KR20180056520A - Method for Connecting Current Driver by using Black Box Device of Sharing Car - Google Patents

Abstract

The present invention relates to a method for connecting a current driver using a black box device of a shared vehicle, comprising: a first step of mapping N vehicle information and N vehicle signal codes in one-to-one correspondence and storing the same in a designated code management D/B; a second step of receiving vehicle information of a shared vehicle, sharing time information, and a mobile phone number of a wireless terminal of a sharing applicant; a third step of confirming a vehicle signal code to be transmitted asynchronously to a short distance outside the vehicle from a black box device mounted/inserted in the shared vehicle; a fourth step of mapping the mobile phone number, the vehicle signal code, and the sharing time information and storing the same in a designated storage medium; a fifth step of inactivating a mapping state when a sharing start time of the stored sharing time information has not arrived, and activating the mapping state when the sharing start time has arrived; a sixth step of checking whether a sharing end time has elapsed; and a seventh step of deactivating the mapping state when the sharing end time has elapsed. Accordingly, a user can receive various Bluetooth-based services using a black box device while using a car sharing service.

Description

[0001] The present invention relates to a method of connecting a current driver using a black box device of a shared vehicle,

The present invention relates to a system and method for mapping and transmitting vehicle signal codes for asynchronously transmitting a vehicle signal code outside a vehicle via a Bluetooth-based wireless signal in a black box device mounted / inserted in an unspecified shared vehicle, The mobile phone number of the user's wireless terminal and the vehicle signal code of the shared vehicle are temporarily mapped and managed during the user's shared vehicle usage period (or time) when the user (arbitrary share applicant) applies for the vehicle sharing service , And a black box device and a current driver interlocking method of a shared vehicle that enable a vehicle signal code to be interlocked with a user's wireless terminal at a shared vehicle utilization period (or time).

Since the Bluetooth version 4.0 released in June 2010, Bluetooth Smart has been transmitting beacon signals without specifying the receiver side in BLE (Bluetooth Low Energy). The recently released smartphone can recognize the beacon signal from Android 4.3 or later, and the iPhone can recognize the beacon signal after iOS5.

When a black box device equipped with a chip module having a function of a beacon signal is provided to a vehicle driver or mounted on a vehicle and a Bluetooth signal is transmitted from a black box device existing in the vehicle, A service for recognizing the Bluetooth signal and receiving various services related to the boarding of the vehicle can be realized.

Meanwhile, more and more users are using the caching service. The car sharing service is a service that reserves a car and borrows a car from the parking lot close to its location and returns it. With the development of the wireless communication technology, the application installed in the user's wireless terminal makes it convenient It was possible.

However, in order to provide users with various vehicle-related services using the black box device as described above, it is inconvenient and inconvenient for the user to have a black box device in advance to receive a car sharing service. Also, in this case, it is troublesome to interlock and register data between the black box device and the vehicle shared by the user.

SUMMARY OF THE INVENTION [0006] In order to solve the above problems, an object of the present invention is to provide a black box device mounted / inserted in an unspecified shared and usable vehicle, And the vehicle information of the shared vehicle are stored and mapped to the shared vehicle usage period of the user when the user (arbitrary share applicant) applies the vehicle sharing service and the mobile phone number of the user's wireless terminal and the vehicle signal code of the shared vehicle. (Or time), so that the vehicle signal code can be interlocked with the user's wireless terminal during the shared vehicle usage period (or time).

A method executed by an operation server interworking with an application server providing a vehicle sharing service that shares a driving right for driving a designated shared vehicle for a plurality of users according to the present invention, N vehicle information for N (N > = 1) shared vehicles that can share the driving rights for a certain period of time, and N vehicle devices installed in / inserted into each of the N shared vehicles via Bluetooth- A first step of mapping N signal signals for each vehicle to be transmitted asynchronously at a short distance outside and storing them in a one-to-one mapping management D / B; Vehicle information of the shared vehicle to be shared with the sharing applicant via the network, sharing time information for sharing the shared vehicle with the sharing applicant, A second step of receiving a mobile phone number of the applicant's wireless terminal and a code management D / B based on the vehicle information of the shared vehicle to be shared with the sharing applicant, A third step of confirming a vehicle signal code to be transmitted asynchronously to a short distance outside the vehicle through a Bluetooth-based wireless signal; a third step of confirming a vehicle signal code of the black box device mounted / inserted in the shared vehicle, Code and a shared time information to share the shared vehicle, and storing the shared time information in a designated storage medium; and if the shared time information does not arrive at the sharing start time, (Or maintains the inactive state) the mapping state of the vehicle signal code of the black box device mounted / inserted in the shared vehicle A fifth step of activating a mapping state between the mobile phone number of the wireless terminal of the shared applicant and the vehicle signal code of the black box device when the sharing start time arrives; A sixth step of confirming whether or not a sharing end time for ending sharing of the vehicle has elapsed; and a sixth step of confirming whether or not the sharing state of the vehicle signal code of the black box device mounted / inserted in the shared vehicle has elapsed (Or releasing) the received signal.

