KR20110095665A - Method and system for mediating driving according to two way reverse auction - Google Patents

Abstract

PURPOSE: A driving mediation service system by two way reverse auction are provided to enable a driver to provide a driving service of more affordable cost by enabling the driver to perform transactions by direct transaction that does not have burden about commission. CONSTITUTION: Plural customer terminals(110, 120, 130, 140) request a driving mediation service thorough a communication network(300). The plural driver terminals answer through the communications network to the driving mediation service. A communication unit of a driving mediation server(400) communicates the customer terminals or driver terminals(210, 220, 230, 240). A text generation unit of the driving mediation server creates a message that is going to be transmitted to the customer terminals or the driver terminals.

Description

Intermediate reverse auction service system and method {METHOD AND SYSTEM FOR MEDIATING DRIVING ACCORDING TO TWO WAY REVERSE AUCTION}

The present invention relates to a two-way reverse auction operation brokerage service using a communication terminal, and more particularly to a system and method for a two-way reverse auction service that can satisfy both the customer and the driver.

In general, when a user calls a company's call center for service, and the agency executes a guide based on a request for service, the agent is a user who is a substitute driver, a quick service, a call taxi, or a freight delivery service. Move to a desired location and use a method of providing a surrogate operation or quick service transport service.

For surrogate operation service or cargo delivery service, the customer should be easily introduced to the surrogate driver or carrier, and the driver / carrier should be able to accurately locate the customer and move quickly to the place where the caller is located. In particular, it is necessary to select and introduce the driver / carrier who can arrive at the customer as soon as possible.

At present, surrogate operation may be performed in person, in some cases through a surrogate operation company, and in some cases, freight service may also be performed in person or through a freight delivery company. Marketing is important to capture the high ground in this fiercely competitive situation, but customers should be able to easily call articles.

Most individual acting drivers or delivery drivers will advertise using separate flyers than if they belong to a professional agency or a professional delivery driver. However, even in the case of the customer, it may be unreliable as compared to the case of a professional agency or a professional delivery driver, so a professional agency or a professional delivery driver is used.

Such a professional agency or a professional delivery driver demands a fixed cost, and the driver incurs basic costs such as operating a service center compared to an individual agent or a cargo driver. And most of such costs are incurred by the surrogate driver or freight driver for each service case, and the cost is ultimately paid to the customer. As a result, it is inconvenient for the customer to use it at a fixed cost to a specialized company with a high basic cost, and it is difficult for an individual agent or a freight driver to take the opportunity of proxy operation or freight transportation. there was.

Accordingly, the present invention is to solve the above-mentioned disadvantages and problems of the prior art, the present invention relates to a bidirectional reverse auction operation brokerage service using a communication terminal, more specifically, both the customer and the driver can satisfy both directions It is an object of the present invention to provide a system and method for driving brokerage service by reverse auction.

The present invention for achieving the above object is a plurality of customer terminals requesting the operation brokerage service through a communication network; A plurality of driver terminals for responding to a driving brokerage service to a customer terminal through a communication network; And communication means for communicating with the customer terminal or the driver terminal via a communication network, text generation means for generating a character to be transmitted to the customer terminal or the driver terminal, identification information of the driver terminal, driver personal information of the driver terminal, and driving brokerage. Optionally, by means of text generation means and communication means to the driver terminal with reference to the database means for the average cost information for each condition and the driver's work performance information for the driver and the driving brokerage service request requested from the customer terminal. A driving intermediation server including control means for mediating driving, transmitting the response information of the driver terminals to the customer terminal, and transmitting the customer terminal information from the customer terminal to the selected driver terminal in response to the relayed response. Characterized in that configured It provides brokerage services operating system by the direction of reverse auction.

Here, the customer terminal is preferably at least one of a mobile phone, a smartphone, a PDA phone, a handheld personal computer (PC), and a desktop / laptop personal computer (PC).

