KR20130089892A - Billing system and control method of bike using bike terminal - Google Patents

Abstract

PURPOSE: A bicycle charging system using a bicycle terminal and a method thereof are provided to reduce the concentration of waiting people in a bicycle station and to shorten waiting time by performing all sorts of use procedure with the bicycle terminal as the center. CONSTITUTION: A bicycle station (200) comprises multiple stands (210) for the keeping of a public bicycle (100) and a kiosk device (220). A bicycle terminal (110) is installed in the public bicycle and transmits information obtained in a user card to the kiosk device and handles fee payment with the kiosk device. [Reference numerals] (111) Input unit; (112) Display unit; (113) Card recognizing/payment unit; (114) Communication unit; (115) Locking unit; (116) Control unit; (117) Storage unit; (118) Power supply unit; (220) Kiosk device; (221) Operation unit; (222) Sound output unit; (223) Control unit; (224) Communication unit; (225) Fee calculation unit; (226) Payment information storage unit; (227) Card payment device; (228) Storage unit; (400) Bicycle management server; (500) Transfer payment server

Description

Billing System and Control Method Of Bike Using Bike Terminal}

By using a user card with an electronic payment function, the bicycle terminal can easily handle all procedures including rental, return and payment, and provide a transfer service linked to public transportation.

Cycling is not only firmly established as part of leisure activities, but it is also in the spotlight as one of the eco-friendly green transportation.

As interest in environmental pollution has increased, the transfer service has been introduced as a means to reduce the use of private cars and increase the use rate of public transportation, and it is recognized as a successful public transportation incentive because the user participation is very high. .

As an effort to link the use of bicycles to public transportation, attempts have been made to carry bicycles by providing storage facilities and dedicated spaces in subways and buses, but due to the complexity and location of many people, Using public transportation is inevitably inconvenient.

As an example of the prior art to reduce the inconvenience of carrying a bicycle when riding the subway, Korean Patent Publication No. 2011-0126016 (published on Nov. 22, 2011) and invention name "bicycle", the invention "storage system for folding bicycles" Korean Patent Publication No. 2011-0126015 (published on Nov. 22, 2011), which is a transfer incentive providing system.

The prior art has been proposed for the purpose of eliminating the inconvenience caused by carrying a bicycle and paying a fee, the usefulness of the bicycle is reduced when it is not necessary to carry the bicycle. For example, you don't have to carry a public bicycle instead of your own.

As a supplementary facility, bicycle stations can be used for public bicycles in places with a high population such as public offices, terminals, schools, department stores, and subway stations. It is improving considerably.

The need for the introduction of extended transfer services including public bicycles has been increased by expanding the range of objects used in buses and subways, which can serve as a means of transportation for sharing traffic as well as activating bicycle use.

Under these circumstances, the transfer benefits of public bicycles in connection with public transportation are increasing, and the demand for activation of public bicycles and public transportation is increasing.

Korean Patent Publication No. 2011-0126016 (published Nov. 22, 2011) Korean Patent Publication No. 2011-0126015 (published Nov. 22, 2011)

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One aspect of the present invention is to reduce the waiting time at the bicycle station and improve the ease of use by paying the fee at the bicycle terminal using a user card of the electronic payment function.

Another aspect of the present invention is to simplify the device configuration and reduce the manufacturing cost of the bicycle terminal while reducing the burden of installing a security authentication module on the bicycle terminal by processing the bill payment centered on the bicycle terminal with the help of the kiosk device.

Another aspect of the present invention is to perform a transfer process for updating the transfer information when paying the fee with the user card in the bicycle terminal.

Such a bicycle charging system using a bicycle terminal according to an embodiment of the present invention, the bicycle station having a plurality of cradle and kiosk device for storing a common bicycle; And a bicycle terminal installed in the public bicycle to transmit the information obtained from the user card to the kiosk device, and to handle the payment with the help of the kiosk device.

The user card includes an integrated circuit chip for recording transfer information, balance information and a unique card number according to transfer use between a plurality of transportation means including a public bicycle, and storing encrypted transfer information and balance information.

The kiosk device includes a charge settlement unit for calculating a usage fee upon successful user authentication, and a payment information storage unit for storing user information and payment information including a usage fee and a use time according to the settlement of a fee.

