JP2002366798A - Automobile body repair and painting auction system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an auction system by which an orderer side can easily select a proper repair shop corresponding to needs and the side of the repair shop can find new customers in automobile repair such as body repair and painting. SOLUTION: The auction system is provided with an ordering user terminal 20 which the orderer uses, an order receiving user terminal 21 which an order receiver uses and an auction server 10 connected to the terminal 20 and the order receiving user terminal via a communication network 30. The server 10 receives displayed automobile information transmitted from the terminal 20 and distributes it to the terminal 21. In addition, the server 10 receives a bidding signal transmitted from the terminal 21 and determines successful bidding or failed bidding of the displayed automobile being the object of auction based on the receiving situation of the bidding signal.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an auction system for repairing automobiles such as sheet metal and painting.

[0002]

2. Description of the Related Art Conventionally, when repairing an automobile such as sheet metal or painting, a repair vehicle is brought into a sheet metal painting factory from a general user or a dealer, a maintenance shop, or the like, who has received a repair request from the general user. Generally, sheet metal painting is performed in a painting factory. There are various types of such sheet metal painting factories depending on the scale, equipment, quality of paint, skill of workers, and the like.

[0003]

However, there is a problem that it is difficult for an orderer to select an appropriate sheet metal painting factory when requesting repair at a sheet metal painting factory. That is, the orderer also has various needs such as the amount of money, the finish, and the delivery date, and the orderer selects a finish required according to the needs and a factory for the repair price corresponding to the finish. However, there is no industry standard mechanism or rule for ordering repairs, and the current situation is to select from a few nearby factories and request a repair.

[0004] In addition, most of the sheet metal painting factories are small factories, often performing subcontracting work of a specific automobile dealer, and few have independent sales capabilities. Under these circumstances, it is difficult for a sheet metal painting factory to acquire new customers.

[0005] Further, there is a problem that it is difficult to properly estimate the repair amount at the time of repair, and the calculation of the repair amount tends to be unclear. In other words, there is a variation in repair capacity and labor costs for each factory. Repair quotation requires skill, and the situation of the repair location varies from vehicle to vehicle, and ultimately depends heavily on the intuition of the person making the estimate.
In addition, the market price of the repair amount may fluctuate due to factors such as the season, such as an increase in the number of accident vehicles and an increase in the repair amount after snowfall. Further, there is an intermediate margin, and it is difficult for a general user to know an appropriate repair amount.

In view of the above, the present invention relates to an automobile repair in which an orderer can easily select an appropriate repair shop according to needs in car repair such as sheet metal painting, and the repair shop can easily find new customers. The purpose is to provide an auction system. It is another object of the present invention to provide a system capable of easily making an appropriate estimate of a sheet metal coating amount.

[0007]

To achieve the above object, according to the first aspect of the present invention, an ordering user terminal (20) used by an orderer and an ordering user terminal (21) used by a contractor are communicated with each other. An auction server (1) connected to an ordering user terminal (20) and an order receiving user terminal via a network (30) and having a storage device;
0), which relates to an automobile sheet metal painting auction system for automobiles.
0) has means for transmitting exhibited car information relating to exhibited cars in the auction to the auction server (10). The auction server (10) receives the exhibited car information transmitted from the ordering user terminal (20), Means for storing the exhibited car information in the storage device, means for distributing the exhibited car information to the order receiving user terminal (21), and means for storing the order receiving user terminal (2).
A) a means for notifying the current price of the exhibited car to be auctioned, a means for receiving a bidding signal transmitted from the order receiving user terminal (21), and an auction target based on the reception status of the bidding signal. Means for deciding a successful bid or a winning bid for the exhibited car; the order receiving user terminal (21) receives the current price from the auction server (10) and displays the current price on the display means; Means for transmitting a bidding signal to the auction server (10).

With such a configuration, bids from a large number of order-receiving users (repair shops) can be solicited by auction in response to various repair request needs of the ordering user, and the successful bidder can be determined from among them. For this reason, when requesting a repair to a sheet metal painting factory, the orderer can request a repair to a sheet metal painting factory having an appropriate repair amount. At the sheet metal painting factory, opportunities for acquiring new customers will be dramatically expanded.

[0009] In the invention according to claim 2, the auction server (10) has a storage device, and when a successful bid for an exhibited car is determined, a past exhibit obtained by adding the successful bid price to the exhibited car information. Means for storing vehicle information in a storage device,
The ordering user terminal (20) or the order receiving user terminal (2)
At least one of 1) is an auction server (10)
The present invention is characterized in that a means for referring to past exhibition information stored in the storage device is provided.

[0010] By performing an auction in this way, the latest exhibited car information and its successful bid price are always accumulated. For this reason, even if the sheet metal painting price fluctuates due to factors such as the season, the auction successful bid price also fluctuates with the fluctuation, so that the market price (market price) of the sheet metal coating price can always be obtained. Therefore, by using the past exhibited vehicle information accumulated by the sheet metal painting auction and referring to the data of the same or similar case, it is possible to appropriately estimate the sheet metal painting price. Furthermore, since many cases can be obtained according to the sheet metal painting auction, a more appropriate repair amount can be obtained by using the average value.

