KR20120075529A - Mediating system for proxy driving - Google Patents

Abstract

PURPOSE: A proxy driving service mediation system is provided to guarantee the maximum incomes of a proxy driving service provider by comparing the condition of a service applicant with the condition of the proxy driving service provider. CONSTITUTION: A location information acquiring module(110) communicates with a portable terminal. The location information acquiring module determines the location information of a service applicant and a proxy driving service provider. A matching module(140) acquires service condition information through a side of the portable terminal between the service applicant and the proxy driving service provider. The matching module provides the acquired information to other side of the portable terminal. An insurance processing module(120) confirms insurance states from the portable terminals.

Description

Mediation system for proxy driving

The present invention relates to a surrogate operation intermediation system, in particular, the service applicant applying for a surrogate operation, the surrogate city applying for a surrogate article connects the service applicant and the surrogate operation applicant that meets the conditions for the location and service fee among the applicants. It relates to a surrogate operation intermediation system.

In the case of a drunk driver who is required to drive a vehicle, the surrogate operation normally used must provide a surrogate operation service by moving the agent to the position of the service applicant. When the proxy article moves to the service applicant's position, if the agent article and the service applicant are remotely located, the agent article takes a long time to move to the service applicant's location, resulting in economic loss, You have to wait for time.

In general, the service applicant is required to contact the company that provides the agency article to receive an appropriate agent article, so the agency article has a limit on income at a predetermined rate, and part of the income must be provided to the company. There is a side that is difficult to guarantee proper income. This is the cause of violent driving and overspeed driving of surrogate drivers, and some companies hire uninsured surrogate drivers to improve profitability, exposing problems that threaten the safety of service applicants and surrogate driver applicants. have.

Accordingly, the present applicant, through the mobile terminal with the application (App) for applying for proxy operation, and the surrogate driver to ensure that the service applicant and the surrogate operation applicant meets in the optimal conditions, the surrogate operation applicant ensures the proper income We would like to propose a surrogate operation intermediation system.

An object of the present invention is to provide a surrogate operation intermediation system that allows the service applicant and the surrogate operation applicant to meet the optimum conditions, the surrogate operation applicant is guaranteed an appropriate income, and promotes the safety of the service applicant.

According to the present invention, the surrogate operation, and communication with the mobile terminal is installed, the app (App) for the proxy driver application, the service applicant, and the application of the mobile terminal of the surrogate driver applicant to support the surrogate article When the service application and the proxy driver request through each occurrence, the location information acquisition module for determining the location information of the service applicant and the surrogate operation applicant, the service applicant and the surrogate operation applicant through the mobile terminal of one of the desired terminal A matching module for acquiring condition information on a location, a destination, and a service fee, providing the information to another mobile terminal, and providing contact information of the other mobile terminal to the one mobile terminal to close a proxy driving transaction; and the agent Before a driving transaction is established, at least one of the one side and the other terminal is checked for insurance. Which it is achieved by the insurance processing module.

According to the present invention, the surrogate operation, and communication with the mobile terminal is installed, the app (App) for the proxy driver application, the service applicant, and the application of the mobile terminal of the surrogate driver applicant to support the surrogate article A location information acquisition module for determining the location information of the service applicant and the surrogate operation applicant by connecting to a communication server when the surrogate operation and the surrogate driver application occur, respectively, and the location of the mobile terminal of the service applicant and the surrogate operation applicant; Acquiring the condition information on the service fee, and provides a matching module for providing the service applicant and the surrogate operation applicant with the best match of the condition information presented by the service applicant and the surrogate operation applicant, the matching module, When paying the service fee by either of the service applicant and the surrogate operation applicant, It is achieved by a surrogate intermediaries operating system to provide a counterpart contact information.

Here, the surrogate operation applicant may be any of those who work as a surrogate article, or the general public. That is, the general public may apply for a proxy article for the purpose of carpooling.

As described above, the surrogate operation intermediation system of the present invention, to ensure the safe operation of the service applicant and surrogate operation applicant, to ensure the maximum income of the surrogate driver, so that the service applicant and surrogate operation applicants can meet each other in the desired conditions do.