If the rate settlement unit satisfies the transfer condition, the rate settles the settlement fee.

Process the member registration to receive the use of the public bicycle, store the card number and user information of the user card provided when registering the member, grasp the rental and return status of the public bicycle stored in the bicycle station database Bicycle management server to build; And a transfer payment server which collects user information and fare payment information from the kiosk device or the bicycle management server and transfers the transfer information. The kiosk device transmits a card number of a user card to the bicycle management server for user authentication. .

The bicycle terminal recognizes the user card in a non-contact manner, and includes a card recognition / payment agent for updating the balance information and transfer information of the user card with the help of the kiosk device, the card recognition / payment agent is RF module, read And a repeater, wherein the RF module periodically transmits an RF signal to read data recorded on the integrated circuit chip of the user card, and the reading unit reads the unique card number read by the RF module and encrypts the balance. Information and transfer information to the relay unit, the relay unit transmits encrypted balance information and transfer information to the kiosk device, and transmits encrypted update data received from the kiosk device to the RF module.

The kiosk device includes a card payment machine for recognizing a user card in a non-contact manner, updating the balance information and transfer information of the user card, the card payment device includes an RF module, a reader, and a security authentication module, the RF The module periodically transmits an RF signal to read the recording data of the integrated circuit chip of the user card or to update the data of the integrated circuit chip. The reading unit reads the data read through the RF module, and the security authentication module encrypts the balance. Decode the information and transfer information, and encrypt the payment information according to the payment.

Such a control method of a bicycle charging system using a bicycle terminal according to an embodiment of the present invention, the bicycle terminal installed in the common bicycle recognizes the user card; The bicycle terminal transmits the information obtained from the user card to a kiosk device; The kiosk device transmits the information obtained from the user card to the bicycle management server to request user authentication; When the user authentication is successful, by updating the balance information and transfer information recorded on the user card with the help of the kiosk device, the charge of the fee in the bicycle terminal or directly in the user card in the kiosk device payment fee .

The act of paying at the bicycle terminal may include transmitting, by the kiosk device, the encrypted transit information and balance information using a security authentication module, and encrypting the renewal payment information according to the fare payment to the bicycle terminal.

As described above, the bicycle charging system using the bicycle terminal and the control method thereof according to the present invention perform various usage procedures centering on the bicycle terminal installed in the common bicycle, thereby reducing the concentration of waiters in the bicycle station and reducing the waiting time.

In addition, the bicycle charging system and the control method using the bicycle terminal according to the present invention can provide a transfer benefit when using the transfer service to the public bicycle to facilitate the use of public transport, including public bicycles.

In addition, according to the existing technology, when a user is assigned a public bicycle from a kiosk device and the bicycle to be actually rented is bad, the bicycle station goes to the kiosk device to use the bicycle. The trouble of having to repeat the procedure may occur. According to the present invention, after checking whether the public bicycle stored in the bicycle station is damaged in advance, the user can improve the convenience of use by improving the handling procedure through the bicycle terminal. have.

1 is a conceptual diagram briefly showing the transfer use between public transport including a public bicycle applied to the present invention.
2 is a block diagram of a bicycle charging system using a bicycle terminal according to an embodiment of the present invention.
3 is a diagram illustrating a user card recognition process of the bicycle terminal according to the present invention.
Figure 4 is a block diagram of the main part for explaining the process of the billing charge for the bicycle terminal according to the present invention.
5 is a view for explaining a bicycle rental process by the main part of FIG.
FIG. 6 is a view for explaining an operation of releasing a bicycle when the rental is approved in the bicycle terminal of FIG. 4 and paying a fee at a kiosk device using a user card.
7 is a view for explaining a bicycle return process by the main part of FIG.
FIG. 8 is a view for explaining an operation of paying an additional fee in a kiosk device using a user card when the bicycle terminal of FIG. 4 is approved for return.
9 and 10 are an operation flowchart illustrating a control method of a bicycle charging system using a bicycle terminal according to the present invention, Figure 9 shows the rental and fee payment process of the public bicycle, Figure 10 shows the return and charge of the public bicycle It shows the payment process.

