KR102134921B1 - Public bicycle rental system and method thereof - Google Patents

Abstract

According to an embodiment of the present invention, a customer terminal device for transmitting agent service request information including a customer's location to a management server device; A surrogate engineer terminal device that transmits surrogate engineer service support information including the position of the surrogate engineer to the management server device; A bicycle terminal device provided on a bicycle and transmitting bicycle information including the location of the bicycle to the management server apparatus; And the surrogate article service request information suitable for the received surrogate article service request information, transmitted to the customer terminal device, and the surrogate article service request information and the surrogate article service request information. It provides a public bicycle system including the management server device for transmitting the bicycle information to reach the customer in the shortest time from the agent.

Description

Public bicycle rental system and its control method{Public bicycle rental system and method thereof}

The present invention relates to a public bicycle system and a control method thereof.

In recent years, as the supply of vehicles has been generalized, most of the office workers drive and commute to work. However, even though the vehicle has been driven to work, the vehicle cannot be directly driven due to unavoidable circumstances, thereby using a surrogate driving service.

As this situation increases, the demand for surrogate driving services is exploding, and more and more people are seeking surrogate driving as a side job.

However, the demand for surrogate driving is driven by the demand at late night or early dawn, and public transport is not smooth at this time, which causes many difficulties for surrogate drivers to reach customers.

For example, when a surrogate driver moves to a customer, public transportation is generally used. In the case of public transportation, the number of operations is limited and the route is limited at late night or at dawn. Therefore, when the surrogate drivers use this, there is a problem that a lot of time is spent to reach the customer.

As another example, there is a case where a surrogate driver uses a taxi when traveling to a customer. In the case of a taxi, there is a problem in that it is difficult to find at a late night or at dawn and the fare is expensive.

Korean Patent Application No. 10-20060018852 (published date, 2007.08.30)

The technical problem to be achieved by the present invention is a public bicycle system and its control that can reduce the travel time, reduce the cost of travel, and prevent environmental pollution when the surrogate driver supporting the surrogate driving service moves to the customer. I want to provide a method.

To solve this problem, a public bicycle system according to an embodiment of the present invention includes a customer terminal device that transmits proxy service request information including a customer's location to a management server device; A surrogate engineer terminal device that transmits surrogate engineer service support information including the position of the surrogate engineer to the management server device; A bicycle terminal device provided on a bicycle and transmitting bicycle information including the location of the bicycle to the management server apparatus; And the surrogate article service request information suitable for the received surrogate article service request information, transmitted to the customer terminal device, and the surrogate article service request information and the surrogate article service request information. And the management server device that transmits the bicycle information reaching the customer from the agency driver in the shortest time.

Further, the agent terminal device may simultaneously display the location of the customer, the location of the bicycle, and the location of the agent on the map received from the management server device.

In addition, the bicycle terminal device receives the bicycle use request signal from the selected proxy driver terminal device, transmits the bicycle use request signal to the management server device, and transmits the bicycle use permission signal and the bicycle location from the management server device to the management server device. A bicycle terminal communication unit that receives the optimal movement path to the customer's location; A bicycle terminal lock unit that releases the lock of the bicycle by the bicycle use permission signal; And a bicycle terminal display unit indicating the optimal movement path.

In addition, the customer terminal device may include a customer terminal display unit indicating the movement status of the agent and the expected arrival time of the agent received from the management server device.

In addition, the management server device is accumulated in a predetermined manner according to the customer's proxy service request performance or the proxy service service performance, and stores proxy service points that can be used when requesting the proxy service It may include a proxy article point storage.

In addition, the management server device is accumulated in a predetermined manner according to the performance of the customer's public bicycle service or the performance of the public bicycle service of the agent, and the bicycle point that stores bicycle points that can be used when using the public bicycle service. It may further include a storage unit.

In addition, the proxy article point and the bicycle point may be switchable with each other.

In addition, the agency article point and the bicycle point may be used in an affiliated commerce system.

In order to solve the above problems, a method for controlling a public bicycle system according to an embodiment of the present invention includes a proxy server service and a management server device that operates a public bicycle service, information of a customer terminal device, information of a proxy device terminal device, and the like. A basic information storage step of storing information of the bicycle terminal device; An agent request step of receiving agent service request information including the customer's location from the customer terminal device; A surrogate article support step of receiving surrogate article service support information including the location of the surrogate article from the surrogate article terminal device; Selecting an agent article service support information suitable for the agent article service request information from the agent article service support information and transmitting the agent article service support information to the customer terminal device; A bicycle location receiving step of receiving bicycle information including the location of the bicycle from the bicycle terminal device; And determining a surrogate engineer that transmits the surrogate engineer service request information and the bicycle information from the surrogate engineer to the customer in the shortest time to the surrogate driver terminal device.

In addition, after the step of determining the agent, the agent terminal device may further include a customer location display step of displaying the location of the customer, the location of the bicycle, and the location of the agent in the display unit of the agent terminal. have.

In addition, after the step of displaying the customer location, in the bicycle terminal device, a bicycle use request receiving step of receiving a bicycle use request signal from a nearby agency driver terminal device to the bicycle terminal communication unit; In the bicycle terminal device, a bicycle use request transmission step of transmitting the bicycle use request signal to the management server device; Reviewing the bicycle use request signal and calculating a bicycle use permission signal and a moving optimal path from the bicycle location to the customer's location, and transmitting the bicycle use request to the bicycle terminal communication unit; And in the bicycle terminal device, the bicycle terminal lock unit unlocks the bicycle according to the bicycle use permission signal, and may further include a bicycle use approval step of displaying the optimal movement path on the bicycle terminal display unit.

In addition, after the bicycle use approval step, when the bicycle starts to move, the transfer status of the surrogate driver is calculated and transmitted to the customer terminal device by calculating the transfer situation and the expected arrival time of the surrogate driver; And in the customer terminal device, it may further include the step of displaying the mobile situation of the surrogate driver to display the mobile terminal and the expected arrival time of the surrogate driver.

In addition to the technical problems of the present invention mentioned above, other features and advantages of the present invention are described below, or it will be clearly understood by those skilled in the art from the description and description.

According to the present invention as described above has the following effects.

According to the present invention, by providing a public bicycle service to a surrogate driver, the surrogate driver can reduce the travel time to reach the customer and save the travel cost compared to the conventional one.

The present invention can prevent environmental pollution that occurs when using a vehicle that uses fuel, by using a public bicycle that does not use fuel when the agency driver moves to the customer.

In the present invention, since a surrogate driver can easily find and locate a public bicycle located nearby through a surrogate driver terminal device that simultaneously indicates the location of the surrogate driver, the location of the bicycle, and the location of the customer, in order to find a public bicycle, It can reduce the time required.

The present invention can be safely and quickly moved to the customer by using a bicycle terminal device that is provided on the public bicycle and automatically displays the optimal route to reach the customer.

The present invention can solve the uncertainty of the conventional agent, because the customer can know the moving situation and the expected arrival time of the agent.

Since the present invention can be used by moving and converting points that are accumulated to a customer or a proxy to each other or to a point of an affiliated commerce system, the benefits of points provided to a customer or a proxy can be widely utilized.

