JP2000020767A - Fare settlement system utilizing portable telephone - Google Patents

Abstract

PROBLEM TO BE SOLVED: To simply pay a fare in a non-contact method. SOLUTION: The fare settlement system is constituted by a portable telephone terminal 1 provided with a portable telephone part 1a connected to a public line and capable of executing radio communication, a radio communication part 1b, a storage part 1c for storing a received station identification(ID) number, a memory part 1d for storing its own terminal ID number and a settlement method, and a control part 1e for controlling respective parts, an entrance machine 2 provided with a radio communication part 2a, a storage part 2b for storing the station ID number, a door part 2g to be opened/closed, and a control part 2c for controlling respective parts, an exit machine 3 provided with a radio communication part 3a, an ID number detection part 3b for detecting the received station ID number and the terminal ID number, an operation part 3c for calculating fare data, a station data base 3d for storing plural station ID numbers, the fares of respective station sections, distance fare data, etc., a control part 3e for controlling respective parts, and a settlement device 4 having a telephone part 4a connected to the public line and executing communication, a settlement processing part 4b for executing required settlement processing, a storage part 4d for storing data, and a control part 4c for controlling respective parts.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a contactless railway fare settlement system using a portable telephone terminal.

[0002]

2. Description of the Related Art Conventionally, in a railway fare settlement system, for example, a storage medium such as a magnetic ticket, a commuter pass or a prepaid card purchased in advance by a user is processed by a storage medium such as an automatic ticket gate or a checkout machine. By inserting the data into the device and reading the data, a calculation process is performed based on the data stored in the storage medium, such as the date, the boarding section, the adult or the child, and the fare collection process is performed. By the way, if the entrance and exit of the user is not permitted due to the outside of the boarding section, outside the validity period, lack of balance, etc., for example, the door provided in the automatic ticket gate will be closed and entry or entry will not be possible Is displayed, and the passage of the user is prevented by guiding the user with a chime or voice.

In the conventional railway fare settlement system described above,
An example of a procedure for entering the station is to purchase a ticket at a ticket vending machine, insert the ticket into an automatic ticket gate, enter the ticket gate, and enter the ticket into the automatic ticket gate, and pass the ticket. Therefore, it takes time and effort to purchase a ticket, insert the ticket into an automatic ticket gate, and take out a carried ticket, and the use of a railway fare settlement system using a ticket is cumbersome. Also,
Conventional tickets are disposable and waste resources such as paper. Similarly, the handling of a commuter pass or a prepaid card is troublesome, as it takes time to insert the commuter pass or the prepaid card into an automatic ticket gate and to take out a carried commuter pass or prepaid card.

[0004] In the conventional railway fare settlement system,
If you participate in a shortage of fares, you can enter by entering the issued fare ticket into the automatic ticket gate, adjusting the shortage with a fare adjustment processor that is installed separately from the automatic ticket gate. . As described above, it takes time and effort to settle the fare, and there is a troublesome use problem.

[0005]

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and provides a non-contact type mobile phone fare settlement system in which payment is easily performed by batch automatic processing including settlement processing. The purpose is to do.

[0006]

In order to achieve the above object, a portable telephone unit for performing wireless communication via a base station connected to a public line, a wireless communication unit, and a storage unit for storing a received station identification number. A mobile phone terminal including a memory unit for storing its own terminal identification number and a settlement method, and a control unit for controlling each unit; and a wireless communication unit installed at a ticket gate of a station and communicating with the mobile phone terminal. An entrance unit including a storage unit for storing the station identification number, and a control unit for controlling each unit; a wireless communication unit installed at a ticket gate exit of the station to communicate with the mobile phone terminal; An identification number detection unit that detects an identification number, a calculation unit that calculates fare data, a station database that stores a plurality of station identification numbers and fares for each station section, and a station identification number that has entered (ridden). Storage unit to control and control each unit An exit unit having a control unit, a telephone unit connected to a public line for communication, a payment processing unit for performing required payment processing based on received data, a storage unit for storing data, and each unit. The mobile phone terminal receives and stores the station identification number to enter (gets on) from the entrance machine via the wireless communication unit, and stores the ticket at the exit (get off) station. At the exit, this station identification number is transmitted to the exit machine via the wireless communication unit, and the fare is calculated based on the station identification number at which the exit machine entered (get on) and the station identification number at which it exits (gets off), and sends it. The mobile phone terminal receives the adjusted fare, and transmits this fare, its own identification number, and the payment method to the payment device via the mobile phone unit,
The payment device is configured to perform a fare payment process according to the transmitted data.

