KR20190078805A - System and method for mutually sharing company's vehicle and employee's vehicle - Google Patents

Abstract

A vehicle sharing method performed by a vehicle sharing system according to an exemplary embodiment includes registering a staff vehicle of a member belonging to a company as a business vehicle of a company; And providing the car sharing service based on the idle information of the vehicle in relation to the employee vehicle registered as the business vehicle of the enterprise and the corporate vehicle provided by the enterprise.

Description

TECHNICAL FIELD [0001] The present invention relates to a system and a method for mutually sharing a company vehicle and a staff vehicle,

The following description relates to vehicle sharing technology and relates to a cross-over car sharing method and system between a company vehicle and an employee vehicle.

As the number of vehicles increases, a convenient life becomes possible, but it has many problems. For example, there are traffic disruptions and traffic accidents that come as the purchase volume of a vehicle increases, environmental pollution and disposal costs during operation and disposal, and the most serious problem of insufficient parking facilities. To solve this problem, car-sharing has been introduced. Car sharing is a concept in which a single vehicle is shared by a plurality of people. Unlike a rental car, there is a storage area near a residential area. The car can be used for a long period of time by borrowing and returning the vehicle as needed. Such car sharing can be conveniently used in simple situations such as viewing a cabin or moving a load, since the car can be booked and borrowed from the parking lot close to its location at the required time unit.

On the other hand, a company or an organization usually includes a plurality of vehicles for work, so that members can use the vehicle for work. In order to lease such a public vehicle, it is necessary to rent the vehicle because the member who intends to rent the vehicle must directly visit the department managing the vehicle of the company or the organization or call the direct person to check whether there is a vehicle to rent It was cumbersome. In addition, there has been an inconvenience that the member who intends to use the vehicle has to confirm the existence of the leasable vehicle one by one.

Korean Patent Registration No. 10-1006599 relates to an integrated vehicle management system for a company or an institution and a vehicle management method for the same. In a company or an organization, an agent who intends to rent a vehicle to rent a vehicle, To a rented and returned it easily. Meanwhile, until now, almost all people use mobile communication terminals such as a smart phone, and a method of managing rented vehicles or providing a vehicle related service using such mobile communication terminals is required.

Furthermore, the company and its members can not only use corporate vehicles provided by the company or the organization but also the vehicles of the members included in the company or the organization through the crossover type vehicle rental solution service for the idle vehicles parked in the parking lot through car sharing. There is also a need to propose a new business model that reduces the expense associated with the vehicle.

It is possible to provide a car sharing method and system sharing a corporate vehicle and a staff vehicle.

A vehicle sharing method performed by a vehicle sharing system includes: registering a staff vehicle of a member belonging to an enterprise as a business vehicle of an enterprise; And providing the car sharing service based on the idle information of the vehicle in relation to the employee vehicle registered as the business vehicle of the enterprise and the corporate vehicle provided by the enterprise.

Wherein the step of registering includes registering a corporate vehicle belonging to the corporation as a non-business vehicle, and the step of providing the car sharing service includes registering the employee vehicle as a business vehicle And providing a car sharing service using the corporate vehicle as a non-business vehicle of the enterprise.

The providing of the car sharing service may include selecting an available idle vehicle by mapping the reservation information input from the member and the idle information of the vehicle with respect to the reservation information input from the member, And providing the member with a car sharing service.

The step of providing the car sharing service may include executing the car sharing service for the idle vehicle by recognizing the selected idle vehicle through the electronic equipment of the member within the reservation time range included in the reservation information Step < / RTI >

The step of providing the car sharing service may include the step of calculating the cost according to the reservation information of the member or the movement information based on the reservation information of the member as the idle vehicle provided to the car sharing service is returned from the member have.

