KR20210007196A - System and method for sharing smart mobility - Google Patents

Abstract

The present invention discloses a sharing system. More specifically, the present invention relates to the smart mobility sharing system and method based on shared economy that various types of transportation means are shared with many people. According to an embodiment of the present invention, by allowing investors to rent smart mobility rented during idle time to other members while renting the smart mobility to the investors for a certain period of time, the investors can earn additional income, users can use the smart mobility only when necessary at a lower price, thereby implementing a sharing economy-based sharing service.

Description

Smart mobility sharing system and method {SYSTEM AND METHOD FOR SHARING SMART MOBILITY}

The present invention relates to a sharing system, and in particular, to a smart mobility sharing system and method based on a sharing economy in which various types of transportation means are shared with a plurality of people.

The sharing economy was first used in 2008 by Professor Lawrence Lessik at Harvard University in the United States, and refers to an economic method based on cooperative consumption by sharing a product once produced. In other words, the sharing economy contains the meaning of shared consumption in which an individual borrows as much as necessary without having to own goods as well as production facilities or services, and lends them to others when they do not need it.

Based on this sharing economy concept, as a sharing platform currently in service, services that temporarily rent smart mobility such as kickboards and bicycles as well as vehicles, which are representative means of transportation, are gradually spreading. have.

In general, the sharing service can be rented and returned only from a dedicated cradle installed in each region, and a technology that can be borrowed from anywhere using a smartphone with a dedicated app installed with a GPS inside is applied, and the QR code of the vehicle body is applied to the smartphone. The lock is opened by scanning with a back, and after using a bicycle, the locking device is locked in a dedicated cradle and operated in a stand-alone manner.

In particular, in the sharing service through smart mobility, excluding vehicles currently in service, it is common for local governments in each region to target some residents for the purpose of public interest and operate only a few in a limited area such as bicycles.

This does not incur high maintenance costs like vehicles, but simple smart mobility such as kickboards and bicycles are in high demand as users directly purchase and use them, or there are many alternative public transportation means. Because there is no.

Therefore, the sharing service via smart mobility currently being serviced cannot be said to be an attractive business model for investors, and this is the reason that the smart mobility sharing service is not widely activated.

Unexamined Patent Publication No. 10-2019-0073939 (Publication date: 2019.06.27.)

The present invention was conceived to overcome the above-described limitations, and the present invention provides a smart mobility sharing system and method based on a sharing economy that generates additional rental revenue through smart mobility such as bicycles and kickboards. I have a task.

In order to solve the above-described problem, the smart mobility sharing system according to a preferred embodiment of the present invention is a person who intends to conduct a rental business targeting smart mobility for a certain period of time-hereinafter referred to as'investor'-and the rental business. A system that includes an operator server that mediates a person who wants to temporarily lease registered smart mobility-hereinafter referred to as a'user', wherein the operator server provides the smart mobility paid at the request of one or more investor terminals to the investor. An intermediary processing unit that registers the rental according to the rental location and rental time specified by, and processes the rental and return procedure of smart mobility at the request of one or more user terminals, and current mobility status information by tracking the current location of the registered smart mobility in real time. It may include a mobility tracking unit that provides and a cost processing unit for calculating a profit to be paid to investors and processing a payment procedure by collecting costs for rental cases of the smart mobility for each predetermined period.

The operator server grants use rights at the request of one or more investor terminals and user terminals, and includes a member management unit that performs a member registration procedure and a database that stores member information of registered investors and users, and the member management unit May receive a rental time and an hourly usage fee excluding the investor's own usage time for the smart mobility paid from the investor terminal as rental information and store it in the database.

The cost processing unit calculates the rent of smart mobility paid to the investor at a certain period and requests payment from the investor, but calculates the rent by subtracting the profit according to the user's rental performance, and calculates the difference if the profit exceeds the rent. It can be paid to the corresponding investor, or the management cost for maintenance, including cleaning or condition check according to the rental period of the smart mobility being leased, can be paid to the investor.

In the smart mobility, an endurance period for a certain period of time is set from a payment date, and the operator server may include a ownership management unit that calculates a point of time when the endurance period passes, and grants purchase rights to the investor of the smart mobility from the point of failure. .

