KR100831397B1 - Proxy driver service system - Google Patents

Abstract

The present invention relates to a technology for providing a surrogate operation service, and more specifically, provides information about a service charge and a surrogate driver bid by a surrogate driver located within a predetermined range through a mobile terminal location information of a surrogate operation applicant. The present invention relates to a technology that allows a customer to select a surrogate driver who can provide an optimal surrogate operation service using an auction method for a surrogate driver who is a service provider.

The surrogate operation service system according to the present invention transmits a surrogate operation service request signal including location information to a service server according to an operation command input from a customer, and a surrogate operation selected by the customer from a surrogate driver list provided by the service server. A plurality of customer terminals transmitting driver's selection information; The service request signal is provided to the surrogate driver terminal located within a predetermined range of the corresponding location information according to the surrogate operation service request transmitted from the customer terminal, and includes the charge information provided from the surrogate driver terminal and the surrogate driver information. Service server for generating a list of surrogate driver to provide to the customer terminal, and transmits the successful bid result information including the phone number and location information of the customer terminal to the corresponding driver driver terminal according to the selection information of the driver driver sent from the customer terminal Wow; And a surrogate driver terminal for providing driving fee information according to service provision to the service server according to a service request signal provided from the service server, and receiving and notifying successful bid information transmitted from the service server.

Agent driving, proxy driver, auction, mobile

Description

Proxy driver service system

1 is a schematic diagram schematically showing a surrogate operation service system according to an embodiment of the present invention.

2 is a block diagram schematically illustrating a service server according to an exemplary embodiment of the present invention.

3 is a schematic diagram schematically showing surrogate driver information provided to a customer terminal according to an exemplary embodiment of the present invention.

4 is a block diagram schematically illustrating a service server according to another aspect of the present invention.

5 is a flowchart schematically illustrating a proxy operation service providing process according to an exemplary embodiment of the present invention.

The present invention relates to a technology for providing a surrogate operation service, and more specifically, provides information about a service charge and a surrogate driver bid by a surrogate driver located within a predetermined range through a mobile terminal location information of a surrogate operation applicant. The present invention relates to a technology that allows a customer to select a surrogate driver who can provide an optimal surrogate operation service by using an auction method for a surrogate driver who is a service provider.

In response to the increase in self-driving drivers and the social atmosphere that is tolerant of drinking, the increase in drunk driving has led to the enforcement of police crackdown and continued prevention of drunk driving. According to this social atmosphere, many people are using a surrogate driving service when normal driving is not possible due to drinking, physical problems, etc. As a result, the surrogate driving market is rapidly growing.

However, as the surrogate operation business was classified as a free industry, it was possible to start a business with only a small amount of capital, which led to the intensification of many companies. As a result, the price environment intensified, which deteriorated the operating environment of surrogate drivers, such as speeding, signal violations, and central line violations. There are social problems such as non-compliance with traffic laws, fertilization of fees, uninsured insurance and insurance disputes.

The activation of surrogate operation service has the net function of reducing social cost due to drunk driving and the inverse function of generating new loss cost due to insufficient regulation of surrogate operation service market. The government's regulatory proposal aims to cultivate the surrogate operation market in the undermarket to create safety for users, to generate profits for surrogate operation service providers, and to impose fair taxation through the implementation of taxation infrastructure, but the system infrastructure for regulation is insufficient. The situation is suffering.

The present invention was devised to solve the above-mentioned problems, and an object thereof is to provide a surrogate operation service system in which a customer directly selects a surrogate driver and receives a surrogate operation service through a mobile terminal of a customer.

In addition, the operating fee for using the surrogate operation service through the auction bidding method to provide the surrogate operation service to the customer by selecting a surrogate driver that can provide the optimal surrogate operation service.

Furthermore, the present invention provides a surrogate operation service system through which a customer or a surrogate driver can inquire their service history through a network including the Internet.

