KR20170121001A - Method for Reverse Sharing Parker Device by using Sharer's Mobile Device - Google Patents

Abstract

The present invention relates to a reverse direction parker sharing method using a wireless terminal of a sharer, which comprises: a first step of registering unique information to identify an OBD device, and unique authentication information to identify a wireless terminal of a user, and linking and storing the information; a second step of receiving a one-way wireless signal transmitted from the OBD device of the user, and receiving sharing request information to request from a third party sharing a parker device of the user, which controls parking by operating a circular mechanism based on results of recognizing and authenticating designated code information; a third step of verifying authentication information to authenticate code data to be transmitted in a short distance through the one-way wireless signal of a local area network unit which is placed in the wireless terminal of a determined sharer when the sharer who receives the sharing of the parker device is determined; a fourth step of linking and storing information on the shared parker device, and the verified authentication information; a fifth step of receiving the code data from the shared parker device when the shared parker device transmits the code data recognized through the one-way wireless signal; a sixth step of authenticating validity of the received code data by using the authentication information linked to the shared parker device; and a seventh step of providing authentication results of the code data to the shared parker device. Therefore, the reverse direction parker sharing method using a wireless terminal of a sharer can allow the sharer to park a vehicle in a shared parking space by controlling the shared parker device through the wireless terminal of the sharer.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for sharing a reverse parker using a sharer wireless terminal,

The present invention allows a third party to share a parker device that controls whether or not a specified parking space is parked by recognizing and authenticating a one-way wireless signal transmitted from a chip module of an OBD (OnBoard Diagnostic) And mapping the authentication information for authenticating the code data to be transmitted through the unidirectional radio signal of the sharer wireless terminal shared with the parker device to the shared parker device to manage the unidirectional wireless signal And authenticates the code data through the authentication information to permit shared parking.

OBD (On-Board Diagnostic) is a legally defined sub-diagnostic / monitoring system integrated in the vehicle's engine control system that monitors all systems associated with exhaust and vapor over the entire operating area of the vehicle, If a fault occurs in the systems in which the fault has occurred, the fault can be stored in the ECU and retrieved via the 16-pin standard port. On the other hand, the 16th pin of the OBD-II 16-pin standard port applies battery power to the vehicle. Normally, the 16-pin standard port of OBD-II is rarely used. It is used to connect the OBD diagnostic equipment of the workshop to inquire the information stored in the ECU when the vehicle is left to the workshop for repair or diagnosis.

On the other hand, as the number of vehicles has increased rapidly, the park has become more and more serious. For example, in an office that manages a parking lot or an outside parking space in front of a building, an unauthorized parking prevention device is installed in a parking space, and the remote control is controlled by a remote control at an office to prevent unauthorized parking of an external vehicle (Practical New & 2010-0008085 (Aug. 13, 2010)), but it is very uncomfortable for a subject to manage a plurality of parking spaces in such a way that it is rarely utilized. It is also possible to provide a remote controller of such an unauthorized parking prevention device to a legitimate vehicle driver who can park in each parking space and operate the remote control to operate the unauthorized parking prevention device. However, It is very inconvenient to operate the device. In particular, when a specific person controls parking of a specific parking space through an unauthorized parking prevention device, the parking space has a difficult problem to be shared with a third party.

An object of the present invention to overcome the above problems is to provide a parking lot control system for controlling whether or not parking a reserved parking space by recognizing and authenticating a unidirectional wireless signal transmitted from a chip module of an OBD (OnBoard Diagnostic) Wherein the shared parker device shares the authentication information for authenticating the code data to be transmitted through the unidirectional radio signal of the sharer wireless terminal shared by the parker device with the shared parker device, The method of sharing a reverse parker using a sharer wireless terminal that recognizes code data transmitted through a unidirectional wireless signal of the sharer wireless terminal from a parker device and authenticates the code data through the authentication information and performs shared parking when the authentication is requested have.

A method for sharing a reverse parker using a sharer wireless terminal according to the present invention is a method executed through a server, the method comprising: identifying an OBD device capable of leaving a OBD (OnBoard Diagnostic) port of a user vehicle and transmitting a designated unidirectional wireless signal, A first step of registering and storing the unique authentication information for uniquely identifying and authenticating the wireless terminal installed with the specific application having the specific device owned by the user possessing the OBD device, A parking lot device of a user who controls a parked state by operating a circular mechanism based on a result of recognizing and authenticating the designated code information by receiving a unidirectional radio signal transmitted from the user's OBD device from an app of the wireless terminal, A second step of receiving the sharing request information requesting the sharing; A third step of confirming authentication information for authenticating code data to be transmitted in a short distance through a unidirectional radio signal of a short range communication unit included in the determined sharer wireless terminal; A fifth step of receiving the code data from the shared parker device when the shared parker device transmits the recognized code data through the unidirectional radio signal, A sixth step of authenticating the validity of the received code data using authentication information associated with the parker device; and a seventh step of providing the authentication result of the code data to the shared parker device, The result is provided to the shared parker device so that it can be used to control whether or not parking by operating the circular mechanism of the parker device The.

According to the present invention, when the validity of the code data is authenticated, the parker apparatus can control the parking mechanism so as to operate the circular mechanism portion of the parker apparatus.

According to the present invention, the reverse parker sharing method using the sharer wireless terminal may further include storing the unique information of the OBD device and the device information of the parker device associated with the OBD device in association with each other, May be stored in association with the unique information of the OBD device associated with the parker device.

According to the present invention, the unique information may include a unique code stored in the chip module of the OBD device and included in the unidirectional wireless signal transmitted from the chip module. On the other hand, if the uni-directional radio signal transmitted from the chip module of the OBD device contains an OTI (One Time Identification) for dynamically identifying and authenticating the OBD device, the unique information generates the OTI in the chip module of the OBD device And may include a unique code used.

According to the present invention, the code information may include a unique code that is stored in the chip module of the OBD device and transmitted through the unidirectional wireless signal transmitted from the chip module. On the other hand, the code information includes an OTI (One Time Identification) which is dynamically generated with a code system specified by a chip module of the OBD device and transmitted through a unidirectional radio signal transmitted from the chip module to dynamically identify and authenticate the OBD device can do. Meanwhile, the code information may include an authentication code generated through a chip module of the OBD device. On the other hand, the authentication code may include at least one or a combination of at least one of a one-time use code dynamically generated using one or more specified seeds, a cryptographic code encrypted and decrypted only through a designated server, .

According to another aspect of the present invention, there is provided a method of sharing a reverse parker using a sharer wireless terminal, the method comprising: receiving code data to be transmitted from the sharer wireless terminal via a unidirectional radio signal of the sharer wireless terminal at a short distance, The step may include verifying the authentication information for authenticating the received code data.

According to the present invention, the third step may include receiving, from the sharer wireless terminal, authentication information for authenticating code data to be transmitted in a short distance via a unidirectional wireless signal of the sharer wireless terminal.

According to another aspect of the present invention, there is provided a method of sharing a reverse parker using a sharer wireless terminal, comprising the steps of: generating or extracting code data that can be transmitted in a short distance via a unidirectional radio signal of the sharper wireless terminal; The third step may include confirming authentication information for authenticating the generated / extracted code data.

According to another aspect of the present invention, there is provided a reverse parker sharing method using a sharer wireless terminal, comprising: receiving code data to be provided from the user wireless terminal to the sharer wireless terminal; and providing the code data to the sharer wireless terminal The third step may include confirming authentication information for authenticating the received code data.

According to the present invention, a parking lot device installed in a parking space is automatically controlled through a unidirectional radio signal transmitted from a chip module of an OBD device mounted on a user vehicle, and when the user does not use the parking space, There is an advantage that it is shared to three people and it is parked.

According to the present invention, a sharer who shares a parker device controlled through a one-way radio signal transmitted from a chip module of an OBD device mounted on a user vehicle does not purchase a separate control device for controlling the parker device, There is an advantage that the sharer can control the shared parker device through the wireless terminal owned by the sharer and park in the shared parking space.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a diagram showing a system configuration sharing a parker device associated with a user's OBD device according to an embodiment of the present invention; FIG.
2 is a functional block diagram of an OBD apparatus according to an embodiment of the present invention.
3 is a diagram illustrating a functional configuration of a user wireless terminal according to an embodiment of the present invention.
4 is a diagram illustrating a configuration of an operation server sharing a Parker device associated with a user's OBD device according to an embodiment of the present invention.
5 is a diagram illustrating an operation process of a chip module and a parker device of an OBD device according to an embodiment of the present invention.
6 is a diagram illustrating an interlock process between a chip module of a OBD device and a user wireless terminal according to an embodiment of the present invention.
7 is a diagram illustrating a process of sharing a parker device after information is registered in an operating server according to an embodiment of the present invention.
8 is a diagram illustrating an operation process of a sharer wireless terminal and a parker device according to an embodiment of the present invention.
9 is a diagram illustrating a process of providing a shared state of a parker device to a user wireless terminal according to an embodiment of the present invention.
10A to 10C are diagrams showing the structure of a parking lot apparatus according to an embodiment of the present invention.

The operation principle of the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. It should be understood, however, that the drawings and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention, and are not to be construed as limiting the present invention.

In other words, the following embodiments correspond to the preferred embodiment of the preferred embodiment of the present invention. In the following embodiments, a specific configuration (or step) is omitted, or a specific configuration (or step) (Or steps), or an embodiment that incorporates functions implemented in more than one configuration (or step) into any one configuration (or step), a particular configuration (or step) It will be apparent that the present invention is not limited to the embodiments described below. Therefore, it should be clearly stated that various embodiments corresponding to subsets or combinations based on the following embodiments can be subdivided based on the filing date of the present invention.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. The terms used below are defined in consideration of the functions of the present invention, which may vary depending on the user, intention or custom of the operator. Therefore, the definition should be based on the contents throughout the present invention.

As a result, the technical idea of the present invention is determined by the claims, and the following embodiments are merely means for effectively explaining the technical idea of the present invention to a person having ordinary skill in the art to which the present invention belongs Only.

1 is a diagram showing a system configuration sharing a parker apparatus 100 associated with a user's OBD apparatus 200 according to an embodiment of the present invention.

1 illustrates a parker apparatus 100 for controlling whether or not a specified parking space is parked by recognizing and authenticating a unidirectional radio signal transmitted from a chip module 230 of an OBD (OnBoard Diagnostic) To the shared parker device (100), authentication information for authenticating code data to be transmitted through the unidirectional radio signal of the sharer wireless terminal (105) shared by the parker device (100) The shared parker device 100 recognizes the code data transmitted through the unidirectional wireless signal of the sharer wireless terminal 105 and authenticates the code data through the authentication information when requesting authentication, A person skilled in the art will be able to refer to and / or modify the FIG. 1 to obtain an OBD device 2 00), it is possible to infer various implementations of the system configuration (e.g., some configuration portions omitted or subdivided or combined) to share a system sharing the Parker device 100. However, And all the methods to be inferred. The technical features of the present invention are not limited only by the method shown in FIG.

The system of the present invention includes an OBD device 200 of a user equipped with a chip module 230 having a function of transmitting a unidirectional radio signal including designated code information and an OBD device The user wireless terminal 300 owned by the user who owns the OBD apparatus 200 and the unidirectional wireless signal transmitted from the module provided in the OBD apparatus 200 of the user are recognized and authenticated to operate the circular mechanical unit 1015 And a sharer wireless terminal 105 that uses a sharer to share the parker apparatus 100 (or a parking space corresponding to the parker apparatus 100), and a sharer wireless terminal 105 that uses the user wireless terminal 300 ) That communicates with the sharer wireless terminal (105) and / or performs a series of procedures of communicating the parker device (100) of the user (or the parking space corresponding to the parker device (100) 400). The operating server 400 may be implemented as at least one server or a combination of two or more servers, and the present invention is not limited by the manner in which the operating server 400 is implemented. If the operating server 400 is implemented in the form of a combination of two or more servers, each server may be a server operated by two or more operators connected to each other, and thus the present invention is not limited thereto. The authentication of the OBD device 200 according to the present invention may be performed in conjunction with the process of registering the OBD device 200 of the user in the designated operation server 400 or may be performed in the OBD device 200, And can be carried out in conjunction with the process of managing and operating.

The OBD device 200 is a general term for a device equipped with a chip module 230 having a function of transmitting a unidirectional radio signal to an unspecified subject without specifying a receiving side to receive a radio signal, It is preferable that the chip module 230 of the mobile terminal 200 is provided with a plurality of bidirectional local communication functions for processing bidirectional local communication with the user wireless terminal 300 having the OBD device 200 together with the unidirectional wireless signal transmission function Do.