The black box device and the current driver interworking method of the shared vehicle according to the present invention are characterized in that N shares from an application server providing a vehicle sharing service sharing operating rights for operating a designated shared vehicle for a predetermined time to a plurality of users The method includes a step of mapping N vehicle information provided from the application server and N vehicle signal codes one-to-one to a designated code management D / B in the first embodiment.

According to the present invention, the first step may further include providing number mapping information obtained by mapping the N vehicle information and N vehicle signal codes one-to-one to the application server.

According to the present invention, the second step is to input (or select) the sharing application vehicle information and the sharing time information from the application of the arbitrary sharing applicant wireless terminal to the application server so that the mobile phone number of the wireless terminal and the input Sharing application information including vehicle information (and / or selected vehicle information) and sharing time information from the application server, the vehicle information of the shared vehicle approved to the sharing applicant based on the vehicle sharing application information from the application server, And receiving the mobile phone number.

According to the present invention, the second step may include: receiving shared application vehicle information, shared time information, and a mobile phone number of the wireless terminal of the shared applicant inputted through (or selected in) As shown in FIG.

According to the present invention, the shared time information may be configured to include a sharing start time for starting vehicle sharing of the date when the vehicle is shared, and a sharing end time for ending vehicle sharing.

According to the present invention, the third step may further include the step of authenticating whether the verified vehicle signal code can be mapped to the received mobile phone number.

According to the present invention, the fourth step may further include storing the vehicle information of the shared vehicle in association with the vehicle signal code or the shared time information.

According to the present invention, the fourth step may further include comparing the start time of the sharing time information with the current time to determine whether the sharing start time comes.

The black box device and the current driver interworking method of the shared vehicle according to the present invention are characterized in that when applying for vehicle extension extension through the application of the wireless terminal of the shared applicant, the vehicle information of the shared vehicle to be extended and the shared time information And updating the shared time information stored in the storage medium with the received shared time information based on the vehicle information, and the step (6) And confirming whether a sharing end time for terminating the sharing of the shared vehicle has elapsed based on the time information.

The black box device and the current driver interworking method of a shared vehicle according to the present invention may further include a mobile phone number of a wireless terminal that applies for extension of vehicle sharing via a designated path when applying for vehicle extension extension via an app of the wireless terminal of the shared applicant And updating the shared time information stored in the storage medium with the received shared time information based on the mobile phone number, And confirming whether or not a sharing end time for ending sharing of the shared vehicle has elapsed based on the updated shared time information.

According to the present invention, the seventh step may further include canceling the mapping relationship between the mobile phone number mapped to the storage medium and the vehicle signal code.

According to the present invention, in a black box device mounted / inserted in an unspecified shared and usable shared vehicle, a vehicle signal code for asynchronously transmitting asynchronously to a short distance outside the vehicle via a Bluetooth-based wireless signal and vehicle information of the shared vehicle are mapped And maps the mobile telephone number of the user using the vehicle sharing service with the vehicle signal code that is mapped during the vehicle sharing period (or time), so that the user can use the car sharing service, (For example, parking service, gasoline service, pick-up service, etc.) using a variety of Bluetooth-based services.

FIG. 1 is a diagram showing the configuration of a black box device 160 of a shared vehicle and a current driver interlocking system according to an embodiment of the present invention.
FIG. 2 is a diagram illustrating a process of mapping a vehicle signal code mapped on a one-to-one basis with vehicle information of a shared vehicle, according to an embodiment of the present invention, with a mobile phone number of a user sharing the shared vehicle.
3 is a diagram illustrating a process of mapping a vehicle signal code mapped on a one-to-one basis with vehicle information of a shared vehicle, according to another embodiment of the present invention, with a mobile phone number of a user sharing a shared vehicle.
4 is a diagram illustrating a process of processing a mapping state of a vehicle signal code according to whether a user starts or ends a sharing time for a shared vehicle according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. 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 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 the configuration of a black box device 160 of a shared vehicle and a current driver interlocking system according to an embodiment of the present invention.