In addition, other features and advantages of the present invention may be newly identified through embodiments of the present invention.

1 is a schematic block diagram of a public bicycle system according to an embodiment of the present invention.
FIG. 2 is a schematic block diagram illustrating a surrogate driver terminal device of a public bicycle system according to an embodiment of the present invention.
3 is a schematic block diagram illustrating a bicycle terminal device of a public bicycle system according to an embodiment of the present invention.
4 is a schematic block diagram illustrating a customer terminal device of a public bicycle system according to an embodiment of the present invention.
5 is a schematic block diagram illustrating a management server device of a public bicycle system according to an embodiment of the present invention.
6 is a schematic flowchart illustrating a method for controlling a public bicycle system according to an embodiment of the present invention.
7 is a schematic flowchart illustrating a method for controlling a public bicycle system according to an embodiment of the present invention.

It should be noted that in this specification, when adding reference numerals to the components of each drawing, the same components have the same number as possible, even if they are displayed on different drawings.

On the other hand, the meaning of the terms described in this specification should be understood as follows.

Singular expressions are to be understood as including plural expressions unless the context clearly defines otherwise, and the scope of rights should not be limited by these terms.

It should be understood that terms such as "include" or "have" do not preclude the presence or addition possibility of one or more other features or numbers, steps, actions, components, parts or combinations thereof.

In describing the present invention, detailed descriptions of related known technologies or configurations will be omitted so as not to obscure the subject matter of the present invention.

Hereinafter, preferred embodiments of the present invention designed to solve the above problems will be described in detail with reference to the accompanying drawings.

1 is a schematic block diagram of a public bicycle system according to an embodiment of the present invention.

Referring to FIG. 1, the public bicycle system 10 according to an embodiment of the present invention includes a customer terminal device 100, a proxy terminal device 300, a bicycle terminal device 500, and a management server device 700. Includes. At this time, the customer terminal device 100, the agent terminal device 300, the bicycle terminal device 500 and the management server device 700 may communicate with each other using a communication network.

In more detail, the communication network serves to connect one or more customer terminal devices 100, one or more agency terminal devices 300, one or more bicycle terminal devices 500, and a management server device 700 to each other. That is, a communication network means a communication network that provides a connection path so that each device can access and transmit and receive information and signals to each other. Preferably, wired networks such as Local Area Networks (LANs), Wide Area Networks (WANs), Metropolitan Area Networks (MANs), Integrated Service Digital Networks (ISDNs), and wireless LANs, CDMA, Bluetooth, NFC, satellite communications, etc. It can be a network.

The customer terminal device 100 transmits the agent service request information (RI) to the management server device 700.

The agent service may be a service in which the customer 910 drives the customer's vehicle at the request of the customer 910 and transports the customer's vehicle or customer to the destination for a fee.

For example, in the case of the agent service, when the customer 910 subscribed to the agent service requests the agent service to the management server device 700 through the customer terminal device 100, the management server device 700 is the agent service agent. Among the surrogate articles 930 subscribed to the service, the surrogate articles supporting the corresponding request are received from the surrogate article terminal device 300. Thereafter, the management server device 700 matches the customer 910 and the agent 930, and then transmits information to each other to the customer 910 and the agent 930. Subsequently, the agent 930 reaches the customer 910 to drive the vehicle of the customer 910 to the destination desired by the customer 910, and when the destination is reached, the customer 910 pays the agent service fee. The agency service is terminated.

The agent service request information (RI) is information required when the customer 910 requests the agent service, and the agent service request information (RI) includes the customer's location (CP).

The customer's location CP may be any one of the current location of the customer and a location where the customer wants to meet with the agent.

The current location of the customer is location information of the location where the customer 910 is currently located.

The customer terminal device 100 is equipped with a GPS receiver to collect positioning information from GPS coordinates of a location where the current customer terminal device 100 is located, or to perform positioning techniques such as triangulation using a base station that relays the customer terminal device 100. Location information.

Also, the current location of the customer may be input from the customer 910 to the customer terminal device 100.

For example, if the customer directly inputs the GPS coordinates of the current location, the customer terminal device 100 may collect it as location information.

As another example, if a customer 910 enters an address, a specific building name, or a specific mutual telephone number where the customer is currently located, the customer terminal device 100 may store the address, building, or other information stored in itself or from another device connected through a communication network. Location information corresponding to a telephone number may be collected. At this time, the other device may be the management server device 700 storing the corresponding information or the Korea Telecom (KT) providing location information for each telephone number.

The location where the customer wants to meet with the agent is location information where the customer 910 wants to meet the agent 930 to use the agent service at a time designated by the customer 910, and the location information is the customer 910 ) From the customer terminal device 100.

For example, if the customer 910 directly inputs the GPS coordinates of the desired location, the customer terminal device 100 may collect it as location information.

As another example, when the customer 910 inputs the desired location address, specific building name, or specific mutual telephone number, the customer terminal device 100 may store the corresponding address, building, or phone number from information stored therein or from another device connected through a communication network. Location information corresponding to can be collected. At this time, the other device may be the management server device 700 storing the corresponding information or the Korea Telecom (KT) providing location information for each telephone number.

The agent service request information (RI) may further include any one or more of a member's unique number, a contact number, a destination, a request time for the agency service start, a vehicle model, a vehicle number, and a payment method.

The agent terminal device 300 transmits the agent service support information (SI) to the management server device 700.

The agent service support information (SI) is information required when the agent 930 supports the agent service, and the agent service support information (SI) includes the location (DP) of the agent.

The location of the surrogate article (DP) may be any of the current location of the surrogate article and the location of the surrogate article expected at a time when the customer wants to receive the surrogate article service.

The current location of the surrogate article is location information of where the surrogate article 930 is currently located.

The surrogate article terminal device 300 is equipped with a GPS receiver, such as triangulation using a base station for collecting location information from the GPS coordinates of the location where the surrogate article terminal device 300 is located or relaying the surrogate article terminal device 300 Location information can be collected using positioning techniques.

Also, the current location of the surrogate article may be input from the surrogate article 930 to the surrogate article terminal device 300.

For example, if the GPS coordinates of the location where the surrogate article 930 is currently located are directly input, the surrogate article terminal device 300 may collect this as location information.

As another example, if the address of the place where the agent article 930 is currently located, a specific building name, or a specific mutual telephone number is entered, the agent terminal device 300 may store the information therein or a corresponding address from another device connected through a communication network, Location information corresponding to a building or phone number may be collected. At this time, the other device may be the management server device 700 storing the corresponding information or the Korea Telecom (KT) providing location information for each telephone number.

The location of the agent that is expected at the time the customer wants to receive the agent service is the location information where the agent 930 expects the user to be located at the time specified by the customer 910, and the location information is the agent 930) may be input to the agent terminal device 300.

For example, if the surrogate engineer 930 directly inputs the GPS coordinates of the corresponding location, the surrogate driver terminal device 300 may collect this as location information.

