ID number and the authentication number from the portable terminal to the authentication processing system from the use permission system, and the ID number transmitted by the fourth transmission means by the authentication processing system. Whether or not to permit the use of the station service device depends on whether or not the authentication number and the authentication number stored in the storage means corresponding to the ID number of the portable terminal match the authentication processing system. When the determination means and the authentication processing system determine permission to use the station service equipment by the determination means, the authentication processing system transfers the use permission system to the use permission system. A fifth transmission means for transmitting a permission for use of the station service equipment; and when the permission for use of the station service equipment is transmitted by the fifth transmission means, the use permission system sends the station to the mobile terminal. 6th transmission means which transmits permission of use of stationery equipment and a screen display program which differs for each business operator, and a charge associated with permission for use of station service equipment in the storage means of the authentication processing system Collecting means for collecting based on the settlement information stored corresponding to the ID number, the use permission transmitted by the sixth transmitting means, and the short-range wireless communication transmitted by the second transmitting means Based on the basic program of the function and the screen display program that is different for each operator, the mobile terminal operates by the short-range wireless communication function, so that the station service processing of the corresponding operator's station service terminal is performed. Composed of an execution means for row.
[0008]
The present invention provides a short-distance wireless communication function and a mobile phone function, and a mobile terminal in which an ID number is stored in advance and a station service process performed by the mobile terminal by short-range wireless communication with the mobile terminal. Connected by a mobile phone function between the station service terminal for each business operator and the mobile terminal, an authentication processing system for assigning an authentication number to the mobile terminal, a plurality of different business operators are provided for the same business category, and Connected to each of the mobile terminal and the authentication processing system by the mobile phone function, and made an inquiry to the authentication processing system in response to an application for use permission from the mobile terminal, and authentication was obtained in response to the inquiry When using the above station service equipment, a different screen display program for each business operator is transmitted to the mobile terminal. In the authentication system in the station service system comprising the system, the portable terminal responds to the transmission of the first transmission means and the first transmission means for transmitting the ID number to the authentication processing system when applying for authentication. The second transmission means for transmitting the authentication number obtained from the authentication processing system, the ID number, and the application for use permission of the station service device to one of the use permission systems, and the second transmission The portable terminal is operated by the short-range wireless communication function based on the use permission of the station service equipment obtained from the use permission system in response to the transmission of the means and the screen display program that is different for each business operator. The execution processing unit executes a station service process with the station service terminal of the corresponding business operator, and the authentication processing system responds to the ID number transmitted from the mobile terminal. Generating means for generating an authentication number; storage means for storing the authentication number generated by the generating means in correspondence with the ID number of the portable terminal; and transmitting the authentication number generated by the generating means to the portable terminal. Whether the authentication number stored in the authentication processing system corresponding to the ID number of the portable terminal matches with the ID number transmitted by the third transmission unit. Depending on whether or not the authentication number corresponding to the ID number supplied from the use permission system matches the authentication number stored in the storage means corresponding to the ID number, the station service equipment A determination means for determining whether or not to permit use of the station service equipment, and when the use permission of the station service equipment is determined by the determination means, the use permission system is permitted to use the station service equipment. And a fourth transmission means for transmitting the ID number and the authentication number from the portable terminal to the authentication processing system when the application for use permission of the station service device is applied. When the permission for use of the station service equipment is transmitted from the transmission means and the authentication processing system obtained in response to the transmission of the fifth transmission means, the use permission of the station service equipment is transmitted to the portable terminal. And sixth transmission means for transmitting a different screen display program for each provider.
[0009]
DETAILED DESCRIPTION OF THE INVENTION
Embodiments of the present invention will be described below with reference to the drawings.
[0010]
FIG. 1 is a diagram for explaining an authentication system using a portable terminal (mobile phone, PHS) incorporating a wireless standard Bluetooth (BlueTooth: near field communication).
[0011]
That is, as shown in FIG. 1, an authentication center system 1 that has an authentication master and has the authority to give authentication, and is connected to the authentication center system 1 via a telephone line, so that the mobile terminal M with built-in Bluetooth and each electric railway user Station equipment such as a certain automatic ticket gate 3 and automatic ticket vending machine 4 and a railway user price billing system 5 linked to them, a railway user online sales system 2,. The electric railway user price billing system 5, ..., the electric railway user online sales system 2, ... is provided for each electric railway as each business operator.
[0012]
The authentication center system 1 has a function that can only provide personal authentication based on the authentication master (authentication granted to the portable terminal M), a Bluetooth program download DLL according to the device (selection of corresponding profiles, etc.) and each user In response to authentication inquiries from the electric railway user price billing system 5, etc., and the electric railway user online sales system 2, etc., the authentication is decompressed, and it is determined whether the authentication of the inquiry is the correct authentication or not. It has a function of notifying detailed contents to the system in each user.
[0013]
Electric railway user price billing system 5, ... is a system that counts and processes the price when station equipment such as automatic ticket gate 3 and automatic ticket vending machine 4 performs processing on portable terminal M. The personal authentication issued by the authentication center system 1 is used. For example, the electric railway user fee billing system 5,... Stores aggregate data in the memory 5a based on an authentication code and a device unique number by a station service terminal such as the automatic ticket gate 3 and the automatic ticket vending machine 4.
[0014]
Electric railway user online sales system 2 has two functions.
1. One of them gives permission to use the portable terminal M when the portable terminal M is used for station equipment. As a condition, the authentication center system 1 is inquired about the contents of authentication, and as a result, when the authentication is correct, the portable terminal M is permitted to use. Regular information, SF information, etc. for the automatic ticket gate 3 are also given according to the contents of the application.
[0015]
The second is sales function. By using the mobile terminal M to which the authentication is given, reservation sales of commuter passes, SF cards, express tickets, etc. are performed. Conditions are 1. Same as term.
[0016]
Mutual recognition is performed between the mobile terminal M and the station service terminals 3 and 4 through the I / F determined by Bluetooth of the mobile terminal M and the station service equipment 3 and 4, and processing is performed within the range of predetermined use conditions. I do. For example, in the case of the automatic ticket gate 3, if the portable terminal M has the SF function, after the mutual recognition is taken between the automatic ticket gate 3 and the portable terminal M, the minimum section is withdrawn when entering, and the remaining amount is withdrawn when entering. After the processing is completed, the mutual relationship is disconnected.
[0017]
As shown in FIGS. 2 and 3, the mobile terminal M is formed by a main body 11 and a transmission / reception antenna unit 12.