The intermediary processing unit has a registration function that registers smart mobility for each rental location in each region, determines the current location of the registered smart mobility in real time, and receives the usage time within the rental time from a user terminal in each region to rent a smart mobility. Provides a rental function that approves the request and a return function that approves the return request at the rental location of the smart mobility, and the return function requests a reply to the user terminal for damage to the smart mobility upon return by the user. Alternatively, the investor terminal may request upload of one or more images photographing the appearance of the smart mobility. The investor terminal may request an investor registration unit for member registration to the operator server according to an investor's input, and a member registered investor A mobility register for requesting rental registration of the paid smart mobility to the operator server and a rental setting unit for setting rental information by receiving the rental location, rental time and hourly usage fee for the rental registered smart mobility, and requesting registration to the operator server Can include.

The investor terminal may include a mobility management unit for receiving and providing statistical information of daily, weekly, and monthly rental details of the smart mobility registered in connection with the operator server and usage fees accrued according to the lease and location information of the current smart mobility. .

According to the user's input, the user terminal is a user subscription unit that requests user rights according to member registration to the operator server, for a specific area, to the rental location registered in the operator server and the smart mobility registered for each rental location. A mobility search unit that requests a list of information and searches for information in the list through a keyword input by the user, a mobility reservation unit that applies for a use reservation for any one of the smart mobility found in the list, and a payment method registered in the terminal Payment unit that requests and approves payment for the reservation for use or rental that has been returned through the rental request unit, and the rental request unit that requests the rental procedure for any one smart mobility of a specific rental location from the operator server and the corresponding rental location It may include a return request unit for requesting a return procedure for the smart mobility rented from.

In addition, the smart mobility sharing method according to another aspect of the present invention for solving the above-described problem is a smart mobility sharing method by an operator server included in the smart mobility sharing system, which is paid from one or more investor terminals. Receiving a lease registration request for the smart mobility, registering the requested smart mobility according to the rental location and rental time specified by the investor, a list of smart mobility registered in each area from one or more user terminals Receiving a request, providing the list to a corresponding user terminal, receiving a request for rental for any one smart mobility selected by the user terminal, approving a rental for the requested smart mobility, registered smart Tracking the current location of mobility in real time, providing current mobility status information at the request of the investor terminal or user terminal, receiving a request for return of the smart mobility loaned from the user terminal, and the use time of the smart mobility It may include calculating a usage fee according to, requesting payment from the user terminal, and approving return of the smart mobility when payment for the usage fee is completed.

After the step of approving the return of the smart mobility when the payment for the usage fee is completed, calculating the profit to be paid to the investor by collecting the costs for each rental case of the smart mobility by a certain period, and processing the payment procedure It may further include.

The step of calculating the profit to be paid to the investor by collecting the cost of each smart mobility rental case at a certain period of time, and processing the payment procedure, includes calculating the rent by subtracting the profit according to the rental performance by the user, and the above. If the profit exceeds the rent, the difference may be paid to the investor.

According to an embodiment of the present invention, by allowing the investor to lease the smart mobility to the investor for a certain period and at the same time, the investor to rent the smart mobility to other members during idle time, the investor can obtain additional income, Users can use smart mobility only when they need it at a lower price, so there is an effect of implementing a sharing economy-based sharing service.

1 is a diagram illustrating an overall configuration of a smart mobility sharing system according to an embodiment of the present invention.
2 is a diagram of an operator server of a smart mobility sharing system according to an embodiment of the present invention.
3 is a diagram of an investor terminal of a smart mobility sharing system according to an embodiment of the present invention.
4 is a diagram of a user terminal of a smart mobility sharing system according to an embodiment of the present invention.
5 is a diagram illustrating a smart mobility sharing method according to an embodiment of the present invention.
6A and 6B are diagrams illustrating screens provided by each terminal of a smart mobility sharing system according to an embodiment of the present invention.

When a part of the specification says that a certain component is "equipped" or "included", it means that other components may be further included instead of excluding other components unless otherwise stated. In addition, terms such as "...unit", "...server" and "...system" described in the specification refer to units that process one or more functions or operations. It means, and this may be implemented in hardware, software, or a combination of hardware and software.

In addition, in the present specification, the term “an embodiment” means serving as an illustration, example, or illustration, but the subject of the invention is not limited by such an example. In addition, "comprising", "having", "having" and other similar terms are used, but when used in the claims, "included" as an open transition word that does not exclude any additional or other elements. It may be used generically in a manner similar to the term "comprising".