An embodiment of the present invention is to apply a method of processing the payment by short-range communication between the kiosk device for controlling the public bicycle stored in the bicycle station and the bicycle terminal installed in the public bicycle, which is a bicycle in the kiosk device in the conventional technology This is to solve the concentration of waiting people to handle rental and return, and the user can perform the procedure through the bicycle terminal of the corresponding public bicycle among the public bicycles distributed in the parking space of the bicycle station.

An embodiment of the present invention is to provide a transfer service between a plurality of means of transportation including a public bicycle by further expanding the transfer using the bus and the subway, the transfer between the bus and the public bicycle or between the subway and the public bicycle Transit benefits can be applied to transit or vice versa to enable the use of public transport, including buses and subways, as well as public bicycles.

An embodiment of the present invention may provide a card number of a user card of a standardized electronic payment function that can be used for buses and subways at the time of member registration, and thereafter, pay a fee with a registered user card when using a public bicycle.

Hereinafter, a bicycle charging system using a bicycle terminal according to an embodiment of the present invention will be described with reference to the accompanying drawings.

As can be seen in Figure 1, the bicycle charging system 1 according to an embodiment of the present invention is a rental procedure for renting a common bicycle 100 stored in the bicycle station 200 and return to the bicycle station 200 is It is similar to the existing technology. Here, the rental place and return place of the common bicycle 100 does not necessarily need to be limited to the same bicycle station 200, a network that a plurality of bicycle stations 200 can communicate to the bicycle management server 400 described later In this case, the rental location and the return location may be different. Since the related technology is widely known, a detailed description thereof will be omitted.

According to the present invention, when using a public bicycle 100 stored in a bicycle station 200 in a state in which a certain transfer condition (a predetermined time and a certain region) is met after using a bus or subway, the transfer fee can be paid at a discounted rate. have. In addition, when the public bicycle 100 is returned to the bicycle station 200 and the transfer conditions are satisfied, the transfer fee may be paid when the bus or subway is used. At this time, using the same user card and based on the transfer information recorded on the user card, user authentication and payment are made.

2 and 3, the bicycle station 200 is electrically connected to the plurality of cradles 210 through the plurality of cradles 210 and the electrical equipment 211 for restraining the common bicycle 100. It includes a kiosk device 220 that can control the locking and unlocking of the public bicycle (100).

The electrical installation 211 includes signal lines for power supply and data transmission and reception.

Each cradle 210 may install an RF reader that recognizes a public bicycle ID recorded in an RFID tag (not shown) installed in the public bicycle 100. The public bicycle ID recognized by the RF reader is provided to the kiosk device 220 through the electric facility 211, through which the kiosk device 220 recognizes the public bicycle 200 for each cradle.

Locking method for restraining the common bicycle 100 to the cradle 210 is largely divided into two. The lock head, which is attached to the lock line fixed to the cradle 210, may be locked in a state in which the lock head is inserted into the lock hole 119 of the common bicycle 100. Here, the lock hole 119 is shown as an example installed in the bicycle terminal 110, the installation position can be changed. The bicycle terminal 110 may include a locking unit 115 for locking the latch by entering the recess of the cradle locking head, and the locking unit 115 may operate the latch under the control of the controller 116. Here, the lock unit 115 may lock itself under the control of the control unit 116 even when using a lock head attached to a lock line installed in the common bicycle 100. For example, when using a bicycle, a pillar or a fence railing outdoors. This can be applied when using the self-locking function, which is tied to a fixed facility.

Another method is to lock the lock head attached to the lock line connected to the common bicycle 100 into the lock hole formed in the cradle 210, the locking portion installed in the cradle 210 is applied to lock the lock head by operating the latch In this case, the cradle locking unit may lock or unlock the bicycle lock head under the control of the controller 223 of the kiosk device 220.

The bicycle terminal 110 includes an input unit 111 and a display unit 112 as a user interface, and when integrating them into a touch screen, the bicycle terminal 110 may display guide information and an operation state with respect to a touch input using a hand or a stylus pen. have.