Here, the driver terminal is preferably at least one of a mobile phone, a smart phone and a PDA phone.

The communication network is preferably at least one of a mobile communication network, a public switched telephone network (PSTN), and a wired or wireless Internet network.

In addition, the driving mediation server, the communication unit for communicating with the customer terminal or the driver terminal through a communication network, a geographic information system unit including terrain, geographically related data, and a character generation unit for generating a character to be transmitted to the customer terminal or driver terminal A billing unit that charges the driving brokerage service of the driver terminal registered in the driving broker server, identification information of the driver terminal, driver personal information of the driver terminal, average cost information for each condition for driving brokerage, By selectively storing the driver's work status information through the communication unit and the text generation unit and the communication unit for the operation brokerage service request requested from the customer terminal through the communication unit, and analyzes the response information of the driver terminal Intermediate responses to the customer terminal that requested the operation brokerage service, and driving Including location information and a controller that controls to periodically update the average prices according to the work / non-business status and conditions in the database according to the identification information of the terminal is preferably adapted.

Meanwhile, the database stores a driver basic information database for storing driver basic information such as terminal identification information for each driver terminal and personal information of the corresponding terminal driver, and stores average price information according to distance, cargo type, and model for driving brokerage. It is preferable that the average price information database for each condition and the driver status information database for updating and storing the charging status, the working status, and the non-business status information for each of the driver terminals.

Here, the basic input information requested from the operation broker server to the customer terminal, the customer's mobile phone, smart phone, PDA phone identification number, landline phone number, Internet phone number, origin, destination, cargo type, weight, car model, use It is preferable to include one or more of time zone, preferred driver gender, and age-specific information.

In addition, the present invention for achieving the above object comprises the steps of providing a basic input information to the customer terminal, if the customer terminal is connected to the operation mediation server; Inputting and transmitting the basic input information according to the basic input information from the customer terminal; Receiving the corresponding basic input information from the customer terminal, analyzing the information, calculating the average cost through the database of the operation mediation server, and transmitting the calculated average cost to the customer terminal; Inputting the desired cost through the customer terminal, the driving broker server searches for the driver terminals according to the origin through the database and transmits the basic input information and the cost information of the customer to the terminals of the corresponding drivers in a text message; The driving intermediate server collects the response information from the driver terminals and transmits the collected response information to the customer terminal; And transmitting the information of the customer terminal to the driver terminal which has transmitted the response information selected by the customer terminal to perform the driving brokerage service between the customer and the driver. .

Here, the basic input information is the customer's mobile phone, smart phone, PDA phone identification number, landline phone number, Internet phone number, origin, destination, type of cargo, cargo weight, model, immediate use, reservation use, preferred driver gender, It is desirable to include one or more of age information.

And, it is preferable that the operation intermediation server checks an input error of the cost transmitted from the customer terminal and requests re-entry to the customer terminal when the cost error is out of the set range.

In addition, the driver terminal according to the departure point is a driver terminal within 20 km or less than 20 minutes depending on at least one of the region, time zone, road conditions and weather conditions according to the location of the customer, if the customer wants to start immediately, For reservation customers, it is preferable to target a driver terminal that can arrive at the departure time within a predetermined time compared to the current time.

On the other hand, when transmitting the collected response information to the customer terminal, the response information collected from the customer terminal in sequence according to the response order, providing the response information of the driver terminal responded within a set time, or presented a low cost driver It is desirable to transmit the response information of the terminal, or to transmit the terminal information of the driver presenting a cost close to the price requested by the customer terminal.

Here, it is preferable that the driving broker server ignores the driver search for the driving broker service request when the driving broker service is being performed among other driver terminals.

The driving intermediate server may further include determining whether information indicating that the driving service task is completed is received from the driver terminal performing the task.

In addition, the driving intermediate server transmits a callback message for immediately answering the end of the driving task to the driver terminal, the driver terminal preferably transmits a task end confirmation message to the driving intermediate server through the callback message when the driving task is terminated.