The chip module 230 of the OBD apparatus 200 basically has a function of transmitting a unidirectional wireless signal to an unspecified object and identifies the user wireless terminal 300 possessing the OBD apparatus 200 to transmit And a function of bi-directional short distance communication with the terminal 300. Since the unidirectional wireless signal of the chip module 230 is transmitted without specifying the receiving side, the unidirectional wireless signal is received by the user wireless terminal 300 existing within the receiving range of the unidirectional radio signal (for example, about 30 m, And may be received by at least one signal receiving apparatus existing within the reception range of the unidirectional radio signal. Preferably, the signal receiving apparatus includes a parker apparatus 100 for recognizing and authenticating the unidirectional radio signal.

According to the first OBD apparatus 200 of the present invention, the chip module 230 of the OBD apparatus 200 may be a unidirectional antenna for broadcasting a Bluetooth-based unidirectional wireless signal (for example, a BLE-based wireless signal) Way short distance communication function for processing a Bluetooth based bidirectional short distance wireless communication with the user wireless terminal 300 by identifying or pairing the user wireless terminal 300 having the OBD device 200, Can be provided.

According to the second OBD apparatus 200 of the present invention, the chip module 230 of the OBD apparatus 200 has a unidirectional radio signal transmitting function for transmitting a Bluetooth-based unidirectional radio signal, and the OBD apparatus Directional local area communication function for processing a bidirectional local area cable based on a universal serial bus (USB), which is connected to the user wireless terminal 300 having the wireless LAN 200.

However, it should be apparent that the bi-directional local communication function and the unidirectional radio signal transmission function of the chip module 230 mounted on the OBD device 200 of the present invention are not limited to the above embodiments. The unidirectional wireless signal of the present invention can be any wireless signal that is received by a plurality of terminals (or devices) located close to each other without being specified on the receiving side (= without pairing) Directional short distance communication according to the present invention belongs to the 'bidirectional short distance communication' of the present invention if it is a short distance communication in which bidirectional data communication is possible by forming a direct communication session with a terminal located in a short distance. That is, the unidirectional radio signal transmitting function and the bidirectional short-range communication function of the present invention are not limited by a specific communication standard or signal standard, and if any of the above conditions are satisfied, it is clearly stated that they belong to the scope of the present invention Come on.

The OBD apparatus 200 may be mounted on a user's vehicle and moved together with the vehicle or may be carried by a user carrying it according to a method of operation. The chip module 230 of the OBD apparatus 200 may be a unidirectional And transmits the radio signal at a short distance.

According to an embodiment of the present invention, the OBD apparatus 200 amplifies (e.g., amplifies) the signal strength (or signal strength) of the unidirectional radio signal to a designated size using an applied power source applied from a vehicle while moving with the vehicle, Amplified to the specified maximum signal strength of the allowed range, or amplified to the calculated signal strength to reach a specified distance outside the vehicle). The unidirectional wireless signal amplified and transmitted by the chip module 230 of the OBD device 200 may be received / recognized by various signal receiving devices accessed by the user (or the user vehicle) The unidirectional radio signal transmitted from the chip module 230 of the unidirectional radio signal is received by the parker device 100 to which the vehicle approaches, and the parker device 100 reads the received unidirectional radio signal, And recognizes the code information.

The user wireless terminal 300 is a general term of a wireless communication device used by a user who owns the OBD device 200 and preferably has a network communication function for connecting to a designated communication network. According to an embodiment of the present invention, the user wireless terminal 300 includes a bidirectional local communication function for processing at least one bi-directional data communication with the chip module 230 of the OBD device 200 and / And a unidirectional radio signal receiving function for receiving a unidirectional radio signal transmitted from the chip module 230 of the base station 200. [ For example, the user wireless terminal 300 may include at least one of a cellular phone, a smart phone, a tablet PC, and the like having a network communication function, a bidirectional local communication function, and a unidirectional wireless signal receiving function .

According to an embodiment of the present invention, the user's wireless terminal 300 can communicate with a designated operation server 400 using a network communication function of the wireless terminal 300 (for example, an operation server 400 via a communication network) Directional short distance communication with the chip module 230 of the OBD device 200 and / or the bidirectional short distance communication between the OBD device 200 and the operation server 400 via the designated relay server, An application 325 including a program code for carrying out a series of procedures for sharing the parker device 100 associated with the parker device 100 to a third party is installed and executed. Hereinafter, it will be apparent that the description of the user wireless terminal 300 as a main body is executed through the application 325 in the present invention.

The parker device 100 receives the unidirectional radio signal transmitted from the chip module 230 of the OBD device 200 and recognizes and authenticates the code information included in the received unidirectional radio signal, A circular plate region 1005 having a predetermined diameter that preferably contacts the bottom of the parking space and a circular plate having a diameter smaller than the predetermined diameter, A dome area 1010 formed of a dome of a curvature and coupled to the flat plate area 1005 and an upper edge of the flat plate area 1005 at an edge of the dome area 1010, A circular mechanism part 1015 which is horizontally laid and horizontally laid up in a vertical direction or standing upright in a vertical direction of the flat plate area part 1005 and placed horizontally; won A driving unit 1020 for horizontally or vertically driving the mechanism unit 1015, and a controller for receiving the unidirectional radio signal and recognizing the code information included in the unidirectional radio signal and verifying the validity of the code information And a control module 1025 for controlling the driving unit 1020 to operate the circular mechanism unit 1015. The unidirectional radio signal transmitted from the chip module 230 of the OBD apparatus 200 is transmitted to the Is received through a control module (1025) of the parker device (100) and code information contained in the unidirectional radio signal is recognized and / or authenticated via the control module (1025), and the control module (1025) And controls the driving unit 1020 based on the result of information authentication to control the circular mechanism unit 1015 to be placed horizontally or vertically.

The operation server 400 communicates with the user wireless terminal 300 that owns the OBD device 200 to communicate with the parker device 100 (or the parking device 100 corresponding to the parker device 100) (Or a parking space corresponding to the parker apparatus 100) as a generic name of a server that performs a series of procedures for sharing a parking space (Or parking spaces corresponding to the parker device 100) by communicating with the sharer wireless terminal 105 and / or by communicating with the shared parker device 100, . The operating server 400 may be implemented as at least one server or a combination of two or more servers, and the present invention is not limited by the manner in which the operating server 400 is implemented. If the operating server 400 is implemented in the form of a combination of two or more servers, each server may be a server operated by two or more operators connected to each other, and thus the present invention is not limited thereto.

The sharer wireless terminal 105 is a generic name of a wireless communication device used by a sharer to share a parker device 100 (or a parking space corresponding to the parker device 100) associated with the user's OBD device 200, Preferably, the sharer wireless terminal 105 includes a local communication unit capable of transmitting a unidirectional radio signal having the same standard as a unidirectional radio signal transmitted from the chip module 230 of the OBD apparatus 200, in a short distance.

According to the method of the present invention, the sharer wireless terminal 105 performs a series of procedures for sharing the parker apparatus 100 (or the parking space corresponding to the parker apparatus 100), and / An application that performs a series of procedures for transmitting a unidirectional wireless signal to the shared parker device 100 through the local communication unit when the parker device 100 (or the parking space corresponding to the parker device 100) is shared Installation is executed. Hereinafter, it will be clarified that the explanations with the sharer wireless terminal 105 as a main body are executed through the application in the present invention.

According to an embodiment of the present invention, the operation server 400 determines a sharer to be shared with the user's parker device 100 associated with the user's OBD device 200, And transmits the device information of the shared parker device 100 and the identified authentication information in association with each other. When transmitting the code data recognized through the unidirectional radio signal in the shared parker apparatus 100, the operating server 400 receives the code data from the shared parker apparatus 100, Authenticates the validity of the received code data using the authentication information associated with the shared parker device (100), and provides the authentication result of the code data to the shared parker device (100) (100), and is used to control whether or not parking by operating the circular mechanism portion (1015) of the parker apparatus (100).

2 is a functional block diagram of an OBD apparatus 200 according to an embodiment of the present invention.

2 shows a functional configuration of an OBD device 200 built with a chip module 230 having a unidirectional radio signal transmitting function and capable of being detached from an OBD (OnBoard Diagnostic) port provided in a vehicle Those skilled in the art will be able to refer to and / or modify FIG. 2 to illustrate various implementations of the configuration of the OBD device 200 (e.g., some configuration portions may be omitted, or alternatively, It is to be understood that the invention is not limited to the particular embodiments illustrated and described herein, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims.

The OBD apparatus 200 of the present invention is a chip module (hereinafter referred to as " OBD ") having a function of transmitting a unidirectional radio signal of a specified standard inside a body insertable into an OBD port of a vehicle 230, and the chip module 230 may multiplex the bidirectional local communication function together with the unidirectional wireless signal transmission function according to an implementation method.

2, in addition to the chip module 230, the OBD device 200 can be connected to the vehicle power source (for example, the OBD II port) via the OBD port of the OBD II port (For example, a 16-pin terminal electrically connected to a 16-pin OBD-II connection port of the vehicle) for receiving a vehicle power supply, a power supply unit 205 supplied with vehicle power through the terminal, A power conversion unit 210 for converting a power source to a designated power source (for example, an operating power source of the chip module 230 to be applied to the chip module 230 and / or a power source to be supplied to the connector unit 220, A power charging unit 215 for charging a vehicle power source (or converted power converted through the power conversion unit 210) supplied through the power supply unit 205, The operation unit 225, an external device (e.g., the OBD device 200) Parts of a user of the wireless terminal 300, etc.) and a connector for connecting a cable for a given size unit (at least one configuration of 220) may further include. The charging power source to be charged into the power charging unit 215 may be a state in which the OBD apparatus 200 is not supplied with vehicle power (for example, a state in which the terminal is disconnected from the vehicle power source, A state in which the OBD unit 200 is not inserted into the OBD port, or a state in which the vehicle is not started even when the OBD unit 200 is inserted into the OBD port, etc.). Preferably, the chip module 230 includes at least one of a vehicle power source supplied through the power supply unit 205, a conversion power source converted through the power conversion unit 210, and a rechargeable power source charged in the power charging unit 215 Directional wireless signal using one power source, and can perform the multi-processing of the bidirectional short-range communication together with the transmission of the unidirectional wireless signal using the power source according to an embodiment method. However, some components of the OBD apparatus 200 may be omitted in accordance with the intention of those skilled in the art.

According to the embodiment of the present invention, when the OBD apparatus 200 receives the vehicle power supply through the power supply unit 205 in real time, A vehicle power supplied in real time through the power supply unit 205, a converted power supplied in real time through the power supply unit 205 and converted through the power conversion unit 210, (Or signal strength) of the unidirectional radio signal to a predetermined magnitude by using at least one of the charging power supplied from the power conversion unit 210 and the charging power charged in the power charging unit 215, Amplified to the specified maximum signal strength of the allowed range, or amplified to the calculated signal strength to reach a specified distance outside the vehicle).

According to the method of the present invention, the chip module 230 of the OBD device 200 is in a state in which the OBD device 200 is not supplied with vehicle power (for example, a state in which the terminal is electrically disconnected from the vehicle power supply, A state in which the OBD apparatus 200 is not inserted into the OBD port of the vehicle or a state where the vehicle is not started even if the OBD apparatus 200 is inserted into the OBD port) It is possible to operate in a low power mode and transmit a unidirectional radio signal. On the other hand, the vehicle equipped with the OBD device 200 is made of a metal body and / or a window made of a glass material and / or a film material mounted on a window for blocking ultraviolet rays, Obstructs or shields or distorts transmission to the outside. In particular, in the case of a wireless signal (for example, a BLE (Bluetooth Low Energy) wireless signal, etc.) transmitted in a low power mode using a charging power source, wireless communication is performed by using a metal material of a vehicle body and / or a glass material of a window and / Shields or distorts the signal from being transmitted outside the vehicle, and may also prevent the radio signal from being transmitted outside the vehicle at all. According to the experiment of the applicant, when a unidirectional radio signal is transmitted from the OBD port position of the vehicle to the low power mode through the OBD device 200, the distance from the vehicle such as the front and rear faces, Unidirectional radio signals transmitted in the device 200 in the low power mode could not be received, even if the distance and height were adjusted. However, only when the OBD device 200 of the low power mode is taken at the chest height of the driver and brought to the vicinity of the front glass to which the ultraviolet shielding film is not attached, the unidirectional wireless signal transmitted from the OBD device 200 in the low power mode, I could receive it. This is understood as a high pass terminal is provided near the front glass and the radio antenna of the vehicle must be attached to the outside of the vehicle to operate normally.