The bicycle terminal 110 is fixedly installed in the common bicycle 100, and the bicycle terminal 110 includes a communication unit 114 for short-range communication with the kiosk device 220. Here, the communication method for short-range communication may be a Bluetooth communication protocol or a Zigbee communication protocol, and in addition to short-range communication between the kiosk device 220 and the bicycle terminal 110 may transmit information for user authentication and fee processing. Various communication protocols can be applied.

The bicycle terminal 110 includes a power supply unit 118 for providing charging power to each component, and a storage unit 117 for storing information necessary for operation and a control program.

The bicycle management server 400 communicates with the kiosk device 220 provided in the plurality of bicycle stations 200 to build and update member information according to bicycle rental and return to a database.

The kiosk device 220 is equipped with a communication module for communicating with the RF reader of the cradle 210, the bicycle terminal 110 of the common bicycle 100, the bicycle management server 400, and the transfer payment server 500, respectively. The communication unit 224 is included.

Under the control of the controller 223, guide information for the user interface is provided through a touch screen provided in the operation unit 221, and if necessary, the guide voice is output through the voice output unit 222. For example, the user may select a bicycle rental, return and payment item, and in response thereto, display information on the selected item on the touch screen or voice guide to the voice output unit 222. The storage unit 228 may store information necessary for operating the bicycle station 200, such as a control program, rental of the common bicycle 210 stored in the bicycle station 200, bicycle information on a return status, and the like.

The kiosk device 220 includes a rate settlement unit 225, a payment information storage unit 226, and a card payment machine 227 for calculating a usage fee.

As can be seen in FIG. 3, encrypted balance information and transfer information are recorded in the integrated circuit chip 11 of the user card 10, and the decryption of the balance information and transfer information includes a security authentication module using a security key ( A secure application module (SAM) is required.

The kiosk device 220 may include a card payment machine 227 equipped with a security authentication module, and use the card payment device 227 to read the user card 10 in a non-contact manner to pay a fee.

Referring to FIG. 4, the card payer 227 may include an RF module 227a, a reader 227b, and a security authentication module (SAM) 227c. The RF module 227a periodically transmits a 13.56 MHz frequency to read recording data of the integrated circuit chip 11 of the user card 10 or to record data for updating the integrated circuit chip 11. The reading unit 227b reads the data read through the RF module 227a, and decrypts the balance information and transfer information encrypted by the security authentication module 227c.

When the kiosk device monopolizes all functions such as payment of fees and transfer information update processing, the waiting time may be deepened and the waiting time may be long.

The embodiment of the present invention applies a bill payment method through the bicycle terminal 110 installed in the common bicycle 100, for this purpose, the bicycle terminal 110 includes a card recognition / payment agent 113. The card recognition / payment agent 113 includes an RF module 113a, a reading unit 113b, and a relay unit 113c.

As illustrated in FIG. 3, when the user card 10 is approached to the bicycle terminal 110, the RF module 113a periodically transmits a 13.56 MHz frequency to the integrated circuit chip 11 of the user card 10. Read the data recorded in. The reading unit 113b provides the control unit 116 with a unique card number read by the RF module 113a. At this time, the reading unit 113b transfers the encrypted balance information and transfer information to the relay unit 113c, and the relay unit 113c transfers the encrypted balance information and transfer information to the kiosk device 220 through the communication unit 114. to provide. At this time, the control unit 116 transmits the unique card number, the use time, etc. to the kiosk device 220 through the communication unit 114 as information necessary for payment of the usage fee. The kiosk device 220 decodes the balance information and the transfer information using the security authentication module 227c of the card payment machine 227, sets the charges using the charge settlement unit 225, and balances according to the charge settlement result. The data for updating the information and the transfer information is encrypted. Encryption uses a security authentication module 227c. The encrypted update data is returned to the communication unit 114 of the bicycle terminal 110 through the communication unit 224. Then, the relay unit 113c of the bicycle terminal 110 records the encrypted update data transmitted through the communication unit 114 to the integrated circuit chip 11 using the RF module 113a.

The card recognition / payment agent 113 of the bicycle terminal 100 may recognize the user card in a non-contact manner and process the bill payment with the help of the kiosk device 220 in addition to the function of reading the unique card number. The bicycle terminal 110 can substitute the fee payment function without having a security authentication module (SAM), thereby reducing the manufacturing cost of the bicycle terminal 110.