[0018]
The front surface of the main body 11 includes a speaker hole 13, a display unit 14, an operation unit 15, and a microphone hole 16 in order from the top. In the main body 11 facing the speaker hole 13, a speaker (not shown) is provided as a receiving unit to be described later. In the main body 11 facing the microphone hole 16, a microphone (not shown) is provided as a later-described transmitter. The display unit 14 provides various operation guidance. The operation unit 15 performs various settings when used as a mobile phone, inputs a telephone number, performs settings when used as a mobile terminal, and instructs to change mode settings.
[0019]
In the main body 11, as shown in FIG. 3, a control circuit 20 for controlling the whole, a control program for a mobile phone, a control program for Bluetooth (near field communication function), a device unique number (ID number, identification number) , Machine number), memory 21 for storing various information such as an authentication code, modems 22 and 23 as modulation / demodulation circuits (transmission / reception circuit circuits), transmission unit 24, reception unit 25, power generation circuit 26, and battery unit 27 It is configured.
[0020]
The memory 21 has a security data area 21a where security data is recorded and a service data area 21b where service data is recorded.
[0021]
In the security data area 21a, as shown in FIG. 4, “authentication code” and “device unique number” are recorded as security data.
[0022]
In the service data area 21b, as shown in FIG. 5, commuter pass purchase information (valid start date, valid end date, departure station, arrival station), SF card purchase information (remaining amount, Boarding station) and purchase information on designated tickets (boarding date, train name, car number, number, departure station, destination station) are recorded.
[0023]
The modems 22 and 23 are connected to the antenna unit 12, demodulate the received data from the reader / writer 42 received by the antenna unit 12, and output the demodulated data to the control circuit 20 and the power generation circuit 26. Transmission data for the reader / writer 42 is transmitted using the antenna unit 12. The modems 22 and 23 are provided separately to cope with the difference in signal frequency when used as a mobile terminal and when used as a terminal device of an entrance system. Further, when used as a portable terminal and when used as a terminal device of an entrance system, they are controlled by different applications registered in the memory 21.
[0024]
The transmitter 24 is composed of a microphone or the like, and converts words uttered by the user when used as a portable terminal into voice data and outputs the voice data.
[0025]
The receiving unit 25 is constituted by a speaker or the like, and reproduces received voice data supplied from another device and outputs it from the speaker.
[0026]
The power supply generation circuit 26 generates a power supply voltage based on the reception data (radio wave) from the modem 22, and supplies the control circuit 20, the modems 22 and 23, the transmission unit 24, the reception unit 25, the operation unit 15, and the display unit 14. To supply.
[0027]
The battery unit 27 supplies a power supply voltage to each unit when the power generation circuit 26 is not operating.
[0028]
A basic rule in the personal authentication system using the portable terminal M incorporating the above-described Bluetooth (short-range wireless communication) function will be described.
[0029]
1. In order to receive Bluetooth services, you need to be authenticated and given an authentication code.
[0030]
2. There is one institution that issues an authentication code, and the authentication code is centrally managed.
[0031]
3. There are a plurality of companies providing Bluetooth services, and the user needs to apply for each company receiving the services.
[0032]
4). However, only one application for authentication is required for the first time.
[0033]
5). When any company charges the usage fee, it makes an inquiry to the authentication center system 1 as an authentication code issuing organization, and receives the authentication and charges the user for the fee.
[0034]
The configuration of the authentication center system 1 will be described with reference to FIG. That is, the authentication center system 1 includes a control unit 31 for overall control, a control program, a memory 32 for storing various information, a database 33 for storing various data, the portable terminal M, an electric railway user billing system 5,. The communication interface 34 is connected to the electric railway user online sales system 2,.
[0035]
In the database 33, as shown in FIG. 8, a security data area 33 a for recording “authentication code”, “phone number”, “device-specific number”, “valid start date”, and “valid end date” as security data, as shown in FIG. Personal data area 33b for recording “authentication code”, “same”, “name”, “gender”, and “address” as personal data, and “authentication code” “settlement type” “settlement” as shown in FIG. A settlement data area 33c for recording “first” is provided. As the settlement data, a personal identification number, an account number, etc. may be registered.
[0036]
The configuration of the electric railway user online sales system 2,... Will be described with reference to FIG. 7. That is, the electric railway user online sales system 2 includes an overall control unit 41, a control program, a memory 42 for storing various information, The database 43 stores various data, the mobile terminal M, and the communication interface 44 connected to the authentication center system 1 by telephone or the like.
[0037]
In the database 43, as shown in FIG. 11, commuter pass purchase information (valid start date, valid end date, departure station, arrival station) corresponding to the business code as service data, SF card purchase information (remaining amount) , Boarding station), and purchase information of designated tickets (boarding date, train name, car number, number, departure station, destination station) are recorded.
[0038]
The configuration of the control system of the automatic ticket gate 3 will be described with reference to FIG. That is, the control system includes a main control unit 51 that controls the entire automatic ticket gate 3, a reader / writer 52, an antenna unit 53 for transmitting and receiving an ID number and the like with the mobile terminal M by the Bluetooth function, A door mechanism 54 that drives a door (not shown) that can be opened and closed to control traffic, an interface 55 that transmits information to and from the electric railway user billing system 5, and guides passersby and station staff. The display unit 56 is configured to be performed. The main control unit 51 has an internal memory 51a for storing an authentication code and a device unique number supplied from the mobile terminal M.
[0039]
The reader / writer 52 transmits a signal from the main control unit 51 to the portable terminal M via the antenna unit 53 or a signal received from the portable terminal M via the antenna unit 53 to the main control unit 51 by the Bluetooth function. Output.
[0040]
The reader / writer 52 includes a control circuit 57 for controlling the whole, a control program, a memory 58 for storing various information, and a modem 59 as a transmission / reception circuit.
[0041]
The automatic ticket vending machine 4 can purchase a ticket using the authentication code of the portable terminal M and the device unique number.
[0042]
The configuration of the control system of the automatic ticket vending machine 4 will be described with reference to FIG. That is, this control system issues a main control unit 61 that controls the entire automatic ticket vending machine 4, a reader / writer 62, an antenna unit 63 for transmitting and receiving a device unique number and the like to and from the portable terminal M by the Bluetooth function. A display operation unit 66 for designating a ticket, an issuing unit 64 for issuing a designated ticket, an interface 65 for transmitting information to and from the electric railway user fee billing system 5 and the like.
[0043]
The main control unit 61 has an internal memory 61a for storing an authentication code and a device unique number supplied from the portable terminal M.
