KR100859172B1 - Unmmaned rfid bicycle rental system using mobile phone authentication and method thereof - Google Patents

Abstract

An unmanned RFID bicycle rental system using mobile phone authentication and a method thereof are provided to authenticate a user by using a mobile phone without a previous registration process, thereby enabling all mobile phone user to rent a bicycle from the unmanned RFID bicycle rental system. An unmanned RFID(Radio Frequency Identification) bicycle rental system(1) using mobile phone authentication includes at least one bicycle rental device(100), a VAN company server(200), and a mobile communication company server(300). At least one bicycle rental device is connected to plural bicycle rental supports(110a~110n) and receives and transmits the mobile phone number and social security number of a user for bicycle rental. The VAN company server compares the received mobile phone number and the social security number with a prestored DB to perform user authentication and generate an authentication number. The mobile communication company server receives the mobile phone number and the authentication number from the VAN company server and transmits the authentication number to a mobile phone(400). The bicycle rental system receives the authentication number from the VAN company server, and authenticates the rental of a bicycle when the authentication number transmitted to the mobile phone of the user from the mobile communication company server is inputted.

Description

Unmanned RFID bicycle rental system using mobile phone authentication and method

The present invention relates to an RFID bicycle unmanned rental system using a mobile phone authentication, and more particularly, to a bicycle unmanned rental system anyone who owns a mobile phone by authenticating a user using a mobile phone without prior registration procedure for a bicycle unmanned rental system The present invention relates to an RFID bicycle unmanned rental system and a method which can not only rent a bicycle from a user but also allow a simple payment for a user fee using a mobile phone, thereby significantly improving user convenience.

In the face of environmental pollution and energy depletion, bicycles have become one of the major means of transportation. In addition, the bicycle population is gradually increasing as the health problems of modern people due to the lack of exercise become an issue. As a result, bicycle rental offices have been established in many places, but most of them are in charge of renting and collecting bicycles by hand.

Therefore, in order to solve this problem, Korean Patent Application No. 10-2007-112671 discloses a bicycle rental management method and system using a communication network that can collectively manage a plurality of bicycle rental stations.

However, the bicycle rental system disclosed in the patent application requires a separate procedure that a user must be registered as a user who can rent a bicycle in a bicycle rental system in order to rent a bicycle from a bicycle rental apparatus of a bicycle rental system. Therefore, even if the bicycle rental system according to the bicycle rental system is installed in a number of places there was a disadvantage that the rental of the bicycle without a separate pre-registration procedure.

In addition, when the bicycle rental system is operated for a fee, the inconvenience of users having to go through a separate fee settlement procedure is increased.

The present invention authenticates the user by using a mobile phone without prior registration procedure for the bicycle unmanned rental system, so anyone who owns a mobile phone can rent a bicycle from the bicycle unmanned rental system as well as use the mobile phone for a simple payment. It is to provide an RFID bicycle unmanned rental system and a method which significantly improved the user convenience by enabling it.

The present invention is connected to a plurality of bike holders, at least one bicycle rental device for receiving and transmitting the user's mobile number and social security number for the bicycle rental; A VAN company server which compares the received mobile phone number and the resident registration number with a previously stored database to perform user authentication and generate an authorization number; And a mobile communication company server which receives the mobile phone number and the approval number from the VAN company server and transmits the approval number to the user's mobile phone terminal. The bicycle rental apparatus receives the approval number from the VAN company server. When the approval number transmitted from the telecommunications company server to the mobile terminal of the user is input, the RFID bicycle unmanned rental system using a mobile phone authentication, characterized in that for approving the rental of the bicycle.

In addition, the bicycle unmanned rental system of the present invention further comprises an operator server for monitoring the bicycle rental and integrated management is connected to the bicycle rental apparatus and each server and the communication network.

The bicycle rental apparatus includes an input unit for receiving information for renting and returning a bicycle; A settlement unit for calculating a usage fee for renting a bicycle; And an SMS generator for generating a text message from the payment request for the service fee.

Preferably, the input unit is formed of a button or a touch screen.

In addition, the bicycle holder connected to the bicycle rental device preferably includes a lock.

Here, the bicycle used for the bicycle rental is provided with an RFID tag, the bicycle holder is provided with an RFID reader for reading the RFID tag.