The various techniques described herein may be implemented with hardware or software, or, where appropriate, with a combination of both. As used herein, terms such as "...unit", "...server" and "...system" are likewise computer-related entities, i.e. hardware , It can be treated as a combination of hardware and software, software or equivalent to software at the time of execution. In addition, each function executed in the program of the present invention may be configured in a module unit, and may be recorded in one physical memory, or distributed between two or more memories and a recording medium.

Hereinafter, a smart mobility sharing system and method according to an embodiment of the present invention will be described in detail with reference to the drawings. In the following description, the components of each terminal and server constituting the smart mobility sharing system of the present invention are implemented in the form of a computer program executable by an onboard microprocessor, and are recorded on a recording medium capable of reading and writing each terminal and server. Can be mounted on.

1 is a diagram illustrating an overall configuration of a smart mobility sharing system according to an embodiment of the present invention.

1, the smart mobility sharing system according to an embodiment of the present invention is a person who intends to conduct a rental business targeting the smart mobility 10 for a certain period of time-hereinafter referred to as'investor'-and registration in the rental business It is a system that intermediaries a person who wants to temporarily lease the smart mobility 10-hereinafter referred to as'user'-and is used by the operator who leases the smart mobility 10 to an investor, and registered in the rental business. The operator server 100 that processes the rental and return procedure of the smart mobility 10 and the cost procedure accordingly, and the operator server 100 and the smart mobility 10 that the investor leases through an information and communication network The investor terminal 200 and the operator server 100 on which the application program for registering and managing is installed and interworking through the information and communication network, and to temporarily use the smart mobility 10 registered in the rental business in each region for a certain period of time. It may include a user terminal 300 for which the user applies for rental and return of the smart mobility 10.

The operator server 100 is a server device that provides a sharing service based on the concept of a sharing economy, such as an electric magnet, a kickboard, and a vehicle, and an environment in which people can share and use the aforementioned smart mobility. Can provide. In particular, the smart mobility sharing system according to the embodiment of the present invention is not a method of renting a number of smart mobility owned by an operator and taking the fee, like a known sharing platform, but renting smart mobility to an individual, but under the management of the individual. It is characterized by providing a service for lending to others, that is, users, in consideration of the idle time of the leased smart mobility.

In general, investors who use electric bicycles for commuting tend to not use them well in the case of hours excluding commuting or weekend hours, and they can generate profits by lending them to others during idle times that they are not using. It can be used as rent or additional income.

The operator server 100 has a registration and management function so that the above-described investor can lease the smart mobility 10 and lend it to other users, and also can temporarily rent the registered smart mobility 10 by general users. It is possible to intermediary between investors and users by providing functions that are available.

As the operator server 100, a server device equipped with a high-spec microprocessor and a large-capacity storage can be used that can respond to requests from a number of investor terminals 200 and user terminals 300 without delay or error. .

The investor terminal 200 is a terminal device possessed by an investor who rents a predetermined smart mobility 10 owned by the operator from the system operator for a certain period of time and uses it, and at the same time, wants to re-lease it to other registered users.

The investor terminal 200 may install and run an application program interlocking with the operator server 100, and lease and manage smart mobility according to the investor's authority, and register it as a rental target on the operator server 100 to lend it to others. You can provide the ability to do it.

The user terminal 300 is a terminal device possessed by a user who subscribes to the smart mobility sharing system of the present invention and wants to rent a smart mobility registered as a rental target for a short period of time.

The user terminal 300 executes an application program to search for registered smart mobility according to the user's authority, and when a smart mobility suitable for the user's intention is searched, it can be reserved or applied for rental. The lock device of the mobility 10 can be unlocked and received, and when the period of use arrives, it can be returned.

As the above-described investor terminal 200 and user terminal 300, PCS (Personal Communication System), GSM (Global System for Mobile communications), PDC (Personal Digital Cellular), PHS (Personal Handyphone System), PDA (Personal Digital Assistant) ), IMT (International Mobile Telecommunication)-2000, CDMA (Code Division Multiple Access)-2000, W-CDMA (W-Code Division Multiple Access), Wibro (Wireless Broadband Internet) terminal, smartphone, smart pad ( All kinds of handheld-based wireless communication devices such as smartpad) and tablet PCs, and mobile computing devices such as stationary PCs and notebook computers may be used.

According to the above structure, the smart mobility sharing system according to the embodiment of the present invention supports the investor who rents the smart mobility to generate additional profits using the smart mobility by utilizing the time that they are not using. Users can realize the sharing economy by creating an environment where users can temporarily use smart mobility only when needed at lower cost.