[0044]
The reader / writer 62 transmits a signal from the main control unit 61 to the mobile terminal M through the antenna unit 63 or receives a signal received from the mobile terminal M through the antenna unit 63 to the main control unit 61 by the Bluetooth function. Output.
[0045]
The reader / writer 62 includes a control circuit 67 for controlling the whole, a control program, a memory 68 for storing various information, and a modem 69 as a transmission / reception circuit.
[0046]
Next, an application process for issuing an authentication when a user who possesses the mobile terminal M receives a Bluetooth service at a desired electric railway company will be described with reference to the flowchart shown in FIG.
[0047]
That is, the user of the mobile terminal M first accesses the home page of the authentication center system 1 using the Web function of the mobile terminal M or the like in the authentication center system 1 so that the Bluetooth function can be used. Thereby, the user starts an application for authentication through the operation unit 15 and the display unit 14 of the portable terminal M (ST1).
[0048]
Further, the user inputs personal data, payment data (payment type, payment destination), and the like on the operation unit 15 and the display unit 14 of the portable terminal M, and transmits them to the authentication center system 1. At this time, the mobile terminal M transmits the mobile phone number registered in the memory 21 and the device unique number (ID number: 1103) to the authentication center system 1 together.
[0049]
Next, when information is received by the authentication center system 1 via the homepage, the authentication center system 1 assigns an authentication code (ST3) when the mobile phone number and the device unique number are supplied as keys (ST2). The telephone number, device unique number, personal data, and settlement data are recorded in the database 33 together with the authentication code. At this time, the effective start date (current day) and the effective end date (five years later) are also recorded.
[0050]
For example, as shown in FIG. 8, “authentication code”, “telephone number”, “device unique number”, “valid start date”, and “valid end date” are recorded in the security data area 33a as security data, as shown in FIG. , “Authentication code”, “same”, “name”, “gender” and “address” are recorded in the personal data area 33b as personal data, and as shown in FIG. 10, “authentication code”, “settlement type”, “settlement destination” Is recorded in the settlement data area 33c.
[0051]
Next, the authentication code and the basic software for operating the Bluetooth function are downloaded from the authentication center system 1 to the mobile terminal M of the user (ST4).
[0052]
Thereby, the portable terminal M stores the authentication code from the authentication center system 1 in the memory 21 corresponding to the device unique number, and also stores the basic software in the memory 21.
[0053]
The authentication center system 1 transmits an abnormality to the mobile terminal M of the user when either the mobile phone number or the device unique number is not supplied (ST2).
[0054]
Thereby, when the portable terminal M receives the abnormality from the authentication center system 1, the portable terminal M guides the abnormality on the display unit 14 (ST6).
[0055]
Next, authentication processing for sales or use permission (use application for each electric railway user) by the portable terminal M will be described with reference to a flowchart shown in FIG.
[0056]
That is, the user of the portable terminal M accesses the homepage of the electric railway company using the telephone web function or the like to the electric railway user online sales system 2 that wants to receive service provision (use permission of station equipment in the user).
[0057]
As a result, the user performs an application operation for starting the service (allowing use of station equipment within the user and inputting data of the desired service) on the screen of the operation unit 15 and the display unit 14 of the portable terminal M ( ST11). In addition, the portable terminal M transmits an authentication inquiry to the electric railway user online sales system 2 (ST12). At this time, the portable terminal M sends the authentication code stored in the security data area 21 a of the memory 21 and the device unique number together with the desired service data to the electric railway user online sales system 2.
[0058]
That is, it is transmitted to the electric railway user online sales system 2 via the homepage, and the electric railway user online sales system 2 stores the authentication code and the device unique number in the memory 42. As shown in FIG. Corresponding to the card purchase information and designated ticket purchase information) is stored in the database 43.
[0059]
As a result, the electric railway user online sales system 2 transmits an authentication inquiry for billing based on the authentication code and the device unique number to the authentication center system 1 via a telephone line or the like (ST12).
[0060]
In response to the transmission of the inquiry, the authentication center system 1 reads the device unique number stored in the security data area 33a corresponding to the supplied authentication code, and the read device unique number and the supplied device unique number. It is determined whether the authentication is OK or NG depending on whether or not.
[0061]
As a result, if the authentication is OK, the authentication center system 1 reads the payment data stored in correspondence with the authentication code from the payment data area 33c, and uses the read payment data (authentication response result) for the inquiry. It is returned (notified) to the existing railway user online sales system 2 (ST13).
[0062]
If the authentication is NG, the authentication center system 1 sends a message to that effect back to the railway user online sales system 2 that made the inquiry.
[0063]
Thereby, the electric railway user online sales system 2 determines that the authentication is OK by receiving the data indicating the authentication OK (authentication response result) from the authentication center system 1 (ST14), and the usage permission and the database 43 store the data. Usage information is downloaded (ST15).
[0064]
For example, screen display software (program), service data as shown in FIG. 11 and the like are downloaded from the electric railway user online sales system 2 to the user's mobile terminal M so that the service of the electric railway company can be received.
[0065]
Thereby, the portable terminal M stores the usage information from the electric railway user online sales system 2 in the memory 21. For example, as shown in FIG. 11, when service data is downloaded, a ticket gate process is performed by exchanging data with the automatic ticket gate 3 using the Bluetooth function of the portable terminal M, or a Bluetooth function of the portable terminal M is performed. The ticket sales process is performed by exchanging data with the automatic ticket vending machine 4 or the use based on the designated ticket is possible. The portable terminal M can be used based on service data at the electric railway company.
[0066]
In addition, when the service user's online sales system 2 downloads the service data to the mobile terminal M, the fee is withdrawn from the billing party based on the settlement data from the authentication center system 1.
[0067]
In addition, instead of billing by the above-mentioned electric railway user online sales system 2, if the authentication center system 1 checks the consistency with the personal authentication (device unique number) based on the authentication code and matches, the user's contract The usage information (account number, usage amount) may be passed to the financial institution, and the usage amount (the amount of the service data) may be transferred from the account to the railway company (electric railway user online sales system 2).
[0068]
The electric railway user online sales system 2 determines that it is an authentication NG by receiving data indicating the authentication NG from the authentication center system 1 (ST14), and transmits an abnormality to the mobile terminal M of the user.
[0069]
Thereby, when the mobile terminal M receives the abnormality from the electric railway user online sales system 2, the display section 14 guides the abnormality to the use application for the electric railway (ST16).
[0070]
Even when a purchase application is made instead of the use application from the mobile terminal M, the electric railway user online sales system 2 performs the same processing. In the case of authentication OK, instead of the use information, a corresponding medium (periodic Issue ticket, SF card, designated ticket, etc.).