RFID unmanned rental method using a mobile phone authentication in accordance with the present invention comprises the steps of transmitting at least one bicycle rental device connected to a plurality of bicycle holders received a user's mobile phone number and social security number to the VAN company server for bicycle rental; The VAN company server comparing the received mobile phone number and the resident registration number with a previously stored database to perform user authentication and generate an approval number; And a mobile communication company server receiving the mobile phone number and the approval number from the VAN company server, and the bicycle rental device receiving the approval number from the VAN company server, wherein the bicycle rental device is a mobile phone of the user. When the approval number received in the terminal is input, the rental of the bicycle is approved.

In addition, RFID bicycle unmanned rental method using a mobile phone authentication in accordance with the present invention comprises the steps of mounting the bicycle to the bicycle holder connected to the bicycle rental apparatus for the return of the rental bicycle; Locking the bicycle mounted on the bicycle holder; Acquiring an identification number of the bicycle by reading an RFID tag of the bicycle locked to the bicycle holder; Acquiring a pre-stored mobile phone number of the user based on the acquired bicycle identification number and transmitting a bicycle return confirmation SMS to the mobile phone terminal of the user via a mobile communication company server; And receiving the bicycle return confirmation SMS to the mobile phone terminal of the user.

In addition, the bicycle unmanned rental method using a mobile phone authentication according to the present invention comprises the steps of mounting the bicycle on the bicycle holder connected to the bicycle rental apparatus for returning the rented bicycle; Locking the bicycle mounted on the bicycle holder; Acquiring an identification number of the bicycle by reading an RFID tag of the bicycle locked to the bicycle holder; Acquiring bicycle rental information of a pre-stored user based on the acquired bicycle identification number and calculating a usage fee according to the rental time of the bicycle; Obtaining a mobile phone number of the user from the bicycle rental information and transmitting a payment request SMS for the settled fee to the mobile phone terminal of the user; And checking the SMS transmitted to the mobile phone terminal of the user and performing a payment.

According to the present invention, by authenticating the user using a mobile phone without prior registration procedure for the bicycle unmanned rental system, anyone who owns a mobile phone can rent a bicycle from the bicycle unmanned rental system as well as use the mobile phone for a simple payment. There is provided an RFID bicycle unmanned rental system and method that significantly improve the user's ease of use.

The present invention may be variously modified and modified, and may have various embodiments. The present invention is not limited to the specific embodiments shown in the drawings, and all changes included in the spirit and technical scope of the present invention, It should be understood to include equivalents and substitutes.

Referring to the drawings, the same components will be described with the same reference numerals. Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a view schematically showing an RFID bicycle unmanned rental system using a mobile phone authentication of the present invention.

Bicycle unmanned rental system according to the present invention is at least one bicycle rental device 100 having a plurality of bicycle holders (110a ... 110n) and the operator server 500 connected to the bicycle rental device 100, Receives the user's mobile number and the approval number from the VAN company server 200 and the VAN company server 200 to generate the approval number based on the information input to the bicycle rental device 100 to the user's mobile terminal 400 It includes a mobile carrier server 300 for transmitting the approval number. As shown in the figure, each component of the system according to the present invention is connected through a communication network.

Although it will be described in detail later, with reference to Figure 1 schematically illustrating a method of using the RFID bicycle unmanned rental system (1) using the mobile phone authentication of the present invention, first, when the user initiates the rental procedure of the bicycle using the rental button bicycle The rental device 100 requests to input or select an identification number of a specific cradle among the bicycle cradles 110a ... 110n. After that, the bicycle rental apparatus 100 requests to input the user's mobile number and resident registration number. Accordingly, when the mobile number and the resident registration number are input, the approval number is transmitted to the user's mobile terminal. After that, when the user inputs the approval number transmitted to the mobile phone terminal to the bicycle rental apparatus 100, the bicycle to be used by the user is unlocked from the bicycle holder and the bicycle can be used.