The step of providing the car sharing service may include: when the corporation vehicle or the employee vehicle registered as the car sharing service is used as a business vehicle of the enterprise, the operation information based on the location data of the corporation vehicle or the employee vehicle used as the business vehicle Lt; / RTI > And generating a travel log converted based on the specific standard format of the travel information analyzed based on the location data of the corporate vehicle or the employee vehicle used as the business vehicle.

The vehicle sharing system includes: a registration unit for registering a staff vehicle of a member belonging to an enterprise as a business vehicle of an enterprise; And an employee vehicle registered as a business vehicle of the enterprise and a service unit provided by the enterprise.

The vehicle sharing system according to the embodiment can reduce the expenses incurred in maintenance of the vehicle by using the corporate vehicle existing as the idle vehicle as the non-work vehicle and using the staff vehicle as the business vehicle, and the use of the corporate vehicle and the employee vehicle Efficiency can be maximized.

In addition, since the vehicle sharing system shares vehicles among members in the enterprise, a reliable car sharing service can be guaranteed. In other words, unlike the existing car sharing service, in which vehicles are shared for an unspecified number of persons, members of the organization are shared only among the members of the organization, thereby facilitating tracking of the person who shared the vehicle and / or the person who shared the vehicle . In addition, more careful use of the vehicle by a vehicle user can enable more efficient and economical vehicle management than existing car sharing services. In addition, if the vehicle is damaged or broken, its responsibility can also be clearly defined.

For members in the organization sharing the vehicle, members of the organization sharing the vehicle can earn revenues as the cost of using other members' vehicles is paid out by the organization, and members using the vehicle (such as salary) ) It is easy to pay for the use of the vehicle.

1 is a view for explaining a concept of a vehicle sharing system according to an embodiment.
2 is a view for explaining the operation of the vehicle sharing system according to an embodiment.
3 is a diagram for explaining a configuration of a vehicle sharing system according to an embodiment.
4 is a block diagram illustrating an example of components that a vehicle sharing system according to one embodiment may include.
5 is a flowchart illustrating a vehicle sharing method in a vehicle sharing system according to an exemplary embodiment.
6 to 8 show an example of a user interface for managing information related to vehicle sharing in a vehicle sharing system according to an exemplary embodiment.
FIG. 9 illustrates an example of using a car sharing service through a member electronic device in a vehicle sharing system according to an embodiment.
10 is an example for explaining generating a vehicle driving record in a vehicle sharing system according to an embodiment.

Hereinafter, embodiments will be described in detail with reference to the accompanying drawings.

In the following example, an idle vehicle (for example, a vehicle parked in a company parking lot) is mutually shared between a company and an employee, so that a car sharing service such as reservation, control, settlement, And to a technique for providing the system.

1 is a view for explaining a concept of a vehicle sharing system according to an embodiment.

The vehicle sharing system can provide a crossover car sharing service in which a staff vehicle 101 of a member (employee) belonging to a corporation (company) and a corporation vehicle 102 provided by the corporation are mutually shared between the company and its members. More specifically, there may be an employee car 101 owned by a member to commute to work and the employee car 101 may be parked in the intra-company car park during the member's business hours. On the other hand, the corporation vehicle 102 can be used according to a business situation such as a business trip during business hours of a member, and parked in a corporation parking lot after business hours. As described above, the present invention relates to a technique of using an idle vehicle related to a corporate vehicle parked in a parking lot of an enterprise and an employee vehicle as a business vehicle or a non-business vehicle. In other words, the employee vehicle is used as the business vehicle of the enterprise, and the corporate vehicle is used as the non-business vehicle of the enterprise. The vehicle sharing system allows the employee vehicle 101 to be used as a business vehicle of a company during business hours when the employee does not use the company vehicle and can use the corporate vehicle 102 as a non-business vehicle during commute or weekend A car sharing service can be provided.

These car sharing services enable employees to use vehicles as vehicles that employees use in their daily lives, as vehicles for business use, as vehicles that use corporate vehicles in connection with their business activities, It can also be used as an off-duty vehicle.