More specifically, FIG. 1 shows vehicle signal codes for transmitting asynchronously to a short distance outside the vehicle via a Bluetooth-based radio signal in a black box device 160 mounted / inserted in an unspecified shared and usable shared vehicle, The mobile phone number of the user's wireless terminal and the vehicle signal code of the shared vehicle are stored in the user's shared vehicle usage period (or time) when the user (arbitrary share applicant) , A simple configuration for the current driver interlocking system and the black box device 160 of the shared vehicle that allows the vehicle signal code to be interlocked with the user's wireless terminal during the shared vehicle usage period (or time) As those skilled in the art will appreciate, those skilled in the art will appreciate that the drawings and / Various embodiments of the current driver interlocking system configuration with the black box device 160 of the shared vehicle may be inferred. The present invention includes all of the above-mentioned embodiments, The technical features thereof are not limited by the implementation method alone.

Referring to FIG. 1, a black box device 160 of a shared vehicle and a current driver interlocking system are connected via a Bluetooth-based wireless signal in a black box device 160 mounted / inserted in a shared vehicle, A vehicle signal code for asynchronously transmitting a vehicle signal outside the vehicle at a short distance and vehicle information of the shared vehicle is mapped and stored and then the mobile phone number of the user's wireless terminal and the shared vehicle number (Or time) during which the vehicle signal codes are temporarily mapped and managed during the user's shared vehicle usage period (or time), thereby enabling the vehicle signal code to be interlocked with the user's wireless terminal And a vehicle sharing service that shares a driving right that allows a plurality of users to operate a designated shared vehicle for a predetermined period of time Which it can comprise a mobile terminal 155 of the user (vehicle share the applicant) to apply for the application server 150, the car-sharing services.

The black box device 160 is a general term of a device mounted on a vehicle to implement a black box function and preferably includes various sensors, a GPS chip, a camera, etc., and collects and stores various signals and data therefrom, And a set of various HW / SW components for processing information necessary for analysis or replay.

The application server 150 provides a vehicle sharing service that shares an operating right that allows the unspecified number of users to operate a designated shared vehicle for a certain period of time. In particular, the application server 150 provides a vehicle sharing service through a black box device Vehicle signal code that is transmitted asynchronously to a short distance outside the vehicle via the Bluetooth-based wireless signal in the wireless communication unit 160 with the vehicle information of the shared vehicle, and stores the signal code of the shared vehicle as a vehicle signal code Related service through the user's wireless terminal 155 mapped with the vehicle signal code by mapping the user's mobile phone number.

The application server 150 may provide certain applications that are installed in the user's wireless terminal 155 to provide vehicle sharing services to the user.

According to the present invention, a shared vehicle provided to an unspecified number of users through a vehicle sharing service of the application server 150 is a black box device for asynchronously transmitting a vehicle signal code at a short distance outside the vehicle through a Bluetooth- The black box device 160 may be implemented by various devices that can be mounted or inserted in a shared vehicle. The shape of the black box device 160 may be changed according to the implementation of the present invention by those skilled in the art. .

Preferably, the wireless terminal 155 includes a smart phone or a tablet device owned by a user who uses the vehicle sharing service, and a predetermined application for using the vehicle sharing service is installed.

The user can execute an application for the vehicle sharing service installed in the wireless terminal 155, input (or select) the sharing application target vehicle information and the sharing time information, and the vehicle information to be input (or selected) The information may be transmitted to the application server 150 or the operation server 100.

Referring to FIG. 1, the server 100 includes a vehicle signal code management unit 105 for mapping a vehicle signal code transmitted from a black box device 160 of a shared vehicle to a vehicle information of the shared vehicle in a one-to- A vehicle signal code confirmation unit 115 for confirming a vehicle signal code corresponding to the vehicle information of the vehicle shared by the user, A vehicle signal code mapping unit 120 for mapping the verified vehicle signal code to a user's mobile telephone number and storing the same in the storage medium 145; A mapping state processing unit 125 for activating the state of the vehicle, and a sharing state information acquiring unit 125 for confirming the shared time information on the vehicle shared with the user, And a mapping state releasing unit 135 for releasing the mapping state of the mobile signal number of the user and the mapped vehicle signal code when the sharing end time has elapsed .

The vehicle signal code management unit 105 stores N vehicle information for N (N > = 1) shared vehicles that can be shared with a plurality of users for a certain period of time, and N vehicle information for N Each of the black box devices 160 may map one-to-one each of N vehicle signal codes transmitted asynchronously to a short distance outside the vehicle through a Bluetooth-based wireless signal, and store the signal codes in the designated code management D / B 140.

To this end, the vehicle signal code management unit 105 receives from the application server 150 providing the vehicle sharing service sharing the operation right for operating the designated shared vehicle for a predetermined number of users to the N shared vehicles N pieces of vehicle information can be provided.

Here, the vehicle information may be configured to include information on a vehicle number, a vehicle number, a vehicle type, a vehicle model, a vehicle color, and the like.

