KR20200065914A - Personal mobility rental system - Google Patents

Abstract

The present invention relates to a system for providing a personal mobility rental and return service, which engages a personal mobility with a sharing system. In a system for providing a personal mobility rental and return service for managing the rental and return of the personal mobility, the system comprises: a large number of moving means bodies which respectively have a unique identification information; a moving means storage which can store the moving means bodies, and is located at a preset place; a management server which can communicate with the moving means bodies and the moving means storage; and a user terminal which is connected to the management server through a wireless network. The moving means bodies include: a battery unit which is rechargeable; a power blocking unit which determines whether to block the power supply charging the battery unit or not; a mooring unit which blocks the movement physically and moors the position; and a position information generation unit which generates position information on the current position. The moving means storage receives the unique identification information of the moving means bodies, generates storage information of the moving means bodies, and transfers the storage information to the management server. In addition, the management server includes: a communication unit; an information storage unit; and a rental return approval unit. The rental return approval unit engages an initial payment module with a later payment module, thereby determining the later use rate of the later payment module in accordance with the distance between the returning place and the moving means storage, and determining whether the user voluntarily can return the moving means bodies to the moving means storage or not.

Description

Personal mobility rental and return service provision system {PERSONAL MOBILITY RENTAL SYSTEM}

The present invention relates to a system for providing a personal mobility rental and return service, and more specifically, provides rental information and return information from unique identification information of each personal mobility, and returns a rental approval and return request for a user's rental request. It relates to a system for providing personal mobility rental and return service for performing approval.

In general, the rental and return of public transportation means such as bicycles are stored to store bicycles in a number of storage spaces, and are introduced to solve problems such as traffic jams and air pollution by carrying out rentals or returns at any one of the plurality of storage spaces. Became.

If bicycles are taken as an example, the public bicycle rental system is called a bicycle sharing service or a bicycle sharing system, etc. The rental and return of these public transportation means gives a unique identification code for each public transportation means, and is managed by the management server for rental. This is achieved by providing information and return information to the user.

Republic of Korea Patent Publication No. 10-2015-0030133 discloses a bicycle rental system and its rental method.

In the public patent, a public bicycle, a public bicycle can be connected to be locked, a bicycle cradle with a docking part, a management server that manages rental and return of a public bicycle, and transmits rental approval information and return confirmation information, and is connected through a management server and a network. It includes a terminal that generates rental approval request information and return request information and transmits it to the management server, and describes a technique for scanning and identifying a two-dimensional barcode provided on a public bicycle with a camera module provided on the terminal.

However, in the disclosed patent, there is an inconvenient problem because it is necessary to perform rental or return using a cradle provided in a set place.

In order to solve the above problems, a return service and a storage place are separated, and a sharing service that is not limited to the return location is being developed.However, if there are no restrictions on the return location, indiscriminate accumulation and return at an inappropriate place, etc. Additional problems arise.

(Document 0001) Republic of Korea Patent Publication No. 10-2011-0032411 (published date: 11.03.30.) (Document 0002) Republic of Korea Patent Publication No. 10-2015-0030133 (published date: 15.03.19.)

In view of the above, the object of the present invention, invented in consideration of the above points, is that personal mobility can be rented and returned at a place other than the storage area, and in the case of returning to the storage area, the user voluntarily returns the personal mobility to the storage area through discounts, etc. This is to provide a system for providing personal mobility rental and return service.

The system for providing personal mobility rental and return service according to the present invention for achieving the above object is capable of storing a plurality of moving object objects and moving object objects each having unique identification information in order to manage rental and return of personal mobility. A system for providing a personal mobility rental and return service, comprising a management server and a management server capable of communicating with a mobile means storage and a mobile means storage and a user terminal connected through a wireless network, wherein the management server comprises a mobile means Provides unique identification information of the vehicle, the location information of the vehicle and the storage information of the vehicle through the communication unit and communication server that can communicate with the vehicle storage and user terminals, respectively. Rental information and return information of the vehicle To generate and store, generate rental approval information according to the rental request information provided by the information storage unit and the user terminal provided with the stored rental information and return information to the user terminal, and transmit the rental approval information to the user terminal, And a rental return approval unit that generates return confirmation information and transmits it to the user terminal according to the return request information of the moving vehicle object provided by the user.