2 is a diagram for explaining the operation of the vehicle sharing system.

A contract for a car sharing service can be made in the employee vehicle 101 and the corporation vehicle 102. [ At this time, a contract for the car sharing service can be made only for the employee vehicle 101 and the burn-in vehicle 102 who wish to provide a car sharing service.

 Electronic equipment for car sharing can be installed in the employee vehicle 101 and / or the corporate vehicle 102 as the contract for the car sharing service is made. At this time, the device is to acquire and provide information generated in association with the car sharing service. For example, since electronic devices for car sharing are installed in each vehicle, it is possible to provide route guidance information based on reservation information input from a member, reservation information of members, and the like, 101, when the car sharing service is used, movement information related to each vehicle can be recorded through the electronic device. Accordingly, the electronic device installed for car sharing can be interlocked with the vehicle sharing system, and the vehicle sharing system can acquire information related to the vehicle through the electronic device installed in each vehicle.

In one example, the available time of the employee vehicle 101 may be entered by the member. In other words, the business hours and non-business hours of the members can be input. The members are allowed to use the vehicle during business hours, and the vehicle is not used during off hours. In addition, the business hours for the corporate vehicle 102 can be set, and the out-of-office hours available for the members can be set. At this time, business hours and non-business hours may be changed periodically or non-periodically. As such, the vehicle sharing system may store available idle vehicles based on set business hours and off-hours. Further, the information of the idle vehicle can be updated every time the business hours and the non-business hours are changed.

When a member wishes to use the car sharing service, an application for the car sharing service can be executed through the electronic equipment of the member. At this time, even if the vehicle for providing the car sharing service is not registered, the car sharing service can be used. As an application is executed from a member, membership registration for a car sharing service can be performed, and a car sharing service can be used after membership registration. For example, membership can be performed by inputting the member's ID, password, company name, department name, and the like. The vehicle sharing system can extract vehicle information registered in the company as member registration is performed from a member.

For example, in order to leave work through the corporation vehicle 102 at the time of work, the member can receive the workshops at a work time of the corresponding date through an application executed from a member electronic device (for example, a smart phone) You can search for available idle vehicles. In other words, you can see the idle car parked in the corporate parking lot at work time. For example, the member can input the time information to be used, the period information, the kind of the vehicle, and the like as reservation information. The vehicle sharing system can search for an available idle vehicle based on the reservation information input from the member. The vehicle sharing system can provide members with information about available idle vehicles. The vehicle sharing system can perform reservation of the car sharing service by providing the member with the information of available idle vehicles. The member can use the corporate vehicle 102 based on the reservation information. In this way, the member can utilize the corporate vehicle 102 parked in the company for commuting. Based on this process, the employee vehicle 101 can be used as a business vehicle at business hours.

Benefit may be granted to the vehicle registered in the car sharing service when the corporate vehicle 102 is used as a non-work vehicle and the employee vehicle 101 is used as a business vehicle. For example, when a member's employee vehicle is registered in a car sharing service, the company can support the management cost, fuel cost, etc. of the vehicle and support the cost of the car sharing service. Specifically, in addition to the expenses incurred by using the car sharing service, the entire service charge imposed on joining and using the car sharing service can be paid to the car sharing service company in terms of the welfare of the employees in the company. Alternatively, the service cost may be added according to the ratio of using the car sharing service.

In addition, movement information based on the position data of the vehicle can be recorded by using the car sharing service for the corporation vehicle 102 or the staff vehicle 101. [ For example, when a member moves using a vehicle, speed information of the vehicle, place information of the vehicle, spent fuel consumption, travel distance, and the like can be recorded. Based on this movement information, the cost for the car sharing service can be settled. Vehicle-based systems can charge costs to members as costs are settled. At this time, the member can set and register a method for performing settlement at the time of joining a member. For example, if a member registers a card for which he wants to pay for a fee, the cost for the car sharing service can be easily paid to the registered card.