Meanwhile, in the case of a unidirectional radio signal transmitted from the chip module 230 of the OBD device 200 as in the present invention, the unidirectional radio signal is transmitted to the outside of the vehicle by a metal material and / or a glass material and / Even if it is obstructed or shielded or distorted, it can not be known whether such obstruction or shielding or distortion exists. For example, in the case of two-way radio communication, since the transmission and the response are communicated by one set, the response within the tie-out for transmission can be read to recognize whether the radio signal for bidirectional radio communication is obstructed, shielded or distorted However, in the case of a unidirectional radio signal transmitted in a form broadcasted without specifying a receiving side, the unidirectional radio signal can not be perceived even if it is obstructed, shielded or distorted. The chip module 230 of the OBD apparatus 200 of the present invention receives vehicle power supplied in real time through the power supply unit 205 in the state where the vehicle power is applied, And a power supply unit 215. The power supply unit 215 may include a power supply unit 215 and a power supply unit 215. The power supply unit 215 may be a power supply unit, (Or signal strength) of a unidirectional radio signal that is broadcast without specifying the receiving side is amplified to a specified magnitude (for example, amplified to a specified maximum signal strength in an allowable range, or reaches a specified distance outside the vehicle) The wireless signal transmitted from the chip module 230 of the OBD apparatus 200 is transmitted to a predetermined distance outside the vehicle (or, alternatively, And more). Meanwhile, amplification of the signal strength (or signal strength) of the unidirectional radio signal according to the present invention is performed by using a power source charged in the battery and transmitting / receiving the radio signal in a portable radio communication device, Method. In the case of most portable wireless communication devices, if it is confirmed that the two-way wireless communication is impossible, the wireless communication device is switched to the power saving mode rather than the urgent situation so that the wireless communication is stopped and the wireless communication is ready.

The connector 220 of the OBD device 200 may provide short-range cable communication between the chip module 230 and the user's wireless terminal 300. The connector 220 may be a connector that receives power supplied through the power supply unit 205 and supplies power converted from the USB power to the outside through the power conversion unit 210.

The operation unit 225 of the OBD apparatus 200 is a collective term of a component which is mounted on the OBD apparatus 200 and receives a user operation for controlling the operation of the chip module 230. The operation unit 225 preferably includes at least one Combination) switch or button. According to the embodiment of the present invention, it is preferable that the operation unit 225 can basically operate (or toggle) the operation of 'On' or 'Off', and further input a user operation of a predetermined operation pattern. For example, the operation unit 225 may repeatedly perform an operation of 'On' or 'Off' for a preset time interval, or implement an operation of 'On' or 'Off' When the above switch / button is included, various operation patterns such as simultaneous operation of two or more switches / buttons or operation with a predetermined time difference can be implemented. The various operation patterns can control various operations of the chip module 230.

2, the chip module 230 includes a control unit 250 for controlling the operation of the chip module 230, and a control unit 250 for storing a data set (or program code) necessary for the operation of the chip module 230 An RF processor 245 for performing bidirectional short-range wireless communication and RF processing for transmitting a unidirectional radio signal, and an antenna unit for transmitting and receiving a radio frequency signal corresponding to the RF processing, And a USB communication unit 235 electrically connected to the connector unit 220 to process the bi-directional short-distance cable communication.

The chip module 230 may be manufactured in the form of a bidirectional short-range wireless communication to a PCB (Printed Circuit Board) and at least one SMD (Surface Mount Device) for transmitting a unidirectional wireless signal. 250, the memory unit 240, and the RF processing unit 245 may be implemented in the form of an integrated chip, an individual device mounted on a PCB, or a combination of integrated chips and devices. It is clear that the present invention is not limited by the manner in which the chip module 230 is implemented in the OBD device 200.

The control unit 250 is a general term for controlling the operation of the chip module 230. The control unit 250 includes at least one processor and an execution memory, BUS). According to the present invention, the control unit 250 loads at least one program code included in the chip module 230 into the execution memory through the processor, and outputs the result through at least one configuration And controls the operation of the chip module 230. [0035] Hereinafter, the program configuration implemented in the chip module 230 in the form of a program code will be described in the control unit 250 for convenience.

The memory unit 240 is a general term of a nonvolatile memory included in the chip module 230 and includes at least one program code executed through the controller 250 and at least one data set used by the program code And stores it. The memory unit 240 basically stores a system program code and a system data set corresponding to an operating system of the chip module 230 and at least one application program code and an application data set, The program code and data set are also stored in the memory unit 240.

According to the embodiment of the present invention, the memory unit 240 may store the unique code in the memory 240 when the OBD apparatus 200 (or the chip module 230) is manufactured And registers the unique code for the OBD device 200 (or the chip module 230) in the designated storage area.

The RF processor 245 is a generic term for performing RF processing (e.g., RF signal modulation) for broadcasting a unidirectional radio signal through the antenna unit and / or RF processing for bidirectional short-range wireless communication. For example, It is possible to perform a Bluetooth-based bidirectional short-range wireless communication function and RF processing for transmitting a Bluetooth-based unidirectional wireless signal. Here, the transmission of the unidirectional radio signal includes a radio signal which is transmitted without identifying or pairing the receiving side that receives the radio signal in advance.

According to an embodiment of the present invention, the chip module 230 can communicate with a wireless terminal 300 of a user who owns the OBD device 200 among short-distance local area communication devices supporting the bidirectional short- And the RF processor 245 performs RF processing for bidirectional short-range wireless communication with the user's wireless terminal 300. [

The USB communication unit 235 is electrically connected to a USB connector (for example, D + and / or D-) included in the connector unit 220 and is connected to an external wireless terminal 300 For example, a user's own mobile phone, a smart phone, a tablet PC, etc.). The bidirectional short-range cable communication includes a USB communication function for transmitting and receiving a USB packet, and the external wireless terminal 300 connected to the connector 220 detects the chip module 230 and prepares for USB communication USB protocol functionality.

According to the embodiment of the present invention, the USB communication unit 235 maintains a state of being electrically connected to the USB connector of the connector unit 220, but the bidirectional short-range cable communication function of the USB communication unit 235 Directional short-range cable communication with the wireless terminal 300 connected to the connector unit 220 when the bi-directional short-range cable communication function of the USB communication unit 235 is activated, Directional short-range cable communication function of the USB communication unit 235 is disabled, the bidirectional short-range cable communication may not be processed even if the wireless terminal 300 is connected to the connector unit 220. [

2, the chip module 230 of the OBD apparatus 200 includes a communication identification unit (not shown) for identifying the wireless terminal 300 of the user who owns the OBD apparatus 200 using bidirectional short- And a short range wireless communication connection unit 260 for connecting the wireless terminal 300 of the identified user to the bidirectional short range wireless communication unit 255. The wireless communication unit 260 is connected to the connector unit 220 through the USB communication unit 235 And a short-range cable communication connection unit 260 for connecting the user's wireless terminal 300 to the two-way short-distance cable communication.

The communication identifying unit 255 identifies the wireless terminal 300 of the user to connect the bidirectional short range wireless communication at the initial operation of the chip module 230, The wireless communication method of the OBD device 200 may be performed by a user of the OBD device 200 among the short range communication devices capable of bidirectional short distance wireless communication with the chip module 230 at the time of operation before the identification information is stored, And performs a procedure for identifying the terminal 300. For example, when the RF processing unit 245 performs RF processing for Bluetooth-based bidirectional short-range wireless communication, the communication identification unit 255 identifies a user who owns the OBD apparatus 200 according to a Bluetooth pairing procedure Directional short-range wireless communication with the wireless terminal 300 of the Bluetooth-based bidirectional short-range wireless communication by performing the pairing procedure with the wireless terminal 300 of the Bluetooth-based bidirectional short-range wireless communication. According to the embodiment of the present invention, the communication identifier 255 identifies the user's wireless terminal 300 as communication identification information for connecting the bidirectional short-range wireless communication with the user's wireless terminal 300 Direction short-range wireless communication with the user's wireless terminal 300 using the communication identification information without performing a separate identification procedure. The short-range wireless communication connection unit 260 may be connected to the wireless terminal 300, You can connect.

The short range wireless communication connection unit 260 refers to the result of identifying the user's wireless terminal 300 through the short range wireless communication identification unit 255 or the communication identification information stored in the memory unit 240, Directional short-range wireless communication with the wireless terminal 300 of the user who owns the mobile terminal 200.

Meanwhile, the short-range cable communication connection unit 260 identifies the user's wireless terminal 300 connected to the connector unit 220 in cooperation with the USB communication unit 235, Cable communication can be connected. According to an embodiment of the present invention, the short-range cable communication connection unit 260 acquires communication identification information for identifying the user's wireless terminal 300 among devices connected to the connector unit 220 through cable connection, and stores the acquired communication identification information in the memory unit 240 In this case, the short-range cable communication connection unit 260 may connect the two-way short-range cable communication with the user's wireless terminal 300 corresponding to the communication identification information. Hereinafter, a component for connecting at least one bi-directional local area communication between the user's wireless terminal 300 and the bi-directional local area wireless communication and / or the bi-directional local area cable communication is collectively referred to as a communication connection unit 260.

2, the chip module 230 of the OBD device 200 includes a communication processing unit 265 for processing bi-directional local communication with a user's wireless terminal 300 connected to the bi-directional local area communication, A code checking unit 270 for checking code information to be transmitted through a radio signal and a signal transmitting unit 280 for transmitting a unidirectional radio signal including the checked code information through the RF processing unit 245, And a code generation unit 275 for generating an authentication code among the code information to be included in the unidirectional wireless signal.

The communication processing unit 265 processes at least one bi-directional short distance communication between the user's wireless terminal 300 and the bidirectional short distance communication through the communication connection unit 260.

The signal transmitting unit 280 identifies code information of a designated code system (or code structure) that can be transmitted by being included in the unidirectional wireless signal, and transmits the unidirectional wireless signal including the identified code information through the RF processor 245 So as to transmit the signal. The signal transmitter 280 amplifies the signal intensity (or signal strength) of the unidirectional radio signal to a predetermined magnitude (for example, when the chip module 230 is operated with the applied power supplied from the vehicle) Amplified to the specified maximum signal strength of the allowed range, or amplified to the calculated signal strength to reach a specified distance outside the vehicle).

According to the first unidirectional radio signal transmitting embodiment of the present invention, the code verifying unit 270 may determine whether a predetermined code system (or code structure) including a unique code unique to the memory unit 240 of the chip module 230 And the signal transmitting unit 280 can process the unidirectional radio signal including the identified code information through the RF processor 245. [

According to the second unidirectional radio signal transmission embodiment of the present invention, the code checking unit 270 checks a unique code stored in the memory unit 240 of the chip module 230, (For example, at the time of year and month) and the random number information generated by the specified algorithm, and transmits one or more of the confirmed unique code, the confirmed date / time information, and the random information to a predetermined designated code (Or a code structure) in a specified specific device (for example, a terminal, a server, or the like) that recognizes a code system (or a code structure) combining the unique code and dynamic information by combining the code (OTI) that can identify a unique code of the chip module 230 based on the generated OTI, Structure to check the code information, the signal transmission unit 280 of) may be treated so as to transmit the one-way radio signal including the identified code information via the RF processor 245.

The code generation unit 275 generates information on the information stored in the memory unit 240 of the chip module 230 such as the seed value and the chip module 230, (For example, a time value counted by using the charging power source of the power charging unit 215), a count value of the charging power source after the time synchronization with the user's wireless terminal 300 through the communication processing unit 265, (For example, information received from the user's wireless terminal 300 through the communication processing unit 265) through the bidirectional short-range communication through the communication processing unit 265 (E.g., a time value, a random number, a device ID value of the wireless terminal 300, a value received from the operation server 400 by the application 325 of the wireless terminal 300, etc.) A one-off code form of authorization code It can be dynamically generated. Alternatively, the code generation unit 275 may receive the information provided in the memory unit 240 of the chip module 230 and the information dynamically determined in the chip module 230 and the bidirectional local communication through the communication processing unit 265 It is possible to generate an authentication code in the form of a cipher code in which one or more pieces of information provided from the application 325 of the user-possessed wireless terminal 300 are encrypted so as to be decryptable through the designated operation server 400. [ The code generating unit 275 may generate the information provided in the chip module 230 and the information dynamically determined in the chip module 230 using the certificate provided in the memory unit 240 of the chip module 230, It is possible to generate an authentication code in the form of a signature code obtained by digitally signing one or more pieces of information provided from the application 325 of the user-possessed wireless terminal 300 through bidirectional short-range communication through the communication processing unit 265. [ When the verification code of the designated code type corresponding to at least one or a combination of at least one of the one-time code, the encryption code, and the signature code is generated through the code generation unit 275, (Or code structure) including the unique code stored in the memory 240 of the memory unit 240 and the authentication code of the designated code type generated through the code generation unit 275, The signal transmitting unit 280 may process the unidirectional radio signal including the identified code information through the RF processor 245.