As another example, if an address, a specific building name, or a specific mutual telephone number of a place where the agent article 930 is expected to be located is input, the agent terminal device 300 corresponds to information stored therein or from another device connected through a communication network. Location information corresponding to an address, building, or phone number can be collected. At this time, the other device may be the management server device 700 storing the corresponding information or the Korea Telecom (KT) providing location information for each telephone number.

The agency service support information (SI) includes the member's unique number of the agency 930, contact information, the area range of the destination that can be moved when driving the agency, the time when the agency service can be started, the type of vehicle that can be operated, and the acceptable payment method. It may further include any one or more.

The bicycle terminal device 500 is provided in the bicycle 950. At this time, the bicycle 950 may be a bicycle 950 used for a public bicycle service.

The public bicycle service may be a service in which a customer 910 or an agency driver 930 uses the bicycle 950 provided by the public bicycle service for a desired amount of time.

For example, the public bicycle service first secures a bicycle 950 for use in the service. Subsequently, if a customer 910 or a surrogate engineer 930 subscribed to the public bicycle service requests the public bicycle service to the management server device 700 through the customer terminal device 100 or the surrogate driver terminal device 300, management The server device 700 approves the use of the corresponding customer 910 or agency 930, and thus the customer 910 or agency 930 can use the bike 950 for a desired time. Thereafter, when the corresponding customer 910 or the agent 930 requests the management server device 700 to end the use of the bicycle 950, the management server device 700 may respond to the customer 910 or the agent The public bicycle service is terminated by approving the termination of the use of the article 930 and paying the fee for using the public bicycle service through the payment information provided by the customer 910 or the agent 930 when registering for membership. At this time, the communication between the customer terminal device 100 or the agent terminal device 300 and the management server device 700 may be performed through the bicycle terminal device 500 provided in the bicycle 950.

The bicycle terminal device 500 transmits the bicycle information BI to the management server device 700.

The bicycle information BI is information required for the customer 910 or the agent 930 to use the bicycle 950, and the bicycle information BI includes a location of rotation.

The location of the bicycle (BP) may be any one of the current location of the bicycle and the location of the bicycle expected at a time when a customer or a proxy engineer wants to use the bicycle.

The current location of the bicycle is the location information of where the bicycle 950 is currently located. At this time, the bicycle terminal device 500 is equipped with a GPS receiver, such as triangulation using a base station for collecting location information from the GPS coordinates of the current location of the bicycle terminal device 500 or relaying the bicycle terminal device 500 Location information can be collected using positioning techniques.

The location of the bicycle that is expected at the time the customer or the agent wants to use the bicycle is the location information of where the bicycle 950 is expected to be located at the time designated by the customer 910 or the agent 930, and the corresponding location The information may be confirmed in the bicycle terminal device 500 according to the use condition of the corresponding bicycle.

For example, when the customer 910 or the agent 930 is using the bicycle 950 by designating the end time and end point of use of the bicycle 950, the bicycle terminal device 500 is expected to It can be collected as bicycle location information.

At this time, the end point of use, the customer 910 or the agent 930 may directly input the GPS coordinates of the corresponding location, or may input an address of the corresponding location, a specific building name or a specific mutual telephone number at the corresponding location. In this case, the bicycle terminal device 500 may collect information stored in itself or location information corresponding to a corresponding address, building, or phone number from another device connected through a communication network. At this time, the other device may be the management server device 700 storing the corresponding information or the Korea Telecom (KT) providing location information for each telephone number.

The bicycle information BI may further include any one or more of an external feature of the bicycle 950, such as a bicycle unique number and color, available time, and reservation status. In addition, when the bicycle 950 is an electric bicycle, it may further include a charging state of the bicycle battery, a movable distance when using the battery charging state, and a location of a charging station near the bicycle 950.

The management server device 700 communicates with the customer terminal device 100, the surrogate driver terminal device 300, and the bicycle terminal device 500 with each other, and the customer 910 and members who have registered as a surrogate driving service and a public bicycle service. It can be provided to the registered agent 930.

The management server device 700 receives the agent service request information RI from the customer terminal device 100, and receives the agent service support information SI from the agent terminal device 300.

In more detail, the management server device 700 requests each surrogate article terminal device 300 from one or more surrogate articles 930 after receiving the surrogate article service request information RI, and each surrogate article service support information (SI) can be received.

For example, the management server device 700 includes a first agent terminal device 300a of the first agent 930a, a second agent terminal device 300b and a third agent of the second agent 930b. Each agent service support information SI may be received from the third agent terminal device 300c of 930c.

The management server device 700 may first continuously receive agent service support information SI according to a predetermined criterion, and may receive agent service request information RI. In this case, the criterion for the management server device 700 to receive the agent service support information SI is any one of received at regular time intervals or when the agent service support information SI is changed. Can.

The management server device 700 selects the agent service request information (RI) and the appropriate agent service support information (SI).

In more detail, among the agent service request information (RI), the agent service support information (SI) including the agent's location (DP) in a location close to the customer's location (CP) may be selected.

In addition, among the agency service request information (RI), the agency service support information (SI) may be selected, which includes a possible agency service start time suitable for the agency service start request time.

In addition, among the agency service request information (RI), it is possible to select the agency service support information (SI) that includes a driver-friendly vehicle model suitable for the vehicle model of the customer 910.

In addition, among the agency service request information (RI), the agency service support information (SI) including an acceptable cost settlement method suitable for the cost settlement method may be selected.

In more detail, when the customer 910 wants to pay the cash, the agent service support information (SI) in which the cash payment method is included in the acceptable cost payment method of the agent 930 may be selected.

In addition, among the agent service request information RI, the agent service support information SI that is included in the region of the destination where the destination is movable when the agent is driving may be selected.

In addition, the management server device 700 selects a plurality of agency service request information (RI) and a plurality of agent service support information (SI) suitable for transmission, and transmits it to the customer terminal device 100, of which the customer 910 The desired agent service support information (SI) can be finally selected.

When the selection of the appropriate agent service support information (SI) suitable for the agent service request information (RI) is completed, the management server device 700 transmits the corresponding agent service support information (SI). Sends the corresponding agent service request information (RI).

When the management server device 700 selects the surrogate driver service support information SI suitable for the surrogate driver service request information RI, the management server device 700 receives the bicycle information BI from the bicycle terminal device 500. To receive.

In more detail, the management server device 700 requests each bicycle terminal device 500 provided in one or more bicycles 950 after the selection of the agent service support information SI is completed, and each bicycle information BI Can receive.

For example, the management server device 700 includes a first bicycle terminal device 500a of the first bicycle 950a, a second bicycle terminal device 500b of the second bicycle 950b, and a third bicycle 950c. 3 Bicycle information (BI) may be received from the bicycle terminal device 500c, respectively.

The management server device 700 may first continuously receive bicycle information BI according to a predetermined criterion, and may select the agent service support information SI suitable for the agent service request information RI. In this case, the criterion for the management server device 700 to receive the bicycle information BI may be any one received at regular time intervals or when the bicycle information BI is changed.

Management server device 700 of the received bicycle information (BI), the location of the agency to move from the location (DP) of the agency supporting the corresponding agency service to the matched customer's location (CP) in the shortest time Bike information (BI) close to (DP) is selected and transmitted to the corresponding terminal device 300. At this time, the selected bicycle information BI may be one or more.