 A vehicle sharing system according to one embodiment can provide a crossover vehicle common use service. For example, companies with a large number of corporate vehicles, companies with insufficient corporate vehicles, companies that need to automate the logbook of the National Tax Service, companies that need effective management of corporate vehicles, and companies that need employee welfare are available. Employees who do not have parking places, employees who pay for operating expenses, employees who feel stressed at work, and employees who are responsible for purchasing vehicles are available.

As a result, companies can save on vehicle maintenance and rent, provide employee welfare policies, and manage vehicles easily. In addition, it can automatically manage the operation record of business vehicles and respond to taxation of business vehicles of the National Tax Service. Employees can solve parking problems and save on vehicle costs by allowing them to use work vehicles during commute times and weekends / holidays.

3 is a diagram for explaining a configuration of a vehicle sharing system according to an embodiment.

The vehicle 300 may include a corporate vehicle and a staff vehicle registered for a car sharing service. A communication module for communicating with the electronic devices in the vehicle 300, a vehicle control module for controlling the vehicle, a GPS for determining position information, a GPIO, a vehicle status module for determining the vehicle condition, and the like. In addition, a separate module for car sharing service may be additionally installed in the vehicle 300.

In addition, a platform 310 for providing a car sharing service to the vehicle 300 can be configured. The vehicle sharing system may be provided in the form of a platform 310. The platform 310 may provide, manage and record information related to the vehicle and information related to the car sharing service. Through the platform 310, information related to the driving of the vehicle can be transmitted to the server or the electronic equipment of the member.

The external service 320 can perform registration, management and control of the vehicle, and perform settlement, statistics, and reporting according to the car sharing service of the vehicle. The thus processed information can be provided to the platform 310.

The vehicle sharing system can provide an application for car sharing. At this time, the application for car sharing may include a sharer application 330 for registering the car in the car sharing service, and a user application 340 for using the car registered in the car sharing service. The vehicle sharing system may also include manager software 350 for car sharing services.

The sharer application 330 may refer to an application used by a sharer who registers a car sharing service in a vehicle. The sharer application 330 includes a function of providing a smart key, a function of providing a user interface for setting a use date, a function of confirming the state of the vehicle, a function of requesting an additional service, a function of providing information related to the vehicle, .

The sharer can set the use day in which the car sharing service can be used through the sharer application (330). At this time, the sharer may periodically or non-periodically set the use day in which the car sharing service can be used. For example, a sharer's vehicle can be set to be available from Monday to Friday from 9:00 to 18:00. At this time, if the unavailable time of use suddenly occurs on a specific day, the use date can be set again. In this way, the days of use can be continuously changed. Also, the sharer can conveniently provide the smart key through the sharer application 330, and can confirm the sharer's vehicle status. In addition, through the sharer application 330, additional services such as car wash, maintenance, and accident can be requested, and the payment amount can be confirmed through pages related to the sharer.

The user application 340 may refer to an application for the user to use the vehicle in which the car sharing service is registered. The user application 340 may provide a reservation function, a function of providing information as the vehicle is used, a smart key function, a function of providing information related to the use of the vehicle, and the like.

The user can be transferred to the vehicle sharing system by inputting the reservation information including the reservation time for using the car sharing service through the user application 340. [ The vehicle sharing system can provide usable vehicle information through the user application 340 based on the reservation information input from the user. The user can select a desired vehicle based on the available vehicle information provided to the user application 340. [ As a result, the car sharing service can be used with selected vehicles. Further, after the user completes the use of the car sharing service, the user can register the parking position in which the vehicle is parked according to the parking. At this time, the parking position can be registered by automatically determining the position of the vehicle from the user application 340 or the vehicle, and the parking position can be registered by manual input of the user. In addition, the user can control the opening and closing of the door through the smart key provided in the user application 340, notify the emergency situation, and request washing, maintenance, and the like. Also, the user can confirm the history information related to the car sharing service of the user through the user application 340.