1 is a conceptual diagram for a proxy operation mediation system according to an embodiment of the present invention.
2 is a block diagram of a proxy operation intermediary system according to an embodiment of the present invention.
3 and 4 illustrate reference diagrams for explaining an interface displayed on a mobile terminal by an app.
5 to 13 conceptually show the processing flow of the surrogate operation mediation system according to the present invention.

Prior to the description of the present invention, the present invention satisfies the following premise.

-Down-

Prior to the description of the present invention, the service applicant referred to in the present invention corresponds to a person who wants to drive on behalf of his vehicle, the applicant for the service, the service applicant is a mobile application (App) is installed for applying for surrogate operation It is considered to have a terminal. Therefore, in the present invention, the surrogate driver may refer to the owner's portable terminal in which the app is installed, and may not be separately described.

The deputy driving applicant referred to in the present invention may be any one of a full-time agency engineer, and the general public, and is considered to have a mobile terminal in which an app (App) for proxy application is installed. In the description of the present invention, a general person or a surrogate article applying for a surrogate operation may refer to a mobile terminal in which an app is installed, and may not be separately described.

In the present invention, the portable terminal mentioned may be a mobile phone, a smart phone, and other types of devices capable of voice communication or wireless Internet communication. However, the mobile terminal referred to in the present invention should be able to apply for a surrogate operation, or an app (App) for applying for a surrogate article can be installed and driven.

App (App) referred to in the present invention displays the insurance policy on the mobile terminal of any one of the service applicant and surrogate operation applicant, which one side agrees to the insurance policy displayed, and provides an interface for insurance, If either party is insured, or agrees to one-time insurance, it may proceed with a surrogate operation transaction.

The surrogate operation intermediation system referred to in the present invention may be connected to the insurance company server, or a carrier server that provides voice communication or wireless Internet communication service to the service applicant and the surrogate operation applicant by wire or wireless network. However, it is not limited thereto.

The proxy operation intermediation system referred to in the present invention can perform billing to one of the service applicant, or surrogate operation applicant.

After the charge is processed, the charge may be processed after the service applicant and the surrogate operation applicant are connected, or after the service applicant and the surrogate operation applicant are connected. Since billing is made through a telecommunication company server that provides at least one of a voice communication and a wireless data communication to a service applicant or a surrogate operation applicant, it is revealed in advance that the relationship between them does not obscure the essence of the present invention.

In order for the surrogate operation brokering system referred to in the present invention to allow the service applicant or surrogate operation applicant to determine the location of each other, a guide message for obtaining location information by the mobile terminal of either the service applicant or the surrogate operation applicant. You can provide and obtain consent, and when one side agrees, you can establish a surrogate operation transaction. This is to consider the convenience of the service applicant or surrogate operation applicant as much as possible.

In the present invention, the mobile terminal can form a communication channel between the service applicant and the surrogate operation applicant using various communication methods. For example, the portable terminal may be connected to a proxy driving mediation system using one of a wireless application protocol (WAP), an APP, and a short message service (SMS), and may exchange necessary information with the proxy driving mediation system.

Hereinafter, the present invention will be described in detail with reference to the drawings.

1 is a conceptual diagram for a proxy operation mediation system according to an embodiment of the present invention.

Referring to FIG. 1, the surrogate operation intermediation system 100 is network-connected through a plurality of service applicants 10a-10n, and a plurality of surrogate operation applicants 20a-20n through a mobile terminal, and a communication company server 200. And the insurance company server 300 may be connected to the network.

The service applicant 10a-10n drives an app installed in the mobile terminal to access the surrogate operation intermediation system 100, and the app is a mobile terminal information, a destination information, and the like of the service applicant 10a-10n. And location information may be provided to the surrogate operation mediation system 100.

If the mobile terminal of the service applicant 10a-10n is a smartphone, the GPS location information can be passed directly to the surrogate operation intermediation system 100. However, not all service applicants 10a-10n use a smartphone, so an app installed in the mobile terminal of the service applicant 10a-10n substitutes the GPS location information of the service applicant 10a-10n as a surrogate operation intermediation system. May not be provided at 100. In this case, the surrogate operation mediation system 100 may obtain the location information of the mobile terminal of the service applicant (at least one of 10a-10n) that can not provide the GPS location information through the carrier server 200.