Further, the portable telephone terminal is configured to request transmission of a station identification number to an entrance machine via a wireless communication unit.

[0008] Further, the transmission request of the station identification number by the portable telephone terminal is configured to be when a predetermined modulated signal of a predetermined carrier wave transmitted by the entrance machine is received.

[0009] Further, the portable telephone terminal transmits an identification number of a station that has entered (gets on) when receiving a predetermined modulation signal of a predetermined carrier wave transmitted from an exit unit via a radio communication unit. Configured.

[0010] Further, the portable telephone terminal is configured to make a telephone call by automatically dialing the settlement apparatus when the fare is received from the exit machine.

[0011] Further, the entrance unit is provided with a door portion which opens and closes to regulate entrance, and a human sensing device. When a person is detected and a transmission request of a station identification number is requested, the entrance unit is connected to the entrance unit. The door that restricts entry was opened.

Further, the human sensing device is constituted by a pyrothermal infrared sensor.

Further, a telephone unit is provided at the exit unit, and the terminal identification number received from the portable telephone terminal, the settlement method, and the entrance (
The fare calculated based on the identification number of the station that has boarded) and the identification number of the station that has entered (disembarked) is transmitted to the settlement apparatus via the telephone unit.

Further, a comparison unit is provided in the settlement apparatus, and the terminal identification number, the station identification number of the entry (get on), and the station identification number of the exit (get off) are stored as a set of data, and Compares the fare, terminal identification number and settlement method transmitted by, the fare and terminal identification number transmitted by the exit machine with the station identification number entered (gets on) and the station identification number entered (gets off). A telephone unit is provided at the exit machine configured to perform the payment processing, and the terminal identification number and the payment method received from the mobile phone terminal, and entry (ride)
The fare calculated based on the station identification number and the station identification number at which the vehicle has entered (disembarked) is transmitted to the settlement apparatus via the telephone unit.

[0015] Further, a portable telephone unit for performing wireless communication via a base station connected to a public line, a wireless communication unit, a storage unit for storing the received station identification number, and a terminal identification number for itself and a settlement method are stored. A mobile phone terminal having a memory unit to be operated, an input unit for inputting an instruction command, a display unit, and a control unit for controlling each unit, and a display installed at a station to display an entry (get off / destination) station or the like Unit, an instruction input unit that inputs an instruction command by moving a cursor, a wireless communication unit that communicates with the mobile phone terminal, a station database unit that stores a plurality of station identification numbers and fares for each station section, A fare calculator provided with a control unit for controlling the unit, a wireless communication unit installed at the ticket gate of the station and communicating with the mobile phone terminal, a storage unit for storing the station identification number, and control for controlling each unit. Entrance machine with department and ticket gate of station A telephone unit that is installed in the mouth and communicates by connecting to a public line, a wireless communication unit that communicates with the mobile phone terminal, an identification number detection unit that detects the received station identification number and terminal identification number, and fare data Calculation unit, a station database unit that stores a plurality of station identification numbers and fares for each station section, a door drive unit that opens and closes doors,
A storage unit for storing the station identification number and the settlement possibility determination, the exit unit equipped with a control unit for controlling each unit, a telephone unit connected to a public line for communication, and a required unit based on the received data. A payment processing unit that performs a payment process, a storage unit that stores data, a determination unit that determines whether payment is possible, and a control unit that controls each unit. When the user instructs and selects the entry (disembarkation / destination) station name displayed on the display unit from the instruction input unit, the fare is calculated and displayed by referring to the station database, and calculated from the wireless communication unit. The received fare is transmitted to the mobile phone terminal, and the mobile phone terminal receives and stores the entry (riding) station identification number transmitted by the entrance machine via the wireless communication unit, and stores the calculated fare and its own terminal identification number. Carry number and payment method The payment device is transmitted via the telephone unit to the payment device, and the payment device determines whether or not payment is possible based on the transmitted data and transmits the result to the exit machine. When the identification number is received, the door is closed to prevent participation.

Further, the mobile phone terminal is configured to display the name of the participating (disembarking) station (destination station) received from the fare calculator via the wireless communication unit and the fare.