Further, the vehicle sharing system may provide car sharing services for large vehicles. The vehicle sharing system can provide RFID-inserted cards to users using the car sharing service. Users can open and close the door of the car that booked the car sharing service through the RFID inserted card. The vehicle sharing system can determine the identification information of the user through the RFID. For example, it is possible to determine whether or not a user who has reserved a car sharing service on the bus has boarded.

On the other hand, a method of opening the door of the vehicle using the electronic equipment of the member will be described in more detail.

For example, a method of opening a door of a reserved vehicle through an electronic device of a member when a vehicle reserved through a car sharing service from a member can communicate with a vehicle sharing system (or an external server) will be described. The member who reserved the vehicle may request authentication information for opening and closing the reserved vehicle from the electronic device to the server (e.g., the vehicle sharing system). For example, the member may request opening of the vehicle door by pressing a button associated with opening the vehicle door in an application installed in the electronic device. According to the request, the server may transmit a signal to the vehicle reserved by the member to open the door of the vehicle. The vehicle receiving this signal from the server can open the door. As a result, the member can board the reserved vehicle.

On the other hand, when the communication state with the vehicle sharing system or the external server of the vehicle reserved by the member is less than a preset reference or communication is impossible (that is, when the vehicle is difficult to communicate or the communication is impossible) Describes how to open the door of a reserved vehicle through the device. The vehicle can not receive a signal from the server to open the door of the vehicle when the vehicle is in a position where the communication with the vehicle sharing system or the external server is below a preset reference or communication is impossible. At this time, the server can maintain the password for opening the door of the reserved vehicle, and can transmit the password to the electronic device of the member. The member can open the door of the vehicle by inputting the password received in the electronic device into the vehicle. The server may forward the password to the electronic device when it detects that the vehicle is in a location where communication is not possible (i.e., when the vehicle can not receive the signal or when there is a request from the electronic device).

The password may be generated based on a predetermined algorithm, and may be an OTP (One Time Password) transmitted at a predetermined time interval to the electronic equipment of the member. The One Time Password (OTP) may be updated at a predetermined time interval based on a predetermined algorithm. For example, the OTP can be updated every 10 minutes, so the server can deliver the password to the electronic device every 10 minutes. That is, when the OTP provided to the electronic equipment of the member can not be inputted into the reserved vehicle within the predetermined time range, the OTP may be renewed every predetermined time, and the updated OTP may be delivered to the electronic equipment.

The member can input the OTP received from the server through an input user interface (for example, a keypad or a dial) provided in the vehicle. For example, the member can input the OTP by inputting (e.g., touching) a number, letter or symbol corresponding to the OTP to the user interface for inputting the OTP provided in the vehicle. Alternatively, the vehicle can be sequentially exposed with numbers from 0 to 9, and the member can input the OTP by touching the corresponding number when the number corresponding to each place of the OTP is exposed.

The OTP can be simultaneously updated in the vehicle at the predetermined time intervals based on the predetermined algorithm as in the server. That is to say, the OTP received from the server at predetermined time intervals through the electronic device can be maintained in the same way in the vehicle. The vehicle can determine whether the OTP generated or updated based on the OTP inputted from the member and the predetermined algorithm operated in the vehicle matches and can open the door of the vehicle when the OTP matches.

According to this embodiment, even when a vehicle exists in a space where the communication state is unstable, such as an underground parking lot, the vehicle sharing system can open the door of the vehicle without problems by providing the OTP to the electronic equipment of the member.

In addition, the vehicle sharing system provides OTPs updated at predetermined time intervals to the electronic devices of the members, and since the OTPs are updated in the same way in the vehicles, it is possible to prevent other people from illegally using the vehicles by stealing passwords .

Referring to FIG. 9, this is an example for explaining how to use the car sharing service through the sharer or user's application 900.