The surrogate operation intermediation system 100 may register a service fee from a service applicant 10a-10n and a surrogate operation applicant 20a-20n.

For example, the surrogate operation intermediation system 100 combines the service charges presented by the service applicants 10a-10n with the location information of the service applicants 10a-10n, generates a list, and generates a list of surrogate operation applicants 20a-20n. Can be presented to In this case, the surrogate operation applicant 20a-20n may select a desired service applicant (any one of 10a-10n) among the service applicants 10a-10n, which is selected by the surrogate operation applicant 20a-20n. 10a to 10n), or when the destination is not burdensome or the suggested price is reasonable.

On the other hand, the surrogate operation intermediation system 100 provides only the destination information of the service applicant (10a ~ 10n) to the surrogate operation applicant (20a ~ 20n), so that the surrogate operation applicant (20a ~ 20n) can present the service fee You may. In this case, the service applicant 10a-10n can select one of the surrogate applicants 20a-20n to go to their destination, which is the closest or the surrogate driver applicant 20a-20n. This means that the service charges presented by (20a-20n) may be the cheapest.

If a transaction for surrogate operation is established between the service applicant (10a-10n) and the surrogate operation applicant (20a-20n), either of the service applicant (10a-10n) or surrogate operation applicant (20a-20n) is a surrogate brokerage system. The service fee must be paid to (100). The service fee is collected through the carrier server 200 which provides a communication service to the mobile terminal, or when the mobile terminal has embedded card information (or embedded SIM card to replace the card), the card company server (not shown). You can also access the card and access the card. In general, a small payment using a mobile terminal has a small payment limit, so when the payment is large, the card payment may be yog.

At this time, the surrogate operation mediation system 100 may provide the position information of the service applicant (10a ~ 10n) to the surrogate operation applicant (20a ~ 20n).

The surrogate operation intermediation system 100, if either of the service applicant (10a ~ 10n), or the surrogate operation applicant (20a ~ 20n) selects the opponent, the service applicant (10a ~ 10n), or surrogate operation applicant (20a? 20n) can present the insurance policy. If either of the service applicant 10a-10n or the surrogate operation applicant 20a-20n agrees to the insurance policy, the surrogate operation intermediation system 100 is connected to the insurance company server 300 to enter into a one-time insurance contract. Can be.

If at least one of the service applicants 10a-10n or the surrogate operation applicants 20a-20n is already insured, the proxy driving brokerage system 100 is insured through the insurance company server 300. After inquiring whether or not, a proxy driving transaction can be established. In this case, the surrogate operation intermediation system 100 may not present the insurance policy to the service applicant (10a ~ 10n), or surrogate operation applicant (20a ~ 20n).

After the one-time insurance contract is concluded, the surrogate operation brokerage system 100 may provide contact information of the surrogate operation applicants 20a to 20n to the service applicants 10a to 10n, and to the surrogate operation applicants 20a to 20n. Contact information of the service applicant 10a-10n may be provided.

At this time, the surrogate operation mediation system 100 may provide the location information of the surrogate operation applicant (any one of 20a ~ 20n) in real time to the app (App) installed in the portable terminal of the service applicant (10a ~ 10n). Accordingly, the service applicant 10a-10n can maximize the convenience of the service applicant 10a-10n to determine where the surrogate operation applicant (any one of 20a-20n) has arrived.

In this case, the location information is provided to the service applicant (10a ~ 10n) by the surrogate operation applicant (20a ~ 20n) in accordance with the mobile terminal possessed by the surrogate operation intermediation system 100, or provides a communication service to the mobile terminal It may be obtained through the communication company server 200. For example, when the mobile terminal is a smart phone having a GPS function, the surrogate operation mediation system 100 may utilize the GPS location information provided by the smart phone as it is, but when the portable terminal does not have a GPS function, the surrogate operation mediation system ( 100 may obtain the location information of the mobile terminal by inquiring the phone number to the carrier server 200.

2 is a block diagram of a proxy operation intermediation system 100 according to an embodiment of the present invention.

Referring to FIG. 2, the surrogate operation mediation system 100 includes a location information acquisition module 110, an insurance processing module 120, a charging module 130, a condition matching module 140, a registration module 150, and a database. 160 may be included.