[0071]
The purchase application process will be described with reference to a flowchart shown in FIG. 16 and display examples on the display unit 14 shown in FIGS.
[0072]
That is, the user of the mobile terminal M operates a function key (not shown) of the operation unit 15 of the mobile terminal M (ST20), and displays the service menu selection screen of the electric railway company on the display unit 14 (ST21). That is, a commuter pass release, SF card release, and designated ticket reservation selection screen as shown in FIG. 17 is displayed.
[0073]
In the state where this selection screen is displayed, when the commuter pass release business is selected by the user of the portable terminal M (ST22), the commuter pass release screen is displayed on the display unit 14 (ST27). Thereafter, the user of the portable terminal M sequentially inputs the expiration date and the boarding route (ST27), and then the settlement method selection screen is displayed on the display unit 14 (ST25).
[0074]
At this time, when the payment method is selected by the user of the portable terminal M, a usage confirmation screen is displayed on the display unit 14 (ST26).
[0075]
In addition, while the service menu selection screen in step 21 is displayed, when the designated ticket sale operation is selected by the user of the portable terminal M (ST23), the designated ticket sale screen is displayed on the display unit 14. (ST28). Thereafter, the user of the portable terminal M sequentially inputs the boarding date and the train information (ST28), and then the payment method selection screen is displayed on the display unit 14 (ST25).
[0076]
At this time, when the payment method is selected by the user of the portable terminal M, a usage confirmation screen is displayed on the display unit 14 (ST26).
[0077]
In the state where the service menu selection screen of step 21 is displayed, when the user of the portable terminal M selects the SF card release business (ST22, 23), the display unit 14 shows the screen shown in FIG. Then, an SF card sale price selection screen is displayed (ST24). Thereafter, after the card amount is input by the user of the portable terminal M, the SF card release confirmation screen shown in FIG. 19 is displayed on the display unit 14 (ST24).
[0078]
By instructing the release of the SF card from this confirmation, the display unit 14 displays the payment method selection screen shown in FIG. 20 (ST25).
[0079]
At this time, by selecting a payment method by the user of the portable terminal M, a password input screen as a usage confirmation screen shown in FIG. 21 is displayed on the display unit 14 (ST26).
[0080]
Based on this display, the password entered by the user of the portable terminal M is registered in correspondence with the authentication code and device unique number registered in the memory 42.
[0081]
Further, the use confirmation screen shown in FIG. 22 is displayed by the display unit 14 (ST26).
[0082]
In the mobile terminal M, an amount of 3000 yen of A Electric Railway is set as service data as an SF card usage fee.
[0083]
Next, a flow chart shown in FIG. 23 is shown for a ticket gate process when the mobile terminal M in which the amount of 3000 yen of A Electric Railway is set as the SF card usage fee as service data passes through the automatic ticket gate 3 for entrance. This will be described with reference to FIG.
[0084]
First, the user of the portable terminal M uses the operation unit 15 and the display unit 14 to select the SF mode based on the mode setting (ST31).
[0085]
Thereafter, the automatic ticket gate 3 and the portable terminal M are connected by the Bluetooth function, and mutual recognition processing (for example, ID check) is performed by the Bluetooth function (ST32).
[0086]
As a result, when the recognition can be performed, the portable terminal M reads the remaining amount of the SF card in the service data area 21b of the memory 21, displays it on the display unit 14, and transmits it to the automatic ticket gate 3.
[0087]
By exchanging data between the automatic ticket gate 3 and the portable terminal M, the authentication code and the device unique number registered in the security data area 21 a of the portable terminal M are transmitted to the automatic ticket gate 3, and the main control unit 51 It is stored in the internal memory 51a.
[0088]
In this automatic ticket gate 3, it is determined whether or not the admission is possible depending on whether or not the remaining amount of the SF card is equal to or more than the minimum section fare from this station.
[0089]
As a result, when the automatic ticket gate 3 determines that admission is not possible, an abnormality is guided (ST36), the gate (not shown) is closed, and passage of the user carrying the portable terminal M is prohibited.
[0090]
Further, when the passage detection function of the automatic ticket gate 3 detects the passage of the user holding the mobile terminal M (ST33, 34), the automatic ticket gate 3 determines the minimum from the remaining amount of the SF card from the mobile terminal M. The updated balance from which the section fee has been removed and the entrance station code are transmitted to the mobile terminal M. Thereby, the portable terminal M updates and stores the remaining amount of the SF card in the service data area 21b and the boarding station (ST35).
[0091]
The updated balance and the like are displayed on the display unit 14 of the portable terminal M according to an instruction from the operation unit 15 as necessary.
[0092]
The contents of processing performed by the automatic ticket gate 3 are tabulated as tabulated data in the electric railway user fee billing system 5 (ST37). At this time, an authentication code and a device unique number (supplied from the portable terminal M) stored in the internal memory 51a of the main control unit 51 are transmitted to the above-mentioned aggregate data to the electric railway user billing system 5, and the electric railway user The data is stored in the memory 5a of the billing system 5 together with the total data.
[0093]
Next, the ticket gate process when passing through the automatic ticket gate 3 for entrance by the portable terminal M on the assumption of postpay will be described.
[0094]
First, the user of the portable terminal M uses the operation unit 15 and the display unit 14 to select a postpay mode by mode setting.
[0095]
Thereafter, the automatic ticket gate 3 and the portable terminal M are connected by the Bluetooth function, and mutual recognition processing (for example, ID check) by the Bluetooth function is performed.
[0096]
As a result, when the recognition can be performed, the authentication code and the device unique number registered in the security data area 21a of the portable terminal M are exchanged between the automatic ticket gate 3 and the portable terminal M by the automatic exchange ticket 3 And stored in the internal memory 51 a of the main control unit 51.
[0097]
In this automatic ticket gate 3, it is determined whether or not admission is possible by checking the authentication code and the device unique number.
[0098]
As a result, when the automatic ticket gate 3 determines that entry is not possible, an abnormality is guided and the gate (not shown) is closed to prohibit the passage of the user carrying the portable terminal M.
[0099]
Further, when the passage detection function of the automatic ticket gate 3 detects the passage of the user carrying the portable terminal M, the automatic ticket gate 3 transmits the entrance station code to the portable terminal M. Thereby, the portable terminal M updates and stores the boarding station in the service data area 21b.