When the surrogate operation service system according to an embodiment of the present invention described above is connected to a surrogate operation service server through a mobile terminal owned by a customer, and requests for surrogate operation service including its location information and a starting point and a destination, In response, the service server searches for a surrogate driver located within a predetermined range based on the received location information, and transmits a service request signal of the surrogate operation applicant to the searched surrogate driver's mobile terminal.

The surrogate driver inputs the operation fee according to the provision of the service through the starting point information and the destination information of the surrogate driving service request signal received through his terminal, and transmits the bid to the service server.

The service server receives bidding information including driving fare information transmitted from a plurality of proxy driver terminals to receive bidding information, personal information of the corresponding driver, insurance status, proxy driving history, traffic law violations, customer ratings, and the like. A surrogate driver list including information of the same surrogate driver is generated, and the generated list is provided to the corresponding customer terminal.

The customer selects a surrogate driver that can satisfy the desired operating cost and reliability from the surrogate driver list provided through his terminal and transmits the surrogate driver selection information to the service server to the service server. The service server receives the customer's proxy driver selection information and provides bid information including the customer's current location information, phone number, payment amount, and payment method to the corresponding driver's terminal. In addition, it provides the surrogate driver information including the service approval information and the surrogate driver phone number to the customer terminal. The surrogate driver provides a contact and surrogate operation service to the customer through the customer phone number of the bidding result information received by his terminal.

Accordingly, the surrogate operation service system according to the present invention provides the surrogate driver information provided by the surrogate driver located within a predetermined range and the surrogate driver information provided by the service provider to the customer through the mobile terminal location information of the customer, and the customer auctions By using the method, it is possible to select a surrogate driver who can be provided with an optimal surrogate operation service.

According to a characteristic aspect of the present invention, the surrogate operation service system according to the present invention calculates a trust level for each surrogate driver using a separate surrogate driver rating technology, and with reference to the surrogate driver's rating and operating fee, The rank is calculated, and the information of the surrogate driver with high priority is placed at the top of the list and provided to the customer.

Therefore, the surrogate driving service system according to the present invention evaluates the surrogate driver through the information that can determine the reliability, such as whether the surrogate driver insurance coverage, surrogate operation history, traffic law violation history, customer ratings and this to the customer By recommending, it has the advantage of providing a more reliable surrogate operation service to the customer.

According to another aspect of the present invention, the surrogate operation service system according to the present invention by storing and storing the data of the service provided, the customer or the surrogate driver connected to the server at any time using a computer connected to the Internet own service Check the details of the offer.

When a customer or a surrogate driver requests a connection to a corresponding service server through a computer connected to the Internet, the web service provider of the service server establishes a connection with the corresponding computer. Ask for input. The service approval information may be, for example, a serial number composed of several number combinations transmitted from a service server together with proxy driver information at the time of providing a service. When the customer or the deputy driver enters the approval information and the phone number, the service server accesses the service provision details through the approval information and provides the information to the customer or the deputy driver computer.

Therefore, the surrogate operation service system according to the present invention has the advantage of cultivating the service transparency and surrogate operation market by storing and managing the service history information and providing the customer or surrogate driver.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily understand and reproduce the present invention.

1 is a schematic diagram schematically showing a surrogate operation service system according to an embodiment of the present invention. As shown, the surrogate operation service system according to the present invention transmits the surrogate operation service request signal including the location information to the service server according to the operation command input from the customer, the customer from the surrogate driver list provided from the service server To the customer terminal 100 which transmits the selection information of the surrogate driver selected by the surrogate driver and the surrogate driver terminal 400 located within a predetermined range of the corresponding location information according to the surrogate operation service request received from the customer terminal 100. Providing a service request signal, generating a surrogate driver list including the charge information provided from the surrogate driver terminal 400 and the surrogate driver information to provide to the customer terminal 100, and transmits from the customer terminal 100 Transfer of the customer terminal 100 to the corresponding driver driver terminal 400 according to the agent information selected driver The service server 200 transmits the winning result information including the phone number and the location information, and provides the service fee 200 according to the service request signal provided by the service server 200 according to the service request signal. The proxy driver terminal 400 is configured to receive and notify the successful bid information transmitted from the service server 200. In addition, the mobile communication network and the gateway of the mobile communication company may be configured to include a communication server for transmitting data connected to the Internet as well.