The location information acquisition module 110 acquires GPS location information by an app installed in the mobile terminal possessed by the service applicants 10a-10n and the surrogate driving applicants 20a-20n, or the service provider server 200 ) To obtain the location information of the service applicant (10a ~ 10n), and the surrogate operation applicant (20a ~ 20n).

The registration module 150 registers the location information, the destination, the desired time, and the condition information on the service applicant 10a-10n or the surrogate operation applicant 20a-20n. As mentioned above, the condition information may be provided by the service applicant 10a-10n or by the surrogate operation applicant 10a-10n, and the service applicant 10a-10n may be installed in his mobile terminal. By using the App (App), the information on the destination, location information and the desired time must be provided to the surrogate operation brokerage system 100.

The condition matching module 140 automatically matches each other by using the condition information registered in the registration module 150 or mutually selects each other according to the selection of the service applicant 10a-10n or the surrogate operation applicant 20a-20n. Can match.

When the condition matching module 140 automatically matches, the condition matching module 140 is an order in which the distance between the service applicants 10a-10n and the surrogate operation applicants 10a-10n is closer to the order in which the mutually desired service fee matches. The service applicant (one of 10a-10n) and the surrogate operation applicant (one of 20a-20n) may be selected and matched with reference to FIG.

The condition matching module 140 may provide counterpart contact information to a service applicant (one of 10a-10n) and a surrogate operation applicant (one of 10a-10n) that meet the condition.

When the condition matching module 140 matches by user selection, the condition matching module 140 may provide the service applicants 10a-10n with the service fee and location information presented by the surrogate operation applicants 20a-20n. have.

On the other hand, when the condition matching module 140 is matched by the user's selection, to provide the surrogate operation applicant (20a ~ 20n) service fee and location information and destination information presented by the service applicant (10a ~ 10n), The surrogate driving applicant 20a-20n may select the desired service applicant (one of 10a-10n) as well as provide the contact information of the other party.

Insurance processing module 120 is a service applicant (10a ~ 10n) or proxy operation before or after the service applicant (10a ~ 10n) and the surrogate operation applicant (20a ~ 20n) is matched by the condition matching module 140 The insurance policy is provided to the applicant's mobile terminal 20a-20n. In this case, the insurance policy is displayed by the app, and if the provided insurance policy is accepted, the insurance processing module 120 may access the insurance company server 300 to contract the one-time insurance and process the cost.

The database 160 records condition information, billing information, and transaction results between the service applicants 10a-10n and the surrogate operation applicants 20a-20n.

The billing module 130 may be held by the service applicant 10a-10n or the surrogate driver applicant 20a-20n before or after a transaction is established between the service applicant 10a-10n and the surrogate operation applicant 20a-20n. A service fee may be collected by requesting a communication company server 200 of a mobile terminal.

On the other hand, the billing module 130 may perform card payment when the payment amount between the service applicant (10a ~ 10n), or surrogate operation applicant (20a ~ 20n) is large. Card payment is possible when the card information is included in the mobile terminal of the service applicant (10a ~ 10n) or surrogate operation applicant (20a ~ 20n), even if the SIM card containing the card information is attached to the mobile terminal Can be used.

3 and 4 illustrate reference diagrams for explaining an interface displayed on a mobile terminal by an app.

First, FIG. 3 shows an icon of an app installed and displayed on a mobile terminal, and FIG. 4 shows an example of an interface displayed on a screen when an icon of an app is selected.

As shown in Figure 3, when the App (App) is installed in the portable terminal is displayed in the form of an icon, when selected by touch input or key input, input menu for entering the condition information, surrogate operation applicants And an interface for displaying the location information of the selected proxy driving applicants 20a-20n.

4 illustrates an example of an interface displayed by an app installed in a service applicant (one of 10a-10n) after a proxy driving transaction is established, and the location of the service applicant (one of 10a-10n) is displayed on the screen. The location 60 of 50 and the surrogate driver applicant (one of 20a-20n) is displayed, in addition to the distance of the surrogate driver applicant (one of 20a-20n) and the service applicant (one of 10a-10n) on the map. Can be displayed. The location information-based service can allow the service applicants 10a to 10n to estimate the time required for receiving a surrogate operation service.