According to the fourth unidirectional radio signal transmitting embodiment of the present invention, the code generating unit 275 can dynamically generate an authentication code in the form of a disposable code by using the above specified information as a seed. Alternatively, the code generation unit 275 may generate an authentication code in the form of a cipher code encrypted so as to be decryptable through the designated operation server 400. [ Alternatively, the code generating unit 275 may generate an authentication code in the form of a signature code using the certificate. In addition, the code checking unit 270 identifies a unique code stored in the memory unit 240 of the chip module 230, and at the same time, extracts the time information at the time of transmitting the unidirectional radio signal and the random number information After identifying one or more dynamic information, the OTI can be dynamically generated by combining the unique code and one or more dynamic information into a predetermined code system (or code structure). When the OTI is generated through the code verification unit 270, the verification code is generated in the form of a code corresponding to at least one or a combination of at least one of the one-time code, the encryption code and the signature code through the code generation unit 275 , The code verifying unit 270 generates a code of a designated code system (or code structure) including the generated OTI (One Time Identification) and an authentication code of a designated code type generated through the code generating unit 275 And the signal transmitting unit 280 may process the unidirectional radio signal including the identified code information through the RF processor 245. [

According to the fifth embodiment of the unidirectional wireless signal transmission method of the present invention, the code verifying unit 270 receives the code provided from the app 325 of the user wireless terminal 300 through bidirectional short distance communication through the communication processing unit 265 (For example, a unique code type code value provided by the user wireless terminal 300, an OTI type code value provided by the user wireless terminal 300, a unique code provided by the user wireless terminal 300 and an authentication code A code value in the form of a combination of OTI and authentication codes provided by the user wireless terminal 300, and the like), and checks the code value provided from the app 325 of the wireless terminal 300 (Or code structure) including the identified code information, and the signal transmitting unit 280 transmits the unidirectional radio signal including the identified code information through the RF processor 245 Can.

According to the sixth embodiment of the present invention, the code verifying unit 270 receives the code provided from the application 325 of the user wireless terminal 300 through the bidirectional short-range communication through the communication processing unit 265, (For example, a code value of a unique code type provided by the user wireless terminal 300, an OTI type code value provided by the user wireless terminal 300, and the like), and the code generation unit 275 generates a one- , A secret code, a signature code, or a combination of two or more of the signature codes. In this case, the code checking unit 270 checks the code value provided from the application 325 of the wireless terminal 300 and the designated code including the authentication code of the designated code type generated through the code generating unit 275 (Or a code structure), and the signal transmitting unit 280 can process the unidirectional radio signal including the confirmed code information through the RF processor 245. [

According to the seventh unidirectional radio signal transmitting embodiment of the present invention, the code verifying unit 270 may obtain code information in the form of at least partially selecting or combining two or more of the first to sixth unidirectional radio signal transmitting embodiments And the signal transmitting unit 280 may process the unidirectional radio signal including the identified code information through the RF processor 245. [ It is clearly understood that the present invention includes all embodiments which can be derived from a modification of the above embodiment as a scope of right.

According to the embodiment of the present invention, in transmitting the unidirectional radio signal including the code information designated according to the first to seventh unidirectional radio signal transmitting embodiments, the signal transmitting unit 280 may transmit the unidirectional radio signal including the applied power The signal strength (or signal strength) of the unidirectional radio signal is amplified to a specified magnitude (for example, amplified to a specified maximum signal strength in an allowable range, or reaches a specified distance outside the vehicle) And amplified to the calculated signal strength for transmission).

3 is a functional block diagram of a user wireless terminal 300 according to an embodiment of the present invention.

More specifically, FIG. 3 illustrates a functional configuration of a user wireless terminal 300 having an OBD device 200 that transmits a unidirectional wireless signal. As long as those skilled in the art are familiar with the present invention, Referring to and / or modified with respect to FIG. 3, various methods of performing the functions of the wireless terminal 300 can be inferred. However, the present invention includes all of the above- The technical features thereof are not limited by the implementation method alone. 3 may include at least one of various smart phones, various tablet PCs, and various mobile phones having a network communication function, a bi-directional local communication function, and a unidirectional wireless signal receiving function.

3, the wireless terminal 300 includes a control unit 302, a memory unit 320, a screen output unit 304, a user input unit 306, a sound processing unit 316, a short range communication unit 308, A cable communication unit 310, a short distance network communication unit 312, a wireless network communication unit 314, a USIM reader unit 318, and a USIM, and has a battery for power supply.

The control unit 302 is a general term for controlling the operation of the wireless terminal 300. The control unit 302 includes at least one processor and an execution memory, BUS). According to the present invention, the control unit 302 loads at least one program code included in the wireless terminal 300 into the execution memory through the processor, and outputs the result through at least one configuration And controls the operation of the wireless terminal 300. FIG. Hereinafter, the configuration of the application 325 implemented in the form of program code will be described in the control unit 302 for convenience.

The memory unit 320 is a general term of a nonvolatile memory corresponding to a storage resource of the wireless terminal 300 and includes at least one program code executed through the control unit 302 and at least one Save and maintain the dataset. The memory unit 320 basically includes a system program code and a system data set corresponding to the operating system of the wireless terminal 300, a communication program code and a communication data set for processing a wireless communication connection of the wireless terminal 300, A program code and a data set corresponding to the application 325 of the present invention are also stored in the memory unit 320. [

The screen output unit 304 includes a screen output unit (e.g., an LCD (Liquid Crystal Display) or the like) and a driving module for driving the screen output unit 304. The screen output unit 304 is connected to the control unit 302, And outputs an operation result corresponding to the output to the screen output device.

The user input unit 306 includes at least one user input device (e.g., a button, a keypad, a touch pad, a touch screen coupled to the screen output unit 304), and a drive module for driving the touch screen. And inputs a command for instructing various operations of the control unit 302 or data necessary for the operation of the control unit 302. [

The sound processing unit 316 includes a speaker, a microphone, and a driving module for driving the speaker. The sound processing unit 316 decodes sound data corresponding to the sound output from the various calculation results of the control unit 302 and outputs the sound data through the speaker Or a sound signal input through the microphone, and transmits the encoded sound signal to the controller 302. [

The cable communication unit 310 receives power using a cable or provides USB-based short-range cable communication, and the power supplied through the cable is charged in the battery. The cable communication unit 310 determines whether USB-based short-range cable communication is available when the cable is connected, and USB-based short-range cable communication when the USB-based short-range cable communication is available.

The short range communication unit 308 is a unit capable of receiving bidirectional short distance wireless communication with the chip module 230 of the OBD device 200 and receiving the unidirectional wireless signal transmitted from the chip module 230 of the OBD device 200 , Preferably a Bluetooth component for processing Bluetooth based bidirectional local area wireless communication and receiving Bluetooth based unidirectional wireless signals. However, the communication standard and the signal standard of the short-range communication unit 308 are not limited to the Bluetooth. The short-range short-range wireless communication is performed with the chip module 230 of the OBD device 200, It is obvious that whatever communication standard or signal standard is applied, it is within the scope of the present invention if it is possible to receive the unidirectional radio signal transmitted from the mobile station 230.

The wireless network communication unit 314 and the short-range network communication unit 312 are collectively referred to as communication resources for connecting the wireless terminal 300 to a designated communication network. Preferably, the wireless terminal 300 may include a wireless network communication unit 314 as a basic communication resource, and may include one or more short-range network communication units 312.

The wireless network communication unit 314 collectively refers to a communication resource for connecting the wireless terminal 300 to a wireless communication network via a base station. The wireless communication unit 314 may include an antenna, an RF module, a baseband module, And transmits the calculation result corresponding to the wireless communication among the various calculation results of the controller 302 through the wireless communication network or receives data through the wireless communication network To the control unit 302, and performs the connection, registration, communication, and handoff procedures of the wireless communication. According to the present invention, the wireless network communication unit 314 can connect the wireless terminal 300 to a communication network including a communication channel and a data channel via the exchange, and in some cases, Based wireless network data communication (e.g., the Internet).

According to an embodiment of the present invention, the wireless network communication unit 314 is a mobile communication unit that performs at least one of connection to a mobile communication network, location registration, call processing, call connection, data communication, and handoff according to the CDMA / WCDMA / ≪ / RTI > Meanwhile, according to the intention of a person skilled in the art, the wireless network communication unit 314 may further include a portable internet communication structure for performing at least one of connection to the portable Internet, location registration, data communication and handoff according to the IEEE 802.16 standard, It is evident that the present invention is not limited by the wireless communication configuration provided by the wireless network communication unit 314. [ That is, the wireless network communication unit 314 is a general term for a configuration unit that connects to a wireless communication network through a cell-based base station irrespective of a frequency band of a wireless section, a type of a communication network, or a protocol.

The short-range network communication unit 312 collectively refers to a communication resource for connecting a communication session using a radio frequency signal within a predetermined distance (e.g., 10 m) as a communication medium and connecting the wireless terminal 300 to the communication network based on the communication session , The wireless terminal 300 may be connected to the communication network through at least one of Wi-Fi communication, public wireless communication, and UWB. According to an embodiment of the present invention, the local area network communication unit 312 may be integrated with or separated from the wireless network communication unit 314. According to the present invention, the short-range network communication unit 312 connects the wireless terminal 300 to a data network providing packet-based short-range wireless data communication through a wireless AP.

The USIM reader unit 318 is a generic term of a configuration for exchanging at least one data set with a universal subscriber identity module mounted or detached from the wireless terminal 300 based on the ISO / IEC 7816 standard , And the data set is exchanged in a half duplex communication manner through an APDU (Application Protocol Data Unit).

The USIM is an SIM type card having an IC chip conforming to the ISO / IEC 7816 standard, and includes an input / output interface including at least one contact connected to the USIM reader 318, a program code for at least one IC chip (Or processing) the program code for the IC chip in accordance with at least one command transmitted from the wireless terminal 300, or extracting (or processing) the data set in association with the input / output interface To the input / output interface.

The control unit 302 downloads an application 325 corresponding to a program linked with the chip module 230 of the OBD device 200 and stores the data in the memory unit 320, Then, the application 325 is driven to perform the operation according to the present invention.

3, the application 325 of the wireless terminal 300 is connected to the OBD device 200 owned by the user of the wireless terminal 300 based on bidirectional short-range wireless communication in cooperation with the local communication unit 308, And a short-range wireless communication unit for connecting the short-range wireless communication with the chip module 230 of the identified OBD device 200 in cooperation with the short-range communication unit 308, And a short-distance cable chip module connection unit 335 which has a wireless chip module connection unit 335 and connects bidirectional short-distance cable communication with the OBD device 200 connected to the cable communication unit 310 and connected with a wired cable.

The chip module identification unit 330 identifies the wireless terminal 300 of the user to connect the bidirectional short range wireless communication at the initial operation of the chip module 230 of the OBD apparatus 200 At the time of operation before the communication identification information of the user's wireless terminal 300 is stored in the chip module 230 or when the user operates the operation unit 225 of the OBD device 200) Performs a procedure for identifying a chip module (230) of the OBD device (200) owned by the user from the short range wireless communication capable of bidirectional short distance wireless communication through the wireless communication module (308). For example, when the short-range communication unit 308 processes Bluetooth-based bidirectional short-range wireless communication, the chip module identification unit 330 performs a pairing procedure with the OBD device 200 owned by the user according to the Bluetooth pairing procedure So as to identify the chip module 230 of the OBD device 200 of the user who will connect the Bluetooth-based bidirectional short-range wireless communication. According to an embodiment of the present invention, the chip module identification unit 330 identifies the OBD apparatus 200 as a communication identification information for connecting the OBD apparatus 200 to the bidirectional short- In this case, the short-range wireless chip module connection unit 335 may connect the OBD apparatus 200 and the bidirectional short-range wireless LAN using the communication identification information without a separate identification procedure, Communication can be connected.

The short-range wireless chip module connection unit 335 refers to the result of identifying the user's OBD apparatus 200 through the short-range wireless chip module identification unit 330 or the communication identification information stored in the memory unit 320, Directional short-range wireless communication with the OBD device 200 of FIG.