Bicycle holders (110a ... 110n) connected to the bicycle rental apparatus 100 used in the present invention may be provided in plurality, and may include a locking part (not shown) controlled by the bicycle rental apparatus 100. Therefore, by inputting information identifying the bicycle holder in the bicycle rental device can be configured to operate the lock of the specific bicycle holder. In addition, the bicycle holder may include a sensor (not shown). Accordingly, when the bicycle is mounted, the sensor of the bicycle holder may detect the mounting of the bicycle and transmit a mounting signal of the bicycle to the bicycle rental device 100. Accordingly, the bicycle user may be configured to lock the bicycle by operating the lock unit of the bicycle holder by the control of the bicycle rental apparatus 100 by inputting the appropriate information under the control of the bicycle rental apparatus 100. In addition, the sensor of the bicycle holder may be configured to detect the bike is mounted on the bicycle holder to lock the bicycle without the control of the bicycle rental device (100). Such a configuration may be variously changed by a designer of a bicycle rental apparatus, and the applicant of the present application has applied for a configuration regarding a parking lot of a two-wheeled vehicle described in Patent Application No. 2007-85768, wherein the prior patent application is a bicycle rental of the present invention. Reference is made to both the configuration of the apparatus 100.

The bicycle used in the bicycle unmanned rental system 1 according to the present invention is a built-in or attached RFID tag (not shown). Here, the RFID tag includes an identification number of each bicycle. Meanwhile, an RFID reader for acquiring an identification number of the bicycle is installed in the bicycle holders 110a ... 110n on which each bicycle is mounted.

2 is a view schematically showing the configuration of the bicycle rental apparatus 100 of the RFID bicycle unmanned rental system 1 using the mobile phone authentication according to the present invention.

Referring to FIG. 2, the bicycle rental apparatus 100 may include a control unit 101, an input unit 102, a display unit 103, a storage unit 104, a transceiver unit 105, a settlement unit 106, and a message generation unit. 107.

The control unit 101 controls the respective components of the bicycle rental device 100, the information on the bicycle rental when renting a bicycle, for example, the rental time of the bicycle, the rental number of the bike holder and the bicycle, the user's mobile number And generating rental information of bicycles including a social security number.

The input unit 102 may be implemented as one or more buttons (for example, numeric buttons or function buttons) or in the form of a touch screen, and may include a call button or an emergency button for communication with an operator. Accordingly, the user may input information for renting and returning a bicycle through the input unit 102. For example, in the system according to the present invention, the user may input the identification number of the bicycle holder and the mobile phone number and the social security number of the user for the bicycle rental to the input unit 102 of the bicycle rental apparatus 100.

The display unit 103 may not only display the contents input to the input unit 102 so that the user can check it, but also display various guide words for renting and returning the bicycle to the user under the control of the controller 101. For example, when a user needs to input a mobile phone number and a social security number to rent a bicycle, the user may display a message requesting to input such information. Alternatively, in the bicycle unmanned rental system of the present invention, the identification number of the bicycle holder necessary for the bicycle rental may be displayed on the display unit 103 for the user's selection. This is to improve the user's convenience by allowing the user to select the displayed bike holder identification number by searching for and displaying the bike holder in the rentable state among the bike holders to which the bike rental apparatus 100 is connected. In this case, the input unit 102 may preferably include a touch screen method.

The storage unit 104 stores rental information of a bicycle including information input through the input unit 102. The transceiver 105 may transmit the bicycle rental information acquired by the controller 101 to the operator server 500 through a communication network. The operator server is for monitoring and integrated management of the bicycle rental status of each bicycle rental device as described below, may replace the function of the bicycle rental device 100 in some cases. In addition, the mobile phone number and social security number of the user input through the input unit 102 is transmitted to the VAN company server 200 through the transceiver 105. In addition, the authorization number generated after the VAN company server 200 performs the user authentication based on the user's mobile number and resident registration number entered through the input unit 102 of the bicycle rental device 100 of the bicycle rental device 100 The bicycle rental apparatus 100 is received through the transceiver 105 and stored in the storage unit 104. The approval number stored in the storage unit 104 is then used for the approval of the bicycle rental.

The settlement unit 106 calculates the rental time of the user based on the bicycle rental information acquired at the time of rental by the controller 101 and calculates the usage fee. In the case of a free facility, the settlement unit 106 is not separately required. However, the settlement unit 106 is provided after the predetermined time is converted to a fee or in the case of a paid facility.

The message generating unit 107 generates an SMS to guide the user when the bicycle is returned or when the fee is requested. The generated SMS is transmitted to the user's mobile terminal through the mobile telecommunication company server 300. For example, when the user completes the return of the bicycle, an SMS such as "bicycle return is completed" is generated. The message generation unit 107 may generate various SMS messages according to design.