The sharer may set the available day of the week through the application 900 to register the car sharing service. For example, the sharer can be set from 9:00 to 18:00, from 9:00 to 18:00, and from 9:00 to 18:00 from Friday. Also, the sharer can check whether the car registered by the sharer is registered as a car sharing service or not if the sharer is registered.

The user can choose to use the rental time, return time, non-business or business use to reserve the car sharing service. In addition, the user can confirm the reservation details reserved from the user through the application 900. [ Also, the user may periodically input time information for using the car sharing service.

The manager software 350 provides functions for managing users belonging to the car sharing service, setting parking / vehicle usage, terminal installation and maintenance, car wash, maintenance management, usage statistics / settlement / reporting . 6 to 8 show an example of a user interface for managing information related to vehicle sharing in a vehicle sharing system according to an exemplary embodiment. A user interface 600, 700, or 800 for managing a car sharing service from an administrator may be provided. The manager can perform customer management, member management, basic setting management, vehicle operation management, vehicle management, operation management, community, statistics, and app management through user interfaces 600, 700 and 800 for car sharing service. Referring to FIG. 6, vehicle-specific reservation information among the vehicles registered in the car sharing service can be confirmed through the user interface 600, and vehicle information for each reservation can be confirmed. Specifically, the time information in which the car sharing service is registered in the first vehicle, the user information, the department information, and the like can be displayed in the form of a timeline. Referring to FIG. 7, the administrator can set the time information for activating the smart key through the user interface 700, the minimum time / maximum time available for reservation, the date of reservation application, the delay check before return time, You can set the reservation extension time limit, the reservation cancellation penalty setting, the setting time of the unused suspicion notification after reservation, the setting of the non-return notification time, the automatic return setting, the notification sending time setting before the reservation start, have. In this manner, the car sharing service can be set based on the operational setting information input by the manager. For example, since the smart key activation time is set to 30 minutes before the reservation start time, the smart key can be recognized in the vehicle 30 minutes before the reservation start time of the car sharing service. In addition, based on the information reserved by the member, the pre-reservation start notification message may be notified to the electronic device of the member. Further, through the interface 700, it is possible to manage the notification setting, the fare setting, the oil settlement, the high pass settlement, the penalty management, the authority management, the setting of the sharing date, and the penalty management. Referring to FIG. 8, statistical data for each member may be provided to the interface 800. For example, through the interface 800, customer statistics, vehicle statistics, travel log, and character dispatch statistics can be confirmed.

FIG. 4 is a block diagram illustrating an example of components that a vehicle sharing system according to an exemplary embodiment may include; FIG. 5 is a flowchart illustrating a vehicle sharing method in a vehicle sharing system according to an exemplary embodiment.

The vehicle sharing system 400 may include a registration unit 410 and a service unit 420. The components of this vehicle sharing system 400 may control the vehicle sharing system 400 to perform the steps 510 to 520 included in the vehicle sharing method of FIG.

In step 510, the registering unit 410 may register the employee vehicle of the member belonging to the company as a business vehicle of the enterprise. Also, the registration unit 410 may register the corporate vehicle belonging to the corporation as a non-business vehicle. Alternatively, the registration unit 410 may register the employee vehicle of the member belonging to the company to be registered in the car sharing service and / or the corporate vehicle of the company, respectively. At this time, the employee vehicle of the member who wants to register in the car sharing service can be registered by the member, and the corporate vehicle to be registered in the car sharing service can be registered by the person in charge of the corporate vehicle of the company.