[0100]
The initial fare from the boarding station as the contents of processing by the automatic ticket gate 3 is totaled in the electric railway user price billing system 5 as total data. At this time, an authentication code and a device unique number (supplied from the portable terminal M) stored in the internal memory 51a of the main control unit 51 are transmitted to the above-mentioned aggregate data to the electric railway user billing system 5, and the electric railway user The data is stored in the memory 5a of the billing system 5 together with the total data.
[0101]
In the above example, the case where the user who owns the portable terminal M enters the ticket gate has been described, but the same can be applied to the case where the user who owns the portable terminal M enters the ticket gate. However, in this case, the renewal balance is the amount obtained by subtracting the minimum fare that has been subtracted in advance from the actual traffic fare.
[0102]
Next, with reference to a flowchart shown in FIG. 24, a description will be given of the ticket purchase processing by the automatic ticket vending machine 4 using the portable terminal M on the assumption of postpay.
[0103]
First, the user of the portable terminal M uses the operation unit 15 and the display unit 14 to select a postpay mode by mode setting (ST41).
[0104]
Thereafter, the automatic ticket vending machine 4 and the portable terminal M are connected by the Bluetooth function, and mutual recognition processing (for example, ID check) is performed by the Bluetooth function (ST42).
[0105]
As a result, when the recognition can be performed, the authentication code and the device unique number registered in the security data area 21a of the portable terminal M are exchanged between the automatic ticket vending machine 4 and the portable terminal M and the automatic ticket vending machine 4 And stored in the internal memory 61a of the main control unit 61.
[0106]
The automatic ticket vending machine 4 determines whether or not the ticket can be purchased by checking the authentication code and the device unique number.
[0107]
As a result, the account button by the display operation unit 66 of the automatic ticket vending machine 4 is displayed. On the basis of this display, when a predetermined amount of account button is pressed, a ticket of a corresponding amount is issued by the ticket selling section 64 (ST43).
[0108]
The automatic ticket vending machine 4 transmits the issuance contents of the ticket to the mobile terminal M. Thereby, the portable terminal M memorize | stores in the service data area 21b.
[0109]
The issuance contents of the ticket issued by the automatic ticket vending machine 4 are tabulated as tabulated data in the electric railway user fee billing system 5 (ST44). At this time, an authentication code and a device unique number (supplied from the portable terminal M) stored in the internal memory 61a of the main control unit 61 are transmitted to the above-mentioned aggregate data to the electric railway user billing system 5, and the electric railway user The data is stored in the memory 5a of the billing system 5 together with the total data (ST44).
[0110]
Next, billing processing by the electric railway user fee billing system 5 will be described.
[0111]
That is, when the automatic ticket vending machine 4 and the electric railway user price billing system 5 are connected and the user purchases a ticket using the mobile terminal M (see FIG. 24 above), the electric railway user price billing system 5 User information (authentication code, price, etc.) is stored and transmitted from the electric railway user price billing system 5 to the authentication center system 1.
[0112]
The authentication center system 1 checks the consistency with the personal authentication (device unique number) based on the authentication code, and if it matches, the usage information (account number) is sent to the contract financial institution (see the settlement data in FIG. 10) , Use amount) and transfer the use amount from the account to the railway company (electric railway user fee billing system 5).
[0113]
Similarly, when the automatic ticket gate 3 is connected to the electric railway user fee billing system 5 and the passenger uses the automatic ticket gate 3 directly using the mobile terminal M, the user is charged into the electric railway user fee billing system 5. Information (authentication code, price, etc.) is accumulated and transmitted from the electric railway user price billing system 5 to the authentication center system 1.
[0114]
The authentication center system 1 checks the consistency with the personal authentication (device unique number) based on the authentication code, and if it matches, passes the usage information (account number, usage amount) to the user's contract financial institution, and the account The usage amount is credited to the railway company (electric railway user fee billing system 5).
[0115]
The billing process by the electric railway user price billing system 5 will be described with reference to the flowchart shown in FIG.
[0116]
That is, data from the portable terminal M is obtained from station equipment (automatic ticket gate 3 and automatic ticket vending machine 4) for a certain period, and aggregated data is collected based on the authentication code and the device unique number (ST51).
[0117]
Next, after a certain period of time has passed, the authentication center system 1 is inquired about the authentication validity based on the authentication code and the device unique number in the aggregated data (ST52).
[0118]
Based on this inquiry, the authentication center system 1 judges the authenticity of the authentication by checking the security data in the security data area 33a based on the supplied authentication code and device specific number. For example, it is determined to be valid when a match is recorded.
[0119]
As a result, when a match is recorded in the security data area 33a, the authentication center system 1 determines that it is valid (OK), and sets the payment destination (financial data) read from the payment data area 33c based on the authentication code. (Institution name, account number) and the personal data read from the personal data area 33b are notified to the electric railway user fee billing system 5 as the decompression result (ST53).
[0120]
Further, if the matching data is not recorded in the security data area 33a, the authentication center system 1 determines that the authentication is valid (NG), and notifies the electric railway user billing system 5 of the authentication NG (ST53).
[0121]
In the case of authentication OK, the electric railway user fee billing system 5 performs normal settlement processing (ST54, 55).
[0122]
That is, the usage information (account number, usage amount) is passed to the contract financial institution of the user, and the usage amount is transferred from the account to the railway company (electric railway user fee billing system 5).
[0123]
In the case of authentication NG, the electric railway user price billing system 5 performs an abnormal settlement process (ST54, 56).
[0124]
In addition, when the processing for the station service devices (automatic ticket gate 3, automatic ticket vending machine 4) by the portable terminal M is performing a withdrawal process based on the remaining amount of the SF card set in advance, the railway user An electric railway user back-processing system is provided in place of the billing system, and it is possible to confirm whether or not a legitimate process is being performed based on the authentication code by the portable terminal M and the authentication code of the authentication center system.
[0125]
As described above, by combining an authentication center system having an authentication master and an authority to give authentication, a mobile phone equipped with Bluetooth, and a mobile terminal such as PHS,
1. A common authentication that did not exist in the station equipment system can be given to a mobile phone or PHS that can be easily used by individuals, and a personal authentication that can be commonly used by users can be assigned to each mobile terminal. Yes. (Unified personal authentication can be granted).
[0126]
2. Since there is only one authentication center in the station service system, security management is easy to perform. Each electric railway system asks the authentication center system for authentication at the start of use of the mobile terminal and at the time of billing, and the authentication center system. Can assure uniform security by determining and thawing the results for each railway system.
[0127]
3. When each user gives permission to use Bluetooth, permission to use can be made for each user.
[0128]
4). Users can easily apply for authentication from a mobile terminal, and can easily apply for the use of station service equipment. After that, the mobile terminal can handle station service equipment in a relatively hands-free manner. Is big.