For example, the customer terminal 100 may be a wireless mobile terminal such as a mobile communication terminal or a PDA possessed by a customer, and a surrogate operation service including its location information, surrogate operation origin and destination information through wireless data communication. Receives a request from the customer and transmits to the service server 200, receives a list of surrogate drivers provided from the service server 200 to provide to the customer, the surrogate driver selection information input from the customer service server 200 To provide.

The surrogate driver terminal 400 may also be a mobile communication terminal or a wireless mobile terminal such as a PDA possessed by the surrogate driver, and is connected to the service server 200 through wireless data communication and is transmitted from the service server 200. And receiving a surrogate operation service request signal including destination information and providing the surrogate driver with the surrogate driver, receiving the operation fee information from the surrogate driver, and transmitting it to the service server 200, when the customer selects the surrogate driver, the service server. Receives the successful bid result information including the telephone number and location information of the customer terminal 100 from 200 to notify the surrogate driver.

The mobile communication network may be, for example, a communication network using existing mobile communication technologies, such as CDMA, GPS, PCS, and WCDMA, as well as mobile communication methods to come. The mobile communication network is provided by a mobile communication service provider and serves as a bridge for relaying data transmission and reception between the customer terminal 100 or the proxy driver terminal 400 and the service server 200. The customer terminal 100 and the proxy driver terminal 400 may access the service server 200 through the mobile communication network, that is, the gateway of the mobile communication company.

The communication server may be a communication server capable of transmitting and receiving data according to various communication protocols including the Internet, for example, and used in a web service server or a mobile communication network for connection with the Internet according to a characteristic aspect of the present invention. It may be a WAP or Brew server which is one of the wireless Internet communication protocols.

The service server 200 establishes a connection with the plurality of customer terminals 100 and the surrogate driver terminal 400, and controls the functions of the wireless data communication server for transmitting and receiving data and the surrogate operation service system of the present invention. It can be implemented as. The service server 200 receives the surrogate operation service request from the customer terminal 100 and inquires the surrogate driver terminal 400 located within a predetermined range through the location information of the corresponding customer, and inquires the surrogate driver terminal 400. By sending a surrogate operation service request signal to request the input of the operating fee in accordance with the service provided. When the service fee information is collected from the proxy driver terminal 400 according to the service provision, the service server 200 generates a list of proxy driver information including the service fee information and the corresponding driver information and provides it to the customer terminal 100. do. When the substitute driver selection information is received from the customer terminal 100, the service server 200 transmits the successful bid result information including the telephone number and the current location information of the customer terminal 100 to the corresponding driver driver 400. The customer can be provided with a surrogate operation service from the surrogate driver.

This service server 200 will be described in more detail with reference to FIG. 2. 2 is a block diagram schematically illustrating a service server according to an exemplary embodiment of the present invention. As shown, the service server 200 according to the present invention includes an article information database 210 in which a plurality of proxy driver information is stored, and the current location information and starting and destination information from the customer terminal 100. The service reception unit 220 receiving the proxy driving service request and the proxy driver terminal 400 located within a predetermined range based on the location information of the customer terminal 100 are searched for and departed to the detected driver terminal 400. And a surrogate driver search unit 230 that provides a surrogate operation request signal including a destination and a surrogate driver's detailed information of a surrogate driver and service information transmitted from each surrogate driver terminal 400. Create a surrogate driver list, and the article information providing unit 240 for providing the generated list to the customer terminal 100, and the transfer from the customer terminal 100 Receive the driver selection information is configured to provide the results of bidding auction result information including the location information and phone number of the customer terminal 100 to its proxy driver device (400) includes a second study (250).