In step 520, the service unit 420 may provide the car sharing service based on the idle information of the vehicle in relation to the employee vehicle registered as the business vehicle of the enterprise and the corporate vehicle provided by the enterprise. The service unit 420 may provide a car sharing service in which the employee vehicle is used as a business vehicle of the company and the corporate vehicle is used as a non-business vehicle according to the reservation information of the user. The service unit 420 selects an available idle vehicle by mapping the reservation information inputted from the member and the idle information of the vehicle with respect to the reservation information input from the member, and provides the selected idle vehicle to the member as a car sharing service can do. The service unit 420 can process the execution of the car sharing service for the idle vehicle by recognizing the selected idle vehicle through the electronic equipment of the member within the reserved time range included in the reservation information. In addition, since the idle vehicle provided by the car sharing service is returned from the member, the service unit 420 can settle the cost according to the movement information based on the reservation information of the member or the reservation information of the member.

For example, the service unit 420 may pay a member for renting the vehicle a cost related to use of the vehicle of the member using the vehicle. The cost may be paid from the company to which the member rented the vehicle belongs. For example, the cost may be paid together with the salary paid to the rented member of the vehicle. Meanwhile, the service unit 420 may charge the member using the vehicle for the use of the vehicle. For example, the service unit 420 may charge the member for the use of the vehicle for a predetermined period (e.g., a month or a week, etc.). The cost charged to a member can be settled by deducting from the salary paid from the company to which the member belongs.

10 is an example for explaining generating a vehicle driving record in a vehicle sharing system according to an embodiment.

The vehicle sharing system can analyze the driving information based on the location data of the corporate vehicle or the employee vehicle used as the business vehicle when the corporate vehicle or the employee vehicle registered as the car sharing service is used as the business vehicle of the enterprise. Specifically, the driving information based on the vehicle position data may be reported 1010 through a corporation vehicle used as a business vehicle or an electronic device installed in a staff vehicle. The vehicle sharing system may analyze the driving information based on the vehicle position data (1020). At this time, when making a reservation in advance by the user, it is possible to automatically extract the movement information related to the business by selecting whether the vehicle is used for business or non-business use. The vehicle sharing system can generate the travel log converted based on the specific standard format of the travel information analyzed based on the location data of the corporate vehicle or the employee vehicle used as the business vehicle. For example, the vehicle sharing system may convert the operating log to the IRS standard (1030) to submit the operating log to the IRS. The vehicle sharing system can automatically submit the transit journal converted to the IRS standard to the National Tax Service. Alternatively, the vehicle sharing system may provide a function by which a user (e.g., a member, a corporate vehicle manager) may transmit to the Internal Revenue Service (or an external entity acting as an agent for submission to the Internal Revenue Service) as it generates the service log. After confirming the generated log, the user can register the log in the NTS (or an external organization that submits the information to the National Tax Service) (1040).

The embodiments described above can be applied in a similar manner to any of the aforementioned corporations, corporations or companies, as well as any group or organization, and redundant descriptions are omitted.

The apparatus described above may be implemented as a hardware component, a software component, and / or a combination of hardware components and software components. For example, the apparatus and components described in the embodiments may be implemented within a computer system, such as, for example, a processor, a controller, an arithmetic logic unit (ALU), a digital signal processor, a microcomputer, a field programmable gate array (FPGA) , A programmable logic unit (PLU), a microprocessor, or any other device capable of executing and responding to instructions. The processing device may execute an operating system (OS) and one or more software applications running on the operating system. The processing device may also access, store, manipulate, process, and generate data in response to execution of the software. For ease of understanding, the processing apparatus may be described as being used singly, but those skilled in the art will recognize that the processing apparatus may have a plurality of processing elements and / As shown in FIG. For example, the processing unit may comprise a plurality of processors or one processor and one controller. Other processing configurations are also possible, such as a parallel processor.

The software may include a computer program, code, instructions, or a combination of one or more of the foregoing, and may be configured to configure the processing device to operate as desired or to process it collectively or collectively Device can be commanded. The software and / or data may be in the form of any type of machine, component, physical device, virtual equipment, computer storage media, or device As shown in FIG. The software may be distributed over a networked computer system and stored or executed in a distributed manner. The software and data may be stored on one or more computer readable recording media.