In addition, the moving means object generates a rechargeable battery unit, a power blocking unit for determining whether to block the supply of power charged in the battery unit, a mooring unit for physically blocking movement and moored, and location information for the current location It includes a location information generating unit, and the moving means storage can receive the unique identification information of the moving means object, generate the storage information of the moving means object and deliver it to the management server.

In addition, the mooring unit operates from when the return confirmation information is provided until the rental approval information is provided when the mobile unit is returned from a place other than the means of storage, and receives the rental approval information and return confirmation information from the management server. As a result, the position of the moving object can be moored.

In addition, the rental return approval unit pays for the late usage fee additionally generated according to the initial payment module providing the user terminal with information on payment of the initial usage fee according to the rental request information provided from the user terminal and the return request information provided by the user terminal. It may include a late payment module for providing information on the user terminal.

In addition, the late payment module may provide the user terminal with information on payment of the discounted late usage fee when the return location according to the return request information provided from the user terminal is a mobile storage.

In addition, the late payment module, when the return location according to the return request information provided from the user terminal is a place other than the storage means, information on the payment of the late use fee differentially increased according to the distance from the return location to the storage place. It can be provided as a user terminal.

In addition, the rental return approval unit is driven by an image mounting module and an image mounting module that drives a camera provided in the user terminal according to the return request information provided from the user terminal, and receives and stores information about an image or image captured by the camera. AI recognition module that analyzes the stored image or video information to recognize the moving object and return location, and compares the returned location of the recognized moving vehicle object with a preset returnable location to determine whether to generate the return confirmation information It may further include.

According to an embodiment of the present invention, the operation of the mooring unit is controlled from the rental approval information and the return confirmation information transmitted from the management server to prevent theft or unauthorized use of the moving vehicle object.

In addition, since the differential fee is applied according to the distance between the return location and the storage location through the initial payment module and the late payment module, it is possible to induce the user to voluntarily return the vehicle to the return location.

In addition, it is possible to check the returnable location through the image mounting module and the AI recognition module, so that it is possible to prevent neglect of the indiscriminate moving object.

1 is a schematic diagram showing a system for providing personal mobility rental and return service according to an embodiment of the present invention.
2 is a block diagram showing a system for providing personal mobility rental and return service according to an embodiment of the present invention.
3 is a block diagram showing a rental return approval unit according to an embodiment of the present invention.
4 is a signal flow diagram showing a system for providing personal mobility rental and return service according to an embodiment of the present invention.
5 is a signal flow diagram showing an image mounting module and an AI recognition module according to an embodiment of the present invention.

In the description of the present invention, when it is determined that detailed descriptions of related known functions or configurations may unnecessarily obscure the subject matter of the present invention, detailed descriptions thereof will be omitted.

Embodiments according to the concept of the present invention may be modified in various ways and have various forms, and thus, specific embodiments will be illustrated in the drawings and described in detail in the present specification or application. However, this is not intended to limit the embodiment according to the concept of the present invention to a specific disclosure form, and it should be understood to include all modifications, equivalents, or substitutes included in the spirit and scope of the present invention.

The terminology used herein is only used to describe a specific embodiment, and is not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this specification, the "inclusive" or "gajida" and the terms are staking the features, numbers, steps, operations, elements, parts or geotyiji to be a combination thereof specify the presence, of one or more other features, integers It should be understood that it does not preclude the presence or addition possibilities of, steps, actions, components, parts or combinations thereof.

Hereinafter, the present invention will be described in detail.

1 is a schematic diagram showing a system for providing personal mobility rental and return service according to an embodiment of the present invention, and FIG. 2 is a block diagram showing a system for providing personal mobility rental and return service according to an embodiment of the present invention.

1 and 2, the personal mobility rental and return service providing system according to an embodiment of the present invention is a personal mobility rental and return service providing system for managing the rental and return of personal mobility, each unique identification A plurality of moving means objects 100 having information 101, the means for storing the moving means objects 100, and the moving means storage 200 located at a set place, the moving means object 100 and the moving means storage It includes a management server 300 capable of communicating with 200 and a user terminal 400 connected to the management server 300 through a wireless network.

The moving object 100 of the present invention is a kind of personal mobility, and may be various, such as a bicycle, a kickboard, a scooter, and can be moved by electric energy, and can be charged by the rechargeable battery unit 110 and the battery unit 110. Includes a power cut-off unit 120 for determining whether or not to cut off the supply of power, a mooring unit 130 for physically blocking movement and locating a location, and a location information generating unit 140 for generating location information for the current location Then, unique identification information 101 is provided. The unique identification information 101 may be a different QR code or barcode for each moving means object 100. Preferably, the moving means object 100 is capable of communicating with the management server 300.