Article information database 210 may be implemented as a mass storage device, such as a hard disk, for example, personal information including personal information of the surrogate driver registered in the service, surrogate operation insurance, surrogate operation history, Information such as traffic violations and customer ratings are stored. Such driver information is included in the list of proxy driver provided to the customer terminal 100, when a request for more detailed information is requested from the customer terminal 100, the information is accessed from the article information database 210 provided do.

The service receiving unit 220 establishes a connection with the customer terminal 100, receives a proxy driving service request including location information, departure point and destination information from the customer terminal 100, and transmits the request to the proxy driver search unit 230. do.

The surrogate driver search unit 230 receives a surrogate operation service request output from the service receiving unit 220 and inquires the surrogate driver terminal 400 located within a predetermined distance based on the location information of the customer. Inquiry of the proxy driver terminal 400 establishes a connection with the proxy driver terminal 400 registered in the service according to the present invention every predetermined period to periodically check the location information of the proxy driver terminal 400 or in the mobile communication company You can inquire using location tracking service provided. The surrogate driver search unit 230 transmits a surrogate operation service request signal including the departure and destination information of the corresponding customer to the inquired surrogate driver terminal 400 and requests the input of a service fee according to service provision.

The article information providing unit 240 receives the driving fare information when the driving fare information is transmitted from the proxy driver terminal 400, and accesses the driver fare information for the driving fare from the article information database 210 and bids for each of the surrogate drivers. It generates a list including one operation fee and proxy driver information and transmits it to the corresponding customer terminal (100).

The agent driver list provided to the customer terminal 100 by the article information providing unit 240 will be described in detail with reference to FIG. 3. 3 is a schematic diagram schematically showing a list of surrogate drivers provided to the customer terminal 100 according to an embodiment of the present invention. As shown, the surrogate driver list is displayed along with the surrogate driver information such as the operation fee bid by the surrogate driver and the personal information, phone number and insurance coverage of the surrogate driver. In addition, a separate detailed information request function is provided so that customers can view other detailed information of the surrogate driver.

The bidding result providing unit 250 receives the proxy driver selection information transmitted from the customer terminal 100 and includes the phone number and current location information of the customer terminal 100 of the corresponding customer to the selected driver driver terminal 400. The successful bid result information is transmitted. The proxy driver terminal 400 receives the successful bid result information and notifies the proxy driver. The surrogate driver provides a surrogate operation service to the customer by moving to a desired starting point by the customer by means of the telephone number of the customer terminal 100 included in the auction result information.

In addition, when the bidding result providing unit 250 receives the proxy driver selection information transmitted from the customer terminal 100, the selected proxy driver information including the service approval information and the proxy driver phone number to the customer terminal 100; To provide. The approval information may be a serial number having a predetermined number of numbers, for example, a combination of "date, city code, sequence number", and is used to inquire the corresponding service details later.

According to a characteristic aspect of the present invention, the surrogate operation service system according to the present invention digitizes the service activity of registered surrogate drivers and assigns each grade, and provides them when a surrogate operation service is requested by the customer to select a surrogate driver. To provide a standard. Accordingly, the service server 200 according to the present invention, whether or not the insurance subscription occurred during the provision of personal information and surrogate driver service provided by the surrogate driver service subscription, surrogate operation history, traffic law violation history, customer ratings, etc. Further comprising a rating calculation unit 260 for calculating the level of the corresponding driver through the article, the article information providing unit 240 refers to the rating and operating fee of the proxy driver calculated by the rating calculator 260. By calculating the priority, the information of the surrogate driver with a high priority is located at the top of the list.

The grade calculation unit 260 is a personal information including personal information provided by the surrogate driver when signing up for a surrogate operation service system, surrogate operation history, traffic law violation history, insurance of the surrogate driver provided by the insurance company server 500 The surrogate driver's grade is calculated based on the membership status and the customer rating provided from the customer. In other words, the service behavior is analyzed for each of the surrogate drivers to assign or subtract points, and the surrogate driver grade is calculated and given based on a predetermined point.