Hereinafter, a structure of an operator server of a smart mobility sharing system according to an embodiment of the present invention will be described in detail with reference to the drawings.

2 is a diagram of an operator server of a smart mobility sharing system according to an embodiment of the present invention.

2, the operator server 100 of the smart mobility sharing system according to an embodiment of the present invention, an interworking unit 110 for performing data communication with one or more investor terminals 200 and user terminals 300, The smart mobility 10 paid at the request of one or more investor terminals 200 is registered for rental according to the rental location and rental time designated by the investor, and the smart mobility 10 is rented at the request of one or more user terminals. The intermediary processing unit 120 that handles the return procedure, the mobility tracking unit 130 that provides current mobility status information by tracking the current location of the registered smart mobility 10 in real time, and rental of the smart mobility 10 by a certain period The cost processing unit 140, which collects the expenses for the case, calculates the profit to be paid to the investor and processes the payment procedure, grants use rights at the request of one or more investor terminals and user terminals, and performs the member registration procedure The management unit 150, the database 160 for storing member information of registered investors and users, and the ownership management unit 170 that grants purchase rights to the investor from the time of failure by calculating the time when the endurance of the smart mobility 10 is passed. ) Can be included.

The interworking unit 110 is connected to the investor terminal 200 and the user terminal 300 through an information communication network to perform data communication, thereby transmitting and receiving various types of data for providing a service.

The brokerage processing unit 120 can process the lease procedure of the smart mobility 10 held by the operator at the request of the investor terminal 200, and a registration function 122 for lending the leased smart mobility 10, A rental function 124 and a return function 126 may be provided.

In detail, the registration function 122 is a function to register the smart mobility 10 for each rental location in each region, and an investor who is renting the smart mobility 10 may register this as a member during idle time when not using it. Additional revenue can be obtained by lending to a user, and for this purpose, rental registration can be made by specifying a place and time at which the smart mobility 10 is to be rented.

The rental function 124 is a function that determines the current location of the registered smart mobility 10 in real time, receives the usage time within the rental time from a user terminal in each region, and approves the rental request of the smart mobility 10, The operator server 100 receives location information from the registered smart mobility 10 in real time to determine its location, and when it is placed in a designated place, a user who wants to temporarily rent and use the smart mobility 10 When receiving a rental request for the smart mobility 10 through the user terminal 300 of, the rental procedure can be performed.

In this rental procedure, the intermediary processing unit 120 authenticates the user through the user terminal 300 and approves the rental, and releases the smart mobility 10 to the user by releasing the lock device mounted on the smart mobility 10 to be rented. Is done. Thereafter, the relay processing unit 120 can determine the location of the dispensed smart mobility 10 in real time so that not only investors but also users can manage the smart mobility 10, and calculate a usage fee according to the usage time.

And, the return function 126 is a function to approve a return request at the rental location of the smart mobility 10, and when the return is requested from the user terminal 300 of the user who wants to return the rented smart mobility 10, The relay processing unit 120 may process the return procedure by determining whether the location of the designated current smart mobility 10 is a designated return location, and fixing the smart mobility 10 by controlling the locking device thereof.

In addition, the above-described return function 126 may include requesting to confirm whether the user is damaged in smart mobility, and requesting an image of the current appearance of the smart mobility.

The mobility tracking unit 130 may determine the current location of the smart mobility 10 in real time by interlocking with a GPS device mounted on the smart mobility 10. In addition, the mobility tracking unit 130 responds to the location of the registered or rented smart mobility 10 according to the request of the investor terminal 200 and the user terminal 300 so that a loss accident can occur.

The cost processing unit 140 may calculate a usage fee according to the rental of the smart mobility 10. The rental fee can be set as the reservation period or the period from non-release to return, and can be calculated as a cost per hour of use.

In addition, the cost processing unit 140 may calculate the rent determined according to the investor's lease of the smart mobility 10, and reflect the rent to be charged to the investor by deducting the rent to be charged to the investor, You can either claim the difference or claim payment. In addition, the cost processing unit 140 manages maintenance, including cleaning, storage, and condition check of the smart mobility 10 during the rental period, for example, consideration for the management of the investor for the smart mobility 10 Expenses can be charged to the investor.