The power blocking unit 120 of the moving unit object 100 means a means for blocking the electric power charged in the battery unit 110 from being supplied to a driving motor or the like of the moving unit object 100, and the mooring unit (130) is provided on each of the moving means object (100) means a means to physically block the movement of the moving means object (100).

The mooring unit 130 includes, for example, restraining means for preventing rotation of the wheel, input means capable of inputting an authentication code, and release means for releasing the restraining means when an authentication number set in the input means is input. It may include, the authentication number is generated from the management server 300 may be transmitted to the user terminal 400. In this case, the restraining means is provided on the outside of the wheel and operates to contact the surface of the wheel to prevent movement of the moving means object 100, and the release means is connected to the restraining means, and the user terminal 400 When the authentication number transmitted in) is input to the input means, a method of releasing the operation of the restraining means may be applied by positioning the restraining means to be spaced apart from the surface of the wheel. For another example, the mooring unit 130 may include restraining means for preventing rotation of the wheel, and release means for canceling the operation of the restraining means by receiving rental approval information generated by the management server 300. Can be. In this case, the process of entering a separate authentication number may be omitted.

In one embodiment of the present invention, the mooring unit 130 receives rental approval information and return confirmation information from the management server 300, and the moving object object 100 places other than the moving means storage 200 In the case of returning from, it is operated from the time when the return confirmation information is provided to the time when the rental approval information is provided, so that the position of the moving object object 100 can be moored.

In another embodiment of the present invention, the mooring unit 130 may include an audio output device. The sound output device outputs a sound signal set when the moving means object is moved after the rental approval information is not transmitted from the management server 300 or after the return confirmation information is transmitted. Prevent unauthorized movement or theft. The movement of the moving means object 100 is determined by the moving means object 100 itself based on the change in the location information generated by the location information generating unit 140 of the moving means object 100, or the management server When the location information is transmitted from the 300 and can be determined, and the change of the location information is determined by the moving object 100 itself, the moving means object 100 receives rental approval information from the management server 300. And receiving return information, and when the management server 300 determines a change in location information, a method of transmitting an audio output signal to control the operation of the audio output device to the vehicle means 100 is applied. .

The location information generating unit 140 is a means for generating information on the location of the moving object 100, Global Positioning System (GPS), Real-Time Locating Service (RTLS), Location Based (LBS) Service) and all location tracking technologies using communication. The location information generating unit 140 may transmit the location information of the moving object 100 to the management server 300, and the location information may be transmitted through Wi-Fi or wireless broadband internet. You can use a communication network.

The battery unit 110 of the vehicle unit object 100 may be charged in the vehicle storage center 200, charged while the charging vehicle is in circulation, or may be replaced while the vehicle for charging is detachably traveling.

The moving means storage 200 of the present invention receives the unique identification information 101 of the moving means object 100, generates storage information of the moving means object 100, and transmits it to the management server 300. . Specifically, the moving means storage 200 may be located at each set place. The moving means storage 200 may be connected to the moving means object 100 to constrain the movement of the moving means object 100, and when the moving means storage 200 and the moving means object 100 are connected, the moving The storage information can be generated from the unique identification information 101 of the means object 100 and transmitted to the management server 300. In this case, when the unique identification information 101 of the moving object 100 is a QR code, a scanning device or a camera capable of scanning the QR code is installed in the moving means storage 200, and the moving means storage ( 200) and the vehicle object 100 are connected, scan the QR code to generate storage information. The generated storage information may be transmitted to the management server 300 through a communication network.

The management server 300 of the present invention is capable of communicating with the moving means object 100 and the moving means storage 200, and the location information generated by the location information generating unit 140 of the moving means object 100 and the The storage information generated by the means of storage 200 is received.

In addition, the user terminal 400 of the present invention is provided with the unique identification information 101, rental information and return information of the moving object 100 from the management server 300, the moving means object 100 of When renting, the rental request information including the unique identification information 101 of the moving object 100 is generated and transmitted to the management server 300, the rental approval information transmitted from the management server 300 is received, and the When returning the moving object 100, the return request information including the unique identification information 101 and the return location information of the moving object 100 is generated and transmitted to the management server 300, and the management server ( 300) to receive the return confirmation information. The transmission of information to the management server 300 or the reception of information from the management server 300 may be performed through a mobile object rental and return application installed in the user terminal 400.