For example, when the insurance is insured, 100 points are provided, and when the insurance expires, 100 points are deducted. In addition, in case of violation of traffic regulations or customer complaints during surrogate operation, 10 points are subtracted, and one point is accumulated every business day to induce the surrogate driver's service. Based on the points given or subtracted in this way, the grades are managed such that the best driver is 380 points or more, the excellent article is 240 points or more, the general article is 100 points or more, and the bad article is 100 points or less.

The article information providing unit 240 calculates the priority by referring to the grade and the operating fee of the surrogate driver calculated by the grade calculating unit 260, and the information of the surrogate driver having a higher priority is located above the list. Do it. For example, even if the same operating fare is entered, a weight is given to the surrogate driver with a high level of surrogate driver, or in the case of a poor driver, the customer can be placed at the bottom of the list even if the operating rate is low. Provide criteria for selecting a surrogate driver.

According to an additional aspect of the present invention, the service server 200 according to the present invention stores and manages the data of the corresponding service provided to the customer, so that the customer or surrogate driver can access the server at any time using a computer connected to the Internet. Allows you to check the details of service provision.

4 is a block diagram schematically illustrating a service server according to another aspect of the present invention. As shown, the service server 200 according to another aspect of the present invention is a web service provider 270 for establishing a connection and providing a web service according to a connection request of a plurality of user computers 700, and proxy A service history database 280 that stores service usage history for each driver or a customer, and accesses the corresponding service provision details from the service history database 280 according to a service history inquiry request of a connected user computer 700. It further includes a service history providing unit 290 to provide.

The web service provider 270 may be a kind of web service server that establishes a connection with the user computer 700 and provides a web service according to a connection request of a user computer 700 that is connected to the Internet, that is, a customer or a surrogate driver computer. Can be.

The service history database 280 may be implemented as a mass storage device such as a hard disk, for example, and a corresponding service provision history is stored for each approval information. The service provision details are stored by a customer who has a service provided by a surrogate driver, and the operation section, operation fee and payment method of the operation fee are stored. Such service provision details are accessed by the service history provider 290.

The service history providing unit 290 accesses the service providing history corresponding to the approval information from the service history database 280 according to the service history inquiry request including the approval information from the user computer 700 to the user computer 700. to provide. In addition, the service history providing unit 290 may add a receipt printing function. When the user computer 700 requests the receipt output, the service history providing unit 290 may provide a receipt according to the corresponding service provision and output it through a printer.

According to another aspect of the present invention, the surrogate operation service system according to the present invention provides a mileage service at the time of providing a use history or service evaluation of a customer. Accordingly, the service server 200 according to the present invention stores the mileage database 300 in which mileage information for each customer is stored, and a certain portion of the number or use amount of the customer is accumulated as mileage to the customer, or the user computer 700 Including a mileage provider 310 to request the surrogate driving service evaluation and provide the mileage to the customer according to the evaluation input.

The mileage database 300 may be implemented as a mass storage device such as a hard disk, for example, and the mileage information is stored for each customer.

The mileage providing unit 310 counts the number of times of use of the service for a customer who has subscribed to the standby driving service system according to the present invention or accumulates a certain portion of the fare paid by the customer as mileage for each customer. In addition, a request for the evaluation of the surrogate driver according to the corresponding service to the computer of the customer, namely, the user computer 700, which has requested the service history inquiry, and the evaluation is prepared and input, the predetermined mileage points are provided to the corresponding customer. The accumulated mileage information may be used for payment of the fare later, and may be provided with a service such as a discount on the fare.

According to another aspect of the present invention, the surrogate operation service system according to the present invention is capable of paying a service fee based on service use in a mobile environment. Accordingly, the service server 200 according to the present invention further includes a payment processing unit 320 receiving payment method selection information and payment information for each payment method input through the customer terminal 100 and processing payment.