Further, the portable telephone terminal is configured to receive and display the determination whether or not settlement is possible from the settlement device via the portable telephone unit.

Further, the portable telephone section of the portable telephone terminal is
It was configured to have a redial function.

Further, the portable telephone terminal is provided with an encrypting section so as to encrypt data to be transmitted.

Further, the determination unit of the payment apparatus is configured to determine whether payment is possible by inquiring of an external payment institution for credit based on data received from the mobile phone terminal.

The payment processing unit of the payment apparatus is configured to automatically notify a bank and a credit card company of a personal identification number, an amount, an account number, and a terminal identification number, receive authentication, and perform payment processing. did.

[0022]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS With the above configuration, a fare settlement system using a mobile phone according to the present invention will be described in detail with reference to the drawings. FIG. 1 is a main system block diagram showing one embodiment of a fare settlement system using a mobile phone according to the present invention. Reference numeral 1 denotes a mobile phone terminal, which is a mobile phone unit 1a that performs wireless communication via a base station connected to a public line, a wireless communication unit 1b, and a storage unit 1c that stores a received station identification number.
And a memory unit for storing its own terminal identification number and payment method
1d and a control unit 1e for controlling each unit. Reference numeral 2 denotes an entrance machine, which is installed at a ticket gate of a station and communicates with the mobile phone terminal 1; a radio communication unit 2a; a storage unit 2b that stores the station identification number; and a door that opens and closes to regulate entrance. Part 2g
And a control unit 2c for controlling each unit. Reference numeral 3 denotes an exit machine, which is installed at the ticket gate exit of the station and communicates with the mobile phone terminal 1; a wireless communication unit 3a; an identification number detection unit 3b that detects the received station identification number and terminal identification number; An operation unit 3c that performs a calculation of the above, a station database 3d that stores a plurality of station identification numbers, fares and distance fares data for each station section, and a storage unit 3g that stores the station identification numbers that have entered (ridden). A control unit 3e for controlling each unit. 4
Is a payment device, a telephone unit 4b that connects to and communicates with a public line, a payment processing unit 4a that performs required payment processing based on the received data, a storage unit 4d that stores data,
A control unit 4c for controlling each unit.

The overall operation of the fare settlement system using a mobile phone according to the present invention will be described with reference to FIGS. 1, 2 and 3.
FIG. 2 is an image diagram of a mobile phone terminal of the fare settlement system using a mobile phone according to the present invention. FIG. 3 is a conceptual diagram of an operation in which a mobile phone terminal of the fare settlement system using a mobile phone according to the present invention transmits and receives signals. FIG. 3A shows a method of transmitting and receiving signals to and from an entrance machine, and FIG. (B) of FIG. When the customer approaches the entrance 2 at the station where the user enters (gets on), carrying the small mobile phone 1 (FIG. 2), the wireless communication section 1b of the mobile phone 1 is replaced by the wireless communication section of the entrance 2 The mobile phone terminal 1 detects a pattern waveform obtained by modulating a carrier wave transmitted by 2a with a predetermined modulation signal, requests transmission of a station identification number, and transmits the station identification number to enter (get on) the wireless communication unit 1b. Received from the entrance machine 2 via
The received station identification number is stored in the storage unit 1c.

The user, for example, gets on a train and exits (gets off).
As described with reference to FIG. 3, the wireless communication unit 1b of the mobile phone terminal 1 causes the wireless communication unit 3a of the exit device 3 to approach
Detects a pattern waveform obtained by modulating a carrier wave transmitted by a predetermined modulation signal, and stores a station identification number and a terminal identification number of a station that has entered (ridden) stored in the storage unit 1c in a wireless communication unit.
It transmits to the exit machine 3 via 1b.

In the exit unit 3, the identification number detector 3b detects the station identification number and the terminal identification number, and obtains a plurality of station identification numbers and fare data for each station section by referring to the station database 3d.
The calculation unit 3c calculates the fare by appropriately calculating the data and calculates the fare. Subsequently, the exit unit 3 sends the adjusted fare to the wireless communication unit 3a.
The mobile phone terminal 1 receives the fare via the wireless communication unit 1b, and stores its own terminal identification number and payment method stored in the memory unit 1d and the fare from the mobile phone unit 1a. Specifically, a telephone is automatically dialed and transmitted to the telephone unit 4a of the settlement apparatus 4 of the telephone number registered in advance via a public line.