The management server 300 includes a communication unit 310 capable of communicating with the moving object 100 and the moving means storage 200, and unique identification information 101 of the moving object 100 through the communication server , Receiving location information of the moving object 100 and storage information of the moving means storage 200, generating and storing rental information and return information of the moving object 100, and storing the stored rental information and return information The government storage unit 320 to provide the user terminal 400, and generates rental approval information according to the rental request information provided from the user terminal 400, transmits it to the user terminal 400, and sends the user terminal 400 It may include a rental return approval unit 330 for generating the return confirmation information in accordance with the return request information provided from and transmitted to the user terminal 400.

The communication unit 310 may use a communication network such as Bluetooth (BLUETOOTH), infrared communication (infrared data association), UWB (ultra wideband), Zigbee (zigbee), Wi-Fi (WI-FI), wireless broadband internet (WiBro) .

The government storage unit 320 stores the location information provided from the vehicle unit 100 through the communication unit 310 and the rental information and return information provided from the vehicle storage center 200, and the user Provided to the terminal 400 so that the user can be aware of the storage status, rental, return status, etc. of the vehicle object 100. In this case, the provision to the user terminal 400 may be performed through the rental and returning application of the mobile means installed in the user terminal 400.

3 is a block diagram showing a rental return approval unit 330 according to an embodiment of the present invention, and FIG. 4 is a signal flow diagram showing a system for providing personal mobility rental and return service according to an embodiment of the present invention, 5 is a signal flow diagram showing the image mounting module 333 and the AI recognition module 334 according to an embodiment of the present invention.

3 and 4, the rental return approval unit 330 generates information about the rental approval or return approval from the signal for the rental or return requested from the user terminal 400, and the rental approval information or The return approval information is provided to the user terminal 400. The rental approval information or the return approval information may be performed through a rental and returning application of a moving object installed in the user terminal 400.

In one embodiment of the present invention, the rental return approval unit 330 provides an initial payment module 331 that provides information on payment of an initial use fee to the user terminal 400 according to the rental request information provided from the user terminal 400 ) And a late payment module 332 that provides information on payment of a late usage fee that is additionally generated according to the return request information provided from the user terminal 400 to the user terminal 400.

Specifically, when the user wants to rent the moving object object 100, when the rental request information of the moving object object 100 is transmitted from the user terminal 400 to the management server 300, the management server 300 The initial payment module 331 is activated to provide initial usage fee payment information to the user terminal 400. The initial usage fee may vary depending on the remaining amount of power charged in the battery unit 110 of the moving object 100, the usage time set when generating rental request information from the user terminal, and the estimated travel distance, and the initial payment The module 331 calculates an initial cost based on information on a usage time and an estimated travel distance set by the user terminal, and provides information on payment of an initial usage fee to the user terminal 400.

In this case, according to the initial usage fee payment information delivered to the user terminal 400, the user requests payment to an external payment server, and as payment is approved from the payment server, the user terminal 400 and the management server 300 The payment completion information provided by the payment server is received. The management server 300 receiving the payment completion information generates rental approval information and provides it to the user terminal 400.

When the user wants to return the moving object object 100, the management server 300 receives the return request information from the user terminal 400, and activates the late payment module 332 to additionally generate a late usage fee The payment information is provided to the user terminal 400. The additional usage fee generated may vary depending on the rental time set when the rental request information is generated and the time and movement distance additionally consumed from the estimated travel distance, and the late payment module 332 is the moving means Late usage charges may be determined through location information received from the object 100 and return request information provided from the user terminal 400.

In this case, the user terminal 400 and the management server 300, as the user requests payment to an external payment server according to the payment information of the late usage fee delivered to the user terminal 400, and the payment is approved from the payment server, The payment completion information provided by the payment server is received. The management server 300 receiving the payment completion information generates return approval information and provides it to the user terminal 400.

In one embodiment of the present invention, the late payment module 332, when the return location according to the return request information provided from the user terminal 400 is the moving means storage 200, information on discounted use fee payment It can be provided to the user terminal 400. In this case, the management server 300 receives location information from the moving object 100 and compares it with the location of the moving means storage 200 or stores the moving object 100 from the moving means storage 200 Upon receiving the information, it is possible to determine whether the return location and the storage location match.