[0129]
In addition, by performing initial settings on the mobile terminal, the user can use the station equipment that is permitted to be used almost hands-free regardless of whether the mobile terminal is turned on or off.
[0130]
5). The Bluetooth program can be downloaded to each mobile terminal and the Bluetooth system can be applied to automatic ticket gates and ticket vending machines.
[0131]
Also, even if there are a plurality of service providers, the management of authentication is unified.
[0132]
Applications for authentication and services can be made using a mobile phone.
[0133]
After applying for authentication, the Bluetooth function can be used by downloading the authentication code and basic software to the mobile terminal with built-in Bluetooth.
[0134]
After applying for the service, by downloading the screen software to the mobile terminal with built-in Bluetooth, it becomes possible to use the service using Bluetooth provided by each business operator.
[0135]
As described above, in the case where there are various operators in one business category called a station service system, a mobile terminal M having a telephone function and a Bluetooth function is prepared, and one authentication system 1 is provided for the above business type. An authentication code is generated by the authentication system 1 based on the device unique number from the portable terminal M, and the use of the portable terminal M in the station service system can be confirmed by the device unique number and the authentication code. Is.
[0136]
As a result, a common authentication can be given to the portable terminal M that can be easily used by an individual, and individual authentication that can be shared by a plurality of users can be given to each one of the portable terminals M. Authentication can be granted.
[0137]
In other words, even if the operators are different, the application for authentication is the same method, and once applying, it is not necessary to receive authentication again when receiving the services of a plurality of operators.
[0138]
【The invention's effect】
As described in detail above, according to the present invention, a common authentication can be provided to a portable terminal that can be easily used by an individual, and an individual that can be commonly used by a plurality of users for each one of the portable terminals. It is possible to provide an authentication system in a station service system that can give authentication and give unified personal authentication.
[0139]
In addition, after applying for authentication, the Bluetooth function can be used by downloading the authentication code and basic software to the mobile terminal with built-in Bluetooth.
[0140]
Furthermore, after applying for the service, by downloading the screen software to the mobile terminal with built-in Bluetooth, the service using Bluetooth provided by each business operator can be used.
[Brief description of the drawings]
FIG. 1 is a diagram showing a schematic configuration of an authentication system using a portable terminal incorporating a wireless standard Bluetooth for explaining an embodiment of the present invention.
FIG. 2 is a diagram schematically showing an external configuration of a mobile terminal.
FIG. 3 is a block diagram showing a schematic configuration of a mobile terminal.
FIG. 4 is a diagram showing an example of recording security data in a mobile terminal.
FIG. 5 is a diagram showing a recording example of service data in a mobile terminal.
FIG. 6 is a block diagram showing a schematic configuration of an authentication center system.
FIG. 7 is a block diagram showing a schematic configuration of an electric railway user online sales system.
FIG. 8 is a diagram showing a recording example of security data in the authentication center system.
FIG. 9 is a diagram showing a recording example of personal data in the authentication center system.
FIG. 10 is a view showing a recording example of settlement data in the authentication center system.
FIG. 11 is a diagram showing a recording example of service data in an electric railway user online sales system.
FIG. 12 is a block diagram showing a schematic configuration of a control system of the automatic ticket gate.
FIG. 13 is a block diagram showing a schematic configuration of a control system of the automatic ticket vending machine.
FIG. 14 is a flowchart for explaining authentication processing;
FIG. 15 is a flowchart for explaining use application processing for each electric railway user;
FIG. 16 is a flowchart for explaining service menu selection processing;
FIG. 17 is a diagram showing a display example of a service menu selection screen.
FIG. 18 is a diagram showing a display example of an SF card release screen.
FIG. 19 is a diagram showing a display example of an SF card release screen.
FIG. 20 is a view showing a display example of a settlement method selection screen.
FIG. 21 is a view showing a display example of a password input screen.
FIG. 22 is a diagram showing a display example of a usage confirmation screen.
FIG. 23 is a flowchart for explaining processing when the SF function is used in the automatic ticket gate.
FIG. 24 is a flowchart for explaining processing when the SF function is used in the automatic ticket vending machine.
FIG. 25 is a flowchart for explaining price request processing in the price request system;
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 ... Authentication center system M ... Mobile terminal 2 ... Electric railway user online sales system 3 ... Automatic ticket gate 4 ... Automatic ticket vending machine 5 ... Electric railway user price billing system

Claims (6)

A mobile terminal having a short-range wireless communication function and a mobile phone function, in which an ID number is stored in advance,
Station service terminals for different operators that perform station service processing by the mobile terminal by short-range wireless communication with this mobile terminal,
An authentication processing system that is connected by a mobile phone function to the mobile terminal and assigns an authentication number to the mobile terminal;
Provided for each different operator of the same business type, connected to each of the mobile terminal and the authentication processing system by a mobile phone function, and inquires the authentication processing system for an application for permission for use from the mobile terminal When the authorization is obtained in response to this inquiry, the use permission of the station service equipment and the screen display program different for each business operator are transmitted to the mobile terminal. An authorization system;
In the station authentication system consisting of
A first transmitting means for transmitting an ID number from the portable terminal to the authentication processing system when applying for authentication;
Generating means for generating an authentication number by the authentication processing system for the ID number from the portable terminal transmitted by the first transmitting means;
Storage means for storing the authentication number generated by the generating means in correspondence with the ID number of the portable terminal by the authentication processing system;
A second transmitting means for transmitting the authentication number generated by the generating means to the portable terminal by the authentication processing system;
Third transmission for transmitting the authentication number transmitted by the second transmission means, the ID number of the portable terminal, and the application for use permission of the station service device from the portable terminal to one of the use permission systems. Means,
A fourth transmission means for transmitting the ID number and the authentication number from the portable terminal to the authentication processing system from the use permission system when applying for the use permission of the station service device;
The authentication processing system matches the authentication number corresponding to the ID number transmitted by the fourth transmission means with the authentication number stored in the storage means corresponding to the ID number of the portable terminal in the authentication processing system. Judgment means for judging whether or not to permit the use of the station service equipment, depending on whether or not
A fifth transmission means for transmitting permission for use of the station service equipment from the authentication processing system to the use permission system when the permission of use of the station service equipment is determined by the determination means;
When the permission for use of the station service device is transmitted by the fifth transmission means, the use permission system uses a screen display program that is different from the permission for use of the station service device to the mobile terminal for each business operator. A sixth transmission means for transmitting;
Based on the use permission transmitted by the fifth transmission means and the screen display program that is different for each business operator, the mobile terminal is operated by the short-range wireless communication function, so that the corresponding business operator's station service Execution means for executing station service processing with the terminal;
An authentication system for a station service system characterized by comprising: A mobile terminal having a short-range wireless communication function and a mobile phone function, in which an ID number is stored in advance,
Station service terminals for different operators that perform station service processing by the mobile terminal by short-range wireless communication with this mobile terminal,
An authentication processing system that is connected by a mobile phone function to the mobile terminal, assigns an authentication number to the mobile terminal, and stores a basic program of a short-range wireless communication function;
Provided for each different operator of the same business type, connected to each of the mobile terminal and the authentication processing system by a mobile phone function, and inquires the authentication processing system for an application for permission for use from the mobile terminal When the authorization is obtained in response to this inquiry, the use permission of the station service equipment and the screen display program different for each business operator are transmitted to the mobile terminal. An authorization system;