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

First, the customer can use the service at a desired price or a low price through reverse auction.

Second, since the driver can deal with the customer by direct dealing, there is no burden on the brokerage fee, so the driver can provide the driving service at a lower cost to the customer.

Third, since the counselor is unnecessary when providing the operation brokerage service, it is possible to provide the brokerage service with a minimum cost.

Fourth, in case of making insurance contracts for each case or monthly, or collectively making insurance contracts to drivers or shippers who have subscribed to the driving brokerage service, insurance can be concluded at low cost. Or you can use the delivery service.

1 is a block diagram illustrating a service brokerage service system based on a bidirectional reverse auction according to the present invention;
FIG. 2 is a block diagram illustrating the operation mediation server shown in FIG. 1 in detail; FIG.
3 is a block diagram for explaining in detail the database shown in FIG.
4 is a flowchart for describing a method for mediating operation by bidirectional reverse auction according to the present invention.

Hereinafter, exemplary embodiments of a system and method for operating an intermediary auction service based on bidirectional reverse auction including emotional information according to the present invention will be described in detail with reference to the accompanying drawings.

In addition, although the term used in the present invention is selected as a general term that is widely used at present, there are some terms selected arbitrarily by the applicant in a specific case. In this case, since the meaning is described in detail in the description of the relevant invention, It is to be understood that the present invention should be grasped as a meaning of a term that is not a name of the present invention. Further, in describing the embodiments, descriptions of technical contents which are well known in the technical field to which the present invention belongs and which are not directly related to the present invention will be omitted. This is for the sake of clarity of the present invention without omitting the unnecessary explanation.

1 is a block diagram illustrating a driving brokerage service system based on a bidirectional reverse auction according to the present invention. As shown in FIG. 1, the driving brokerage service system based on the bidirectional reverse auction according to the present invention includes the first to nth customer terminals 110, 120, 130, 140, and the first to nth driver terminals 210. 220, 230, 240, the communication network 300 and the operation broker server 400.

Here, the first to n-th customer terminal (110, 120, 130, 140) requests surrogate operation, delivery operation brokerage service, mobile phones, smartphones, PDA phones, handheld (Hand Held) personal computer ( PC) and desktop / laptop personal computers (PCs).

The first to n-th driver terminals 210, 220, 230, and 240 respond to the driving brokerage service, and are configured with a mobile phone, a smart phone, a PDA phone, and the like. Here, the driver may be an individual such as a substitute driver or a personal delivery company, or may be a delivery company.

The communication network 300 includes a mobile communication network, a public switched telephone network (PSTN), a wired and wireless Internet network, and the like.

The driving mediation server 400 analyzes the driving mediation service request requested from the first to n th customer terminals 110, 120, 130, and 140 to the first to n th driver terminals 210, 220 ( It is optionally mediated to 230, 240. In this case, the operation mediation server 400 requests to input basic input information required for operation mediation to the customer terminal, and when the input for the request result is completed, provides the average cost information for the operation mediation service to the customer terminal. Here, the basic input information is the customer's mobile phone, smart phone, PDA phone identification number, landline phone number, Internet phone number, origin, destination, cargo type, cargo weight, type of vehicle, time zone (immediately, reservation, etc.), preferred Includes one or more of driver gender and age-specific information. In addition, the first to nth customer terminals 110, 120, 130, and 140 may be analyzed by analyzing the driving brokerage service responses received from the first to nth driver terminals 210, 220, 230, and 240. Mediate selectively. At this time, the driving intermediate server 400 periodically updates the location information of the first to nth driver terminals 210, 220, 230, and 240 according to the identification information. In addition, the work or non-work state of the first to n-th driver terminals 210, 220, 230, and 240 are periodically updated. In addition, by periodically updating the average cost of the surrogate operation according to the origin and destination, cargo, and transmits to the first to n-th customer terminals 110, 120, 130, 140 requesting the operation brokerage service. Meanwhile, the driving mediation server 400 may allow a customer and a driver who access their home page to request a driving brokerage service through a homepage. In another way, each terminal may download and install an application for more smoothly using the operation brokerage service. In the case of providing such a separate application, both the customer and the driver can be more conveniently installed to use the driving brokerage service more conveniently. To this end, the driving intermediate server 400 includes a communication means for communicating with a customer terminal or a driver terminal through the communication network 300, and a character generating means for generating a character to be transmitted to the customer terminal or the driver terminal. In addition, a database means for storing the identification information of the driver terminal, the driver personal information of the driver terminal, the average cost information for each condition for driving intervention and the driver's work performance status information. And, by intermittently driving through the text generation means and communication means to the driver terminal with reference to the database means for the driving intermediary service request requested from the customer terminal, and transmits the response information of the driver terminal to the customer terminal, Control means for controlling the transmission of the customer terminal information from the customer terminal to the selected driver terminal in response to the mediated response is configured.