In addition, when the return location according to the return request information provided from the user terminal 400 is a place other than the transfer means storage 200, it is differentially increased according to the distance from the return location to the transfer storage 200 The user terminal 400 may be provided with information on payment of the late usage fee. In this case, the management server 300 transmits location information from the vehicle means object 100 to determine a return location, and based on the location information, the vehicle means store 200 located closest to the vehicle means object 100 The distance to the distance is calculated to determine the differential usage fee according to the distance.

The discounted late-use fee or the increased late-use fee means a certain percentage or a certain amount of reduced or increased amount of the late-use fee determined in the late payment module 332, and the limit is preferably determined.

As described above, the discounted usage fee is determined according to the correspondence between the return location and the vehicle storage center 200, and by providing it to the user terminal 400, the user returns the vehicle object 100 to a place other than the storage or somewhat You can choose to accept the inconvenience and return the vehicle object 100 to the vehicle storage 200. Through this, the user can voluntarily return the vehicle object 100 to the vehicle storage 200.

In addition, in one embodiment of the present invention, the rental return approval unit 330 may include a mileage accumulation module 335. The mileage accumulation module 335 accumulates mileage to the user according to the return of the moving object object 100. In this case, an ID that can be identified for each user object may be generated through a rental or return application of the vehicle installed in the user terminal 400 or a membership through a web server. The mileage accumulation module 335 accumulates a set amount of mileage for each individual user when the return location of the vehicle object 100 is the vehicle storage place 200, and the accumulated mileage is paid for the initial usage fee B. The above usage fee shall be available for payment.

In addition, the mileage accumulation module 335 determines the rental place from the location information of the moving object 100 when the rental place of the moving object 100 is a place other than the moving place storage 200 The distance D1 from the place to the vehicle storage center 200 can be calculated and stored. At this time, when returning the moving object object 100, the return location is determined from the location information of the moving object object 100, the distance D2 from the return location to the moving vehicle storage 200 is calculated and stored, and D1 By comparing D2 with D2, mileage may be differentially accumulated according to the difference between D1 and D2.

In the manner described above, the user may generate return request information through the user terminal 400 at a distance close to the mobile means storage 200 when the mobile means object 100 is to be returned.

In one embodiment of the present invention, the rental return approval unit 330 drives the camera provided in the user terminal 400 according to the return request information provided from the user terminal 400, and the image captured by the camera It may further include an image mounting module 333 for receiving and storing information about the image. The image mounting module 333 may be performed through a mobile object rental and return application installed in the user terminal 400.

5, specifically, when the management server 300 receives the return request information from the user terminal 400, the image mounting module 333 is activated to drive the camera provided in the user terminal 400. The user can transmit the camera driving information to the user terminal 400 to induce the user to take an image or video of the moving vehicle object 100 or the return location. In addition, the photographed image or image may be transmitted and stored in the management server 300, and may affect the generation of return approval information in the rental return approval unit 330. That is, the conditions for generating the return approval information in the rental return approval unit 330 may be required to drive the camera through the image mounting module 333 and to store the image through the camera.

In addition, the rental return approval unit 330 may further include an AI analysis module 334 for analyzing the image or image stored through the image mounting module 333.

The AI analysis module 334 recognizes the moving means object 100 or the return location from the stored image or image, compares whether the return location of the moving means object 100 to be returned is a returnable location, and compares the return confirmation information. Decide whether to create.

Specifically, the place where the return is possible may be a preset image or video, and the image or image stored in the image mounting module 333 is compared with the preset image or image to generate return confirmation information when it is a place that can be returned. And, in the case where it is impossible to return, it is possible to prevent the user from requesting the return on the road, private land, or indoors by blocking the generation of the return confirmation information. In this case, the AI analysis module 334 may use deep learning technology.

In addition, in one embodiment of the present invention, the return confirmation information generated by the rental return approval unit 330 is primarily determined as a place where it is possible to return from location information transmitted from the vehicle means 100, and secondly Through the image mounting module 333 and the AI analysis module 334, it is possible to determine whether the place can be returned. In other words, the management server that first received the return request information from the user terminal 400 can return it by determining whether the return location to return from the location information of the moving object object 100 that the user wants to return is a private land, a road, etc. It is determined whether the return location of the moving object object 100 is set by returning the image mounting module 333 and the AI recognition module 334 only when it is determined that the first return is possible. Return confirmation information can be generated.