When the vehicle signal code management unit 105 maps the N pieces of vehicle information and the vehicle signal code asynchronously transmitted from the N black box devices 160 to the short distance outside the vehicle through the Bluetooth based wireless signal in a one- And provides the application server 150 with code mapping information that is a one-to-one mapping of the N vehicle information and N vehicle signal codes.

The vehicle-shared-information receiving unit 110 receives N vehicle information through the vehicle-signal-code managing unit 105 and transmits the vehicle signal asynchronously transmitted from the N black-box devices 160 via the Bluetooth- When a user (arbitrary share applicant) submits a vehicle sharing service through an application of the wireless terminal 155 after the code is mapped on one to one and stored and managed, the vehicle of the shared vehicle to be shared with the sharing applicant via the designated path Information of the shared applicant, shared time information for sharing the shared vehicle with the shared applicant, and mobile phone number of the wireless terminal of the shared applicant.

Here, the shared time information preferably includes a sharing start time for starting vehicle sharing of the date of sharing the vehicle and a sharing end time for ending vehicle sharing.

According to the embodiment of the present invention, the vehicle share information receiving unit 110 inputs the sharing application vehicle information and the sharing time information from the application of the wireless terminal 155 of the user (arbitrary sharing applicant) And transmits the vehicle sharing application information including the input (or selected) vehicle information and the sharing time information to the application server 150, 150 from the vehicle sharing application information based on the vehicle sharing application information, the shared vehicle information, the shared time information, and the mobile phone number of the shared vehicle.

According to another embodiment of the present invention, the vehicle share information receiving unit 110 receives input from the wireless terminal 155 of the user (arbitrary share applicant) requesting the vehicle sharing service through the app of the wireless terminal 155 (Or selected) shared vehicle information and shared time information and the mobile phone number of the user's wireless terminal 155. [

When the vehicle signal code identifying unit 115 receives the vehicle information, the shared time information, and the mobile phone number of the shared vehicle to be shared with the user through the vehicle share information receiving unit 110, N control signal D / B 140 and transmits N vehicle signal codes, which are transmitted asynchronously to a short distance outside the vehicle through Bluetooth-based radio signals, in each of N black box devices 160 mounted / inserted in the shared vehicle Can be confirmed.

The vehicle signal code identifying unit 115 identifies N vehicle signal codes to be transmitted asynchronously to a short distance outside the vehicle through the Bluetooth-based radio signal from each of the N black box devices 160 mounted / inserted in the shared vehicle It is possible to verify that the verified vehicle signal code can be mapped to the mobile phone number of the received user.

For example, the vehicle signal code assigned to the shared vehicle to be shared with the user can be mapped to the mobile phone number only when the signal is not mapped to another mobile phone number for a time corresponding to the shared time information that the user wants to share.

The vehicle signal code mapping unit 120 receives the Bluetooth signal from the N black box devices 160 installed in the vehicle to be shared with the user through the vehicle signal code check unit 115, (N) mobile signal codes asynchronously transmitted to the mobile terminal of the user (share applicant) with the mobile phone number of the wireless terminal (155) of the user (shared applicant) and the shared time information to be shared with the shared vehicle .

Here, the vehicle signal code mapping unit 120 may store the vehicle information of the shared vehicle to be shared with the user in association with the vehicle signal code or the shared time information.

The vehicle signal code mapping unit 120 compares the start time of the shared time information stored in the storage medium 145 with the current time to check whether the share start time comes, Processing unit 125, as shown in FIG.

The mapping state processing unit 125 maps the vehicle signal code to the mobile phone number and the shared time information through the vehicle signal code mapping unit 120, and refers to the shared time information to determine whether or not the sharing start time has come After the confirmation, if the sharing start time of the stored shared time information does not arrive, the mapping state between the mobile phone number of the mobile terminal 155 of the user (shared applicant) and the vehicle signal code of the mapped shared vehicle is inactivated Or remain inactive).

In addition, the mapping state processor 125 may map the vehicle signal code to the mobile phone number and the shared time information, and if the shared time information is confirmed by referring to the shared time information, (Or maintain the active state) the mapping state of the mobile signal number of the wireless terminal 155 and the vehicle signal code of the mapped shared vehicle.

The vehicle sharing termination confirmation unit 130 determines whether the mapping state of the mobile telephone number of the wireless terminal 155 of the user (shared applicant) and the vehicle signal code of the mapped shared vehicle through the mapping state processing unit 125 is active processing The mobile terminal can confirm whether the sharing end time for terminating sharing of the shared vehicle has elapsed based on the stored shared time information.