In addition, the bicycle rental apparatus 100 may further include a detector (not shown) and an output unit (not shown). The sensor may be configured to include a sensor for detecting a user approaching the bicycle rental apparatus 100 to display a message requesting to input information necessary for bicycle rental. In addition, the output unit may output a voice guidance message redundantly or selectively with the guidance message displayed on the display unit. For example, when a user is approved to rent a bicycle from the bicycle rental apparatus 100, a user may output a voice prompt such as "a bicycle rental has been approved".

3 is a view schematically showing the operator server 500 of the RFID bicycle unmanned rental system 1 using the mobile phone authentication according to the present invention.

Although the bicycle rental apparatus 100 of FIG. 1 is illustrated as one, a plurality of bicycle rental apparatuses 100 may be provided, and the operator server 500 may be provided to integrate and manage a plurality of bicycle rental apparatuses 100. For example, when a user returns a bicycle by using a bicycle rental apparatus and another bicycle rental apparatus, the operator server 500 may support the cross-return of the bicycle. That is, when a user rents a bicycle using the first bicycle rental apparatus 100 and returns to the second bicycle rental apparatus 100 and returns it, the operator server 500 may use the first bicycle rental apparatus 100. If the bicycle rental information is received and returned from the second bicycle rental apparatus 100, the bicycle may be returned based on the bicycle rental information received from the first bicycle rental apparatus 100. . Therefore, the user does not necessarily have to return to the place of rental and return, so that the bicycle can play a role as a means of transportation.

The operator server 500 also integrates and manages the bicycle rental status and return status based on the bicycle rental information received from the bicycle rental apparatus 100. In addition, the operator server 500 can be performed by overlapping or replacing some functions of the bicycle rental apparatus 100 according to the design, for example, the authorization number transmitted from the VAN company server 200 bicycle rental apparatus ( In duplicate or in place of 100).

Referring to FIG. 3, the operator server 500 includes a control unit 501, a data transmission and reception unit 502, a system management unit 503, and a database unit 504.

The control unit 501 controls each component of the operator server 500, the data transmission and reception unit 502 is the data with the bicycle rental device 100 and the VAN company server 200 connected to the operator server 500 via a communication network Send and receive.

The system manager 503 collects the latest data from each bicycle rental apparatus 100 and updates the database 504.

In addition, the operator server 500 may perform various analysis functions based on the data stored in the database unit, and may include a function of monitoring the bicycle rental and return status at a predetermined time interval and outputting them in real time.

4 is a flowchart schematically illustrating a process of renting a bicycle by the RFID bicycle unmanned rental system 1 using mobile phone authentication according to the present invention.

First, the user inputs an identification number of the bicycle holder to be rented by approaching the bicycle rental device 100 in order to start using the bicycle rental (S401). Alternatively, as described above, the identification number of the bicycle holder may be displayed on the display unit 103 of the bicycle rental apparatus 100, and the bicycle rental procedure may be initiated by the user selecting one of the displayed identification numbers of the bicycle holder. Can be.

The bicycle rental device 100 having received the identification number of the cradle requests the input of the mobile phone number and the resident registration number, and the inputted mobile phone number and the resident registration number are transmitted to the VAN company server 200 according to the request (S402).

The VAN company server 200 compares the received mobile phone number and social security number with a previously stored database to perform user authentication and generate an approval number (S403).

The authorization number generated by the VAN company server 200 is transmitted to and stored in the bicycle rental apparatus 100 (S405), the mobile communication company server 300 is a mobile phone number of the user with the authorization number from the VAN company server 200 Using the received and received mobile phone number to transmit the authorization number to the user's mobile terminal 400 (S406), the user receives the authorization number through the mobile terminal 400 (S407).

When the user inputs the approval number received by the mobile phone terminal 400 to the bicycle rental apparatus 100 (S408), the input approval number is received by the bicycle rental apparatus and compared with the stored approval number (S409). If the input approval number and the received approval number is the same, the bicycle rental apparatus 100 approves the rental of the bicycle (S410). When the rental of the bicycle is approved, the lock unit of the bicycle holder is operated to unlock the bicycle (S411), and the user can use the bicycle by renting it. If it does not match, return to the step of entering the approval number.