Referring to Figure 5 will be described the bicycle rental and bill payment process.

In a simple operation of bringing the user card 10 closer to the bicycle terminal 110, a rental request of the shared bicycle 100 stored in the bicycle station 200 is performed.

The bicycle terminal 110 transmits the requested bicycle ID to the kiosk device 220 and the card recognition / payment agent 113 reads the card information recorded in the user card 10 to kiosk device 220. The card information to be delivered includes a unique card number, encrypted balance information and transfer information.

The kiosk device 220 provides a unique card number and a bicycle ID to the bicycle management server 400 as user authentication information, and the unique card number provided by the bicycle management server 400 matches the card information (card number) registered at the time of membership registration. Process user authentication.

If the user authentication is successful and the bicycle rental is approved, the bicycle terminal 110 with the help of the kiosk device 220 makes a payment (see A1). First, the card payment machine 227 of the kiosk device 220 decrypts the received balance information and transfer information, and the fee settlement unit 225 deducts the balance based on a predetermined usage fee corresponding to the rental request. According to the settlement result and the use time, the card payment unit 227 updates the balance information and the transfer information, encrypts the renewal payment information, and transmits the renewed payment information to the bicycle terminal 110. The renewal payment information may be transferred to the RF module 113a by the relay unit 113c and recorded in the integrated circuit chip 11 of the user card 10 to update balance information and transfer information. After the payment is made, as the locking unit 115 of the bicycle terminal 110 operates the latch, the lock head is released and the public bicycle 100 can be used in the holder 210.

The payment information obtained as a result of the kiosk device 220 paying the fee through the bicycle terminal 110 is stored in the payment information storage unit 226. After that, if there is a promised time or transmission request, the kiosk device 220 may provide the payment information to the bicycle management server 400 and the transfer payment server 500. As illustrated in FIG. 5, the payment information is gradually transferred from the kiosk device 220 to the transfer payment server 500 via the bicycle management server 400, as well as the transfer payment server 500 of the kiosk device 220. It can also be communicated directly with. The transfer payment server 500 aggregates payment information and transfers the result to the bicycle management server 400 or the kiosk device 220. The bicycle management server 400 updates the member information according to the transfer process result, wherein update of the member information is to reflect the transfer information.

As illustrated in FIG. 5, with the help of the kiosk device 220, a stable communication state may not be maintained in the process of making payment on the bicycle terminal 110, and even if the communication state is good, the user card in the bicycle terminal 110 may be used. Inadvertent handling of (10) may result in unfavorable payment. In addition, the relay unit 113c of the card recognition / payment agent 113 may malfunction so that a corresponding action may be required in response to an error situation.

If the loan approval is successful, but the payment agent is in a difficult situation, it is required to pay the fee directly from the kiosk device 220 with the user card 10. This will be described with reference to FIG. 6.

As illustrated in FIG. 6, the process of reading a card from the bicycle terminal 110 and delivering the card to the kiosk device 220 is similar to that of FIG. 5 and the payment is not smooth. The charge is handled directly at 220 (see A2). In this case, if the card number is read when the rental request is matched, the fee is charged and the payment information is stored. Since the kiosk device 220 transfers the payment information to the bicycle management server 400 and the transfer payment server 500 is the same through the step-by-step and direct delivery as shown in Figure 5, the description thereof Omit.

The return process of the common bicycle 100 to the bicycle station 200 will be described.

When renting, the fee is prepaid, but additional charges may occur because the usage time is exceeded, and the additional fee may be paid by the user card 10. FIG. 7 illustrates an example in which the bicycle terminal 110 pays an additional fee with the help of the kiosk device 220, and FIG. 8 illustrates an example in which the kiosk 220 directly pays an additional fee.

In FIG. 7, when the user card 10 approaches the bicycle terminal 110, the bicycle terminal 110 recognizes the card number and locks the bicycle to the holder 210 through the locking unit 115. Thereafter, the bicycle terminal 110 reads the card information recorded in the user card 10 along with the bicycle ID locked to the cradle 210 and transmits the card information to the kiosk device 220. The card information to be transmitted includes a unique card number, encrypted balance information and transfer information. The return information transmitted from the bicycle terminal 110 to the kiosk device 220 includes a bicycle ID, a unique card number, balance information, and transfer information.