The vehicle sharing end confirmation unit 130 may provide the mapping state release unit 135 with an elapse of a sharing end time for ending sharing of the shared vehicle.

According to the embodiment of the present invention, when the vehicle sharing extension application is made through the application of the wireless terminal (155) of the user (shared applicant), the vehicle sharing end confirmation unit (130) 150), and the like, and may receive the shared time information stored in the storage medium 145 on the basis of the received vehicle information, It can be updated with time information.

In addition, according to another embodiment of the present invention, when the vehicle sharing extension request is received through the application of the wireless terminal (155) of the user (shared applicant), the vehicle sharing end confirmation unit (130) The mobile terminal can receive the mobile phone number of the wireless terminal that requests to extend the sharing and the shared time information to be extended and updates the shared time information stored in the storage medium with the received shared time information based on the received mobile phone number .

When there is the update of the shared time information as described above, the vehicle share end confirmation unit 130 can confirm whether the sharing end time for ending the sharing of the shared vehicle has elapsed based on the updated shared time information.

If it is determined that the sharing end time for ending the sharing of the shared vehicle has elapsed via the vehicle sharing end confirmation unit 130, the mapping state releasing unit 135 updates the mapping state of the vehicle signal code allocated to the shared vehicle Deactivated (or deactivated).

In addition, the mapping state releasing unit 135 deactivates (or releases) the mapping state of the vehicle signal code allocated to the shared vehicle, and then maps the mobile phone number and the vehicle signal code mapped to the storage medium 145 The relationship can be released.

2 is a diagram illustrating a process of mapping a vehicle signal code mapped on a one-to-one basis with vehicle information of a shared vehicle, according to an embodiment of the present invention, with a mobile phone number of a user sharing a shared vehicle.

2 is a block diagram of the black box device 160 of the shared vehicle shown in FIG. 1 and a black box (not shown) mounted / inserted in a shared vehicle that can be shared by many unspecified persons in the operation server 100 on the current driver interlocking system. Vehicle signal code transmitted asynchronously to a short distance outside the vehicle via the Bluetooth-based wireless signal in the device 160 and the vehicle information of the shared vehicle are mapped and stored, and then the user (arbitrary share applicant) , Receives the shared application target vehicle information, the shared time information, and the mobile phone number input (or selected) through the application of the user's wireless terminal 155 through the application server 150, The mobile phone number and the vehicle signal code of the shared vehicle are temporarily mapped and managed during the user's shared vehicle usage period (or time) 2, the black box device 160 mounted on / inserted into the shared vehicle may transmit a Bluetooth-based wireless signal to a nearby area The present invention can be applied to various methods for mapping and storing the vehicle signal code for asynchronously transmitting the vehicle signal code to the mobile phone number of the user sharing the shared vehicle, And the technical features thereof are not limited only by the method shown in FIG.

Referring to FIG. 2, in a black box device 160 mounted / inserted in a shared vehicle, a vehicle signal code transmitted asynchronously to a short distance outside the vehicle through a Bluetooth-based wireless signal is transmitted to a mobile phone number The mapping server 140 may be configured to store a plurality of users from the application server 150 providing the vehicle sharing service that shares the operating rights for operating the designated shared vehicle for a predetermined time to a plurality of users in the operation server 100, (N) < RTI ID = 0.0 ># 1 < / RTI > shared vehicles capable of sharing the driving rights for a certain amount of time.

Here, the vehicle information may be configured to include information on a vehicle number, a vehicle number, a vehicle type, a vehicle model, a vehicle color, and the like.

When N pieces of vehicle information for the N shared vehicles are received, the operation server 100 acquires N pieces of vehicle information for N shared vehicles and N vehicle information for each of N pieces of shared vehicles 160 to one-to-one mapping of N vehicle signal codes that are transmitted asynchronously to a short distance outside the vehicle through a Bluetooth-based wireless signal (205).

Then, the operation server 100 stores N vehicle signal codes mapped to the vehicle information of each of the N shared vehicles in the code management D / B 140 (210).

When the N vehicle information and the N vehicle signal codes are one-to-one mapped as described above, the operation server 100 transmits number mapping information, which is a one-to-one mapping of N vehicle information and N vehicle signal codes, to the application server 150 (215).

Thereafter, if there is a vehicle sharing service application of the user (arbitrary share applicant), the application server 150 acquires the shared application vehicle information (or selected) inputted (or selected) from the app of the wireless terminal 155 of the user And the mobile terminal number of the wireless terminal 155 (220).

Here, the shared time information preferably includes a sharing start time for starting vehicle sharing of the date of sharing the vehicle and a sharing end time for ending vehicle sharing.