Accordingly, a user who wants to rent a bicycle can use the bicycle by receiving a bicycle rental through simple mobile phone authentication without registering in advance in the bicycle unmanned rental system.

5 is a flowchart illustrating a bicycle returning procedure of the RFID bicycle unmanned rental system 1 using mobile phone authentication according to the present invention, in which the bicycle unmanned rental system 1 is operated free of charge.

First, when a user mounts a bicycle for renting a bicycle on a bicycle holder (S501), a sensor provided in the bicycle holder operates to lock the mounted bicycle (S502). Thereafter, the bicycle rental apparatus 100 operates an RFID reader (not shown) of the bicycle holder to read an RFID tag attached or embedded in the bicycle to acquire an identification number of the bicycle (S503).

The bicycle rental apparatus 100 is obtained when the bicycle is rented based on the obtained bicycle identification number and acquires the mobile phone number of the user stored in the storage unit 104 of the bicycle rental apparatus and passes the bicycle to the user's mobile terminal via the mobile communication company server The return confirmation SMS is transmitted (S504). After that, the bicycle return confirmation SMS is received at the user's mobile terminal (S505).

Therefore, the user can check the return of the bicycle without going through a separate procedure. When the mobile phone number of the user is not stored in the storage unit 104 of the bicycle rental apparatus, the mobile phone number of the user is obtained from the operator server 500. In this case, the user may return the bicycle using a rental device different from the bicycle rental device at the place where the bicycle is rented.

FIG. 6 is a flowchart illustrating a return procedure when the bicycle rental system is operated at a fee unlike in FIG. 5.

First, when a user mounts a bicycle for renting a bicycle on a bicycle holder (S601), a sensor provided in the bicycle holder operates to lock the mounted bicycle (S602). Thereafter, the bicycle rental apparatus 100 operates an RFID reader (not shown) of the bicycle holder to read an RFID tag attached or embedded in the bicycle to acquire an identification number of the bicycle (S603).

Subsequently, based on the obtained bicycle identification number, the bicycle rental information of the user who was previously stored at the time of rental of the bicycle is acquired to settle the usage fee according to the rental time of the bicycle (S604).

In addition, the bicycle rental apparatus 100 obtains the mobile phone number of the user from the bicycle rental information and transmits the payment request SMS for the settled fee through the mobile communication company server 300 to the user's mobile terminal (S605). The user receives the SMS sent to the user's mobile terminal (S606) and presses the payment confirmation button to perform the payment (S607). When the payment is performed, the usage fee is charged by adding up the next month's mobile communication fee by the payment system of the mobile communication company server 300.

By paying the fee for renting a bicycle using a mobile phone, the user does not need to go through a separate settlement procedure, which greatly increases the user's convenience.

According to the RFID bicycle unmanned rental system using the mobile phone authentication and the method according to the present invention, the user authenticates the rental and return of the bicycle using his mobile phone number and resident registration number without additional registration procedure in the bicycle unmanned rental system and additionally By using the mobile phone to make payments, the convenience of bicycle rental users can be greatly improved, and the use of bicycles can be promoted.

Although the above has been illustrated and described with respect to preferred embodiments of the present invention, the present invention is not limited to the above-described specific embodiments, and those skilled in the art without departing from the gist of the present invention. Anyone can make various modifications, as well as such modifications or variations are within the scope of the appended claims.

1 is a view schematically showing an RFID bicycle unmanned rental system using a mobile phone authentication of the present invention.

2 is a view schematically showing the configuration of a bicycle rental apparatus of the RFID bicycle unmanned rental system using a mobile phone authentication according to the present invention.

3 is a diagram schematically illustrating an operator server of an RFID bicycle unmanned rental system using a mobile phone authentication according to the present invention.

4 is a diagram schematically illustrating a process of renting a bicycle by an RFID bicycle unmanned rental system using mobile phone authentication according to the present invention.

5 is a flowchart illustrating a bicycle returning procedure when the RFID bicycle unmanned rental system using mobile phone authentication according to the present invention is operated for free.

FIG. 6 is a flowchart illustrating a bicycle return procedure when an RFID bicycle unmanned rental system using mobile phone authentication according to the present invention is used for a fee.