The payment processing unit 320 selects a surrogate driver to request the service terminal payment method selection according to the service provision to the customer terminal 100 requesting service provision, and receives payment method selection information and corresponding payment method information of the customer. To process the payment through the financial server 600. The payment means may be, for example, credit card, bank transfer, cyber money, transportation card, mobile phone payment, accumulated mileage. Such payment processing can be easily carried out by those skilled in the art, so the detailed description thereof will be omitted.

According to another aspect of the present invention, the surrogate operation service system according to the present invention pays the fee paid to the surrogate driver through the virtual account. Accordingly, a membership card storing personal information and financial information of the subscribing driver who subscribes is issued and provided, and the surrogate driver's fee excluding the service usage fee from the operation fee settled by the payment processing unit 320 is stored in the membership card. Further comprising a fee payment unit 330 for processing payment to the representative driver through the information.

Fee payment unit 330 is stored in the membership card provided to the surrogate driver commission fee for the surrogate driver except the predetermined fee according to the use of the surrogate operation service according to the present invention when the payment is processed by the payment processing unit 320 is registered Deposits will be made to the virtual account, and the surrogate driver may withdraw freely through the membership card.

Therefore, a service provided only to customers in a predetermined region through payment of an electronic fee has an advantage that wide area service is available.

5 is a flowchart schematically illustrating a proxy operation service providing process according to an exemplary embodiment of the present invention. As shown, the surrogate operation service according to the present invention, the customer requests a surrogate operation service including the phone number and the origin and destination information to the corresponding service server 200 using their terminal, that is, the customer terminal 100 If (S101), the service receiving unit 220 of the service server 200 receives the location information of the customer from the mobile carrier to which the customer terminal 100 is subscribed. The surrogate driver search unit 230 of the service server 200 inquires the surrogate driver terminal 400 located within a predetermined distance based on the location information of the customer, and the corresponding surrogate driver terminal 400 to the corresponding customer. The surrogate operation service request signal including the departure and destination information of the transmission is transmitted, and a request for input of a service fee according to service provision is performed (S103).

When the driving fare information is transmitted from the proxy driver terminal 400 (S105), the article information providing unit 240 receives this, and accesses the proxy driver information, which bids the driving fare, from the article information database 210 for the proxy. The driver generates a list including the operation fee and proxy driver information bidding for each driver and transmits it to the corresponding customer terminal 100 (S107).

According to a characteristic aspect of the present invention, the surrogate operation service system according to the present invention digitizes the service activity of registered surrogate drivers and assigns each grade, and provides them when a surrogate operation service is requested by the customer to select a surrogate driver. To provide a standard. Accordingly, the service server 200 according to the present invention, whether or not the insurance subscription occurred during the provision of personal information and surrogate driver service provided by the surrogate driver service subscription, surrogate operation history, traffic law violation history, customer ratings, etc. Further comprising a rating calculation unit 260 for calculating the level of the corresponding driver through the article, the article information providing unit 240 refers to the rating and operating fee of the proxy driver calculated by the rating calculator 260. By calculating the priority, the information of the surrogate driver with a high priority is located at the top of the list.

When the selection information of the proxy driver is received from the customer terminal 100 (S109), the payment processing unit 320 requests the corresponding customer terminal 100 to select a vehicle fare payment means according to the service provision (S111), The payment method selection information of the customer and the corresponding payment method information are received to process the payment through the financial server 600. The payment means may be, for example, credit card, bank transfer, cyber money, traffic card, mobile phone payment, accumulated mileage (S113), (S115), (S117).

When the payment of the operation fee is completed by the payment processing unit 320, the bidding result providing unit 250 includes the phone number and current location information of the customer terminal 100 of the corresponding customer to the selected driver driver 400. The successful bid result information is transmitted (S119), and the selected proxy driver information including the service approval information and the proxy driver phone number is provided to the customer terminal device (S121). The approval information may be a serial number having a predetermined number of numbers, for example, a combination of "date, city code, sequence number", and is used to inquire the corresponding service details later.