5 to 13 conceptually show the processing flow of the surrogate operation mediation system according to the present invention.

First, Figure 5 is a surrogate operation applicant provides the destination, and service charges (desired rate) to the surrogate operation mediation system 100 through an app (App) installed in the mobile terminal, surrogate operation mediation system 100 is the insurance policy When the surrogate operation applicant agrees to the insurance policy, the personal information of the surrogate operation applicant (phone number or ESN information) is queried to the carrier server 200 to confirm the identity and to obtain location information. An example of the process is shown.

Next, FIG. 6 illustrates an example of a process in which a surrogate operation applicant registers with the surrogate operation intermediation system 100. When the surrogate operation applicant requests and registers for a surrogate operation and provides a resident registration number, the surrogate operation applicant The process of acquiring the identity of the surrogate operation applicant and location information through the telecommunication company server 200 is shown. At this time, if the surrogate operation applicant has previously performed surrogate operation, the surrogate operation applicant may present a previously registered authentication number instead of the resident registration number.

Next, FIG. 7 illustrates an example of a process of confirming insurance for a service applicant and a surrogate driving applicant, and the surrogate driving intermediation system checks whether the surrogate driving applicant is insured through the insurance company server 300, When the insurance is confirmed, the process of notifying the service applicant of the confirmed matter and of charging the service fee is shown. The process shown in FIG. 7 is established under the premise that at least one of the service applicant and the surrogate operation applicant is insured, and if it is not insured, the surrogate operation intermediation system includes at least one of the service applicant and the surrogate operation applicant. The insurance policy can be sent to obtain approval and proceed with one-time insurance.

Next, FIG. 8 illustrates an example of a process of registering a service applicant, and when a surrogate operation intermediation system requests information of a service applicant who has requested a surrogate operation, and agrees with it, through the carrier server 200. A process of obtaining location information and personal information of a service applicant is shown. At this time, the information on the service fee may be included, the location information of the individual cannot be obtained without consent.

Next, FIG. 9 shows an example of a method of matching a service applicant and a substitute driving applicant.

Referring to FIG. 9, when a plurality of surrogate operation applicants request a surrogate driver for the surrogate operation mediation system 100, the surrogate operation applicants may request for a destination and a desired service fee through an app installed in the mobile terminal of the surrogate operation applicant. Obtain and register information, provide a list of surrogate applicants who can provide surrogate services to service applicants, and indicate how to allow service applicants to select one of these surrogate applicants.

Next, FIG. 10 illustrates a method of selecting a service applicant who satisfies a desired destination and a service fee when a plurality of service applicants register a destination and a desired service fee in the proxy driving brokerage system 100. . At this time, the service applicant can register the desired service fee higher in order to establish a fast transaction, and the surrogate driving applicant can select the service applicant who registered the highest service fee.

Next, FIG. 11 illustrates an example of a method of automatically matching a service applicant and a surrogate operation applicant by the surrogate operation mediation system.

Referring to FIG. 11, the surrogate operation intermediation system 100 is most matched by comparing location information registered by a service applicant, condition information on a service fee, location information registered by a surrogate operation applicant, and condition information on a service fee. The pair can be determined.

For automatic matching, the surrogate operation brokerage system 100 scores the points in the order of close proximity, and then scores the points in the order of the smallest deviation between the service charges registered by the service applicant and the surrogate operation applicant. Match the highest service applicant with the surrogate driver applicant. When the surrogate operation intermediation system 100 performs the automatic matching, the transaction time between the service applicant and the surrogate operation applicant can be reduced, it may have the advantage of providing fast service.

Next, Figure 12 shows an example of the charging processing method of the surrogate operation mediation system. Referring to FIG. 12, the surrogate operation intermediation system 100 obtains location information and contact information from a surrogate operation applicant who intends to act as a surrogate driver and a service applicant who has applied for surrogate operation, and at least one of a service applicant or a surrogate operation applicant. When the insurance is agreed from the side, it is possible to request charging by accessing the telecommunication company server 200 that provides a communication service to the mobile terminal of the surrogate operation applicant. The billing may be established when the telecommunication company server 200 notifies the surrogate operation applicant of the charge and the surrogate operation applicant agrees thereto. When the billing is processed, the surrogate operation intermediation system 100 may provide the contact information of the counterpart to the surrogate operation applicant and the service applicant.