According to the above mechanism, even if the user sends the return request information to the management server through the user terminal, the management server itself determines whether or not to return, so it has an effect of preventing neglect or accumulation of indiscriminate moving object objects. In addition, the image mounting module 333 and the AI recognition module 334 have the advantage of being able to check the state of damage or the like of the moving object 100 by analyzing an image or image when returning the moving object 100. . In addition, there is an advantage that can prevent the unstable state of the moving object object 100 to be returned through the analysis of the image or video through the AI recognition module 334. For example, if there is a high probability that an unstable condition such as placing on a structure of India or hanging on a tree is high, it is possible to prevent indiscriminate return by blocking generation of return confirmation information through the AI recognition module 334.

As described above, the system for providing personal mobility rental and return service according to the present invention can carry out the rental or return of the moving object object 100 at a place other than the moving means storage 200, which is convenient and at the same time By comparing the return location of 100) with the location of the vehicle storage center 200 and determining the later usage fee, it is possible to induce the user to voluntarily select the vehicle storage center 200 as the return location, and to return the rental location and the rental location. There is an advantage in that a user can select a return location by accumulating differential mileage by comparing the location of each location and the distance of the vehicle storage center 200. In addition, through the image mounting module 333 and the AI recognition module 334, the management server can determine whether or not the user can return the place, thereby preventing inadvertent neglect of the moving vehicle object 100.

100: means of transportation
101: unique identification information 110: battery unit
120: power cut-off unit 130: mooring unit
140: location information generating unit
200: Vehicle storage
300: management server
310: communication unit 320: information storage unit
330: Rental return approval unit 331: Initial payment module
332: late payment module 333: image mounting module
334: AI recognition module 335: Mileage accumulation module
400: user terminal

Claims (7)

In order to manage the rental and return of personal mobility, a plurality of moving object objects, each having unique identification information, can store the moving object objects and communicates with the moving means storage, the moving means object and the moving means storage A system for providing a personal mobility rental and return service including a possible management server and a user terminal connected to the management server through a wireless network,
The management server,
A communication unit capable of communicating with the moving means object, the moving means storage and the user terminal, respectively;
The unique identification information of the moving means object, the location information of the moving means object and the storage information of the moving means storage are provided through the communication server, and the rental information and return information of the moving means object are generated and stored, and the stored rental An information storage unit that provides information and return information to a user terminal; And
The rental approval information is generated and transmitted to the user terminal according to the rental request information provided by the user terminal from the user terminal, and the return confirmation information is generated and transmitted to the user terminal according to the return request information from the user terminal provided from the user terminal. Personal mobility rental and return service providing system comprising a;;
According to claim 1,
The moving object object,
A rechargeable battery unit;
A power blocking unit determining whether to cut off the supply of power charged in the battery unit;
A mooring unit for physically blocking movement to moore the position; And
Includes; location information generating unit for generating location information for the current location,
The means of transportation,
A system for providing personal mobility rental and return service, characterized by receiving the unique identification information of the moving means object, generating the storage information of the moving means object, and transmitting it to the management server.
According to claim 2,
The mooring portion,
Rental approval information and return confirmation information are provided from the management server,
When the vehicle is returned from a place other than the vehicle storage area, it is operated from when the return confirmation information is provided to the time when the rental approval information is provided, so that the mobility of the vehicle is moored. Rental and return service provision system.
According to claim 1,
The rental return approval unit,
An initial payment module that provides information on payment of an initial use fee to the user terminal according to the rental request information provided from the user terminal; And
Personal information rental and return service providing system, characterized in that it comprises;; later payment module that provides information on the payment of the late use fee generated in accordance with the return request information provided from the user terminal to the user terminal.
The method of claim 4,
The late payment module,
A system for providing personal mobility rental and return service, characterized in that, when the return location according to the return request information provided from the user terminal is the mobile storage place, information on the discounted usage fee payment is provided to the user terminal.
The method of claim 5,
The late payment module,
When the return location according to the return request information provided from the user terminal is a place other than the mobile storage place, the user terminal receives information on payment of the late usage fee differentially increased according to the distance from the return location to the mobile storage place. Personal mobility rental and return service providing system characterized in that provided by.
The method of claim 4,
The rental return approval unit,
An image mounting module for driving a camera provided in the user terminal according to the return request information provided from the user terminal, and receiving and storing information about an image or image photographed by the camera; And
By analyzing information about the image or image stored by the image loading module, the moving object object and the return location are recognized, and the returned place of the recognized moving means object is compared with a preset returnable location to check the return information. AI recognition module for determining whether to generate; personal mobility rental and return service providing system further comprising.

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