FIG. 2 is a block diagram illustrating the operation mediation server shown in FIG. 1. As shown in FIG. 2, the operation mediation server 400 according to the present invention includes a communication unit 410, a geographic information system unit 420, a character generator 430, a charging unit 440, a controller 450, and a database. It consists of 60.

Here, the communication unit 410 is a communication means, through the communication network 300, the first to n-th customer terminal 110, 120, 130, 140 or the first to n-th driver terminal (210, 220) And communicate with (230) (240).

The geographic information system unit 420 collects, stores, outputs, and analyzes geographically and geographically related data such as buildings, roads, rivers, contours, administrative boundaries, and the like, and includes a general geographic information system (GIS). ) Can be used. Such a geographic information system unit 420 may be provided in the operation mediation server 400 as shown in FIG. 2 or may be constructed as a separate server.

The character generator 430 is a character generation means, and includes first to nth customer terminals 110, 120, 130, 140, and first to nth driver terminals 210, 220, 230, and 240. ) To generate text to send to mobile phones, smartphones, PDA phones, etc.

The accounting unit 440 performs billing on a case-by-month basis or on the first to nth driver terminals 210, 220, 230, and 240 registered in the driving broker server 400. The brokerage service is provided to the driver terminal in which such charging is normally performed. This billing can be used to insure insurance at a lower cost if the insurance contract is signed on a case-by-case basis with the driver or carrier. In addition, customers can use the driving or shipping service with confidence.

The database 460 is a database means, and terminal identification information (mobile phone number information, smart phone number information, PDA phone number information) for the first to n-th driver terminals 210, 220, 230, and 240 and corresponding information. Driver basic information such as terminal user information (resident registration number (age, gender, etc.), name) is stored. In addition, the database 460 stores the average price for each condition for operating brokerage. Such conditions include price information by distance, freight (weight, type, etc.) and vehicle type. In addition, the database 460 stores the state information of the driver terminal. Such state information includes billing status, work (operational) status, non-business status, and the like. To this end, as shown in FIG. 3, the database 460 may include a driver basic information database (DB) 461, an average price information DB 462 for each condition, a driver status information DB 463, and the like.

The controller 450 may refer to the database 460 for the operation brokerage service request requested from the first to nth customer terminals 110, 120, 130, and 140 through the communication unit 410. The driver terminal 210, 220, 230, 240 selectively mediates driving through the character generator 430 and the communication unit 410, and the first to nth driver terminals 210, 220 ( The response of the operation brokerage service response of the 230 to 240 is analyzed and the response is mediated through the text generation unit 430 and the communication unit 410 to the customer terminal requesting the operation brokerage service. In addition, the driving mediation server 400 is a database of the location information, the work / non-work state, the average price information according to the conditions of the first to n-th driver terminal 210, 220, 230, 240 according to the identification information Update periodically at 460.