The member management unit 150 may process procedures for membership registration, login, and withdrawal of investors and users who wish to use the sharing service according to the system of the present invention. In the present invention, the investor or user must first register as a member for identification and payment of the party, and the member management unit 150 creates an account by receiving personal information of the investor or user when registering as a member, and grants investor or user authority. can do.

Thereafter, a login procedure using an account may be performed, and after logging in, a procedure such as identity authentication for rental of the smart mobility 10 may be processed.

The database 160 may store member information of registered investors and users. In addition, the database 160 may store rental information including a place and time for the registered smart mobility 10 and rental details up to now. In addition, the database 160 may store various set values for driving the operator server 100.

On the other hand, the smart mobility 10 used in the smart mobility sharing system according to an embodiment of the present invention may have an endurance of a certain period of time, and the smart mobility 10 whose endurance has been exceeded is difficult to ensure further stability. Accordingly, there may be problems in using it as a rental target. In order to compensate for this limitation, it is advantageous in terms of operation to transfer the smart mobility 10 to the investor even at a lower price than the recovery, and the investor can also be transferred at a lower price, so there is a benefit.

Therefore, if the investor leases the smart mobility 10 for a certain period of time or longer and the period exceeds the endurance period, the investor acquires ownership of the smart mobility 10 by granting the purchase right to the smart mobility 10 to the investor. Policies that enable them to do so can be applied.

As a configuration for this, the ownership management unit 170 calculates the endurance life of the leased smart mobility 10 from the production date, and if it exceeds the current point, the ownership management unit 170 provides an amount reduced by a certain amount from the cost of the smart mobility 10 to the investor. Purchase can be recommended, and ownership can be transferred to the investor if the investor approves and pays the purchase price.

Hereinafter, the structure of the investor terminal of the smart mobility system according to an embodiment of the present invention will be described in detail with reference to the drawings.

3 is a diagram of an investor terminal of a smart mobility sharing system according to an embodiment of the present invention.

Referring to FIG. 3, the investor terminal 200 according to an embodiment of the present invention includes an investor subscription unit 210 requesting investor rights according to member registration to the operator server according to an investor's input, and a registered investor A mobility registration unit 220 that requests the received smart mobility to lease registration to the operator server, sets the rental information by receiving the rental location, rental time, and hourly usage fee for the registered smart mobility, and sets rental information to request registration to the operator server Includes a mobility management unit 240 for receiving and providing statistical information of the daily, weekly, and monthly rental details of the smart mobility registered in connection with the unit 230 and the operator server, and the usage fee incurred according to the rental and location information of the current smart mobility. can do.

The investor subscription unit 210 may request membership subscription to the operator server with investor authority. Membership with investor authority is conditional on whether or not to rent smart mobility owned by the operator, and non-members or general members can request to join the system as an investor by signing a smart mobility lease contract with the operator.

The mobility registration unit 220 may receive information on the leased smart mobility when the investor subscribes and request the registration of the investor's smart mobility as a rental target in the operator server. Accordingly, the operator server includes the smart mobility in the rental list so that the rental can proceed.

The rental setting unit 230 may receive specific rental conditions, that is, rental information, such as rental location, return location, and rental time, for the smart mobility registered as a rental target from an investor and set it in the operator server. In addition, the rental setting unit 230 may also receive a rental fee, which may be generally set as an hourly fee.

After the rental registration, the mobility management unit 240 may provide various management functions for the corresponding smart mobility by interworking with the operator server. The mobility management unit 240 may receive various rental information according to the current location and rental processing determined by the operator server in real time for the registered smart mobility and display it on the investor terminal 200, through which the investor can Smart Mobility can be managed by checking whether the Smart Mobility of is on standby at a designated place or in other places depending on the rental, and by immediately checking the rental user and rental elapsed time.

In addition, the mobility management unit 240 provides daily, weekly, monthly rental details for smart mobility and statistical information of usage fees incurred according to the rental through information provided by the operator server so that the investor can manage profits from his or her rental. Etc. can be calculated and displayed.

Hereinafter, a structure of a user terminal of a smart mobility sharing system according to an embodiment of the present invention will be described in detail with reference to the drawings.

4 is a diagram of a user terminal of a smart mobility sharing system according to an embodiment of the present invention.