In more detail, the management server device 700 may select the bicycle information (BI) that satisfies the conditions that the corresponding agent 930 can use to move to the customer 910 and transmit it to the corresponding agent terminal device 300. have. To this end, the location of the bicycle (BP), available time and reservation status of the bicycle information (BI), the location of the customer (CP) of the corresponding agency service request information (RI), and the time when the agency service start request, and the corresponding agency You can refer to the location (DP) of the agency service support information (SI) and the time when the agency service can be started. That is, the management server device 700 selects the available bicycle 950 during the time when the surrogate engineer 930 uses the bicycle 950 to reach the customer 910, and the bicycle information for the corresponding bicycle 950 ( BI) to the agent terminal device 300.

According to one embodiment of the present invention, by providing a public bicycle service to a surrogate driver, the surrogate driver can reduce the travel time to reach the customer and save the travel cost compared to the prior art.

In addition, by using a public bicycle that does not use fuel when traveling to a customer, a surrogate engineer can prevent environmental pollution that occurs when using a vehicle that uses fuel.

FIG. 2 is a schematic block diagram illustrating a surrogate driver terminal device of a public bicycle system according to an embodiment of the present invention.

Referring to FIG. 2, the proxy terminal device 300 according to an embodiment of the present invention includes a proxy terminal power supply unit 310, a proxy terminal input unit 330, a proxy terminal location confirmation unit 350, and a proxy engineer It may include a terminal communication unit 370, the agent terminal control unit 390, the agent terminal storage unit 430 and the agent terminal display unit 410.

The proxy terminal device 300 may be a smart phone widely used today. However, the present invention is not limited thereto, and there is no particular limitation as long as an application required for the present invention is installed and driven and communicated with the management server device 700 and the bicycle terminal device 500.

The surrogate article terminal power supply unit 310 may supply power to the surrogate article terminal device 300.

The agent terminal input unit 330 is input information to the agent terminal device 300, and may be a keyboard or a touch pad.

The agent terminal location checking unit 350 checks the location information of the agent terminal device 300 and communicates with a plurality of GPS satellites to receive the location information of the agent terminal device 300 or the agent terminal device ( The location information of the surrogate driver terminal device 300 may be collected using a positioning technique such as triangulation using a base station relaying 300). In addition, the agent terminal location checking unit 350 may check the location information of the agent terminal device 300 in real time by communicating at predetermined time intervals.

The surrogate driver terminal communication unit 370 transmits the information or signals in the surrogate driver terminal device 300 to the management server device 700 and the bicycle terminal device 500, and the management server device 700 and the bicycle terminal device 500 ).

The agent terminal control unit 390 controls the agent terminal device 300, the agent terminal power supply unit 310, the agent terminal input unit 330, the agent terminal location confirmation unit 350, the agent terminal communication unit 370, the agent terminal storage unit 430 and the agent terminal display unit 410 are controlled, and the information and signals in the agent terminal device 300 are reviewed, calculated, and based on the corresponding information and signals. Information and signals can be generated.

The agent terminal storage unit 430 may store information or signals related to the agent terminal device 300.

The surrogate driver terminal display unit 410 indicates information or signals of the surrogate driver terminal device 300 or information or signals transmitted from the management server device 700 and the bicycle terminal device 500, and outputs a screen. It can be represented by any one or more of audio output.

The proxy terminal device 300 is provided to the customer's location (CP) included in the proxy service request information (RI), the bicycle's location (BP) included in the bicycle information (BI), and the proxy service support information (SI). It is possible to simultaneously display the location (DP) of a surrogate article included in one map (DM) appearing in the surrogate article terminal device (300).

The map (DM) is a map displayed on the proxy terminal device 300, the proxy terminal device 300 receives the map (DM) information of a specific region from the management server device 700, and the proxy device terminal display unit It can be displayed at 410. After that, the displayed map DM may indicate the customer's location CP, the agent's location DP, and the location of one or more bicycles BP.

In addition, the proxy terminal device 300 receives the map (DM) information of the customer's location (CP), the location of the proxy (DP) and the location of one or more bicycles (BP) from the management server device 700 This may be displayed on the proxy terminal display unit 410.

In addition, the surrogate driver terminal device 300 includes the location of the surrogate driver (DP) and the location of the customer (CP) and the location of one or more bicycles (BP) received from the management server device 700, and the surrogate engineer A map DM generated from map information stored in the terminal device 300 or a map DM received from another device connected through a communication network may be displayed on the proxy terminal display unit 410.

The specific area may be an area range in which the customer's location CP, the agent's location DP, and one or more bicycle's locations BP are all displayed.

For example, in Seoul, South Korea, if the customer's location is Daechi 1-dong, the location of the surrogate driver is Daechi 2-dong, and the location of the bicycle is Daechi 4-dong, specific areas are Daechi 1-dong, Daechi 2-dong, and Daechi 4-dong. It may be part of the area of Gangnam-gu that includes.

According to one embodiment of the present invention, the surrogate driver can simultaneously identify the location of the surrogate driver, the location of the bicycle, and the location of the customer through a single map in the surrogate driver terminal device, so that the location of the public bicycle located nearby can be easily confirmed. And easy access, reducing the time it takes to find a public bike.

3 is a schematic block diagram illustrating a bicycle terminal device of a public bicycle system according to an embodiment of the present invention.

Referring to FIG. 3, the bicycle terminal device 500 according to an embodiment of the present invention includes a bicycle terminal power supply unit 510, a bicycle terminal input unit 530, a bicycle terminal positioning unit 550, and a bicycle terminal communication unit 570. , A bicycle terminal control unit 590, a bicycle terminal storage unit 630, a bicycle terminal display unit 610, and a bicycle terminal locking unit 650.

The bicycle terminal device 500 may be a personal digital assistant (PDA) widely used today. However, the present invention is not limited thereto, and there is no particular limitation as long as the application required for the present invention is installed and driven and communicated with the management server device 700 and the agent terminal device 300.

The bicycle terminal power supply unit 510 may supply power to the bicycle terminal device 500.

The bicycle terminal input unit 530 is input information to the bicycle terminal device 500, and may be a keyboard or a touch pad. In more detail, the customer 910 and the surrogate engineer 930 using the bicycle 950 may input the bicycle terminal input unit 530 to inquire about the state of the bicycle 950, usage information of the bicycle 950, and the like. Can. In this case, the bicycle terminal display unit 610 may display information corresponding to the inputted content.

The bicycle terminal positioning unit 550 checks the location information of the bicycle terminal device 500 and communicates with a plurality of GPS satellites to receive location information of the agent terminal device 300 or the bicycle terminal device 500. The location information of the bicycle terminal device 500 may be collected using a positioning technique such as trigonometry using a relay base station. In addition, the bicycle terminal positioning unit 550 may communicate with a predetermined time interval to check the location information of the bicycle terminal device 500 in real time.

The bicycle terminal communication unit 570 transmits the information or signals in the bicycle terminal device 500 to the management server device 700, the customer terminal device 100 and the agent terminal device 300, and the management server device 700 , It may receive information or signals of the customer terminal device 100 and the agent terminal device 300.