4 is a flowchart for describing a method for mediating operation by bidirectional reverse auction according to the present invention. According to the bidirectional reverse auction operation method according to the present invention, as shown in Figure 4, when the customer terminal is connected to the operation mediation server 400, the operation mediation server 400 provides basic input information to the corresponding customer terminal ( S100). Such basic input information includes customer's mobile phone, smart phone, PDA phone's identification number, landline phone number, internet phone number, origin, destination, type of cargo, weight of cargo, type of car, time zone (immediately, reservation, etc.), preferred Includes one or more of driver gender and age-specific information. The customer terminals are mobile phones, smart phones, PDA phones and PCs. In this case, a customer using a PC may enter a landline telephone number or an Internet telephone number.

According to such basic input information, the customer terminal inputs and transmits the corresponding basic input information to the operation intermediate server 400 (S110).

The operation mediation server 400 receiving the basic input information from the customer terminal analyzes the information to calculate the average cost through the database 460, and transmits the calculated average cost to the customer terminal (S120). In this case, when the customer terminal is a mobile phone, a smart phone, a PDA phone, a text message may be transmitted, and when the user terminal is connected to the homepage using a PC, the result may be displayed in a separate display column on the corresponding homepage. In the case of providing such an average cost, the customer is guided to pay an appropriate amount and to guide the driver to drive at an appropriate amount.

The customer inputs the cost he or she wants to pay with reference to the average cost (S130).

The driving intermediate server 400 having received the corresponding cost searches for a driver terminal according to a starting point through the database 460 (S140). At this time, the control unit 450 of the operation intermediation server 400 checks the input error of the cost transmitted from the customer terminal. Here, the error in input of the cost is because the customer can input the under or over amount by mistake of operating the customer terminal. The under or over amount may be 5% to 15% of the average cost, or 900% to 1100%. For example, the average cost is 10,000 won, but the customer enters an amount of around 1,000 won or enters an amount of around 100,000 won. In such a case, it is preferable to guide the customer terminal and input again.

According to the driver terminal search result, the driving mediation server 400 determines whether there is a suitable driver terminal (S150). Here, a suitable driver terminal is preferably a driver close to the customer if the customer wants to start immediately. For example, it is preferable to be a driver in the case of a distance within 20 km or less than 20 minutes from a customer. However, the distance within 20 km and within 20 minutes is local (city, rural), time zone (daytime, late night, etc.), road conditions (frequent traffic, leisurely roads), weather environment (sunny days, cloudy days, rain, snow, typhoons) Various modifications and adjustments are possible, such as within 10 km or within 10 minutes, within 5 km or within 5 minutes, and the like. In addition, the reservation customer can be targeted to all the driver terminal that can arrive within the scheduled time of departure compared to the current time.

If it is determined in step S150 that there is no driver terminal, the driver is notified and ends (S160).

However, the determination result (S150), if there is a driver terminal to generate the basic input information and the cost information of the customer to the terminal of the driver to transmit a text message (S170).

Next, answer information is collected from the driver terminals (S180). The answer information includes cost information of the driver who will provide the driving service to the customer.

Then, the collected response information is transmitted to the customer terminal (S190). At this time, the response information collected by the customer terminal may be sequentially transmitted, or may provide the response information of the driver terminal responding within a minute, for example, within a certain time. In addition, when there are many driver terminal answer information, for example, 10 or more cases may be transmitted in the order in which the low cost is transmitted, or may only transmit the driver terminal information that presents a cost close to the price requested by the customer.

The operation mediation server 400 determines whether the customer has selected the response information (S200).

Judgment result (S200), if the driver terminal is selected as the customer's own customer terminal driving mediation server 400 transmits the customer's mobile phone, smart phone, PDA phone identification information, landline phone number or Internet phone number to the selected driver terminal (S210). Accordingly, the driver calls the customer to determine the exact location of the customer and then moves to the corresponding point to provide the driving service.