Referring to Figure 4, the user terminal 300 of the smart mobility sharing system according to an embodiment of the present invention, according to a user's input, a user subscription unit 310 requesting the user rights according to the member registration to the operator server, specific For a region, a mobility search unit 320 that requests a list of rental locations registered in the operator server and registered smart mobility for each rental location, and searches for information in the list through keywords entered by the user, A mobility reservation unit 330 that applies for a use reservation for any one smart mobility, a payment unit 340 that requests and approves payment for a reservation for use or for a rental returned through a payment method registered in the terminal , Includes a rental request unit 350 for requesting a rental procedure for any one smart mobility at a specific rental location to the operator server and a return request unit 360 for requesting a return procedure for the smart mobility rented at the rental location can do.

The user sign-up unit 310 may request a member sign-up with user authority to the operator server. Membership registration of user rights may not have a separate subscription condition, and an account can be created by receiving personal information of the user and passing it to the operator server.

The mobility search unit 320 may search for smart mobility that is rented and registered in the operator server, and may receive and display a list according to the search result. Users can search for registered smart mobility by selecting and entering a keyword according to their intended specific place and usage time, and the operator server extracts one or more smart mobility corresponding to the keyword, and the user terminal ( 300).

The mobility reservation unit 330 may allow a user to select any one smart mobility on the list, receive a use date and time, and request a use reservation from an operator server for the corresponding smart mobility.

The payment unit 340 may request a payment procedure for a usage fee of a rental case of smart mobility. The above-described usage fee may be paid at the time of reservation, at the time of non-release or return of smart mobility, and the payment unit 340 is a payment method stored in the user terminal 300, for example, using the card information to pay the service fee to the operator server. Request and process the payment process.

The rental request unit 350 may request a rental procedure of a smart mobility that is reserved or selected at a rental location from the operator server. The smart mobility to be rented is provided in a locked state in a designated place, and the user can unlock the smart mobility lock device and receive it using the user terminal 300. As an example, an identification code is attached to the smart mobility, and the rental request unit 350 recognizes or inputs this identification code to specify a rental target, performs identification through the user's personal information, and the operator server makes a reservation. Alternatively, the smart mobility lock device can be unlocked according to an application request. Through this process, users can receive and use smart mobility.

The return request unit 360 may request a return procedure for the smart mobility being rented from the operator server. Users who want to return the smart mobility they are using can return it at a designated place. The return request unit 360 recognizes or inputs the above-described identification code to specify the return target, and performs identity authentication through the user's personal information, so that the operator server can process the return by activating the lock device of the corresponding smart mobility. have.

In this case, the return request unit 360 may further perform a procedure for checking whether or not the returned smart mobility is damaged by transmitting the image photographed by the smart mobility to the operator server.

Hereinafter, a sharing method using a smart mobility system according to an embodiment of the present invention will be described in detail with reference to the drawings.

5 is a diagram illustrating a smart mobility sharing method according to an embodiment of the present invention. Steps indicated by solid lines in FIG. 5 represent the flow of signals between each terminal and server, and steps indicated by dotted lines represent the use of smart mobility between users of each terminal and server.

Referring to Figure 5, according to the smart mobility sharing method according to an embodiment of the present invention, as a smart mobility sharing method by the operator server 100 included in the above-described smart mobility sharing system, at least one investor terminal 200 Upon receiving a request for rental registration for the smart mobility paid from (S100), the operator server 100 registers the requested smart mobility according to the rental location and rental time designated by the investor (S110).

Here, before step S100, the investor is premised that the contract for the lease of smart mobility from the operator is completed, and the receipt of smart mobility is completed.

According to step S110, the smart mobility is a rental target, and the investor provides the smart mobility at a rental location and time designated by the investor (S111).

Thereafter, a user who wants to rent a smart mobility enters a keyword by region and time through his user terminal 300 to search for a smart mobility that meets the condition (S120), and in response thereto, the operator server 100 A list of one or more corresponding smart mobility is provided (S130).

Subsequently, when the user selects one smart mobility from the list and requests rental (S140), the operator server 100 approves the rental for the smart mobility selected by the user terminal 300 (S140). S150).

Accordingly, the user may visit the rental-set place at the requested time and receive the corresponding smart mobility (S151). For the receipt of such smart mobility, a known method of renting goods may be used. As an example, the smart mobility may be fixed at the rental location by a predetermined locking device, and the user may unlock the lock device and receive the smart mobility through synchronization with the smart mobility using the user terminal 200 and user authentication. I can.

Thereafter, the user can use the smart mobility during the set usage time (S152). Smart mobility can be calculated according to the usage time, and the rental and return time can be set according to the available rental time set by the investor, and the user must return it to a designated place before the set return time.