In the station authentication system consisting of
A first transmitting means for transmitting an ID number from the portable terminal to the authentication processing system when applying for authentication;
Generating means for generating an authentication number by the authentication processing system for the ID number from the portable terminal transmitted by the first transmitting means;
Storage means for storing the authentication number generated by the generating means in correspondence with the ID number of the portable terminal by the authentication processing system;
A second transmitting means for transmitting the authentication number generated by the generating means and the basic program of the short-range wireless communication function to the portable terminal by the authentication processing system;
Third transmission for transmitting the authentication number transmitted by the second transmission means, the ID number of the portable terminal, and the application for use permission of the station service device from the portable terminal to one of the use permission systems. Means,
A fourth transmission means for transmitting the ID number and the authentication number from the portable terminal to the authentication processing system from the use permission system when applying for the use permission of the station service device;
The authentication processing system matches the authentication number corresponding to the ID number transmitted by the fourth transmission means with the authentication number stored in the storage means corresponding to the ID number of the portable terminal in the authentication processing system. Judgment means for judging whether or not to permit the use of the station service equipment, depending on whether or not
A fifth transmission unit configured to transmit permission for use of the station service device from the authentication processing system to the use permission system when the authentication processing system determines permission of use of the station service device by the determination unit; ,
When the permission for use of the station service device is transmitted by the fifth transmission means, the use permission system uses a screen display program that is different from the permission for use of the station service device to the mobile terminal for each business operator. A sixth transmission means for transmitting;
Based on the permission for use transmitted by the sixth transmission means, the basic program for the short-range wireless communication function transmitted by the second transmission means, and the screen display program that is different for each operator, the portable terminal By means of the short-range wireless communication function, execution means for executing station service processing with the station service terminal of the corresponding operator,
An authentication system for a station service system characterized by comprising: A mobile terminal having a short-range wireless communication function and a mobile phone function, in which an ID number is stored in advance,
Station service terminals for different operators that perform station service processing by the mobile terminal by short-range wireless communication with this mobile terminal,
An authentication processing system that is connected by a mobile phone function to the mobile terminal, assigns an authentication number to the mobile terminal, and stores a basic program of a short-range wireless communication function;
Provided for each different operator of the same business type, connected to each of the mobile terminal and the authentication processing system by a mobile phone function, and inquires the authentication processing system for an application for permission for use from the mobile terminal When the authorization is obtained in response to this inquiry, the use permission of the station service equipment and the screen display program different for each business operator are transmitted to the mobile terminal. An authorization system;
In the station authentication system consisting of
A first transmitting means for transmitting an ID number and settlement information from the portable terminal to the authentication processing system when applying for authentication;
Generating means for generating an authentication number by the authentication processing system for the ID number from the portable terminal transmitted by the first transmitting means;
Storage means for storing the authentication number generated by the generating means in correspondence with the ID number of the portable terminal and payment information by the authentication processing system;
A second transmitting means for transmitting the authentication number generated by the generating means and the basic program of the short-range wireless communication function to the portable terminal by the authentication processing system;
Third transmission for transmitting the authentication number transmitted by the second transmission means, the ID number of the portable terminal, and the application for use permission of the station service device from the portable terminal to one of the use permission systems. Means,
A fourth transmission means for transmitting the ID number and the authentication number from the portable terminal to the authentication processing system from the use permission system when applying for the use permission of the station service device;
The authentication processing system matches the authentication number corresponding to the ID number transmitted by the fourth transmission means with the authentication number stored in the storage means corresponding to the ID number of the portable terminal in the authentication processing system. Judgment means for judging whether or not to permit the use of the station service equipment, depending on whether or not
A fifth transmission unit configured to transmit permission for use of the station service device from the authentication processing system to the use permission system when the authentication processing system determines permission of use of the station service device by the determination unit; ,
When the permission for use of the station service device is transmitted by the fifth transmission means, the use permission system uses a screen display program that is different from the permission for use of the station service device to the mobile terminal for each business operator. A sixth transmission means for transmitting;
A collection means for collecting a fee associated with permission to use the station service equipment based on the settlement information stored in the storage means of the authentication processing system corresponding to the ID number of the mobile terminal;
Based on the permission for use transmitted by the sixth transmission means, the basic program for the short-range wireless communication function transmitted by the second transmission means, and the screen display program that is different for each operator, the portable terminal By means of the short-range wireless communication function, execution means for executing station service processing with the station service terminal of the corresponding operator,
An authentication system for a station service system characterized by comprising: A mobile terminal having a short-range wireless communication function and a mobile phone function, in which an ID number is stored in advance,
Station service terminals for different operators that perform station service processing by the mobile terminal by short-range wireless communication with this mobile terminal,
An authentication processing system that is connected by a mobile phone function to the mobile terminal and assigns an authentication number to the mobile terminal;
Provided for each different operator of the same business type, connected to each of the mobile terminal and the authentication processing system by a mobile phone function, and inquires the authentication processing system for an application for permission for use from the mobile terminal When the authorization is obtained in response to this inquiry, the use permission of the station service equipment and the screen display program different for each business operator are transmitted to the mobile terminal. An authorization system;
In the station authentication system consisting of
The mobile device
A first transmission means for transmitting the ID number to the authentication processing system when applying for authentication;
A second that transmits the authentication number obtained from the authentication processing system in response to the transmission of the first transmission means, the ID number, and the application for permission to use the station service equipment to one of the use permission systems; Means for sending
Based on the use permission of the station service equipment obtained from the use permission system in response to the transmission of the second transmission means and the screen display program different for each business operator, the portable terminal performs near field communication. It consists of an execution means that performs station service processing with the station service terminal of the corresponding operator by operating by function,
The authentication processing system is
Generating means for generating an authentication number for the ID number transmitted from the portable terminal;
Storage means for storing the authentication number generated by the generating means corresponding to the ID number of the portable terminal;
Third transmitting means for transmitting the authentication number generated by the generating means to the portable terminal;
Depending on whether or not the authentication number for the ID number transmitted by the third transmission means matches the authentication number stored in the authentication processing system in correspondence with the ID number of the portable terminal, the use permission system Whether or not to permit the use of the station equipment depending on whether or not the authentication number corresponding to the ID number supplied from the ID number and the authentication number stored in the storage means corresponding to the ID number match A judging means for judging
When the permission of use of the station service device is determined by the determination unit, the transmission unit includes a fourth transmission unit that transmits permission of use of the station service device to the use permission system.