On the other hand, the driving mediation server 400 updates in the database that the driver is performing work. Therefore, when a driving service request from another customer is requested, the driver terminal ignores the search of the driver device for the driving service request and the driver can concentrate on the current driving.

In addition, the driving intermediation server 400 determines whether the information indicating that the corresponding driving service is terminated is received from the driver terminal performing the task (S230). For this purpose, the driving mediation server 400 preferably transmits a callback message for immediately answering the end of the driving task to the driver terminal.

As a result of determination (S230), when the work is terminated from the corresponding driver terminal, the corresponding driver searches for a callback message for notifying the end of the driving task in a text message of the driver terminal and transmits a callback message confirming the end of the task to the driving mediation server 400. . Accordingly, the driving intermediary server 400 releases the registration during the performance of the driver (S240) and performs a search for the corresponding driver terminal when a driving intermediary service request from another customer is requested.

On the other hand, if the determination is not selected by the customer (S200), the request for re-entering the condition to the customer terminal (S250). This may be the case when there is a large difference between the cost between the customer and the driver to pay.

In addition, the driving mediation server 400 determines whether the customer re-enters the condition through the customer terminal (S260), and when re-entering, the driving mediation server 400 executes a driver search according to the starting point again (S250). .

Although the present invention has been described by way of example as described above, the present invention is not necessarily limited to these examples, and various modifications can be made without departing from the spirit of the present invention. Therefore, the examples disclosed in the present invention are not intended to limit the technical idea of the present invention but to explain the present invention, and the scope of the technical idea of the present invention is not limited by these examples. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

110, 120, 130, 140: customer terminal
210, 220, 230, 240: operator terminal
300: communication network 400: operation intermediate server
410: communication unit 420: geographic information system
430: character generation unit 440: billing unit
450: control unit 460: database

Claims (15)