Meanwhile, the short-range cable-module connection unit 335 is connected to the cable communication unit 310 to identify the user's OBD device 200 connected with the cable and connects the two-way short-range cable communication with the OBD device 200 . According to an embodiment of the present invention, the short-distance cable chip module connection unit 335 may acquire communication identification information for identifying the user's OBD device 200 among the devices to which the wired cable is connected and store the acquired communication identification information in the memory unit 320, In this case, the short-distance cable chip module connection unit 335 can connect the bidirectional short-distance cable communication with the OBD apparatus 200 of the user corresponding to the communication identification information. Hereinafter, a component for connecting at least one bi-directional short distance communication between the OBD apparatus 200 of the user and two-way short distance wireless communication and / or two-way short distance cable communication is collectively referred to as a chip module connecting unit 335.

3, the application 325 of the wireless terminal 300 includes a chip module communication unit 340 for processing bidirectional short-range communication with the chip module 230 of the OBD device 200 to which the bidirectional short-range communication is connected And a chip module management unit 345 for performing bidirectional short distance communication with the chip module 230 of the OBD device 200 through the chip module communication unit 340 to manage the chip module 230 of the OBD device 200, Respectively.

The chip module communication unit 340 processes bi-directional short-range wireless communication with the chip module 230 of the OBD device 200 communicatively connected with the short-range communication unit 308 through the chip module connection unit 335. The chip module management unit 345 receives status information on a unidirectional wireless signal transmitted from the chip module 230 from the chip module 230 of the communicating OBD device 200 through the chip module communication unit 340 And output it.

According to the embodiment of the present invention, the chip module management unit 345 generates a code value to be included in the unidirectional radio signal to be transmitted through the chip module 230 of the OBD device 200 A code value in the form of a combination of a unique code and an authentication code provided by the user wireless terminal 300, a code value in the form of a user wireless terminal 300, (E.g., a code value in the form of a combination of an OTI and an authentication code provided by the terminal 300), and transmits the set value to the OBD apparatus 200 via the bidirectional local communication of the chip module communication unit 340 It is possible to control the unidirectional wireless signal including code information including the provided separate code value to be transmitted through the chip module 230 of the OBD device 200 by providing a code value.

Alternatively, the chip module management unit 345 may receive a separate code value to be included in the unidirectional wireless signal to be transmitted from the designated operation server 400 through the chip module 230 of the OBD device 200, Code information including the provided separate code value is provided through the chip module 230 of the OBD device 200 by providing the code value to the OBD device 200 through bidirectional short distance communication of the OBD device 340 Directional radio signal is transmitted.

3, the application 325 of the wireless terminal 300 receives a unidirectional wireless signal transmitted from the chip module 230 of the OBD apparatus 200 in cooperation with the local communication unit 308 A signal recognizing unit 350 for recognizing code information included in the unidirectional wireless signal, and a unidirectional wireless signal reading unit for reading the recognized code information and containing valid code information in the chip module 230 of the OBD apparatus 200. [ And a signal analyzer 355 for analyzing whether the signal is transmitted.

The signal recognition unit 350 receives the unidirectional radio signal transmitted from the chip module 230 of the OBD apparatus 200 owned by the user in cooperation with the local communication unit 308 and reads the unidirectional radio signal, And recognizes the code information transmitted from the chip module 230 of the OBD device 200 via the unidirectional radio signal.

The signal analyzing unit 355 analyzes the signal from the chip module 230 of the OBD device 200 based on bi-directional short distance communication with the chip module 230 of the OBD device 200 through the chip module communication unit 340 The code information to be transmitted through the unidirectional wireless signal is checked and the code information recognized by the signal recognition unit 350 is transmitted from the chip module 230 of the OBD device 200 through the unidirectional wireless signal Can be analyzed. Meanwhile, the signal analyzer 355 may include an OTI authentication rule for analyzing the OTI included in the code information, or transmit the OTI to the operation server 400 having the OTI authentication rule to request authentication have. Alternatively, the signal analyzer 355 may include a code authentication rule for analyzing the matching of the authentication code included in the code information, or may transmit the authentication code to the operation server 400 having the code authentication rule, Can be requested.

If the code information is matched, the signal analyzer 355 processes various services requested based on the unidirectional radio signal transmitted through the chip module 230 of the OBD device 200, The signal analysis unit 355 controls the chip module management unit 345 to transmit a unidirectional wireless signal including code information valid for various services through the chip module 230 of the OBD device 200 .

Referring to FIG. 3, the application 325 of the wireless terminal 300 includes unique information that uniquely identifies the user's OBD device 200 and unique information that the user possessing the OBD device 200 possesses, And an information registration unit 360 for requesting the specified operation server 400 to register the unique authentication information for authenticating the unique identification of the wireless terminal 300 that installed the wireless terminal 300.

When the specified application 325 is downloaded and installed in the user wireless terminal 300 and the information registration unit 360 registers the user wireless terminal 300 installed with the application 325 as a unique (E.g., a device token, an app ID, a UUID, an app authentication key, an app or a designated file (or data)) for uniquely identifying and authenticating the app 325 executed by the user wireless terminal 300, (E.g., a combination of mobile phone number, MSISDN, IMSI, IMEI, UICC_ID, and the like), and at least one of the combination of at least one of the hash keys The server 400 performs a procedure of receiving the unique authentication information from the application 325 of the user wireless terminal 300 and / or determining the unique authentication information to be given to the user wireless terminal 300 , Based on the results To be stored in a storage medium assigned to the unique identification information. Preferably, the information registration unit 360 may store the unique authentication information in a designated storage area of the user wireless terminal 300. Preferably, the unique authentication information may be stored in association with the unique information of the OBD apparatus 200.

According to the embodiment of the present invention, the unique authentication information is set (or generated) uniquely (= not duplicated) after the app 325 is installed in the user wireless terminal 300, The information is used as an identification means for uniquely identifying the application 325 installed in the user wireless terminal 300 in addition to the application used as the identification means for identifying the user wireless terminal 300, And can be used as an authentication means for authenticating the execution state. According to the embodiment of the present invention, the information registration unit 360 registers unique identification information set in the user wireless terminal 300 before the application 325 is installed in the user wireless terminal 300, (E.g., mobile phone number, MSISDN, IMSI, IMEI, UICC_ID, etc.) of the user wireless terminal 300. The operation server 400 may check the unique identification information of the user wireless terminal 300 Lt; / RTI >

The information registration unit 360 confirms the unique information that uniquely identifies the user's OBD device 200 and registers the unique information of the OBD device 200 with the designated operation server 400, The operation server 400 receives the unique information of the genital OBD device 200 from the app 325 of the user wireless terminal 300 and stores the unique information of the received OBD device 200 in a designated storage medium do. Preferably, the unique information of the OBD device 200 may be stored in association with the unique authentication information (or unique identification information).

The unique information of the OBD apparatus 200 is stored in the chip module 230 of the OBD apparatus 200 and is transmitted to the chip module 230 of the OBD apparatus 200 through the unidirectional And may include a unique code included in the radio signal. The OBI apparatus 200 may be configured such that the OBD 200 is dynamically generated by the chip module 230 of the OBD 200 in order to dynamically identify and authenticate the unidirectional wireless signal transmitted from the chip module 230 of the OBD 200, The inherent information of the OBD apparatus 200 may include a unique code used to generate the OTI in the chip module 230 of the OBD apparatus 200. [ Meanwhile, the unique information registered according to the method may further include information designated by a person skilled in the art in addition to the unique code, and thus the present invention is not limited thereto.

According to the first specific information registration embodiment of the present invention, unique information that uniquely identifies the OBD apparatus 200 may be printed (or attached) to the packaging paper or one side of the OBD apparatus 200. In this case, The registration unit 360 may display an interface screen for receiving unique information that uniquely identifies the user's OBD device 200 and may receive the unique information of the OBD device 200 from the user through the interface screen, And may register the input unique information with the designated operation server 400. [

The information registration unit 360 may register the chip module 230 of the OBD device 200 through the chip module communication unit 340 and / or the chip module management unit 345, And can register the received unique information with the designated operation server 400. [0040] The operation information of the OBD 200 may be received from the OBD 200,

According to the third specific information registration embodiment of the present invention, the information registration unit 360 registers the information included in the unidirectional wireless signal transmitted from the chip module 230 of the OBD device 200 through the signal recognition unit 350 Code information, and can register the recognized unique information in the designated operation server 400. [0050] FIG.

According to the fourth specific information registration embodiment of the present invention, the information registering unit 360 may combine at least two embodiments among the first to third specific information registration embodiments at least partially to transmit the unique information to the designated operating server 400), and thus the present invention is not limited thereto.

According to the embodiment of the present invention, the unique information of the OBD apparatus 200 is received based on the result of receiving the unidirectional radio signal transmitted from the OBD apparatus 200 and recognizing and authenticating the code information included in the unidirectional radio signal The parking lot device 100 is stored with the device information of the parker device 100 that controls the parked state by operating the circular mechanism part 1015 or is linked with the device information of the parker device 100 through the information registration part 360 .

3, the application 325 of the wireless terminal 300 configures the sharing request information for sharing the parker device 100 associated with the user's OBD device 200 to a third party, A sharing request unit 365 provided to the server 400 and a sharing confirmation unit 366 for receiving and outputting the sharing state information related to the sharing of the parker device 100 associated with the OBD device 200 from the operation server 400, (370).

The parker device 100 associated with the user's OBD device 200 receives the unidirectional radio signal transmitted from the chip module 230 of the OBD device 200 and transmits code information A device for authenticating the validity of the code information and operating a circular mechanism unit 1015 based on the result of the authentication of the code information to control whether or not the parking space in which the parker apparatus 100 is installed is parked .

According to an embodiment of the present invention, the parker apparatus 100 includes a circular plate area 1005 having a predetermined diameter that contacts the bottom of the parking space, a circular plate area 1005 having a diameter smaller than a predetermined diameter of the plate area 1005 A dome area 1010 formed of a dome of a predetermined curvature having a predetermined curvature and matched with the center of the flat plate area 1005 and coupled onto the flat plate area 1005, Is placed horizontally with the flat plate region 1005 on the region 1005 and is erected in the vertical direction of the flat plate region 1005 or erected in the vertical direction of the flat plate region 1005, The circular mechanism part 1015 is connected to one side of the circular mechanism part 1015 and the circular mechanism part 1015 is placed horizontally with respect to the flat plate area part 1005, And a driving unit 1020 for driving up And receives the unidirectional radio signal transmitted from the chip module 230 of the OBD device 200 and recognizes the code information included in the unidirectional radio signal. Based on the result of the validation of the validity of the code information, And a control module 1025 for controlling the circular mechanism unit 1015 to horizontally or vertically move the circular mechanism unit 1015.

When the circular mechanism portion 1015 of the parker apparatus 100 is vertically erected, the parker apparatus 100 can prevent the vehicle from being parked in the parking space in which the parker apparatus 100 is installed by the circular mechanism unit 1015 When the circular mechanism unit 1015 of the parker apparatus 100 is placed horizontally, the parker apparatus 100 controls the vehicle to park in a parking space in which the parker apparatus 100 is installed.

When the user requests (or permits) the parker apparatus 100 associated with the OBD apparatus 200 to be shared with a third party, the sharing request unit 365 requests the user to park the parker apparatus 100 associated with the OBD apparatus 200, And displays the interface screen for requesting (or permitting) the device 100 to share with a third party. The parker device 100, which is associated with the user's OBD device 200 based on the user operation on the interface screen, And provides the shared request information to the designated operation server 400. [0050] FIG.

According to an embodiment of the present invention, the sharing request information includes identification information (e.g., device information (or a part of information) of the parker device 100 to be shared with a third party, (Or associated with the OBD device 200) associated with the parker device 100 to be shared, the unique information of the OBD device 200 associated with the parker device 100 to be shared (Or at least one of the unique authentication information (or unique identification information, etc.) of the terminal 300), and may include a date and time to share the parker apparatus 100 (or the parking space corresponding to the parker apparatus 100) Information or time information. On the other hand, when sharing the parking lot device 100 (or the parking space corresponding to the parker device 100) for a fee, the sharing request information is stored in the parking lot device 100 (or the parking space corresponding to the parker device 100) (Or unit price information) for sharing the price information. If the user wireless terminal 300 designates a sharer to share the parker apparatus 100 (or the parking space corresponding to the parker apparatus 100), the sharing request information is transmitted to the user wireless terminal 300 And may further include the specified sharer information.