The kiosk device 220 delivers the return information to the bicycle management server 400 and requests user authentication, and the bicycle management server 400 processes user authentication using a unique card number and a bicycle ID. If the unique card number and the bicycle ID stored at the time of rental match, the return process is approved, and the approval result is transmitted to the kiosk device 220.

Upon successful approval of return, the card payment machine 227 of the kiosk device 220 decrypts the balance information and the transfer information, calculates and subtracts the amount corresponding to the additional fee, and generates and encrypts the renewed payment information according to the calculation result. do. Then, the return approval and renewal payment information is transmitted to the bicycle terminal 110 to update the card information recorded in the user card 10 (see B1). When the card information update is completed and notified to the kiosk device 220, the payment information is stored.

Since the kiosk device 220 transfers the payment information to the bicycle management server 400 and the transfer payment server 500 is the same through the step-by-step and direct delivery as shown in Figure 5, the description thereof Omit.

As illustrated in FIG. 8, when a return command is input to the input unit 111 of the bicycle terminal 110, the bicycle terminal 110 transmits the return information including the bicycle ID and the return request to the kiosk device 220. Card reading can be omitted. The kiosk device 220 requests the return to the bicycle management server 400, and if the approval is successful, delivers it to the bicycle terminal 110, and displays the completion of the return on the display unit 112. Thereafter, an additional fee is paid directly at the kiosk device 220 using the user card 10 (see B2). At this time, if the card number is read when the rental request is matched, an additional fee is charged and the payment information is stored. Since the kiosk device 220 transfers the payment information to the bicycle management server 400 and the transfer payment server 500 is the same through the step-by-step and direct delivery as shown in Figure 5, the description thereof Omit.

9 and 10 are flowcharts illustrating a method for managing a public bicycle for a transit transfer service according to the present invention, and FIG. 9 shows a rental and fare payment process of a public bicycle, and FIG. It shows the payment process.

A user who wants to use the public bicycle 100 of the bicycle station 200 accesses the bicycle management server 400 through the Internet and performs a procedure for membership registration to pre-register member information and card information (50). The member information includes a user ID and a name, and the card information includes a unique number of the user card of the electronic payment function.

The user requests to rent the user card 10 to the bicycle terminal 110 of the public bicycle 100 stored in the bicycle station 200 (52), and the card recognition / payment agent 113 receives the card information. Read (54). The bicycle terminal 110 transmits the read card information to the kiosk device 220, and the kiosk device 220 requests user authentication to the bicycle management server 400 using the card unique number included in the card information (56). ).

The bicycle management server 400 approves the rental when the card number received the rental request matches the card number of the registered user (Yes of 58), and transmits the rental approval result to the kiosk device 220. When the rental approval is successful, the kiosk device 200 decrypts the encrypted balance information and the transfer information included in the card information received from the bicycle terminal 110 to process the payment (60). In this case, the fee payment is handled by the bicycle terminal 110 with the help of the kiosk device 220 as shown in FIG. 5 or directly processed by the user card 10 presented by the user in the kiosk device 220 as shown in FIG. 6. Can be.

The kiosk device 220 stores the payment information when the payment is completed (62), and transmits it to the bicycle management server 400 and the transfer payment server 500 (64). The payment information may be transferred to the transfer payment server 500 via the bicycle management server 400 or the kiosk device 220 may be directly transferred to the transfer payment server 500.

Referring to FIG. 10, a user who wants to use the public bicycle 100 of the bicycle station 200 accesses the bicycle management server 400 through the Internet and performs a procedure for membership registration to pre-register member information and card information. (70).

In the state where the common bicycle 100 is placed on the cradle 210, as illustrated in FIG. 7, the user card 10 is returned to the bicycle terminal 110 so as to be requested to be returned or the input unit 111 is illustrated in FIG. 8. The rental order is input to the return request (72).

The lock unit 113 of the bicycle terminal 110 locks the bicycle and transmits the return information including the bicycle ID to the kiosk device 220 (74). The kiosk device 220 transfers the return information to the bicycle management server 400 and requests a return approval, and the bicycle management server 400 approves the return if it matches the bicycle ID determined at the time of rental and sends the approval result to the kiosk device 220. To pass on.