The bicycle terminal control unit 590 controls the bicycle terminal device 500, the bicycle terminal power supply unit 510, the bicycle terminal input unit 530, the bicycle terminal positioning unit 550, the bicycle terminal communication unit 570, the bicycle terminal It controls the storage unit 630, the bicycle terminal display unit 610, and the bicycle terminal lock unit 650, and calculates and reviews information and signals on the bicycle terminal device 500, or based on the information and signals. Information and signals can be generated.

The bicycle terminal storage unit 630 may store information or signals related to the bicycle terminal device 500.

The bicycle terminal display unit 610 indicates information or signals of the bicycle terminal device 500 and information or signals transmitted from the management server device 700 or the bicycle terminal device 500, and is one of screen output and audio output. It can be expressed as above.

In particular, the bicycle terminal communication unit 570 may receive a bicycle use request signal RP for the corresponding bicycle from the proxy driver terminal device 300 and transmit it to the management server apparatus 700.

In more detail, the surrogate driver 930 matched with the customer 910 sends a bicycle use request signal RP to the bicycle terminal communication unit 570 through the surrogate driver terminal communication unit 370 to use the corresponding bicycle 950. . Thereafter, the bicycle terminal device 500 may transmit the received bicycle use request signal RP to the management server communication unit 770 through the bicycle terminal communication unit 570.

The bicycle use request signal RP is a signal that the customer 910 or the agent 930 sends to the bicycle 950 terminal device through each terminal device to use the bicycle 950, and the customer 910 or It may include a member unique number of the surrogate article 930.

The management server device 700 compares the member unique number included in the bicycle use request signal RP received from the bicycle terminal device 500 with the member unique number stored in the management server device 700, and confirms that the member is a bicycle. The use permission signal AP may be generated and transmitted to the corresponding bicycle terminal device 500. At this time, a bicycle use permission signal AP may be received by the bicycle terminal communication unit 570.

The bicycle permission signal (AP) is a signal that allows the customer 910 or the agent 930 to use the bicycle 950, and the bicycle 950 is available by the bicycle permission signal AP Can be

The management server device 700 may compare the member unique number included in the received bicycle use request signal RP with the member unique number stored in the management server device 700. At this time, if the member's unique number is a surrogate driver 930 being moved to a matched customer 910 for surrogate driving service, the management server device 700 may locate the customer's location (CP) in the bike's location BP. ) To search for the optimal route (BR), and transmit it to the bicycle terminal communication unit 570.

The optimal movement path BR may be a path through which the surrogate driver 930 matched with the customer 910 can quickly and safely go to the customer 910 using the bicycle 950 provided by the public bicycle service. At this time, the movement optimal path BR may represent a path from the location of the bicycle BP used by the agency 930 to the location of the matched customer CP.

For example, the management server device 700 uses the member unique number of the agent 930 to check the customer's location (CP) matched with the agent 930, and the agent 930 uses The location (BP) of the corresponding bicycle is checked from the bicycle terminal device 500.

The management server device 700 uses the identified bicycle location (BP), the customer's location (CP), and map information stored in the management server device 700 to the bicycle 950 from the bicycle 950 to the customer 910. ) To calculate the shortest distance that can be safely moved and transmits it to the bicycle terminal communication unit 570 using the movement optimal path BR. In addition, the optimal movement path BR may be calculated based on a bicycle exclusive road or may be calculated based on a path having a minimum crosswalk.

When the bicycle terminal device 500 receives the bicycle use permission signal AP, the bicycle terminal lock unit 650 of the bicycle terminal device 500 locks the bicycle 950 locked to prevent arbitrary use of the bicycle 950 ) Can be unlocked.

The bicycle terminal device 500 may include a bicycle 950 locking device mounted on a front wheel or a rear wheel for locking the bicycle 950. At this time, the bicycle 950 lock device may be a lock device that is locked or unlocked by an electric signal to be controlled by the bicycle 950 terminal lock unit 650.

The bicycle terminal device 500 may display the movement optimal path BR received from the management server device 700 on the map DM displayed on the bicycle terminal display unit 610.

The map DM is a map displayed on the bicycle terminal device 500, and the bicycle terminal device 500 receives a map DM of a specific area from the management server device 700 and displays the map DM of the agent terminal 410. Display on. At this time, the map DM may be generated and received by the management server device 700. Further, the map DM may be generated from map information stored in the bicycle terminal device 500 or may be received from another device connected through a communication terminal.

Thereafter, a movement optimal path BR may be displayed on the displayed map DM.

In addition, the bicycle terminal device 500 may receive map (DM) information on which the movement optimal path BR appears from the management server device 700 and display it on the bicycle terminal display unit 610.

According to one embodiment of the present invention, a surrogate driver can be safely and quickly moved to a customer by using a bicycle terminal device that is provided on a public bicycle and automatically displays the optimal route to reach the customer.

4 is a schematic block diagram illustrating a customer terminal device of a public bicycle system according to an embodiment of the present invention.

4, the customer terminal device 100 according to an embodiment of the present invention is a customer terminal power supply unit 110, the customer terminal input unit 130, the customer terminal location confirmation unit 150, the customer terminal communication unit 170 , A customer terminal control unit 190, a customer terminal storage unit 230, and a customer terminal display unit 210.

The customer terminal device 100 may be a smart phone widely used today. However, the present invention is not limited thereto, and there is no particular limitation as long as an application required for the present invention is installed and driven and communicated with the management server device 700 and the bicycle terminal device 500.

The customer terminal power supply unit 110 may supply power to the customer terminal device 100.

The customer terminal input unit 130 is input information to the customer terminal device 100, and may be a keyboard or a touch pad.

The customer terminal location confirmation unit 150 confirms the location information of the customer terminal device 100, communicates with a plurality of GPS satellites to receive the location information of the customer terminal device 100, or relays the customer terminal device 100 Location information of the customer terminal device 100 may be collected using a positioning technique such as triangulation using a base station.

The customer terminal communication unit 170 transmits information or signals from the customer terminal device 100 to the management server device 700 and the bicycle terminal device 500, and the management server device 700 and the bicycle terminal device 500 It can receive information or signals.

The customer terminal control unit 190 is to control the customer terminal device 100, the customer terminal power supply unit 110, the customer terminal input unit 130, the customer terminal location verification unit 150, the customer terminal communication unit 170, the customer terminal The storage unit 230 and the customer terminal display unit 210 are controlled, and information and signals in the customer terminal device 100 may be reviewed, calculated, and new information and signals may be generated based on the information and signals.

The customer terminal storage unit 230 may store information or signals related to the customer terminal device 100.

The customer terminal display unit 210 represents information or signals of the agent terminal device 300 or information or signals transmitted from the management server device 700 and the bicycle terminal device 500, and outputs a screen and voices. Can be represented by any one or more of the outputs.

In addition, the customer terminal display unit 210 receives the expected arrival time (ET) information of the mobile situation (CS) of the agent 930 and the agent 930 from the management server device 700 to the map (DM) It can be displayed at the same time.