The settlement apparatus 4 stores the terminal identification number, the settlement method, and the fare in the storage unit 4c, and based on the password transmitted by the settlement processing unit 4b, for example, by debiting from a bank account or the like. Performs fare settlement processing.

With reference to FIG. 3A showing a method of transmitting and receiving signals to and from the entrance device in the above configuration, an operation of transmitting and receiving signals by the portable telephone terminal will be described. The operation of requesting the transmission of the station identification number by the mobile phone terminal 1 is performed when the entrance unit 2 approaches the entrance unit 2 and the entrance unit 2 transmits from the wireless communication unit 2a, for example, modulates a carrier with a predetermined modulation signal. The transmission function of the wireless communication unit 1b starts operating only when the wireless communication unit 1b receives the generated pattern waveform or the like (a), and requests transmission of the station identification number. That is, the mobile phone 1 is a wireless communication unit.
For example, a predetermined pattern waveform or the like (b) is transmitted to the entrance device 2 via 1b to request transmission of the station identification number. When the entrance device 2 receives the station identification number transmitted from the wireless communication unit 2a, the transmission function of the wireless communication unit 1b is power-saved to realize power saving.

Referring to FIG. 3B showing a method of transmitting and receiving signals to and from the exit machine, a method of transmitting and receiving signals to and from the exit machine will be described. When the mobile phone terminal 1 is in a state of approaching the exit unit 3, a predetermined modulation signal (C) of a predetermined carrier transmitted by the exit unit 3 via the wireless communication unit 1b, for example,
A pattern waveform or the like (C) obtained by modulating a carrier with a predetermined modulation signal can be received. The transmission function starts operating only when a predetermined pattern waveform or the like (C) is received, and operates to transmit the station identification number (D) that has entered (ridden). Therefore, low power consumption is realized by being normally in a standby state.

Further, referring to FIG. 1, when the mobile phone terminal 1 receives a fare from the exit machine 3, the mobile phone terminal 1 automatically dials the payment device 4 of the telephone number registered in advance, We are trying to make it autonomous.

Further, with reference to FIG.
For example, a sensor unit 2d (human sensing device) is provided on a passageway of a person, and when a person is detected and a transmission request of a station identification number is requested, a door provided at the entrance machine to restrict entry. Department
The structure was designed to open 2g, increasing reliability against malfunctions. Specifically, the sensor unit 2d (human sensing device)
For example, it can be realized by a pyroelectric infrared sensor, a pressure sensor installed on a mat or the like which a customer steps on, and the like.

Referring to FIG. 1, the exit unit 3 is provided with a telephone unit 3f. The terminal identification number and the settlement method received from the portable telephone terminal 1, the station identification number of the entry (get on) and the exit (get off) are set. ) And the fare calculated based on the station identification number
The information is stored in the storage unit 3g and transmitted to the settlement apparatus 4 via the telephone unit 3f. In the settlement apparatus 4, the terminal identification number, the station identification number that has entered (get on), and the entry (get off)
The stored station identification number is stored as a set of data.

Further, the settlement unit 4 is provided with a comparison unit 4f, and the fare, terminal identification number and settlement method transmitted by the mobile phone terminal 1, the fare and terminal identification number transmitted by the exit unit 3 enter (get on). If the station identification number and the station identification number that has entered (disembarked) are stored in the storage unit 4d, the corresponding data are compared, and if all of them match, the settlement processing is performed to further enhance the reliability. be able to.

FIG. 5 is a main system block diagram showing another embodiment of the fare settlement system using a portable telephone according to the present invention. The same parts as those of the fare settlement system using a mobile phone shown in FIG. 1 are denoted by the same reference numerals, and the description of the overlapping parts will be omitted. The mobile phone terminal 1 has an input unit for inputting an instruction command.
1g, a display unit 1f, and an encryption unit 1h for encrypting data to be transmitted are newly installed. Reference numeral 5 denotes a fare calculator installed in a station yard or the like, a display unit 5a for displaying a participating (getting off / destination) station, an instruction input unit 5b for moving a cursor and inputting an instruction command, A wireless communication unit 5c for communicating with the mobile phone terminal 1, a station database unit 5d for storing a plurality of station identification numbers and fares for each station section, and a control unit for controlling each unit
5e. Exit machine 3 installed at the ticket gate exit of the station has a door for regulating passage and a door drive unit that opens and closes the door
Equipped with 3h. The settlement device 4 includes a determination unit 4e that determines whether settlement is possible.