A plurality of customer terminals requesting an operation brokerage service through the communication network 300;
A plurality of driver terminals for responding to the driving brokerage service to the customer terminal through the communication network 300; And,
Communication means for communicating with the customer terminal or the driver terminal through the communication network 300;
Character generation means for generating a character to be transmitted to the customer terminal or the driver terminal;
Database means for storing identification information of the driver terminal, driver personal information of the driver terminal, average cost information for each condition for the driving intermediary, and driver's work performance status;
In response to the request for the driving brokerage service requested from the client terminal, the driver terminal is selectively relayed to the driver terminal through the text generation means and the communication means, and the response information among the driver terminals is returned. And an operation intermediation server 400 including a control means for transmitting the customer terminal information from the customer terminal to the selected driver terminal in response to the mediated response. Operation intermediary service system
The method of claim 1,
The customer terminal is at least one of a mobile phone, a smartphone, a PDA phone, a handheld personal computer and a desktop / laptop personal computer (PC) driving intermediary auction service system.
The method of claim 1,
The driver terminal is at least one of a mobile phone, a smart phone and a PDA phone driving intermediary auction service system, characterized in that.
The method of claim 1,
The communication network 300 is a driving intermediary auction service system, characterized in that at least one of a mobile communication network, public switched telephone network (PSTN), wired and wireless Internet network.
The method of claim 1,
The operation mediation server 400,
A communication unit 410 communicating with the customer terminal or the driver terminal through the communication network 300;
A geographic information system unit 420 including data related to terrain and geography;
A character generator 430 for generating a character to be transmitted to the customer terminal or the driver terminal;
A charging unit 440 which performs charging for the driving brokerage service of the driver terminal registered in the driving broker server 400;
A database 460 for storing identification information of the driver terminal, driver personal information of the driver terminal, average cost information for each condition for the driving intermediary, and driver's work performance information;
Selective mediation of driving through the text generation unit 430 and the communication unit 410 in response to the driving intermediary service request requested from the customer terminal through the communication unit 410, and analyzes the response information answered from the driver terminal. Relays the response to the customer terminal requesting the corresponding driving brokerage service, and periodically updates the location information according to the identification information of the driver terminal and the average price information according to the work / non-work state and condition to the database 460. Driving intermediary service system according to the bidirectional reverse auction, characterized in that it comprises a control unit 450.
The method of claim 5, wherein
The database 460 may include a driver basic information database 461 that stores driver basic information such as terminal identification information for each of the driver terminals and personal terminal driver information.
An average price information database 462 for each condition for storing average price information according to a distance, a cargo type, and a vehicle type for the driving brokerage;
And a driver state information database (463) for updating and storing the billing state, the state of work, and the non-work state information for each of the driver terminals.
The method of claim 1,
Basic input information requested from the operation mediation server 400 to the customer terminal,
Includes one or more of the customer's mobile phone, smart phone, PDA phone identification number, landline phone number, Internet phone number, origin, destination, cargo type, load weight, type of vehicle, time of use, preferred driver gender, age information Driving intermediary service system according to the bidirectional reverse auction, characterized in that.
When the customer terminal is connected to the operation mediation server 400, the operation mediation server 400 providing basic input information to the corresponding customer terminal;
Inputting and transmitting corresponding basic input information according to the basic input information from the customer terminal;
The operation mediation server 400 receiving the basic input information from the customer terminal analyzes the information to calculate an average cost through the database 460 of the operation mediation server 400, and calculates the average cost of the customer terminal. Transmitting to;
When the user inputs a desired cost through the customer terminal, the driving broker server 400 searches the driver terminals according to the origin through the database 460 and provides the basic input information and cost information of the customer to the terminals of the corresponding drivers. Sending in a text message;
The driving intermediate server 400 collecting response information from the driver terminals and transmitting the collected response information to the customer terminal; And
And transmitting the information of the customer terminal to the driver terminal which has transmitted the response information selected by the customer terminal to perform the driving brokerage service between the customer and the driver.
The method of claim 8,
The basic input information includes the identification number of the customer's mobile phone, smart phone, PDA phone, landline phone number, Internet phone number, origin, destination, type of cargo, weight of the car, model, immediate use, reservation use, preferred driver gender, Driving intermediary service method by the reverse reverse auction, characterized in that it comprises one or more of the age-specific information.
The method of claim 8,
The operation mediation server 400 checks an input error of a cost transmitted from the customer terminal and requests re-entry to the customer terminal when the cost error is out of a set range. Way.
The method of claim 8,
The driver terminal according to the departure point is a driver within 20 km or less than 20 minutes from the customer according to at least one of the region, time zone, road conditions and weather conditions according to the location of the customer when the customer wants to start immediately. Terminals, the case of the reservation customers compared to the current time to the driver terminal that can arrive at the departure time within the scheduled time, characterized in that for driving intermediary reverse auction service method.
The method of claim 8,
When the collected answer information is transmitted to the customer terminal, the answer information collected from the customer terminal is sequentially transmitted in response order, or the answer information of the driver terminal responding within a set time is provided or a low cost is presented. Method for transmitting a driver's terminal by transmitting the response information of the driver terminal, or the terminal information of the driver presenting a cost close to the price requested by the customer terminal.
The method of claim 8,
The driving mediation server 400 may be a driver terminal that is performing work among the driver terminals, and ignores a driver search for a corresponding driving mediation service request when a driving mediation service request is made from another customer terminal. Intermediary service method.
The method of claim 8,
The driving mediation server 400 further comprises determining whether information regarding the completion of the driving service task is received from the driver terminal performing the task.
The method of claim 14,
The driving mediation server 400 transmits a callback message for promptly answering the end of the driving task to the driver terminal, and the driver terminal sends a work end confirmation message through the callback message when the driving task is terminated. Operation intermediary service method by a bidirectional reverse auction, characterized in that for transmitting to (400).

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