According to the embodiment of the present invention, the sharer wireless terminal 105 that has shared the parker device 100 associated with the user's OBD device 200 can transmit a unidirectional radio signal including designated code data in a short distance, The shared parker device 100 recognizes code data to be transmitted through the unidirectional radio signal from the sharer wireless terminal 105 and requests authentication to the operation server 400. The wireless terminal 105 must include authentication information for authenticating the code data to be transmitted through the unidirectional wireless signal.

The code data to be transmitted from the sharer wireless terminal 105 may be determined by the sharer wireless terminal 105 and / or generated / extracted via the operating server 400 and / Lt; / RTI > If the user wireless terminal 300 provides the code data, the sharing request unit 365 determines code data to be provided to the sharer wireless terminal 105, and transmits sharing request information including the code data To the operation server 400.

The operation server 400 may transmit the code data determined by the sharper wireless terminal 105 and / or the code data generated / extracted through the operation server 400 and / (Or configures) the authentication information for authenticating the code data to be transmitted through the unidirectional wireless signal from the sharer wireless terminal 105 among the code data, and transmits the device information of the shared parker device 100 and the confirmed authentication information (For example, cooperative storage for a predetermined period of time), the parker device 100 recognizing the code data transmitted through the unidirectional radio signal from the wireless terminal 300 requests authentication of the validity of the code data The validity of the code data can be authenticated through the authentication information associated with the parker device 100. [ When the validity of the code data is authenticated, the operation server 400 provides a circular mechanism unit 1015 to the parker apparatus 100, To control whether or not to park.

The operation server 400 performs a procedure for determining a sharer to be shared with the Parker device 100 associated with the OBD device 200. When the sharer to be shared with the parker device 100 is determined, The sharing confirmation unit 370 may be configured to share the parker device 100 from the operation server 400. In this case, It is possible to receive and output the sharer information to be received.

The operating server 400 communicates with the sharer wireless terminal 105 that transmits the unidirectional radio signal including the code data and / or communicates with the parker device 100, Directional wireless signal transmitted from the wireless terminal 105 of the sharer, recognizes code data included in the unidirectional wireless signal, requests authentication to the operation server 400, (For example, the circular mechanism portion 1015 of the parker apparatus 100 is placed horizontally) or parked (e.g., the circular mechanism portion 1015 of the parker apparatus 100) And the sharing confirmation unit 370 may provide the sharing state information for the user wireless terminal 300 to the application 325 of the user wireless terminal 300, It receives the status information can be output.

If the sharer wireless terminal 105 has paid a predetermined amount for the sharing of the parker device 100, the operating server 400 configures the sharing state information corresponding to the result of the payment, The shared state information may be provided to the application 325 of the terminal 300 and the sharing confirmation unit 370 may receive and output the shared state information from the operation server 400. [

4 is a diagram illustrating a configuration of an operation server 400 sharing a Parker device 100 associated with a user's OBD device 200 according to an embodiment of the present invention.

4 is a block diagram showing a configuration of a user who controls a parking status by operating a circular mechanism 1015 based on a result of receiving a unidirectional radio signal transmitted from a user's OBD apparatus 200 and recognizing and authenticating designated code information And a person skilled in the art to which the present invention pertains, reference is made to and / or modified by reference to FIG. 4, which illustrates the functional configuration of an operating server 400 that shares a parker device 100 with a third party. It will be appreciated that various implementations of the configuration of the production server 400 (e.g., some configurations may be omitted, or subdivided, or combined) may be inferred, but the present invention encompasses all of the above- And the technical features thereof are not limited only by the method shown in FIG.

The operation server 400 can communicate with the user wireless terminal 300 that owns the OBD device 200 via the designated communication network and receives the parker device 100 associated with the user's OBD device 200 And communicates with the sharer wireless terminal 105. Meanwhile, according to an embodiment of the present invention, the operation server 400 can communicate with the parker device 100 associated with the user's OBD device 200 via a designated communication network, and thus the present invention is not limited thereto.

4, the operation server 400 links the unique information of the OBD device 200 that transmits the designated unidirectional wireless signal with the device information of the parker device 100 associated with the OBD device 200 And a device registration unit 405 for storing the device registration information.

The device registration unit 405 communicates with the OBD apparatus 200 and the operating terminal operated by a company that manufactures or sells the parker apparatus 100 to register the unique information of the OBD apparatus 200 and the OBD apparatus 200 The device information of the associated parker device 100 can be registered and stored in association with the designated database. The device registration unit 405 registers the unique information of the OBD apparatus 200 in cooperation with the app 325 of the user wireless terminal 300 purchasing the OBD apparatus 200 and the parker apparatus 100 And the device information of the parker device 100 associated with the OBD device 200 may be registered and stored in association with the registered database.

The unique information of the OBD apparatus 200 registered through the device registration unit 405 uniquely identifies the OBD apparatus 200 and the chip module of the OBD apparatus 200 230 or an OTI and / or an authentication code generated by the OTI and the authentication code.

According to the embodiment of the present invention, the device information of the parker device 100 registered through the device registration unit 405 includes information for uniquely identifying the parker device 100 associated with the OBD device 200, The control module 1025 included in the parker apparatus 100 may include all necessary or used information for receiving, recognizing and authenticating the unidirectional radio signal. If the parking lot device 100 is installed in a specific parking space, the device information of the parking lot device 100 may further include location information (or address information) of the parking space in which the parking lot device 100 is installed And the present invention is not limited thereto.

4, the operation server 400 includes unique information for uniquely identifying the OBD device 200 associated with the parker device 100, unique information for a user possessed by the OBD device 200, And a registration processing unit (410) for associating and storing unique authentication information for authenticating and authenticating the wireless terminal (300) that installed the application (325).

The user 325 of the user wireless terminal 300 uniquely identifies the user wireless terminal 300 installing the application 325 and at the same time the application 325 executed in the user wireless terminal 300 is unique At least one of or a combination of at least one of or a combination of at least one of a device token, an app ID, a UUID, an app authentication key, a hash key that hashes an app or a specified file (or data) (For example, a combination of mobile phone number, MSISDN, IMSI, IMEI, UICC_ID, etc.) from the application 325 of the user wireless terminal 300, Performs the procedure of determining the unique authentication information to be provided to the user wireless terminal 300, and then stores the unique authentication information in the designated storage medium based on the result of the determination. Preferably, the unique authentication information may be stored in association with the unique information of the OBD apparatus 200.

When the app 325 of the user wireless terminal 300 confirms the unique information that uniquely identifies the user's OBD device 200 and registers the unique information of the verified OBD device 200, The registration processing unit 410 receives the unique information of the genital OBD device 200 from the app 325 of the user wireless terminal 300 and stores the unique information of the received OBD device 200 in the designated storage medium . Preferably, the unique information of the OBD device 200 may be stored in association with the unique authentication information (or unique identification information). According to an embodiment of the present invention, the unique information of the OBD apparatus 200 may be registered and stored in a designated storage medium according to at least one embodiment of the first to fourth specific information registration embodiments of the present invention.

4, the operation server 400 receives the parker device 100 from the application 325 of the user wireless terminal 300 having the OBD device 200 associated with the parker device 100 A sharing request determining unit 420 for determining a sharer to be shared with the parker device 100 based on the sharing request information, When the sharer to be shared with the parker apparatus 100 is determined, an authentication information confirmation unit for confirming the authentication information for authenticating the code data to be transmitted in a short distance through the unidirectional radio signal of the local communication unit included in the determined sharer wireless terminal 105 An authentication information management unit 440 for storing the device information of the shared parker device 100 and the identified authentication information in association with each other; When one code data is transmitted A code data receiving unit 445 for receiving the code data from the shared parker apparatus 100, and a control unit 445 for authenticating the validity of the received code data using authentication information associated with the shared parker apparatus 100 And an authentication result providing unit 455 for providing an authentication result of the code data to the shared parker apparatus 100. The short distance communication unit 450 includes a code data authentication unit 450, And a code data provider 430 for providing the confirmed code data to the sharer wireless terminal 105. The code data provider 430 includes a code data providing unit 425 for confirming code data to be transmitted to a short distance via a one- can do. Meanwhile, the operation server 400 may communicate with the app of the sharer wireless terminal 105 and / or communicate with the shared parker device 100 to confirm that the parker device 100 is shared with the sharer And a shared state providing unit 465 for providing the shared state of the parker device 100 to the application 325 of the user wireless terminal 300. The shared state providing unit 465 may be a shared state providing unit.

When the application 325 of the user wireless terminal 300 constructs and transmits the sharing request information for sharing the parker device 100 associated with the user's OBD device 200 to a third party, Receives the sharing request information requesting sharing of the parker device 100 from the app 325 of the user wireless terminal 300 to the third party.

According to an embodiment of the present invention, the sharing request information includes identification information (e.g., device information (or a part of information) of the parker device 100 to be shared with a third party, (Or associated with the OBD device 200) associated with the parker device 100 to be shared, the unique information of the OBD device 200 associated with the parker device 100 to be shared (Or at least one of the unique authentication information (or unique identification information, etc.) of the terminal 300), and may include a date and time to share the parker apparatus 100 (or the parking space corresponding to the parker apparatus 100) Information or time information. On the other hand, when sharing the parking lot device 100 (or the parking space corresponding to the parker device 100) for a fee, the sharing request information is stored in the parking lot device 100 (or the parking space corresponding to the parker device 100) (Or unit price information) for sharing the price information. If the user wireless terminal 300 designates a sharer to share the parker apparatus 100 (or the parking space corresponding to the parker apparatus 100), the sharing request information is transmitted to the user wireless terminal 300 And may further include the specified sharer information.

When the sharing request information is received through the sharing request receiving unit 415, the sharing object determining unit 420 determines whether the sharing request information is received from the parker apparatus 100 (or the parking space corresponding to the parker apparatus 100) Space) to be shared. For example, the sharing object determining unit 420 may determine information about the parker apparatus 100 (or the parking space corresponding to the parker apparatus 100) included in the sharing request information Information (or address information), and temporary information (or time information) to be shared with each other) and notifies via the web (or a designated application) or provides the parker sharing information to a designated person, When at least one user who has confirmed (or provided) the parker sharing information requests sharing of the parker apparatus 100 (or the parking space corresponding to the parker apparatus 100) corresponding to the parker share information, The user who has requested the sharing of the device 100 (or the parking space corresponding to the parker apparatus 100) can be shared with the parker apparatus 100 (or the parking space corresponding to the parker apparatus 100) Can be determined as a sharer All.

According to the embodiment of the present invention, the sharing object determining unit 420 may determine (or announce) the first-party applicant as a sharer after posting (or notifying) the parker sharing information to a designated web (or an app). Or the shared object determining unit 420 determines whether or not the parker apparatus 100 (or the parker apparatus 100) corresponding to the parker apparatus 100 among the applicants for a predetermined period of time after publishing (or notifying) (Or nearest) within a certain distance from the location information (or address information) of the parking space). Or the shared object determining unit 420 determines whether or not the parker apparatus 100 (or the parker apparatus 100) corresponding to the parker apparatus 100 among the applicants for a predetermined period of time after publishing (or notifying) (Or the parking space corresponding to the parker apparatus 100) on the vehicle movement path by using the position information (or the address information) of the parking space Applicants who are close (or most recent) may be selected as Shared. If the parker apparatus 100 (or the parking space corresponding to the parker apparatus 100) is shared for a fee, the sharing object determining unit 420 stores the parker share information in a specified web (or app) (Or the reverse auction method), it is possible to determine a bidders who generate the best profit out of the bidders for a certain period of time as a sharer. Meanwhile, a method of determining the sharers to share the parker apparatus 100 (or the parking space corresponding to the parker apparatus 100) by the shared object determining unit 420 may be variously modified and applied other than the above- It is evident that the invention includes all possible ways in which those skilled in the art can conceive.

According to the method of the present invention, when the sharer to be shared with the parker apparatus 100 (or the parking space corresponding to the parker apparatus 100) is determined, the sharing object confirmation unit confirms the sharer information corresponding to the determined sharer And may provide the sharer information to the app 325 of the user wireless terminal 300 and the app 325 of the user wireless terminal 300 may receive and output the sharer information.

According to an embodiment of the present invention, the determined sharer wireless terminal 105 can transmit a unidirectional radio signal including designated code data in a short distance, and the shared parker apparatus 100 can transmit The operation server 400 recognizes the code data to be transmitted through the unidirectional radio signal and authenticates the code data to be transmitted through the unidirectional radio signal. Authentication information for authentication.

The authentication information confirmation unit 435 confirms the authentication information for authenticating the code data transmitted from the sharer wireless terminal 105 through the unidirectional wireless signal.