The overall operation of another embodiment of the fare settlement system using a portable telephone according to the present invention will be described. The user operates the fare calculator 5 as follows. Display part of fare calculator 5
Enter the entry (get off / destination) station name displayed in 5a
From 5b, for example, by pointing and selecting with a cursor or the like, the fare of the section is calculated with reference to the station database 5d and displayed on the display unit 5a, and the fare calculated from the wireless communication unit 5c is displayed on the mobile phone terminal 1. Send to The mobile phone terminal 1 receives the calculated fare via the wireless communication unit 1b and stores it in the storage unit 1c.

When the user carrying the portable telephone terminal 1 approaches the entrance unit 2, the portable telephone terminal 1 receives the entry (riding) station identification number transmitted by the entrance unit 2 via the wireless communication unit 1b. While being stored in the storage unit 1c, the storage unit 1c and the memory unit
The calculated fare, own terminal identification number, and settlement method data stored in 1d are transmitted to the settlement apparatus 4 via the mobile phone unit 1a.

In the settlement apparatus 4, the judgment unit 4e judges whether settlement is possible based on the transmitted data. The settlement device 4 transmits the permission or rejection of the settlement to the exit unit 3 via the telephone unit 4b. The exit machine 3 stores the availability of this settlement in the storage unit 3g.
The exit unit 3 in the case of no settlement, when the user carrying the mobile phone terminal 1 approaches the exit unit 3, controls the door driving unit 3h when receiving the terminal identification number from the mobile phone terminal 1. It prevents the corresponding user from participating in the closed state.

The entry (get off / destination) when the mobile phone terminal 1 is received from the fare calculator 5 via the wireless communication unit 1b.
The station name and the fare may be displayed on the display unit 1f so that the user can confirm it. Further, the mobile phone terminal 1 may be configured to receive the determination whether payment is possible from the payment device 4 via the mobile phone unit 1a and display the determination result on the display unit 1f so that the customer can confirm in advance. good.

Further, the portable telephone section 1a of the portable telephone terminal 1
With a redial function, the payment device 4
You may make it possible to make a call quickly. Further, an encryption unit may be provided in the mobile phone terminal 1 so that data to be transmitted is encrypted to secure data.

The decision unit 4e of the settlement apparatus 4
Based on data received from an external clearing house, for example,
It is configured to inquire of a bank or the like about the credit of the customer or check the balance of the account to determine whether settlement is possible.

The settlement processing unit 4a of the settlement apparatus 4 is automatically notified to, for example, a bank and a credit card company of at least a password, a fare (amount), and a terminal identification number, and is authenticated. The settlement processing is performed based on. In addition, the wireless communication units provided in the mobile phone terminal 1, the entrance unit 2, the exit unit 3, and the fare calculation unit 5 may have a communication range of at most a narrow range of a radius of 1 to 2 m. System, for example, PPM (Pulse Positi
On Modulation (Pulse Position Modulation) method can be easily configured.

[0041]

As described above, the present invention provides a non-contact type fare settlement system using a portable telephone, in which a fare is easily paid by batch processing including settlement processing. With the above configuration, the conventional fare settlement system that uses tickets is designed so that customers can purchase tickets, insert them into automatic ticket gates, and pay for any shortfalls. Although it was troublesome, there is a merit that this trouble can be solved. Moreover, the conventional ticket is disposable and wastes resources such as paper, but the present invention is useful for saving resources.

Furthermore, even when a commuter pass or a prepaid card is used, it is difficult to handle the same as when using a ticket, such as inserting it into an automatic ticket gate and taking out a carried commuter pass or a prepaid card. However, the non-contact type mobile phone fare settlement system according to the present invention has an advantage that the trouble can be solved.

Further, in the conventional railway fare settlement system, when the fare is insufficient and the entry is made, the fare adjustment processing machine which is installed separately from the automatic ticket gate machine is used, and the issued ticket is issued to the automatic ticket gate machine. It is possible to enter by entering the service, and it takes time and effort to settle the fare, and there is annoying use. However, there is an advantage that this annoying can be eliminated.