If the return approval is successful (YES in 76), the kiosk device 220 determines whether there is an additional charge due to the use of time exceeded, and when there is an additional charge (YES in 78), the kiosk device 220 as shown in FIG. ) Decrypts the balance information and transfer information included in the card information received from the bicycle terminal 110 to process the payment through the bicycle terminal 110 or the kiosk device 220 to the user as illustrated in FIG. 8. It can be directly processed by the user card 10 presented by (80).

The kiosk device 220 stores the payment information when the payment is completed, and transmits the payment information to the bicycle management server 400 and the transfer payment server 500 (82). The payment information may be transferred to the transfer payment server 500 via the bicycle management server 400 or the kiosk device 220 may be directly transferred to the transfer payment server 500.

100: public bicycle
200: bike station
400: bicycle management server
500: transfer payment server

Claims (9)

A bicycle station having a plurality of holders and kiosk devices for storing public bicycles;
A bicycle terminal installed in the public bicycle to transmit information obtained from a user card to the kiosk device and to perform a bill payment with the help of the kiosk device;
Bicycle charging system using a bicycle terminal comprising.
The method of claim 1,
The user card includes a bicycle terminal including an integrated circuit chip for recording transfer information, balance information and a unique card number, and storing encrypted transfer information and balance information according to a transfer between a plurality of transportation means including a public bicycle. Used bicycle charging system.
The method of claim 2,
The kiosk device is a bicycle billing system using a bicycle terminal including a billing settlement unit for calculating the usage fee upon successful user authentication, and a billing information storage unit for storing user information and payment information including the usage fee and use time according to the billing settlement. .
The method of claim 3,
The charge settlement unit is a bicycle billing system using a bicycle terminal to settle the transfer discounted rate if it meets the transfer conditions.
The method of claim 3,
Process the member registration to receive the use of the public bicycle, store the card number and user information of the user card provided when registering the member, grasp the rental and return status of the public bicycle stored in the bicycle station database Bicycle management server to build;
And a transfer payment server which collects user information and fare payment information from the kiosk device or the bicycle management server and processes the transfer.
The kiosk device is a bicycle charging system using a bicycle terminal for transmitting the card number of the user card to the bicycle management server for user authentication.
The method of claim 1,
The bicycle terminal includes a card recognition / payment agent that recognizes the user card in a non-contact manner and updates the balance information and the transfer information of the user card with the help of the kiosk device.
The card recognition / payment agent includes an RF module, a reading unit, and a relay unit,
The RF module periodically transmits an RF signal to read the data recorded in the integrated circuit chip of the user card,
The reading unit reads the unique card number read by the RF module and transfers the encrypted balance information and transfer information to the relay unit,
And a relay unit for transmitting the encrypted balance information and the transfer information to the kiosk device and the encrypted update data received from the kiosk device to the RF module.
The method of claim 1,
The kiosk device includes a card payment machine that recognizes the user card in a contactless manner, and updates the balance information and transfer information of the user card,
The card payment device includes an RF module, a reader, and a security authentication module.
The RF module periodically transmits an RF signal to read recording data of the integrated circuit chip of the user card or update data of the integrated circuit chip.
The reading unit reads the data read through the RF module,
The security authentication module is a bicycle charging system using a bicycle terminal for decrypting the encrypted balance information and transfer information, and encrypting the payment information according to the payment.
Recognizing a user card in the bicycle terminal installed in the public bicycle;
The bicycle terminal transmits the information obtained from the user card to a kiosk device;
The kiosk device transmits the information obtained from the user card to the bicycle management server to request user authentication;
When the user authentication is successful, by updating the balance information and transfer information recorded on the user card with the help of the kiosk device, including billing charges at the bicycle terminal or paying the charges directly from the kiosk device to the user card; Method for controlling bicycle charging system using bicycle terminal.
9. The method of claim 8,
Acting for payment on the bicycle terminal,
And controlling the kiosk device to decrypt encrypted transfer information and balance information using a security authentication module, encrypting renewal payment information according to a fare payment, and transmitting the encrypted payment information to the bicycle terminal.

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