When the vehicle sharing approval for the shared application vehicle is completed, the application server 150 confirms (225) the vehicle information about the shared vehicle to be shared with the user, and transmits the vehicle information of the confirmed shared vehicle and the shared vehicle to the user (230) the shared time information to be shared and the mobile phone number of the user's wireless terminal (155) to the operation server (100).

The operation server 100 confirms the vehicle information, the shared time information, and the mobile phone number of the shared vehicle to be shared with the user received from the application server 150 (235), and performs code management D / B 140 and confirms the vehicle signal code mapped with the vehicle information (240).

The operation server 100 authenticates (245) whether the verified vehicle signal code can be mapped to the mobile telephone number of the received user.

For example, the vehicle signal code assigned to the shared vehicle to be shared with the user can be mapped to the mobile phone number only when the signal is not mapped to another mobile phone number for a time corresponding to the shared time information that the user wants to share.

When the operation server 100 is authenticated as being able to map the vehicle signal code mapped with the vehicle information of the vehicle to be shared with the user to the mobile telephone number of the user, the operation server 100 transmits the vehicle signal code allocated to the identified shared vehicle to the user (250) by mapping the mobile phone number of the wireless terminal (155) of the mobile terminal (shared applicant) with the shared time information to be shared with the shared vehicle, and storing it in the designated storage medium (145).

Here, the operation server 100 may store the vehicle information of the shared vehicle to be shared with the user in association with the vehicle signal code or the shared time information.

FIG. 3 is a diagram illustrating a process of mapping a vehicle signal code mapped on a one-to-one basis with vehicle information of a shared vehicle, according to another embodiment of the present invention, with a mobile phone number of a user sharing a shared vehicle.

3 is a block diagram of a black box device 160 mounted on / inserted into a shared vehicle that can be shared and used by an unspecified number of users shown in FIG. 1, and which carries out asynchronous transmission to a short distance outside the vehicle through a Bluetooth- (Or a shared applicant) inputting (or selecting) via the app of the user's wireless terminal 155 when the user (arbitrary share applicant) applies the vehicle sharing service after mapping and storing the signal code and the vehicle information of the shared vehicle, The mobile phone number of the wireless terminal of the user and the vehicle signal code of the shared vehicle are temporarily mapped and managed for the user's shared vehicle usage period (or time) by receiving the vehicle information, the shared time information, and the mobile phone number As shown in FIG. 3, if a person skilled in the art is familiar with the present invention, Vehicle signal code transmitted asynchronously to a short distance outside the vehicle via a Bluetooth-based wireless signal in the black box device 160 mounted / inserted in the portable communication device 160 is mapped with the mobile phone number of the user sharing the shared vehicle, It is to be understood that the invention may be practiced otherwise than as specifically described herein. The invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth in the accompanying drawings.

Referring to FIG. 3, in a black box device 160 mounted / inserted in a shared vehicle, a vehicle signal code transmitted asynchronously to a short distance outside the vehicle through a Bluetooth-based wireless signal is transmitted to a mobile phone number The application server 150 that provides the vehicle sharing service that shares the operating rights for operating the designated shared vehicle for a predetermined period of time to a plurality of users in the operation server 100 (N) < / RTI > shared vehicles capable of sharing the driving rights for a certain period of time to the users of the vehicle (300).

Here, the vehicle information may be configured to include information on a vehicle number, a vehicle number, a vehicle type, a vehicle model, a vehicle color, and the like.

When N pieces of vehicle information for the N shared vehicles are received, the operation server 100 acquires N pieces of vehicle information for N shared vehicles and the N vehicle information for N shared vehicles from the black box devices 160 mounted / The N vehicle signal codes to be transmitted asynchronously to a short distance outside the vehicle through a Bluetooth-based wireless signal are mapped on a one-to-one basis (305).

Then, the operation server 100 stores N vehicle signal codes mapped to the vehicle information of each of the N shared vehicles in the code management D / B 140 (310).

When the N vehicle information and the N vehicle signal codes are one-to-one mapped as described above, the operation server 100 transmits number mapping information, which is a one-to-one mapping of N vehicle information and N vehicle signal codes, to the application server 150 ) (315).

Thereafter, when there is a vehicle sharing service application of the user (arbitrary share applicant), the operation server 100 transmits the shared application target vehicle information (or selected) inputted (or selected) from the app of the wireless terminal 155 of the user And shared time information and the mobile phone number of the wireless terminal 155 (320).

Here, the shared time information preferably includes a sharing start time for starting vehicle sharing of the date of sharing the vehicle and a sharing end time for ending vehicle sharing.

Then, the operation server 100 confirms the sharing approval for the shared application vehicle through the application server 150 (325), and the vehicle sharing approval for the shared application vehicle is completed from the application server 150 (140), based on the vehicle information of the shared vehicle, and confirms the vehicle signal code mapped to the vehicle information of the shared vehicle (330).