The mobile situation CS of the surrogate article 930 is displayed in real time on the map DM, until the surrogate article 930 departs and reaches the customer 910, the management server device ( The 700 may receive and display the location of the surrogate driver DP in real time along with the movement optimal path BR displayed on the map DM.

The estimated arrival time (ET) of the surrogate article 930 may be an estimated time when the surrogate article 930 reaches the customer 910 or the time remaining until the surrogate article 930 reaches the customer 910.

The management server device 700 may calculate the moving speed of the surrogate 930, and predict the estimated arrival time (ET) of the surrogate by calculating the surrogate DP and the customer's location CP.

According to one embodiment of the present invention, since the customer can know the moving situation and the expected arrival time of the surrogate engineer, it is possible to solve the uncertainty of the conventional surrogate engineer.

5 is a schematic block diagram illustrating a management server device of a public bicycle system according to an embodiment of the present invention.

5, the management server device 700 includes a management server power unit 710, a management server input unit 730, a management server communication unit 770, a management server control unit 790, a management server display unit 810, and management It may include a server storage unit 830.

The management server power unit 710 may supply power to the management server device 700.

The management server input unit 730 is input to the management server device 700 by an administrator, and may be a keyboard, mouse, or touch pad.

The management server communication unit 770 transmits the information or signals in the management server device 700 to the customer terminal device 100, the agent terminal device 300, and the bicycle terminal device 500, and the customer terminal device 100 , It can receive the information or signals of the agency terminal device 300 and the bicycle terminal device 500.

The management server control unit 790 controls the management server device 700, and stores the management server power unit 710, the management server input unit 730, the management server communication unit 770, the management server display unit 810, and the management server. The unit 830 is controlled, and information and signals in the management server device 700 may be reviewed, calculated, and new information and signals may be generated based on the information and signals.

The management server display unit 810 indicates information requested from an administrator or a situation of a surrogate driving service and a state of a public bicycle service, and may be displayed as one or more of screen output, audio output, and document output.

The management server storage unit 830 may store all information and signals related to the public bicycle system 10 according to the present invention. In addition, it is possible to store all information and signals related to the agency service and public bicycle service included in the present invention.

The management server storage unit 830 may include a proxy article point storage unit 831, a bicycle point storage unit 833, a map storage unit 835, and an information storage unit 837.

The surrogate article point storage unit 831 may store a surrogate article point (C-Point).

The agency article point (C-Point) may be stored in the agency article point storage unit 831 by accumulating in a predetermined manner according to the performance of the customer 910 and the agency article 930 using the agency service.

That is, the customer 910 accumulates a surrogate article point (C-Point) in a predetermined manner according to the performance of the surrogate article service request, and the surrogate article 930 provides a surrogate article point in a predetermined manner according to the service performance of the surrogate article service. (C-Point) can be earned.

For example, the method of earning the surrogate article point (C-Point) of the customer 910 may be 10% of the amount of the use of the surrogate article service, and the surrogate article point (C-Point) of the surrogate article 930 The earning method can be set by accumulating 10% of the agency service fee.

The accumulated agency article point (C-Point) of the customer 910 or agency article 930 may be used as a payment method when using the agency service.

The bicycle point storage unit 833 may store a bicycle point (B-Point).

The bicycle point (B-Point) may be accumulated in a predetermined manner according to the performance of the public bicycle service of the customer 910 and the agent 930 and stored in the bicycle point storage unit 833.

For example, the bicycle point (B-Point) accumulation method can be set to accumulate 10% of the amount of use of the public bicycle service.

The accumulated bicycle points (B-Points) of the customer 910 or the agent 930 can be used when using a public bicycle service.

The agency article point (C-Point) and the bike point (B-Point) may be switched to each other at the request of the customer 910 or the agency article 930.

In more detail, the customer 910 or the agent 930 may request, through each terminal device, to convert the possessed agent point (C-Point) into a bicycle point (B-Point). In this case, the management server device 700 stores the bicycle point in the proxy article point storage unit 831 to store the proxy article point (C-Point) held by the customer 910 or the proxy article 930 by fulfilling the request. It can be moved to the unit 833 and stored.

In addition, the customer 910 or the agency article 930 may request, through each terminal device, to convert the bicycle point (B-Point) in possession to the agency article point (C-Point). In this case, the management server device 700 fulfills the request and stores the bicycle point (B-Point) held by the customer 910 or the agent 930 in the bicycle point storage unit 833 in the agency article point storage unit. Move to (831) and save.

The agency article point (C-Point) and the bicycle point (B-Point) may be used in an affiliated commerce system.

The affiliated commerce system is not limited to the system if it is a system that can be used by transferring points to each other in cooperation with the public bicycle system 10.

For example, it may be an e-commerce system of an online shopping mall that is currently operated or a convenience store sales system that is used to sell goods in a convenience store.

That is, after the partnership between the public bicycle system 10 and the convenience store sales system, a system is set up so that the accumulated points are shifted and used, and the customer 910 and the agency article 930 are accumulated by the agency if necessary. Points (C-Points) or bicycle points (B-Points) can be converted into points that can be used in a convenience store sales system and used as cash for purchasing goods.

According to an embodiment of the present invention, the customer and the agency driver can use the points accumulated in the proxy driving service and the public bicycle service together, and can be used like cash in the affiliated commerce system, so the proxy driving service or the public bicycle service can be used. You can take advantage of a wide range of benefits.

The map storage unit 835 may store information related to generating a map DM in the public bicycle system 10. The information may be received and stored by an administrator or from other devices.

The information storage unit 837 may store information or signals related to the management server device 700.

For example, information of the customer terminal device 100 corresponding to the basic information, information of the agent terminal device 300 and information of the bicycle terminal device 500 may be stored.

In more detail, the information of the customer terminal device 100 and the information of the surrogate article terminal device 300 may be information entered when the customer 910 and the surrogate article 930 register for membership in the agency service and public bicycle service. have.

For example, the information of the customer terminal device 100 includes the customer's 910's member's unique number, member's password, gender, name, age, telephone number, vehicle type, and vehicle number and customer's 910's information and card number. , Card password, card expiration date, and payment card information including a CVC number. The information of the surrogate engineer terminal device 300 includes information and charges of the surrogate engineer 930 including the member unique number of the surrogate engineer 930, the member password, gender, name, age, phone number, driving experience, and whether or not to purchase insurance. It may include bank information to receive payment.

The information of the bicycle terminal device 500 may be information of a bicycle including the bicycle unique number, production year, accident history, and breakdown history of the bicycle 950. In addition, in the case of an electric bicycle, a battery history may be included, and in the case of a bicycle provided through sharing, bicycle owner information may be included.

Hereinafter, a method for controlling a public bicycle system according to an embodiment of the present invention will be described.

6 is a schematic flowchart for describing a method for controlling a public bicycle system according to an embodiment of the present invention, and FIG. 7 is a schematic flowchart for explaining a method for controlling a public bicycle system according to an embodiment of the present invention.