The method according to an embodiment may be implemented in the form of a program command that can be executed through various computer means and recorded in a computer-readable medium. The computer-readable medium may include program instructions, data files, data structures, and the like, alone or in combination. The program instructions to be recorded on the medium may be those specially designed and configured for the embodiments or may be available to those skilled in the art of computer software. Examples of computer-readable media include magnetic media such as hard disks, floppy disks and magnetic tape; optical media such as CD-ROMs and DVDs; magnetic media such as floppy disks; Magneto-optical media, and hardware devices specifically configured to store and execute program instructions such as ROM, RAM, flash memory, and the like. Examples of program instructions include machine language code such as those produced by a compiler, as well as high-level language code that can be executed by a computer using an interpreter or the like.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. For example, it is to be understood that the techniques described may be performed in a different order than the described methods, and / or that components of the described systems, structures, devices, circuits, Lt; / RTI > or equivalents, even if it is replaced or replaced.

Therefore, other implementations, other embodiments, and equivalents to the claims are also within the scope of the following claims.

Claims (8)

A vehicle sharing method performed by a vehicle sharing system,
Registering the employee vehicle of the member belonging to the company as the business vehicle of the company; And
Providing a car sharing service based on the idle information of the vehicle in relation to the employee vehicle registered as the business vehicle of the enterprise and the corporate vehicle provided by the enterprise
The vehicle sharing method. The method according to claim 1,
Wherein the registering step comprises:
Registering the corporate vehicle belonging to the enterprise as a non-business vehicle
Lt; / RTI >
Wherein providing the car sharing service comprises:
Providing a car sharing service using the employee vehicle as the business vehicle of the enterprise according to the reservation information of the user and using the corporate vehicle as the non-business vehicle of the enterprise
The vehicle sharing method. The method according to claim 1,
Wherein providing the car sharing service comprises:
Selecting an available idle vehicle by mapping the idle information of the vehicle with the reservation information input from the member and the reservation information inputted from the member and providing the selected idle vehicle to the member as a car sharing service
The vehicle sharing method. The method of claim 3,
Wherein providing the car sharing service comprises:
Processing the execution of the car sharing service for the idle vehicle by recognizing the selected idle vehicle through the electronic device of the member within the reservation time range included in the reservation information
The vehicle sharing method. 5. The method of claim 4,
Wherein providing the car sharing service comprises:
Calculating the cost according to the reservation information of the member or the movement information based on the reservation information of the member as the idle vehicle provided by the car sharing service is returned from the member
The vehicle sharing method. The method according to claim 1,
Wherein providing the car sharing service comprises:
Analyzing the driving information based on the position data of the corporation vehicle or the employee vehicle used as the business vehicle when the corporate vehicle or the employee vehicle registered as the car sharing service is used as a business vehicle of the enterprise; And
Generating a converted travel log based on the specific standard format of the travel information analyzed based on the location data of the corporate vehicle or the employee vehicle used as the business vehicle
The vehicle sharing method. The method according to claim 1,
Wherein providing the car sharing service comprises:
When a password for opening the door of the corporate vehicle or the employee vehicle is maintained and it is detected that the corporate vehicle or the employee vehicle is located at a position where communication with the vehicle sharing system or the external server is impossible, And transmitting the password to the electronic device,
Wherein the password is an OTP (One Time Password) transmitted to the electronic device of the member at a predetermined time interval based on a predetermined algorithm, and the OTP (One Time Password) Lt; / RTI >
The entrance of the corporation vehicle or the employee vehicle is opened by inputting the password transmitted to the electronic device into the corporation vehicle or the employee vehicle
Vehicle sharing method. In a vehicle sharing system,
A registration unit for registering the employee vehicle of the member belonging to the company as a business vehicle of the company; And
A service unit for providing a car sharing service based on the idle information of the vehicle in relation to the employee vehicle registered as the business vehicle of the enterprise and the corporate vehicle provided by the enterprise;
The vehicle sharing system comprising:

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