The operational server 100 authenticates (335) whether the verified vehicle signal code can be mapped to the mobile telephone number of the received user.

For example, the vehicle signal code assigned to the shared vehicle to be shared with the user can be mapped to the mobile phone number only when the signal is not mapped to another mobile phone number for a time corresponding to the shared time information that the user wants to share.

When the vehicle-use signal code assigned to the vehicle to be shared with the user is authenticated as being able to be mapped to the mobile telephone number of the user, the operation server 100 transmits the vehicle signal code allocated to the verified shared vehicle to the user The mobile phone number of the wireless terminal 155 of the mobile terminal 155 and the shared time information to be shared with the shared vehicle and stores the mapped information in the designated storage medium 145 (340).

Here, the operation server 100 may store the vehicle information of the shared vehicle to be shared with the user in association with the vehicle signal code or the shared time information.

4 is a diagram illustrating a process of processing a mapping state of a vehicle signal code according to whether a user starts sharing or not sharing a shared vehicle according to an embodiment of the present invention.

4 is a block diagram of a black box device 160 installed in / inserted into a shared vehicle in the operating server 100 shown in FIG. 2 or FIG. 3, and asynchronously transmitting The method comprising the steps of mapping the mobile signal code of the user to the mobile phone number of the user sharing the shared vehicle, The process of activating or deactivating the mapping state can be performed by referring to and / or modifying FIG. 4 by a person having ordinary skill in the art to disclose the sharing time of the user's shared vehicle Or a process of processing the mapping state of the mobile phone number of the user and the vehicle signal code according to the termination, Would be able to infer the way, the present invention is made, including any exemplary way in which the inference, to which the technical feature that is not limited to the exemplary method shown in the figure 4.

Referring to FIG. 4, the process of mapping the mapping between the mobile phone number of the user and the vehicle signal code according to the start or end of the sharing time of the user's shared vehicle may be performed after the process of FIG. 2 or 3 The server 100 may start the process of comparing the start time of the shared time information stored in the storage medium 145 with the current time to determine whether the sharing start time has come (400).

If the shared start time of the stored shared time information does not arrive as a result of confirming whether or not the shared start time has arrived by referring to the shared time information, the operation server 100 transmits the shared time information to the mobile terminal 155 of the user (Or maintains the inactive state) the mapping state of the mobile telephone number and the vehicle signal code of the shared vehicle.

On the other hand, if the sharing start time has come, the operation server 100 activates (or activates) the mapping state of the mobile phone number of the wireless terminal 155 of the user (sharing applicant) with the vehicle signal code of the shared vehicle (405).

Then, the operation server 100 compares the current time with the sharing end time of the shared time information to determine whether the sharing end time has elapsed (410).

If the sharing end time has elapsed, the operation server 100 deactivates (or releases) the function of the mapping state of the vehicle signal code of the shared vehicle with the mobile phone number of the user's wireless terminal sharing the shared vehicle (415).

The operation server 100 releases the mapping relationship between the mobile phone number mapped to the storage medium 145 and the vehicle signal code 420 and then outputs the canceling history of the mapping relationship between the mobile phone number and the vehicle signal code To the application server 150 or the user's wireless terminal 155 (425).

On the other hand, if it is determined in 430 that the user does not extend the sharing end time 430, the operation server 100 transmits the application for extension of the vehicle sharing through the application of the wireless terminal 155 of the user (shared applicant) (435) the vehicle information of the shared vehicle and the shared time information to be extended.

Then, the operation server 100 updates the shared time information stored in the storage medium 145 with the received shared time information based on the confirmed vehicle information (440).

According to another embodiment of the present invention, the operation server 100 transmits the mobile phone number of the wireless terminal requesting extension of the vehicle sharing through the app of the wireless terminal 155 of the user (the shared applicant) And may update the shared time information stored in the storage medium 145 with the received shared time information based on the confirmed mobile phone number.