6 to 7, the method for controlling a public bicycle system according to an embodiment of the present invention includes a proxy server service and a management server device operating a public bicycle service, a basic information storage step (S105), a proxy article It includes a request step (S110), a surrogate driver support step (S115), a surrogate driver selection step (S120), a bicycle position receiving step (S125), and a surrogate driver confirmation step (S130), and displays the customer location after the step (S130) Step (S135), bicycle use request acceptance step (S140), bicycle use request transmission step (S145), bicycle use request review step (S150), bicycle use approval step (S155), agency driver transfer status transfer step (S160) and It may further include a surrogate article movement status display step (S165). The details are as follows.

First, in step (S105), the management server device 700 stores the information of the customer terminal device 100 corresponding to the basic information, the information of the proxy terminal device 300 and the information of the bicycle terminal device 500 as a management server It is stored in the information storage unit 837 included in the unit 830 to prepare the operation of the public bicycle system 10. At this time, when a change occurs or can be updated and stored every predetermined period. In addition, at this time, the management server device 700 may store map-related information in the map storage unit 835.

In more detail, the information of the customer terminal device 100 and the information of the surrogate article terminal device 300 may be information entered when the customer 910 and the surrogate article 930 register for membership in the agency service and public bicycle service. have.

For example, the information of the customer terminal device 100 includes the customer's 910's member's unique number, member's password, gender, name, age, telephone number, vehicle type, and vehicle number and customer's 910's information and card number. , Card password, card expiration date, and payment card information including a CVC number. The information of the surrogate engineer terminal device 300 includes information and charges of the surrogate engineer 930 including the member unique number of the surrogate engineer 930, the member password, gender, name, age, phone number, driving experience, and whether or not to purchase insurance. It may include bank information to receive payment.

The information of the bicycle terminal device 500 may be information of a bicycle including the bicycle unique number, production year, accident history, and breakdown history of the bicycle 950. In addition, in the case of an electric bicycle, a battery history may be included, and in the case of a bicycle provided through sharing, bicycle owner information may be included.

Next, in step (S110), the customer 910 transmits the agent service request information (RI) to the management server device 700 by using the customer terminal device 100 to request the agent service. At this time, when the customer 910 requests the agency service, the customer terminal device 100 may collect the agency service request information (RI) including the customer's location (CP) and transmit it to the management server.

In more detail, the customer terminal device 100 may collect agent service request information (RI) from information stored in the customer 910 or the customer terminal device 100 for information about the customer 910.

For example, the agency service request information (RI) may include the customer's location (CP), member's unique number, contact information, destination, time to request the agency service launch, vehicle type, vehicle number, and cost settlement method. .

Next, in step (S115), the management server device 700 requests proxy agent service support information (SI) to a plurality of proxy driver terminal devices 300 according to the received proxy service request information (RI), and the proxy The agent 930 who wants to support the article service transmits the agent service support information SI to the management server device 700 by using the agent device 300 to support the agent service. At this time, if the surrogate article 930 supports the surrogate article service, the surrogate article terminal device 300 may collect surrogate article service support information (SI) including the location of the surrogate article (DP) and transmit it to the management server.

In more detail, the surrogate article terminal device 300 collects information about the surrogate article 930 from the information stored in the surrogate article 930 or the surrogate article terminal device 300 to provide surrogate article service support information (SI). Can.

For example, the agency service support information (SI) includes the agency driver's location (DP), member's unique number, contact information, area range of the destination that can be moved when the agency is driving, the time when the agency service can be started, and the type of vehicle that can be driven. It may include acceptable payment methods.

Next, in step (S120), the management server device 700 reviews the received agency service support information (SI) and selects only those suitable for the agency service request information (RI) and transmits it to the customer terminal device 100. .

In more detail, the controller of the management server device 700 may select the appropriate one by reviewing the agent service support information SI and the agent service request information RI.

For example, the agent 930 close to the customer 910 may be selected based on the customer's location CP, or the agent 930 capable of driving the vehicle model of the customer 910 may be selected.

At this time, the agent service support information SI selected from the management server device 700 may be one determined or one or more selected candidate groups. That is, the management server device 700 transmits a plurality of agent service support information (SI) suitable for the request of the customer 910, and the customer 910 among them, the agent 930 desired by the customer 910 You can choose.

Next, in step (S125), if the selection of the agent 930 from the management server device 700 or the customer 910 is confirmed, the management server device 700, the bicycle information to the plurality of bicycle terminal device 500 ( BI), and receives bicycle information BI including the location of the bicycle BP from a plurality of bicycle terminal devices 500.

In more detail, the management server device 700 includes a bicycle 950 included in the public bicycle service operated by the management server device 700 in order for the agent 930 to reach the customer 910 quickly and inexpensively. Bicycle information (BI) may be received.

Next, in step (S130), the management server device 700 moves from the location (DP) of the agent to the matched customer's location (CP) in the shortest time so that the agent's location (DP) and agent (930) ) By selecting the location (BP) of the bicycle located close to and transmitting it to the selected agent terminal device 300 together with the agent service request information (RI), matching between the customer 910 and the agent 930 is confirmed do.

Next, in step (S135), the surrogate driver terminal device 300 simultaneously displays the customer's location (CP), the bicycle's location (BP), and the surrogate driver's location (DP) on the surrogate driver terminal display unit 410. Can.

In more detail, the proxy terminal device 300 receives the customer's location (CP) and the bicycle's location (BP) from the management server device 700, and map information and proxy information stored in the proxy terminal device 300 Based on the location DP, a map DM displaying the location DP of a customer 910, a bicycle, and a surrogate driver may be generated and displayed on the surrogate driver terminal display unit 410.

In addition, the management server device 700 is based on the customer's location (CP), the location of the bicycle (BP), the location of the agent (DP) and the map information stored in the management server apparatus 700, the customer 910, the bicycle And generating the map (DM) information indicating the location (DP) of the agency article, and transmitting it to the agency terminal device 300, and displaying it in the agency terminal display unit 410.

Next, in step (S140), the agent 930 checks the location (DP) of the agent and the customer's location (CP) displayed on the map (DM) displayed on the agent terminal device 300, and the map ( DM) The location of the agent (DP) and the location of the bicycle (BP) located close to the agent (930) so that it can move from the location (DP) of the agent on the matched customer's location (CP) in the shortest time. Go to and request a public bicycle service to use the bicycle 950.

In more detail, the surrogate driver 930 that has moved to the nearest bicycle position BP may transmit a bicycle use request signal RP to the bicycle terminal device 500 through the surrogate driver terminal device 300.

At this time, the bicycle use request signal (RP) may include a member unique number of the agent 930.

Next, in step (S145), the bicycle terminal device 500 transmits the bicycle use request signal RP of the received proxy driver terminal device 300 to the management server device 700.

Next, in step (S150), the management server device 700 reviews the received bicycle use request signal RP.

In more detail, the management server device 700 checks the member unique number included in the received bicycle use request signal RP and the member unique number stored in the management server device 700, and if it is a valid member unique number, uses the bicycle The permission signal AP is transmitted to the bicycle terminal device 500.

In addition, if the member's unique number is a surrogate engineer 930 performing a surrogate article service, the matching information with the customer 910 stored in the management server device 700 is checked, and the bicycle is used using the corresponding bicycle 950 A movement optimal path BR reaching the customer 910 from the location may be generated and transmitted to the bicycle terminal device 500.