[Brief description of the drawings]

FIG. 1 is a main system block diagram showing one embodiment of a fare settlement system using a mobile phone according to the present invention.

FIG. 2 is an image diagram of a mobile phone terminal of the fare settlement system using a mobile phone according to the present invention.

FIG. 3 is a conceptual diagram of an operation in which a mobile phone terminal of the fare settlement system using a mobile phone according to the present invention transmits and receives a signal, and shows a method (A) showing a method of transmitting and receiving a signal to and from an entrance machine, and FIG. FIG. 7B is a diagram illustrating a method of transmitting and receiving signals.

FIG. 4 is a main system block diagram showing another embodiment of the fare settlement system using a mobile phone according to the present invention.

[Explanation of symbols]

 1 Mobile phone terminal 2 Entrance machine 3 Exit machine 4 Payment device 5 Fare calculator 1a Mobile phone unit 1b, 2a, 3a, 5c Wireless communication unit 1c, 2b, 3g, 4d Storage unit 1d Memory unit 1e, 2c, 3e, 4c , 5e Control unit 1f, 5a Display unit 1g Input unit 1h Encryption unit 2d Sensor unit 2g Door unit 3b Identification number detection unit 3c Operation unit 3d Station database 3f, 4b Telephone unit 3h Door drive unit 4a Payment processing unit 4e Judgment unit 4f Comparison section 5b Instruction input section 5d Station database section

Claims (17)