100: Operation server 105: Vehicle signal code management unit
110: Vehicle share information reception unit 115: Vehicle signal code verification unit
120: vehicle share information storage unit 125: mapping state processing unit
130: vehicle sharing end confirmation unit 135: mapping state canceling unit
140: Code management D / B 145: Storage medium
150: application server 155: wireless terminal
160: Black box device

Claims (12)

There is provided a method for executing a service through an operation server interworking with an application server providing a vehicle sharing service sharing a service right for allowing a plurality of users to operate a designated shared vehicle for a predetermined time,
(N > = 1) shared vehicle information that can be shared with a plurality of users for a predetermined period of time, and N pieces of vehicle information corresponding to N One-to-one mapping of N vehicle signal codes to be transmitted asynchronously to a short distance outside the vehicle through a wireless signal, and storing them in a designated code management D / B;
When a vehicle sharing service application is made via an application of an arbitrary sharing applicant wireless terminal, the vehicle information of the shared vehicle to be shared with the sharing applicant via the designated route, the sharing time information for sharing the shared vehicle with the sharing applicant, A second step of receiving a mobile telephone number of the mobile terminal;
A code management D / B is inquired based on the vehicle information of the shared vehicle to be shared with the sharing applicant, and the asynchronous transmission from the black box device mounted / inserted in the shared vehicle is performed asynchronously to a short distance outside the vehicle through a Bluetooth- A third step of verifying the signal code;
A fourth step of mapping the mobile phone number of the wireless terminal of the shared applicant, the vehicle signal code of the black box device mounted on / inserted into the shared vehicle, and the shared time information to share the shared vehicle, and storing the mapped information in a designated storage medium;
When the sharing start time of the stored shared time information does not arrive, the mapping state between the mobile phone number of the wireless terminal of the shared applicant and the vehicle signal code of the black box device mounted / inserted in the shared vehicle is deactivated A fifth step of activating the mapping state of the mobile telephone number of the wireless terminal of the shared applicant and the vehicle signal code of the black box device when the sharing start time arrives;
A sixth step of checking whether a sharing end time for ending sharing of the shared vehicle has elapsed based on the stored shared time information; And
And a seventh step of deactivating (or releasing) the mapping state of the vehicle signal code of the black box device mounted / inserted in the shared vehicle when the sharing end time of the shared vehicle has elapsed, Current driver interlocking method using device.
The method according to claim 1,
Receiving N vehicles information about N shared vehicles from an application server providing a vehicle sharing service sharing a driving right that allows a plurality of users to operate a designated shared vehicle for a predetermined time,
Wherein the first step includes a step of mapping N vehicle information provided from the application server and N vehicle signal codes one-to-one and storing the mapping information in a designated code management D / B. Current driver interlocking method using.
2. The method according to claim 1,
Further comprising the step of providing number mapping information in which the N vehicle information and N vehicle signal codes are mapped to the application server one to one with the application server.
2. The method according to claim 1,
(Or selects) the shared application object vehicle information and the shared time information from the application of the arbitrary shared applicant wireless terminal and inputs the mobile phone number of the wireless terminal, the vehicle information inputted (or selected) and the shared time information And receiving the vehicle information, the shared time information, and the mobile phone number of the shared vehicle shared with the sharing applicant based on the vehicle sharing application information from the application server, The present invention relates to a method for interlocking a current driver using a black box device of a shared vehicle.
2. The method according to claim 1,
And receiving shared-application-subject vehicle information, shared-time information, and a mobile phone number of the wireless terminal of the shared applicant input (or selected) through an application of the wireless terminal of any share applicant. Current driver interlocking method using black box device.
The method of claim 1,
And a sharing end time for ending vehicle sharing, wherein the sharing start time is a time for starting vehicle sharing of the vehicle sharing date.
2. The method according to claim 1,
Further comprising the step of authenticating whether the verified vehicle signal code is mappable with the received mobile phone number. ≪ Desc / Clms Page number 19 >
The method as claimed in claim 1,
And storing the vehicle information of the shared vehicle in association with the vehicle signal code or the shared time information.
The method as claimed in claim 1,
Further comprising the step of comparing the start time of the shared time information with the current time to determine whether the start time of the shared time has come, wherein the current driver interworking method using the black box device of the shared vehicle.
The method according to claim 1,
Receiving the vehicle information of the shared vehicle to be extended and the shared time information to be extended via the designated path at the time of application of the vehicle sharing extension through the application of the sharing applicant wireless terminal; And
And updating the shared time information stored in the storage medium with the received shared time information based on the vehicle information,
Wherein the sixth step includes checking whether a sharing end time for ending sharing of the shared vehicle has elapsed based on the updated shared time information. Interworking method.
The method according to claim 1,
Receiving a mobile phone number of a wireless terminal for applying for extension of vehicle sharing via a designated path and sharing time information to be extended at the time of application of the vehicle sharing extension through the application of the sharing applicant wireless terminal; And
And updating the shared time information stored in the storage medium with the received shared time information based on the mobile telephone number,
Wherein the sixth step includes checking whether a sharing end time for ending sharing of the shared vehicle has elapsed based on the updated shared time information. Interworking method.
The method as claimed in claim 1,
Further comprising the step of releasing the mapping relationship between the mobile phone number mapped to the storage medium and the vehicle signal code.

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