Claims (14)

At least one bicycle rental device connected to a plurality of bicycle holders and receiving and transmitting a user's mobile number and social security number for bicycle rental; A VAN company server which compares the received mobile phone number and the resident registration number with a previously stored database to perform user authentication and generate an approval number; And Receiving the mobile phone number and the approval number from the VAN company server and includes a mobile communication company server for transmitting the approval number to the user's mobile terminal, The bicycle rental apparatus receives the approval number from the VAN company server, and when the approval number transmitted from the mobile communication company server to the mobile terminal of the user is input, the mobile phone authentication, characterized in that to approve the rental of the bicycle. RFID bicycle unmanned rental system. The RFID system of claim 1, further comprising an operator server connected to the bicycle rental apparatus, the VAN company server, and the mobile communication company server to monitor and integrate the bicycle rental. Bicycle unmanned rental system. According to claim 1, wherein the bicycle rental apparatus An input unit for receiving information for renting and returning a bicycle; A settlement unit for calculating a usage fee for renting a bicycle; And RFID unmanned rental system using a mobile phone authentication, characterized in that it comprises a SMS generating unit for generating a text message for the request for payment. According to claim 3, The input unit RFID bicycle unmanned rental system using a mobile phone authentication, characterized in that formed by a button or a touch screen. According to claim 1, wherein the bicycle holder connected to the bicycle rental device RFID bicycle unmanned rental system using a mobile phone authentication, characterized in that it comprises a lock. The unmanned RFID bicycle rental system using a mobile phone authentication according to claim 5, wherein the bicycle used for renting the bicycle has an RFID tag, and the bicycle holder is provided with an RFID reader for reading the RFID tag. At least one bicycle rental device connected to a plurality of bicycle holders receives a mobile phone number and a social security number of a user for renting a bicycle and transmits them to a VAN company server; The VAN company server comparing the received mobile phone number and the resident registration number with a previously stored database to perform user authentication and generate an approval number; And The mobile communication company server receives the mobile phone number and the approval number from the VAN company server and the bicycle rental device includes the step of receiving the approval number from the VAN company server, The bicycle rental apparatus is an RFID bicycle unmanned rental method using a mobile phone authentication, characterized in that for approval of the rental of the bicycle, if the approval number received in the user's mobile terminal. The RFID system of claim 7, further comprising an operator server connected to the bicycle rental apparatus, the VAN company server, and the mobile communication company server to monitor and integrate the bicycle rental. How to rent a bike. The method of claim 7, wherein the bicycle rental device An input unit for receiving information for renting and returning a bicycle; A settlement unit for calculating a usage fee for renting a bicycle; And RFID unmanned rental method using a mobile phone authentication, characterized in that it comprises a SMS generating unit for generating a text message for the payment request for the fee. 10. The method of claim 9, wherein the input unit is formed of a button or a touch screen. 11. 8. The method of claim 7, wherein the bicycle holder connected to the bicycle rental device comprises a locking unit. 12. The method of claim 11, wherein the bicycle used for renting the bicycle is provided with an RFID tag, and the bicycle holder is an RFID bicycle unmanned rental method using mobile phone authentication, characterized in that an RFID reader for reading the RFID tag is installed. Mounting a bicycle on a bicycle holder connected to the bicycle rental device for returning the rented bicycle; Locking the bicycle mounted on the bicycle holder; Acquiring an identification number of the bicycle by reading an RFID tag of the bicycle locked to the bicycle holder; Acquiring a pre-stored mobile phone number of the user based on the acquired bicycle identification number and transmitting a bicycle return confirmation SMS to the mobile phone terminal of the user via a mobile communication company server; And RFID unmanned rental method using a mobile phone authentication, characterized in that it comprises the step of receiving the bicycle return confirmation SMS to the user's mobile terminal. Mounting the bicycle on a bicycle holder connected to the bicycle rental apparatus for returning the rented bicycle; Locking the bicycle mounted on the bicycle holder; Acquiring an identification number of the bicycle by reading an RFID tag of the bicycle locked to the bicycle holder; Acquiring bicycle rental information of a pre-stored user based on the acquired bicycle identification number and calculating a usage fee according to the rental time of the bicycle; Obtaining a mobile phone number of the user from the bicycle rental information and transmitting a payment request SMS for the settled fee to the mobile phone terminal of the user; And RFID unmanned rental method using a mobile phone authentication, characterized in that it comprises the step of confirming the SMS transmitted to the mobile phone terminal of the user and performing the payment.

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