Next, in step (S155), the bicycle terminal lock unit 650 of the bicycle terminal device 500 releases the lock device of the bicycle 950 according to the bicycle use permission signal AP, and the bicycle terminal display unit 610 Displays the optimal movement path (BR).

In more detail, the bicycle lock device may be an electronic lock provided on one side of the bicycle 950 wheel, and the lock may be released by receiving a signal from the bicycle terminal lock unit 650 included in the bicycle terminal device 500. . In addition, the bicycle terminal display unit 610 is fixed to the upper side of the handle so as not to obscure the driver's field of view when moving to the bicycle 950, it is easy to refer to the movement optimal path BR displayed by the agent 930. Can be located.

Next, in step (S160), when the agent 930 starts moving using the bicycle 950, the management server device 700 provides the customer 910 with the moving situation (CS) of the agent and the expected arrival time ( ET).

In more detail, the bicycle terminal device 500 transmits the location of the moving bicycle BP to the management server device 700, and the management server device 700 maps (DM) to the customer terminal device 100 and moves optimally. The location of the bicycle moving along the path BR and the movement optimal path BR may be transmitted to the bicycle terminal device 500. In this case, in step (S165), the bicycle terminal display unit 610 may display the customer 910 to recognize it.

In addition, the management server device 700 calculates the moving speed of the bicycle 950 by examining the change in the position of the bicycle (BP), and calculates the remaining distance to reach the customer 910, thereby predicting the arrival time of the surrogate engineer ET) can be calculated and transmitted to the customer terminal device 100. In this case, in step (S165), the bicycle terminal display unit 610 may display it so that the customer can recognize it.

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes are possible within the scope of the present invention without departing from the technical field to which the present invention pertains. It will be obvious to those of ordinary skill.

10: public bicycle system 100: customer terminal device
110: customer terminal power supply unit 130: customer terminal input unit
150: customer terminal location confirmation unit 170: customer terminal communication unit
190: customer terminal control unit 210: customer terminal display unit
230: customer terminal storage unit 300: proxy terminal device
310: proxy terminal power supply unit 330: proxy terminal input unit
350: agency terminal location confirmation unit 370: agency terminal communication unit
390: proxy terminal control unit 410: proxy terminal display unit
430: proxy terminal storage unit 500: bicycle terminal device
510: bicycle terminal power supply unit 530: bicycle terminal input unit
550: bicycle terminal positioning unit 570: bicycle terminal communication unit
590: bicycle terminal control unit 610: bicycle terminal display unit
630: bicycle terminal storage unit 650: bicycle terminal lock unit
700: management server device 710: management server power supply
730: management server input unit 770: management server communication unit
790: management server control unit 810: management server display unit
830: management server storage unit 831: proxy article point storage unit
833: bicycle point storage unit 835: map storage unit
837: information storage unit 910: customer
930: Agency 950: Bicycle

Claims (12)

A customer terminal device that transmits proxy service request information including the customer's location to the management server device;
A surrogate engineer terminal device that transmits surrogate engineer service support information including the position of the surrogate engineer to the management server device;
A bicycle terminal device provided in each bicycle and transmitting bicycle information including the location of the bicycle to the management server apparatus; And
Selected agent service support information suitable for the received agent service request information is selected and transmitted to the customer terminal device, and the agent device request device transmits the selected agent service support information, the agent service request information and the And the management server device that transmits the bicycle information reaching the customer from the agency driver in the shortest time.
The management server device,
Among the bicycle information received from each of the bicycle terminal device, it is characterized in that it selects the bicycle information that moves in the shortest time from the location of the selected agent to the customer's location, and transmits it to the selected agent terminal device and,
The bicycle terminal device,
The bicycle usage request signal is received from the selected proxy driver terminal device and transmitted to the management server device, and the bicycle traffic permission signal from the management server device and the optimal movement path from the bicycle location to the customer's location Bicycle terminal communication unit for receiving,
And a bicycle terminal display unit indicating the optimal movement path. In claim 1,
The agent terminal device,
A public bicycle system that simultaneously displays the location of the customer, the location of the bicycle, and the location of the agency driver received from the management server device on a single map. delete In claim 1,
The customer terminal device,
A public bicycle system including a customer terminal display unit indicating the mobile situation of the agent and the expected arrival time of the agent, received from the management server device. In claim 1,
The management server device,
A public that includes a proxy article point storage unit that accumulates in a predetermined manner according to the customer's proxy service request performance or the proxy service service performance, and stores proxy service points that can be used when requesting the proxy service Bicycle system. In claim 5,
The management server device,
A public bicycle system further comprising a bicycle point storage unit that stores a bicycle point that is accumulated in a predetermined manner according to the customer's use of the public bicycle service or the performance of the public bicycle service of the agent, and that can be used when using the public bicycle service. . In claim 6,
The agency bicycle point and the bicycle point is a public bicycle system that can be switched between each other. In claim 7,
The agency article point and the bicycle point are public bicycle systems that can be used in an affiliated commerce system. In the management server device for operating the agency service and public bicycle service,
A basic information storage step of storing information of a customer terminal device, information of a proxy terminal device, and information of a bicycle terminal device;
An agent request step of receiving agent service request information including the customer's location from the customer terminal device;
A surrogate article support step of receiving surrogate article service support information including the location of the surrogate article from the surrogate article terminal device;
Selecting an agent article service support information suitable for the agent article service request information from the agent article service support information and transmitting the agent article service support information to the customer terminal device;
A bicycle location receiving step of receiving bicycle information including the location of the bicycle from each bicycle terminal device;
A proxy article determining step of transmitting the proxy service request information and the bicycle information arriving from the agent to the customer in the shortest time to the proxy terminal device;
In the proxy terminal device, displaying the customer's location, the location of the bicycle and the location of the agent, the customer location display step of displaying the proxy terminal display unit;
In the bicycle terminal device, a bicycle use request receiving step of receiving a bicycle use request signal from the proximate agency terminal device to the bicycle terminal communication unit;
In the bicycle terminal device, a bicycle use request transmission step of transmitting the bicycle use request signal to the management server device;
Reviewing the bicycle use request signal and calculating a bicycle use permission signal and a moving optimal path from the bicycle location to the customer's location, and transmitting the bicycle use request to the bicycle terminal communication unit; And
In the bicycle terminal device, the bicycle terminal lock unit unlocks the bicycle according to the bicycle use permission signal, and includes a bicycle use approval step of displaying the optimal movement path on the bicycle terminal display unit,
The management server device,
Among the bicycle information received from each of the bicycle terminal device, it is characterized in that it selects the bicycle information that moves in the shortest time from the location of the selected agent to the customer's location, and transmits it to the selected agent terminal device Public bicycle system control method. delete delete In claim 9,
After the bicycle use approval step,
When the bicycle starts to move, the transfer status of the surrogate driver is calculated and calculated by the surrogate driver and the estimated arrival time is transmitted to the customer terminal device; And
In the customer terminal device, the public bicycle system control method further comprises the step of displaying the mobile situation of the surrogate driver and the expected arrival time of the surrogate driver moving state.

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