In addition, although not shown, during rental, the operator server 100 tracks the current location of the registered smart mobility in real time, and provides current mobility status information at the request of the investor terminal 200 or the user terminal 300. I can.

Next, the user who wants to return the smart mobility requests the return to the operator server 100 through the user terminal 300 at the designated return location (S153). In general, the return location may be the same as the rental location unless otherwise specified.

Accordingly, the operator server 100 calculates the usage fee according to the usage time of smart mobility, and can perform the cost settlement procedure by requesting payment from the user terminal 300 (S160), and by the user terminal 300 When payment for the usage fee is completed, the operator server approves the return of the smart mobility, thereby ending the return procedure.

On the other hand, the above-described cost settlement procedure (S160) may be performed at the time of rental rather than the time of return, that is, at steps S140 and S150 according to the intention of the operator.

In addition, after the return of smart mobility, if the investor's usage time arrives, the investor can use it for a preset usage time according to the investor's authority, and synchronize with the smart mobility and user authentication process using the investor terminal 200. After that, you can unlock the lock to use smart mobility.

In addition, although not shown, according to the smart mobility sharing method according to an embodiment of the present invention, a cost settlement procedure between an investor and an operator may be performed on a daily, weekly, or monthly basis.

In detail, the operator server 100 collects and pays the cost for each smart mobility rental case by a certain period after payment for the usage fee by each user is completed and the return of the smart mobility is approved. It can calculate revenue and process payment procedures.

In addition, the above-described profit payment procedure may proceed to the step of calculating the rent by subtracting the profit according to the rental performance by the user, and paying the difference to the corresponding investor when the profit exceeds the rent.

Hereinafter, the technical idea of the present invention will be described in detail through an example of a screen provided by each terminal included in the smart mobility sharing system according to an embodiment of the present invention.

6A and 6C are diagrams illustrating screens provided by each terminal of a smart mobility sharing system according to an embodiment of the present invention.

First, referring to FIG. 6A, as an example of a screen provided when registering a smart mobility in the investor terminal 200, an investor may register for a rental by inputting information on the smart mobility that the investor has rented.

Such a registration screen may provide a UI for inputting information on smart mobility, such as a model of the smart mobility and a purchase (rental) price, and rental conditions such as a rental location and rental period. Users can apply for rental in the intended way by inputting information on their smart mobility and rental conditions through this UI.

In addition, as additional information, the registration screen can display the durability period of the corresponding smart mobility, and the user can confirm and decide whether to rent or transfer ownership by checking the durability period.

Referring to FIG. 6B, as an example of a screen provided when a user terminal 300 requests a rental of smart mobility, a user may search for smart mobility through a search function for a smart mobility to be rented.

On this search screen, information such as rental and return locations, types of smart mobility, usage period and hourly usage fees for one or more registered smart mobility corresponding to the keyword for the user's search can be displayed. You can check specific rental information by selecting one of the smart mobility, and you can request a reservation for this, or you can request a rental immediately on site.

Although a number of matters are specifically described in the above description, this should be interpreted as an example of a preferred embodiment rather than limiting the scope of the invention. Therefore, the invention should not be determined by the described embodiments, but should be defined by the claims and equivalents to the claims.

10: smart mobility 100: operator server
110: interlocking unit 120: intermediary processing unit
130: mobility tracking unit 140: cost processing unit
150: member management unit 160: database
170: ownership management unit 200: investor terminal
210: Investor subscription unit 220: Mobility register
230: rental setting unit 240: mobility management unit
300: user terminal 310: user subscription unit
320: mobility search unit 330: mobility reservation unit
340: payment unit 350: rental request unit
360: Return request section

Claims (11)