According to the first authentication information confirmation embodiment of the present invention, the app of the sharer wireless terminal 105 confirms (or generates) code data to be transmitted in a short distance via the unidirectional wireless signal of the sharer wireless terminal 105, (Or generated) code data to the operating server 400. The code data verifying unit 425 receives the code data from the sharer wireless terminal 105 via the unidirectional radio signal of the sharer wireless terminal 105 And receives code data to be transmitted in a short distance. The authentication information confirmation unit 435 confirms (or generates) the authentication information for authenticating the code data using the code data received from the sharer wireless terminal 105. [ Preferably, the authentication information includes code data received from the sharer wireless terminal 105, and / or required to analyze or compare code data received from the sharer wireless terminal 105 or to perform a specified verification operation Information.

According to the second authentication information confirmation embodiment of the present invention, the app of the sharer wireless terminal 105 confirms (or generates) the code data to be transmitted in a short distance through the unidirectional wireless signal of the sharer wireless terminal 105, (Or generates) the authentication information for authenticating the verified (or generated) code data, and provides the verified (or generated) authentication information to the operation server 400. The authentication information verifying unit 435) receives authentication information for authenticating the code data from the sharer wireless terminal (105). Preferably, the authentication information includes code data to be transmitted from the sharer wireless terminal 105 at a short distance and / or analyzes or compares code data to be transmitted from the sharer wireless terminal 105 in a short distance, Lt; RTI ID = 0.0 > and / or < / RTI >

According to the third authentication information checking embodiment of the present invention, the code data verifying unit 425 generates code data that can be transmitted in a short distance via a unidirectional radio signal of the sharper wireless terminal 105 or extracts the code data from a designated database , The code data providing unit 430 provides the generated / extracted code data to the sharer wireless terminal 105 so that the code data is transmitted to the sharer wireless terminal 105 via the unidirectional radio signal at a short distance . Meanwhile, when the code data is generated / extracted through the code data verifying unit 425, the authentication information verifying unit 435 verifies authentication information for authenticating the code data using the generated / extracted code data (Or generates). Preferably, the authentication information may include the generated / extracted code data, and / or necessary information for analyzing or comparing the generated / extracted code data or performing a specified verification operation.

According to the fourth authentication information checking embodiment of the present invention, the app 325 of the user wireless terminal 300 confirms (or creates) code data to be provided to the sharer wireless terminal 105, And provides the generated code data to the operation server 400. The code data checking unit 425 checks the code data received from the user wireless terminal 300. [ For example, the application 325 of the user wireless terminal 300 may include the code data in the sharing request information. In this case, the code data verifying unit 425 may transmit the code data included in the sharing request information . The authentication information confirmation unit 435 confirms (or generates) the authentication information for authenticating the code data using the code data received from the user wireless terminal 300. [ Preferably, the authentication information includes code data received from the user wireless terminal 300, and / or required to analyze or compare code data received from the user wireless terminal 300, or perform specified verification operations. Information.

According to the fifth authentication information checking embodiment of the present invention, the authentication information verifying unit 435 may at least partially combine at least two embodiments among the first to fourth authentication information checking embodiments, It is possible to confirm the authentication information for authenticating the code data to be transmitted through the unidirectional radio signal of the base station 105, and thus the present invention is not limited thereto.

If the authentication information for authenticating the code data to be transmitted via the unidirectional radio signal of the sharer wireless terminal 105 is confirmed through at least one of the first to fifth authentication information checking embodiments, When the shared parker device 100 recognizes the code data and requests authentication by associating the device information of the shared parker device 100 with the verified authentication information, And authenticates the validity of the code data through the authentication information associated with the authentication information. Preferably, the authentication information is mapped and stored for a predetermined period of time with the parker device 100, and it is preferable that the authentication information is discarded after the predetermined time elapses or is used to control the parking, or the mapping relationship is released.

The parker apparatus 100 can recognize code data to be transmitted through the unidirectional radio signal from the sharer wireless terminal 105, and transmits the recognized code data to the operation server 400 to request authentication.

The code data receiver 445 receives the code data transmitted from the parker device 100 and transmits the code data to the code data authenticator 450 authenticates the validity of the code data received from the parker device (100) using the authentication information associated with the shared parker device (100), and the authentication result provider (455) (100) to provide the authentication result of the code data.

When the validity of the code data is authenticated, the parker apparatus 100 can control whether or not to operate the circular mechanism unit 1015 of the parker apparatus 100 based on the authentication result of the code data.

According to an embodiment of the present invention, the shared state checking unit 460 may communicate with an app of the sharer wireless terminal 105 that transmits a unidirectional radio signal including the code data, and / (Or parking space corresponding to the parker apparatus 100) to the sharer by communicating with the parker apparatus 100 (which recognizes the data). Preferably, the shared state information may include any one of 'park waiting', 'parked' or 'parked', and the parker apparatus 100 (or the parker apparatus 100) Parking space) to be shared by the user.

The shared state providing unit 465 may transmit the shared state information of the parker apparatus 100 (or the parking space corresponding to the parker apparatus 100) identified through the shared state identifying unit 460 to the user wireless terminal 300 to the app 325 of the user wireless terminal 300. The app 325 of the user wireless terminal 300 receives the sharing status information of the parker device 100 (or the parking space corresponding to the parker device 100) Output.

If the sharer wireless terminal 105 has paid a predetermined amount for the sharing of the parking lot device 100 (or the parking space corresponding to the parker device 100), the shared state checking unit 460 determines (Or configures) the shared state information corresponding to the result of the payment, and the shared state providing unit 465 transmits the shared state information corresponding to the result of the payment to the application 325 of the user wireless terminal 300 And the application 325 of the user wireless terminal 300 can receive and output the shared state information corresponding to the result of the payment.

5 is a diagram illustrating an operation process of the chip module 230 and the parker device 100 of the OBD device 200 according to an embodiment of the present invention.

5 illustrates an operation process of the chip module 230 of the OBD device 200 for transmitting a unidirectional radio signal including the designated code information and a process of the chip module 230 of the OBD device 200 The operation of the parker apparatus 100 that receives the unidirectional radio signal and recognizes and authenticates the code information included in the unidirectional radio signal and operates the circular mechanism unit 1015 based on the result, It will be understood by those skilled in the art that various changes and modifications may be made to the operation of the chip module 230 and the parker device 100 of the OBD device 200 by referring to and / It is to be understood that the present invention is not limited to the embodiment (s), but it is to be understood that the invention may be practiced otherwise than as specifically described herein, group Characteristics is not limited.

5, when it is confirmed that the operation power is supplied to the chip module 230 of the OBD device 200 (500), the chip module 230 of the OBD device 200 determines whether to transmit a unidirectional wireless signal (505). If it is confirmed that the unidirectional wireless signal is transmitted, the chip module 230 of the OBD device 200 confirms the code information to be transmitted through the unidirectional wireless signal (510). Preferably, the chip module 230 of the OBD device 200 can identify code information to be transmitted through the unidirectional wireless signal according to at least one embodiment of the first to seventh unidirectional wireless signal transmission embodiments of the present invention have.

If the code information to be transmitted through the unidirectional radio signal is confirmed, the chip module 230 of the OBD device 200 processes the unidirectional radio signal so as to include the confirmed code information (515) It is determined whether the vehicle power is being supplied to the chip module 230 (520). If the vehicle power is applied to the chip module 230, the chip module 230 of the OBD device 200 may determine the signal strength (or signal strength) of the unidirectional wireless signal using the applied power from the vehicle, (E.g., amplified to the specified maximum signal strength of the allowed range, or amplified to the calculated signal strength to reach a specified distance outside the vehicle) and transmitted (525). On the other hand, if no vehicle power is applied to the chip module 230, the chip module 230 of the OBD device 200 transmits the unidirectional wireless signal using the charging power source 530, The chip module 230 of the device 200 may transmit the unidirectional wireless signal in a low power mode (530).

Meanwhile, the parker apparatus 100 waits for a unidirectional radio signal of a specified standard (535). If the unidirectional radio signal can be received, the parker apparatus 100 receives the unidirectional radio signal of a predetermined signal strength (or signal strength) 540).

The parker device 100 receiving the unidirectional radio signal reads the received unidirectional radio signal and recognizes the code information included in the unidirectional radio signal (545). If valid code information is not recognized from the unidirectional radio signal, the parker apparatus 100 discards the recognized information through the unidirectional radio signal (step 560), and repeats the process of waiting for a unidirectional radio signal from a nearby location (535).

Meanwhile, when valid code information is recognized from the unidirectional radio signal, the parker apparatus 100 authenticates the validity of the recognized code information using various information sets and algorithms provided in the control module 1025 (550). If the validity of the code information is not authenticated, the parker apparatus 100 repeats the process of discarding the recognized information through the unidirectional radio signal (560) and waiting for receiving the unidirectional radio signal from a nearby location (535) .

Meanwhile, when the validity of the code information is authenticated, the parker apparatus 100 operates the circular mechanism unit 1015 included in the parker apparatus 100 based on the authentication result obtained by verifying the validity of the code information, (555).

6 is a diagram illustrating an interlock process between the chip module 230 of the OBD apparatus 200 and the user wireless terminal 300 according to an embodiment of the present invention.

6 shows a process in which the chip module 230 of the OBD device 200 and the user wireless terminal 300 are interlocked via bi-directional local area communication. In this case, It is possible to refer to and / or modify the FIG. 6 to perform various operations (for example, some steps may be omitted, or some steps may be omitted) for interlocking process between the chip module 230 of the OBD apparatus 200 and the user wireless terminal 300, However, it should be understood that the present invention is not limited to the above-described embodiments, and may be modified in various ways.

6, after the operation power is supplied, the chip module 230 of the OBD device 200 stores the communication identification information of the user wireless terminal 300 to be bi-directionally and locally communicated with the designated storage area of the chip module 230 (600). If the communication identification information of the user wireless terminal 300 is not stored in the designated storage area of the chip module 230, the chip module 230 of the OBD device 200 transmits the user identification information to the user wireless terminal 300 The user wireless terminal 300 performs a procedure for identifying the chip module 230 of the OBD device 200 to connect the bi-directional short distance communication (605).

If the user wireless terminal 300 for bidirectional local area communication is identified, the chip module 230 of the OBD device 200 obtains the communication identification information of the identified user wireless terminal 300, The user wireless terminal 300 may acquire the communication identification information for the chip module 230 of the OBD device 200 and store the acquired communication identification information in the designated storage area 610.

The communication identification information of the user wireless terminal 300 is stored 610 in the chip module 230 of the OBD device 200 and the communication identification information of the user wireless terminal 300 is stored in the designated storage area of the user wireless terminal 300 After the communication identification information is stored (610), the chip module 230 of the OBD device 200 and the application 325 of the user wireless terminal 300 connect the bidirectional local area communication using the communication identification information (615 ).

Directional short distance communication between the chip module 230 of the OBD device 200 and the user wireless terminal 300 is connected, the app 325 of the user wireless terminal 300 transmits the chip module 230 of the OBD device 200, (Step 620), the chip module 230 of the OBD device 200 determines whether or not the user unidirectional wireless signal transmission function is set The application 325 of the user wireless terminal 300 checks the state information of the chip module 230 of the OBD device 200 based on the status information and provides the status information to the user wireless terminal 300 (Step 620). In step S620, it is determined whether the function of transmitting the unidirectional radio signal is set.

If the function of transmitting the unidirectional radio signal to the OBD device 200 is not set (for example, if the unique code is not stored or activated), the application 325 of the user wireless terminal 300 A procedure for setting a function of transmitting a unidirectional radio signal to the chip module 230 of the OBD device 200 is performed 625 and the chip module 230 of the OBD device 200 transmits the unidirectional radio signal to the user wireless terminal 300, And the chip module 230 of the OBD device 200 can transmit a unidirectional wireless signal including the designated code information.

FIG. 7 is a diagram illustrating a process of sharing a parker device 100 after information is registered in an operation server 400 according to an embodiment of the present invention.

In more detail, FIG. 7 shows the specific information of the OBD device 200 and the device information of the parker device 100 registered in the operation server 400, and the unique information of the OBD device 200 and the specified application 325 The parking lot device 100 associated with the user's OBD device 200 is connected to the third party by the application 325 of the user wireless terminal 300 after mapping registration of the unique authentication information of the user wireless terminal 300 And sharing and requesting the sharing of the Parker device 100. If the person skilled in the art is familiar with the present invention, It is to be understood that the present invention is not limited to the above-described embodiment (s), but it is to be understood that the present invention is not limited to the embodiment (s) Technical features are not limited All.