The surrogate driver moves to the desired starting point by the customer by means of the customer phone number included in the auction result information provided by the bid result providing unit 250 and receives the surrogate operation service (S123).

The surrogate operation service system according to the present invention provides the customer with the operating fare and the surrogate driver information bidding by the surrogate drivers located within a predetermined range through the customer's mobile terminal location information, the optimal surrogate operation service using the auction method Has the advantage of providing.

In addition, the surrogate driving service system according to the present invention evaluates the surrogate driver through the information that can determine the reliability, such as whether the surrogate driver insurance coverage, surrogate operation history, traffic law violation history, customer ratings and this customer By recommending to the customer, it has the advantage of providing a more reliable surrogate operation service to the customer.

In addition, the surrogate operation service system according to the present invention has the advantage of cultivating the transparency of the service and the surrogate operation market by storing and managing service history information and providing the customer or surrogate driver.

In addition, the surrogate operation service system according to the present invention has a merit that a wide area service can be provided only to customers in a predetermined area by paying a fee paid to the surrogate driver through a virtual account.

On the other hand, the present invention has been described with reference to the embodiments shown in the drawings but this is only exemplary, those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom. . Therefore, the true technical protection scope of the present invention should be defined only by the appended claims.

Claims (8)

A surrogate operation service system composed of a plurality of customer terminals, a service server and a surrogate driver terminal, The service server, An article information database in which a plurality of proxy driver information is stored; A service receiving unit which receives a surrogate operation service request including current location information and departure and arrival information from the customer terminal; A surrogate operation search unit for searching for a surrogate driver terminal existing within a predetermined range based on the location information of the customer terminal and providing a surrogate operation request signal including a departure point and a destination to a searched surrogate driver terminal; An article information providing unit generating a proxy driver list including charge information according to the service provision transmitted from each of the proxy driver terminals and detailed information of the proxy driver, and providing the generated list to the customer terminal; A bid result providing unit configured to receive proxy driver selection information transmitted from the customer terminal and provide bid result information including a phone number and location information of the customer terminal to a corresponding driver terminal; And The grade that calculates the level of the surrogate driver through the personal information and surrogate operation service provided during the surrogate driver's service subscription, the surrogate operation experience, the surrogate operation history, the traffic law violation history, the customer rating, etc. Comprising; including; The article information provider above: A surrogate operation service system, characterized in that the priority is calculated by referring to the surrogate driver's grade and the operating fee calculated by the grading calculation unit, so that the information of the surrogate driver having a higher priority is located above the list. . delete delete delete  The method of claim 1, wherein the service server; A web service provider for establishing a connection and providing a web service according to a connection request of a plurality of user computers; A service history database for storing surrogate operation service usage information for each surrogate driver or user; A service history providing unit accessing and providing a corresponding service provision history from the service history database according to a service history inquiry request of the user computer connected to the service; Surrogate operation service system, characterized in that it further comprises. The system of claim 5, wherein the service server; A mileage database in which mileage information for each customer is stored; A mileage providing unit that accumulates a certain portion of the number of users or the amount of use as a mileage to the corresponding customer, or requests a surrogate operation service evaluation by the user computer, and accumulates and provides mileage to the corresponding customer according to the input evaluation; Surrogate operation service system, characterized in that it further comprises. The system of claim 1, wherein the service server; A payment processing unit receiving payment method selection information and payment information for each payment method input through the customer terminal to process payment; Surrogate operation service system, characterized in that it further comprises. 8. The system of claim 7, wherein the service server; Issuing and providing a membership card that stores the personal and financial information of the surrogate driver subscribed to, and the surrogate driver fee excluding the service usage fee from the operation fee set by the payment processing unit through the financial information stored in the membership card A commission payment unit for processing payments to the corresponding driver; Surrogate operation service system, characterized in that it further comprises.

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