The above permission system is
A fifth transmission means for transmitting an ID number and an authentication number from the portable terminal to the authentication processing system when applying for permission to use the station service device;
When permission for use of the station service device is transmitted from the authentication processing system obtained in response to the transmission of the fifth transmission means, permission for use of the station service device and the operator are transmitted to the portable terminal. An authentication system in a station service system, comprising: sixth transmission means for transmitting a different screen display program for each. A mobile terminal having a short-range wireless communication function and a mobile phone function, in which an ID number is stored in advance,
Station service terminals for different operators that perform station service processing by the mobile terminal by short-range wireless communication with this mobile terminal,
An authentication processing system that is connected by a mobile phone function to the mobile terminal, assigns an authentication number to the mobile terminal, and stores a basic program of a short-range wireless communication function;
Provided for each different operator of the same business type, connected to each of the mobile terminal and the authentication processing system by a mobile phone function, and inquires the authentication processing system for an application for permission for use from the mobile terminal When the authorization is obtained in response to this inquiry, the use permission of the station service equipment and the screen display program different for each business operator are transmitted to the mobile terminal. An authorization system;
In the station authentication system consisting of
The mobile device
A first transmission means for transmitting the ID number to the authentication processing system when applying for authentication;
A second that transmits the authentication number obtained from the authentication processing system in response to the transmission of the first transmission means, the ID number, and the application for permission to use the station service equipment to one of the use permission systems; Means for sending
The use permission of the station service device obtained from the use permission system in response to the transmission of the second transmission means, the basic program of the short-range wireless communication function from the authentication processing system, and a screen that is different for each operator Based on the display program, the mobile terminal is operated by the short-range wireless communication function, and comprises execution means for executing station service processing with the station service terminal of the corresponding operator,
The authentication processing system is
Generating means for generating an authentication number for the ID number transmitted from the portable terminal;
Storage means for storing the authentication number generated by the generating means corresponding to the ID number of the portable terminal;
Third transmitting means for transmitting the authentication number generated by the generating means to the portable terminal;
Depending on whether or not the authentication number for the ID number transmitted by the third transmission means matches the authentication number stored in the authentication processing system in correspondence with the ID number of the portable terminal, the use permission system Whether or not to permit the use of the station equipment depending on whether or not the authentication number corresponding to the ID number supplied from the ID number and the authentication number stored in the storage means corresponding to the ID number match A judging means for judging
When the permission of use of the station service device is determined by the determination unit, the transmission unit includes a fourth transmission unit that transmits permission of use of the station service device to the use permission system.
The above permission system is
A fifth transmission means for transmitting an ID number and an authentication number from the portable terminal to the authentication processing system when applying for permission to use the station service device;
When permission for use of the station service device is transmitted from the authentication processing system obtained in response to the transmission of the fifth transmission means, permission for use of the station service device and the operator are transmitted to the portable terminal. An authentication system in a station service system, comprising: sixth transmission means for transmitting a different screen display program for each. A mobile terminal having a short-range wireless communication function and a mobile phone function, in which an ID number is stored in advance,
Station service terminals for different operators that perform station service processing by the mobile terminal by short-range wireless communication with this mobile terminal,
An authentication processing system that is connected by a mobile phone function to the mobile terminal, assigns an authentication number to the mobile terminal, and stores a basic program of a short-range wireless communication function;
Provided for each different operator of the same business type, connected to each of the mobile terminal and the authentication processing system by a mobile phone function, and inquires the authentication processing system for an application for permission for use from the mobile terminal When the authorization is obtained in response to this inquiry, the use permission of the station service equipment and the screen display program different for each business operator are transmitted to the mobile terminal. An authorization system;
In the station authentication system consisting of
The mobile device
A first transmission means for transmitting the ID number and the payment information to the authentication processing system when applying for authentication;
A second that transmits the authentication number obtained from the authentication processing system in response to the transmission of the first transmission means, the ID number, and the application for permission to use the station service equipment to one of the use permission systems; Means for sending
The use permission of the station service device obtained from the use permission system in response to the transmission of the second transmission means, the basic program of the short-range wireless communication function from the authentication processing system, and a screen that is different for each operator Based on the display program, the mobile terminal is operated by the short-range wireless communication function, and comprises execution means for executing station service processing with the station service terminal of the corresponding operator,
The authentication processing system is
Generating means for generating an authentication number for the ID number transmitted from the portable terminal;
Storage means for storing the authentication number generated by the generating means corresponding to the ID number of the portable terminal and the payment information;
Third transmitting means for transmitting the authentication number generated by the generating means to the portable terminal;
Depending on whether or not the authentication number for the ID number transmitted by the third transmission means matches the authentication number stored in the authentication processing system in correspondence with the ID number of the portable terminal, the use permission system Whether or not to permit the use of the station equipment depending on whether or not the authentication number corresponding to the ID number supplied from the ID number and the authentication number stored in the storage means corresponding to the ID number match A judging means for judging
When the permission of use of the station service device is determined by the determination unit, the transmission unit includes a fourth transmission unit that transmits permission of use of the station service device to the use permission system.
The above permission system is
A fifth transmission means for transmitting an ID number and an authentication number from the portable terminal to the authentication processing system when applying for permission to use the station service device;
When permission for use of the station service device is transmitted from the authentication processing system obtained in response to the transmission of the fifth transmission means, permission for use of the station service device and the operator are transmitted to the portable terminal. Sixth transmission means for transmitting a different screen display program for each;
A collection means for collecting a fee associated with permission to use the station service equipment based on the settlement information stored in the storage means of the authentication processing system corresponding to the ID number of the mobile terminal;
An authentication system in a station service system characterized by this.

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