[Claims] 1. A mobile phone unit for performing wireless communication via a base station connected to a public line, a wireless communication unit, a storage unit for storing a received station identification number, and storing its own terminal identification number and a settlement method. A mobile phone terminal provided with a memory unit for controlling each unit, a wireless communication unit installed at a ticket gate of a station and communicating with the mobile phone terminal, and a storage unit for storing the station identification number. An entrance machine having a control unit for controlling each unit; a wireless communication unit installed at a ticket gate exit of a station and communicating with the mobile phone terminal; an identification number detection unit for detecting a received station identification number; A calculation unit for calculating data, a station database for storing a plurality of station identification numbers and a fare for each station section, a storage unit for storing the station identification numbers of entrances (riding), and a control unit for controlling each unit Exit machine equipped with A telephone unit for communication connection, and a settlement processing unit which executes a predetermined settlement processing based on the received data,
The payment device includes a storage unit that stores data and a control unit that controls each unit. The mobile phone terminal receives a station identification number to enter (get on) from the entrance machine via the wireless communication unit. Memorize and participate (get off)
At the ticket gate exit of the station, the station identification number is transmitted to the exit machine via the wireless communication section, and the fare is calculated based on the station identification number at which the exit machine entered (get on) and the station number at which it left (get off). Then, the mobile phone terminal receives the adjusted fare, and transmits the fare, its own identification number, and the payment method to the payment device via the mobile phone unit, so that the payment device responds to the transmitted data. A fare settlement system using a mobile phone, characterized in that the fare settlement process is performed by using a mobile phone. 2. The fare settlement system using a mobile phone according to claim 1, wherein said mobile phone terminal is configured to request transmission of a station identification number to an entrance machine via a wireless communication unit. 3. The mobile phone according to claim 2, wherein the request for transmission of the station identification number by the mobile phone terminal is made when a predetermined modulated signal of a predetermined carrier wave transmitted by the entrance machine is received. Use fare settlement system. 4. The mobile phone terminal according to claim 1, wherein said mobile phone terminal transmits a station identification number of the entrance (get on) when receiving a predetermined modulation signal of a predetermined carrier wave transmitted by the exit unit via a wireless communication unit. 2. The fare settlement system using a mobile phone according to claim 1, wherein 5. The fare settlement system using a portable telephone according to claim 1, wherein said portable telephone terminal is configured to make a telephone call to a settlement device by automatic dialing when a fare is received from an exit machine. 6. The entrance machine is provided with a door portion that opens and closes to regulate entrance, and a human sensing device. When a person is detected and a transmission request of a station identification number is requested, the entrance machine is connected to the entrance machine. 2. The fare settlement system using a mobile phone according to claim 1, wherein the door provided is opened. 7. The fare settlement system using a mobile phone according to claim 6, wherein the human sensing device is constituted by a pyroelectric infrared sensor. 8. A telephone unit is provided at the exit unit, and the telephone number is calculated based on the terminal identification number received from the mobile telephone terminal, the settlement method, the station identification number at which the vehicle entered (get on) and the station number at which the vehicle exited (get off). 2. The fare settlement system using a mobile phone according to claim 1, wherein the fare and the fare are transmitted to the settlement apparatus via a telephone unit. 9. A settlement unit is provided in the settlement apparatus, and stores a terminal identification number, a station identification number at which the vehicle enters (gets on), and a station identification number at which the vehicle leaves (gets off) as one set of data. The fare, terminal identification number and payment method sent by the exit machine,
9. The fare settlement system using a mobile phone according to claim 8, wherein a settlement process is performed when the station identification number of the boarding (passenger) and the station identification number of the entry (getting off) are compared and coincide with each other. 10. A mobile phone unit for performing wireless communication via a base station connected to a public line, a wireless communication unit, a storage unit for storing a received station identification number, and storing its own terminal identification number and a settlement method. A mobile phone terminal having a memory unit for performing operations, an input unit for inputting an instruction command, a display unit, and a control unit for controlling each unit, and a display installed at a station and displaying a participating (disembarking / destination) station, etc. Unit, an instruction input unit that inputs an instruction command by moving a cursor, a wireless communication unit that communicates with the mobile phone terminal,
A fare calculator including a station database unit that stores a plurality of station identification numbers and fares for each station section, and a control unit that controls each unit; and a wireless station that is installed at a ticket gate of a station and communicates with the mobile phone terminal. An entrance unit including a communication unit, a storage unit for storing the station identification number, and a control unit for controlling each unit; a telephone unit installed at the ticket gate exit of the station and connected to a public line for communication; A wireless communication unit that communicates with the mobile phone terminal, an identification number detection unit that detects a received station identification number and a terminal identification number, and a calculation unit that calculates fare data;
A station database unit for storing a plurality of station identification numbers and fares for each station section, a door driving unit for opening and closing doors, a storage unit for storing the station identification numbers entered (ridden) and a determination of whether payment is possible or not, and controls the respective units. An exit unit having a control unit for performing communication, a telephone unit connected to a public line for communication, and a payment processing unit for performing required payment processing based on received data.
The payment device includes a storage unit that stores data, a determination unit that determines whether payment is possible, and a control unit that controls each unit.In the fare calculator, a customer is displayed on a display unit. Instructed (get off / destination) station name from the instruction input section and select it,
The fare calculated with reference to the station database is displayed, and the fare calculated by the wireless communication unit is transmitted to the mobile phone terminal. The mobile phone terminal transmits the entrance (ride) station identification number transmitted by the entrance machine to the wireless terminal. While receiving and storing via the communication unit,
The calculated fare, its own terminal identification number, and the settlement method are transmitted to the settlement device via the mobile phone unit, and the settlement device determines whether or not settlement is possible based on the transmitted data and transmits to the exit machine, The mobile phone fare settlement system, characterized in that if the machine does not make a payment, the door is closed to prevent participation when the terminal identification number is received from the mobile phone terminal. 11. The use of a mobile phone according to claim 10, wherein said mobile phone terminal is configured to display a name of a participating (disembarking / destination) station and a fare received from a fare calculator via a wireless communication unit. Fare settlement system. 12. The fare settlement system using a mobile phone according to claim 10, wherein the mobile phone terminal is configured to receive and display a determination whether or not payment is possible from a payment device via a mobile phone unit. 13. The fare settlement system using a portable telephone according to claim 10, wherein the portable telephone section of said portable telephone terminal is provided with a redial function. 14. An encryption unit is provided in the mobile phone terminal,
11. The system according to claim 10, wherein data to be transmitted is encrypted.
Fare settlement system using mobile phone as described. 15. The use of a mobile phone according to claim 10, wherein the determination unit of the payment device determines whether or not the payment is possible by inquiring an external payment institution for credit based on data received from the mobile phone terminal. Fare settlement system. 16. The payment processing unit of the payment device is configured to automatically notify a bank and a credit card company of at least a password, a fare (amount), and a terminal identification number, receive authentication, and perform a payment process. 11. The fare settlement system using a mobile phone according to claim 10, wherein 17. The fare settlement system using a mobile phone according to claim 10, wherein said wireless communication unit is constituted by an infrared ray system.