7, the operation terminal (or the user wireless terminal 300 that has purchased the OBD apparatus 200 and the Parker apparatus 100) of an enterprise that manufactures or sells the OBD apparatus 200 and the parker apparatus 100 The operation server 400 requests registration of the unique information of the OBD device 200 and the device information of the parker device 100 to the designated operation server 400. The operation server 400 receives the unique information of the OBD device 200 And the unique information of the parker apparatus 100 (705).

The app 325 of the user wireless terminal 300 that has purchased the OBD device 200 and the parker device 100 can receive the unique information of the OBD device 200 or the device information of the parker device 100, (Or unique identification information) of the wireless terminal 300 that installed the application 325 to the designated operation server 400 in operation 710. The operation server 400 transmits the unique authentication information The unique information of the device 200 and the unique authentication information of the user wireless terminal 300 are linked and stored (715).

If the mapping relationship between the parker device 100, the OBD device 200, and the user wireless terminal 300 is registered through the above-described information registration process, the application 325 of the user wireless terminal 300 transmits the OBD (720) a process of configuring unique request information for requesting a third party to share the parker device 100 associated with the device 200.

If the unique request information requesting the third party to share the parker device 100 is configured, the application 325 of the user wireless terminal 300 transmits the sharing request information to the designated operation server 400 725). The operation server 400 receives the sharing request information from the user wireless terminal 300 and stores (temporarily stores) the shared request information in operation 730.

The operation server 400 determines a sharer to share the parker device 100 requested to be shared based on the sharing request information (735). If the sharer to be shared with the parker apparatus 100 is determined, the operation server 400 authenticates the code data to be transmitted in the short distance through the unidirectional radio signal of the short range communication unit included in the determined sharper wireless terminal 105 (740)

According to an embodiment of the present invention, the operation server 400 transmits / receives the uni-directional radio signal of the sharer wireless terminal 105 through at least one of the first to fifth authentication information checking embodiments of the present invention The code data may be received from the sharer wireless terminal 105 during the process of confirming the authentication information according to the embodiment in which the authentication information is confirmed, A procedure for providing the code data to the terminal 105 may be provided.

If the authentication information for recognizing and authenticating the code data transmitted in the short distance through the unidirectional radio signal of the sharer wireless terminal 105 is confirmed, the operation server 400 transmits the unidirectional wireless signal of the sharer wireless terminal 105 (745) associating the device information of the parker device (100) for recognizing the transmitted code data with the authentication information for authenticating the code data, and transmitting the code data transmitted from the sharer wireless terminal (105) When the parker device 100 requests the authentication of the validity of the code data, the validity of the code data is authenticated through the authentication information associated with the parker device 100.

Meanwhile, when a sharer to be shared with the parker apparatus 100 is determined, the operating server 400 provides sharper information to be shared with the user wireless terminal 300 (750) The app 325 of the terminal 300 can receive and output the sharer information to be shared with the parker device 100 (755).

8 is a diagram illustrating an operation process of the sharer wireless terminal 105 and the parker apparatus 100 according to the method of the present invention.

8 is a flowchart illustrating an operation of transmitting a uni-directional radio signal including code data designated by a sharer wireless terminal 105, and receiving a unidirectional radio signal transmitted from the sharer wireless terminal 105, And the CPU 101 operates the circular mechanism unit 1015 based on the result of the recognition to check whether or not the parking system is parked. In the description of the operation of the parker apparatus 100, It will be understood by those skilled in the art that various changes in the manner of operation of the sharer wireless terminal 105 and the Parker device 100 (e.g., some steps may be omitted, However, the present invention is not limited to the above-described embodiments, Jing is not limited.

Referring to FIG. 8, an app of a sharer wireless terminal 105 identifies code data to be transmitted through a unidirectional wireless signal (800). The code data may be verified (or generated) by the app of the sharer wireless terminal 105, or may be received from the operating server 400.

Meanwhile, the app of the sharer wireless terminal 105 determines whether to transmit a unidirectional radio signal including the code data (805). If the unidirectional radio signal including the code data is transmitted, The application of the terminal 105 processes 810 the unidirectional radio signal including the code data to be transmitted in a short distance through the local communication unit of the sharper wireless terminal 105.

Meanwhile, the parker apparatus 100 waits for a unidirectional radio signal of a specified standard (815). If the unidirectional radio signal can be received, the parker apparatus 100 receives the unidirectional radio signal of a predetermined signal strength (or signal strength) 820).

The parker device 100 receiving the unidirectional radio signal recognizes the code data included in the unidirectional radio signal by reading the received unidirectional radio signal (825).

If valid code data is not recognized from the unidirectional radio signal, the parker device 100 discards the recognized information through the unidirectional radio signal (865) and repeats the process of waiting for a unidirectional radio signal from a nearby location (815).

Meanwhile, when valid code data is recognized from the unidirectional radio signal, the parker apparatus 100 requests validity verification of the recognized code data to the operation server 400 (830). The operation server 400 receives the validation authentication request of the code data from the parker apparatus 100 in step 835 and authenticates the validity of the code data in step 840 using the authentication information. The operation server 400 generates validation result of the code data and provides the validation result to the parker apparatus 100 in operation 845. The parker apparatus 100 receives the validation result of the code data from the operation server 400 The result is received (850), and the validity authentication result is read to check whether the code data is validated (855).

If the validity of the code data is not authenticated, the parker device 100 discards the recognized information through the unidirectional radio signal (865) and repeats the process of waiting for a unidirectional radio signal from a nearby location (815) .

On the other hand, when the validity of the code data is authenticated, the parker apparatus 100 operates the circular mechanism unit 1015 included in the parker apparatus 100 based on the authentication result obtained by verifying the validity of the code data, (860).

9 is a diagram illustrating a process of providing the shared state of the parker device 100 to the user wireless terminal 300 according to an embodiment of the present invention.

In more detail, FIG. 9 shows an example in which the operation server 400 communicates with the sharer wireless terminal 105 and / or communicates with the parker 100 shared by the sharer to check the sharing status information of the parker 100, To the user wireless terminal 300. Those skilled in the art will be able to refer to and / or modify the FIG. 9 to provide various methods of providing the shared state (For example, an operation method in which some steps are omitted or the order is changed). However, the present invention includes all of the above-described embodiments, and the technical features Is not limited.

Referring to FIG. 9, the operating server 400 may communicate with the sharer wireless terminal 105 and / or communicate with the parker device 100 shared by the sharer to share state information of the parker device 100 shared by the sharer (900). If the shared state information of the shared parker device 100 is confirmed, the operation server 400 transmits the shared state information of the parker device 100 to the application 325 of the user wireless terminal 300 sharing the parker device 100 (905), and the application 325 of the user wireless terminal 300 receives and outputs the shared state information of the shared parker device 100 (910).

10A to 10C are diagrams showing the structure of a parking lot apparatus 100 according to an embodiment of the present invention.

10a shows a constituent part constituting the parker apparatus 100 based on a side view of the parker apparatus 100 and FIG. 10b shows a constituent unit of the parker apparatus 100 according to the circular mechanism part 1015 of the parker apparatus 100, FIG. 10C shows a state in which the circular mechanism portion 1015 of the parker apparatus 100 is erected in the vertical direction of the flat plate region 1005. FIG.

Referring to FIGS. 10a to 10c, the parker apparatus 100 includes a circular plate region 1005 having a predetermined diameter in contact with the bottom of a parking space, and a dome of a predetermined curvature having a diameter smaller than the predetermined diameter A dome area 1010 coupled to the flat plate area 1005 and a horizontal part of the flat plate area 1005 at the edge of the dome area 1010 and above the flat plate area 1005 A circular mechanism part 1015 which is erected vertically or is laid horizontally in a vertical direction of the flat plate area 1005 and a circular mechanism part 1015 connected to one side of the circular mechanism part 1015, (1020) for receiving the unidirectional radio signal, recognizing the code information included in the unidirectional radio signal, and authenticating the validity of the code information based on the result of the authentication And a control module 1025 that controls the driving unit 1020 to operate the circular mechanism unit 1015. In the state where the circular mechanism unit 1015 is placed horizontally with the flat plate area unit 1005 as shown in FIG. The parking space in which the parker apparatus 100 is installed in a state in which the circular mechanism unit 1015 is erected in the vertical direction of the flat plate area 1005 as shown in FIG. To block the parking.

100: Parker device 105: Shared wireless terminal
200: OBD device 230: chip module
300: User wireless terminal 325:
400: Operation server 405: Device registration part
410: registration processor 415: sharing request receiver
420: Shared object determination unit 425: Code data verification unit
430: code data provider 435: authentication information verification unit
440: authentication information management unit 445: code data reception unit
450: code data authentication unit 455:
460: Shared state checking unit 465: Shared state providing unit

Claims (13)

In a method executed via a server,
The OBD device is capable of leaving the OBD (OnBoard Diagnostic) port of the user vehicle and is capable of distinguishing the OBD device that transmits the designated unidirectional wireless signal and the wireless terminal having the OBD device, A first step of registering and storing the unique authentication information for unique identification authentication;
A user who receives a unidirectional radio signal transmitted from the user's OBD device from an app of a user wireless terminal corresponding to the unique authentication information and operates a circular mechanism based on a result of recognition and authentication of the designated code information, A second step of receiving sharing request information requesting a third party to share the parker device of the first network;
A third step of confirming authentication information for authenticating code data to be transmitted in a short distance through a unidirectional radio signal of a short range communication unit included in the determined sharer wireless terminal when a sharer to be shared with the Parker device is determined;
A fourth step of associating and storing the device information of the shared parker device and the verified authentication information;
A fifth step of receiving the code data from the shared parker device when transmitting the code data recognized through the unidirectional wireless signal in the shared parker device;
A sixth step of authenticating the validity of the received code data using authentication information associated with the shared parker device; And
And a seventh step of providing an authentication result of the code data to the shared parker device,
Wherein the authentication result is provided to the shared parker device and used to control whether or not the parking lot is operated by operating a circular mechanical part of the parker device.
2. The parking brake apparatus according to claim 1,
Wherein when the validity of the code data is authenticated, a circular mechanism of the parker apparatus is operated to control the parker so that parking is possible.
The method according to claim 1,
And associating and storing the unique information of the OBD device and the device information of the parker device associated with the OBD device,
Wherein the unique authentication information is stored in association with the unique information of the OBD device associated with the parker device.
The information processing apparatus according to claim 1,
And a unique code stored in the chip module of the OBD device and included in the unidirectional radio signal transmitted from the chip module.
The information processing apparatus according to claim 1,
When a one-way radio signal transmitted from a chip module of the OBD device includes an OTI (One Time Identification) for dynamically identifying and authenticating the OBD device, a unique code used for generating the OTI in the chip module of the OBD device And transmitting the reverse parker sharing information to the sharer wireless terminal.
The information processing apparatus according to claim 1,
And a unique code stored in the chip module of the OBD device and transmitted through a unidirectional wireless signal transmitted from the chip module.
The information processing apparatus according to claim 1,
And an OTI (One Time Identification) which is dynamically generated with a code system designated by a chip module of the OBD device and transmitted through a unidirectional radio signal transmitted from the chip module to dynamically identify and authenticate the OBD device. A method for sharing a reverse parker using a sharer wireless terminal.
The information processing apparatus according to claim 1,
And an authentication code generated through a chip module of the OBD device.
9. The method according to claim 8,
One-time use dynamically generated one-time codes using one or more seeds specified,
A cryptographic code generated so as to be decrypted only through the designated server,
And a signature code generated by digitally signing the certificate through a certificate, or a combination of two or more of the signature codes.
The method according to claim 1,
Further comprising the step of receiving code data to be transmitted from the sharer wireless terminal to the sharer wireless terminal via a unidirectional wireless signal,
Wherein the third step comprises checking authentication information for authenticating the received code data. ≪ Desc / Clms Page number 19 >
2. The method according to claim 1,
And receiving authentication information for authenticating code data to be transmitted from the sharer wireless terminal through a unidirectional radio signal of the sharer wireless terminal in a short distance, using the sharer wireless terminal.
The method according to claim 1,
Generating or extracting code data that can be transmitted in a short distance via a unidirectional radio signal of the sharper wireless terminal; And
And providing the code data to the sharer wireless terminal,
Wherein the third step includes confirming authentication information for authenticating the generated / extracted code data. ≪ RTI ID = 0.0 > [10] < / RTI >
The method according to claim 1,
Receiving code data to be provided from the user wireless terminal to the sharer wireless terminal; And
And providing the code data to the sharer wireless terminal,
Wherein the third step comprises checking authentication information for authenticating the received code data. ≪ Desc / Clms Page number 19 >

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