A person who wants to conduct a rental business targeting smart mobility for a certain period of time-hereinafter referred to as'investor'-and a person who wants to temporarily lease the smart mobility registered in the above rental business-hereinafter referred to as'user'-intermediaries As a system including an operator server,
The operator server,
An intermediary processing unit that registers the smart mobility paid at the request of one or more investor terminals according to the rental location and rental time designated by the investor, and processes the rental and return procedure of the smart mobility according to the request of one or more user terminals;
A mobility tracking unit that tracks the current location of the registered smart mobility in real time and provides current mobility status information; And
Cost processing unit that calculates the profit to be paid to investors and processes payment procedures by collecting the expenses for the rental case of the smart mobility at regular intervals
Smart mobility sharing system comprising a. The method of claim 1,
The operator server,
A member management unit that grants use rights at the request of one or more investor terminals and user terminals, and performs a member registration procedure; And
It includes a database that stores member information of registered investors and users,
The member management unit,
A smart mobility sharing system that receives rental hours and hourly usage fees excluding the investor's own usage time for smart mobility paid from the investor terminal as rental information and stores them in the database. The method of claim 1,
The cost processing unit,
Calculate the rent of smart mobility paid to the investor at regular intervals and request payment from the investor, but calculate the rent by subtracting the profit according to the user's rental performance, and pay the difference to the investor if the profit exceeds the rent. A smart mobility sharing system that pays the investor for maintenance costs, including cleaning or condition check, during the rental period of the smart mobility being processed or leased. The method of claim 1,
The smart mobility has an endurance period of a certain period from the payment date,
The operator server,
Ownership management unit that calculates the time of failure of the endurance period and grants purchase rights to investors of the smart mobility from the time of failure
Smart mobility sharing system comprising a. The method of claim 1,
The intermediary processing unit,
Registration function to register smart mobility for each rental location in each region;
A rental function for determining a current location of a registered smart mobility in real time, receiving a usage time within the rental time from a user terminal in each region, and approving a rental request for a smart mobility; And
Provides a return function of approving the return request at the rental location of the smart mobility and reporting the return completion to the investor terminal,
The above return function,
When returning by a user, a smart mobility sharing system that requests a reply to the user's terminal about whether the smart mobility is damaged or uploads one or more images of the appearance of the smart mobility. The method of claim 5,
The investor terminal,
An investor subscription unit for requesting investor authority according to member registration to the operator server according to an input of an investor;
A mobility register for requesting rental registration of the smart mobility received by the registered investor to the operator server; And
A rental setting unit that receives the rental location, rental time and hourly usage fee for the registered smart mobility, sets rental information, and requests registration to the operator server
Smart mobility sharing system comprising a. The method of claim 6,
The investor terminal,
A mobility management unit that receives and provides statistical information of the daily, weekly, and monthly rental details of the registered smart mobility in connection with the operator server and the usage fee incurred according to the rental and the location information of the current smart mobility.
Smart mobility sharing system comprising a. The method of claim 5,
The user terminal,
A user subscription unit for requesting a user right according to member registration to the operator server according to a user's input;
For a specific area, a mobility search unit for requesting a list of rental locations registered in the operator server and registered smart mobility for each rental location, and searching for information in the list through keywords input by a user;
A mobility reservation unit for requesting a use reservation for any one smart mobility searched in the list;
A payment unit for requesting and approving payment for a reservation for use or for a rental returned by a payment method registered in the terminal;
A rental request unit for requesting a rental procedure for any one smart mobility at a specific rental location from the operator server; And
Return request section that requests the return procedure for the smart mobility rented at the rental location
Smart mobility sharing system comprising a. As a smart mobility sharing method by an operator server included in the smart mobility sharing system according to claim 1,
Receiving a request for lease registration for smart mobility paid from one or more investor terminals;
Registering the requested smart mobility according to the rental location and rental time designated by the investor;
Receiving a request from one or more user terminals for a list of smart mobility registered at rental locations for each region;
Providing the list to a corresponding user terminal;
Receiving a request for rental for any one smart mobility selected by the user terminal;
Approving the rental for the requested smart mobility;
Tracking the current location of the registered smart mobility in real time, and providing current mobility status information according to the request of the investor terminal or the user terminal;
Receiving a request for return of the rented smart mobility from the user terminal;
Calculating a usage fee according to the usage time of the smart mobility, and requesting payment from the user terminal; And
Approving return of the smart mobility when payment for the usage fee is completed
Smart mobility sharing method comprising a. The method of claim 9,
When the payment for the usage fee is completed, after the step of approving the return of the smart mobility,
The step of calculating the profit to be paid to investors by collecting the expenses for each smart mobility rental case by a certain period, and processing the payment procedure
Smart mobility sharing method further comprising a. The method of claim 10,
The steps of calculating the profit to be paid to investors by collecting the costs for each smart mobility rental case by the predetermined period, and processing the payment procedure,
Calculating a rent by subtracting the profit according to the rental performance by the user; And
If the profit exceeds the rent, the difference is paid to the investor.
Smart mobility sharing method comprising a.

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