10a? 10n: Service applicant (and mobile phone)
20a? 20n: proxy driving applicant (and mobile phone)
100: proxy operation mediation system 200: communication company server
300: insurance company server

Claims (14)

Deputy driving, and communication with the mobile terminal is installed (App) application for proxy article,
A location information acquisition module for determining the location information of the service applicant and the surrogate driver applicant when a service application and a surrogate driver application occur through an app of a mobile terminal of a surrogate driver applicant supporting a service applicant and a surrogate driver;
Obtaining condition information on a desired location, a destination, and a service fee through a mobile terminal of one of the service applicant and the surrogate driving applicant, providing the information to the other mobile terminal, and providing the contact information of the other mobile terminal; Matching module for providing a surrogate operation transaction by providing to one side mobile terminal; And
And an insurance processing module for confirming whether at least one of the one side and the other mobile terminal is insured before the proxy driving transaction is established. The method of claim 1,
The matching module,
A list of service charges and location information of each service applicant presented by a plurality of service applicants is provided to the mobile terminal of the surrogate driving applicant, and the contact information of the agent selected by the service applicant is provided to the service applicant selected from the list. Surrogate operation intermediary system, characterized in that. The method of claim 1,
The matching module,
Provides a plurality of service applicants with a list of service charges presented by a plurality of surrogate operation applicants and location information of each surrogate operation applicant, and provides contact information of the service applicant who selected the surrogate operation applicant to the surrogate operation applicant selected from the list. Proxy operation intermediary system, characterized in that to provide. The method of claim 1,
The insurance processing module,
A surrogate operation brokerage system connected to an insurance company server to process a one-time insurance contract between the service applicant and the surrogate operation applicant. The method of claim 1,
The app (App),
And after the proxy driving transaction is established, displaying the real-time location information of the proxy driving applicant to the service applicant.
The method of claim 5,
The app (App),
Surrogate operation intermediary system, characterized in that for displaying the vehicle information of the surrogate operation applicant. The method of claim 1,
And a charging module for requesting and processing a billing service to a telecommunication company server providing a communication service to the mobile terminal of the service applicant. The method of claim 7, wherein
The charging module,
Providing information on the application fee to the mobile terminal of the surrogate operation applicant, and when agreeing, the surrogate operation mediation, characterized in that the billing request processing to the mobile communication server that provides a communication service to the mobile terminal of the surrogate operation applicant system. The method of claim 7, wherein
The charging module,
And after the service charge of the service applicant is paid through the telecommunication company server, allowing the establishment of a surrogate operation transaction of the matching module. The method of claim 1,
The location information acquisition module,
And the location information of the service applicant and the surrogate operation applicant through a service provider server providing a communication service to the mobile terminal of the service applicant and the surrogate operation applicant. The method of claim 1,
The location information acquisition module,
Surrogate operation mediation system, characterized in that for obtaining the location information by using the GPS function built in the service applicant, and the mobile terminal of the surrogate operation applicant. The method of claim 1,
And a billing module for requesting billing by a card company server using the credit card information when the mobile terminal of the service applicant includes credit card information. The method of claim 1,
The insurance processing module,
And at least one of the one side and the other mobile terminal before the proxy driving transaction is established, the one time insurance subscription is performed. Deputy driving, and communication with the mobile terminal is installed (App) application for proxy article,
Service Applicant, and the application of the surrogate operation applicant supporting the surrogate driver, the application of the service application and surrogate driver application occurs when the application, respectively, the location to determine the location information of the service applicant and the surrogate operation applicant by connecting to the service provider server An information acquisition module; And
Acquire the condition information on the location of the mobile terminal and the service fee of the service applicant and the surrogate operation applicant, and provide the service applicant and the surrogate operation applicant with the best condition information provided by the service applicant and the surrogate operation applicant. It includes; providing a matching module,
The matching module, the surrogate operation intermediary system, characterized in that to provide the contact information of the other party, when the payment of the service fee from any one of the service applicant and the surrogate operation applicant.

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