Further, in the invention according to claim 3, an ordering user terminal (20) used by an orderer and an ordering user terminal (21) used by a contractor, and a communication network (30).
A vehicle metal painting auction system for a vehicle metal painting provided with an auction server (10) having a storage device connected to the auction vehicle, and a car for an auction exhibit car transmitted from an ordering user terminal (20) Means for receiving the information and storing the exhibited vehicle information in the storage device; means for distributing the exhibited vehicle information to the order receiving user terminal (21);
Means for notifying the current price of the exhibited car to be auctioned to 1) and displaying the current price on the display means of the order receiving user terminal (21);
It is characterized by comprising means for receiving the bidding signal transmitted from 1) and means for determining a successful bid or bidding on a car to be auctioned based on the reception status of the bidding signal.

The means for deciding a successful bid or a bid is provided when the bidding signal is received for the current price, as in the invention according to the fourth aspect. A means for determining the current price, a means for increasing the current price by a predetermined amount when there is no bidding signal for a predetermined time, and an auction when the current price exceeds a preset upper limit price. And means for making a bid for the exhibited vehicle as an object.

When an auction is conducted by using the Internet as a communication network, it is difficult to process a plurality of signals sent from an order-receiving user when bidding, and it is difficult to determine a successful bidder from a plurality of signals. Is difficult.
On the other hand, the invention according to claim 5 is characterized in that the means for determining a successful bid determines the order receiving user terminal (21) that transmitted the bidding signal first as the successful bidder. Thus, the auction server (10) only needs to pick up the bidding signal that arrives first, so that an auction system using the Internet can be realized with a simple configuration.

In the invention described in claim 6, the exhibited vehicle information requires vehicle type information for specifying the type of the exhibited vehicle, coating information for specifying the painting of the exhibited vehicle, and sheet metal painting for the exhibited vehicle. It is characterized by including damage information for specifying a damage state. By using such exhibited car information, the order-receiving user can easily determine the exhibited car and the damage status on the order-receiving user terminal (21) without looking at the actual car, and estimate the amount required for repair. It is possible to do.

The reference numerals in parentheses of the above-mentioned means indicate the correspondence with the concrete means described in the embodiments described later.

[0016]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below with reference to FIGS. The automobile repair auction according to the present embodiment is an auction for automobile repair such as painting a sheet metal of an automobile using a communication network. In addition, the auction of this embodiment is
The price is raised in order from the starting price.

In the auction system of the present embodiment,
A real-time auction (seri) in which the order-receiving user bids on the spot for the current price of the exhibited car,
Prior to the start of the auction, it is possible to make a bid in which the order receiving user presents a bid price in advance. In this specification, "bid" refers to a price (bid price) that the ordering user considers appropriate for the exhibited vehicle before the start of auction, and other bidders up to the bid price after the start of the auction. If there is no, it means that the bidder can win a bid.

FIG. 1 shows the overall configuration of an automobile repair auction system according to this embodiment. As shown in FIG. 1, the auction system according to the present embodiment includes an auction server 10, an ordering user terminal 20, an order receiving user terminal 2,
1 is provided. The server 10 and the user terminals 20 and 21 are connected via a communication network 30. The auction server 10 is located at an auction management center that manages auctions, the ordering user terminal 20 is located at a car dealership or general user's home as a repair ordering user, and the order receiving user terminal 21 is a sheet metal painting repair factory as a repair ordering user. Placed in

The server 10 is a server computer provided with a storage device, and performs various processes related to auctions (for example, start / end of auction, change of a setup of a lift interval and a lift width, user authentication, monitoring of auction status, etc.).
I do. Further, the storage device stores various types of information such as exhibited vehicle information on vehicles exhibited on the day of the auction and past exhibited vehicle information on vehicles previously exhibited on the auction.

As the user terminals 20 and 21, for example, personal computers can be used. The personal computer includes an input device (keyboard, mouse, joystick, etc.), an output device (display, etc.), a storage device (hard disk, etc.), and a communication device (modem, network card, etc.). Further, in the order receiving user terminal 21 of the present embodiment, a joystick is used as a bid switch for the order receiving user to indicate a bid bid for an auction exhibit car.

In the ordering user terminal 20 used by the orderer,
It is possible to perform registration of exhibition information on vehicles to be exhibited in the auction to the auction server 10, browsing of auction holding status, search of past exhibited vehicle information of vehicles previously exhibited in the auction, and the like. However, bids cannot be placed on auction vehicles. The order-receiving user terminal 21 used by the order-receiving user can search for information on the day-of-vehicle exhibited on the day, bid on an auction-listed vehicle, search for past-vehicle information, and the like.

As the communication network 30, for example, the Internet can be used. The communication line 31 that connects the communication network 30 with the server 10 and the user terminals 20 and 21 is, for example, an ADSL (Asymmetric Dig).
Ital Subscriber Line) or an optical fiber cable or the like can be used.

Next, the flow of the automobile repair auction according to this embodiment will be described with reference to the flowchart of FIG.

First, the ordering user transmits the exhibited car information to the auction server 10 via the ordering user terminal 20 (step S100). Exhibited vehicle information includes vehicle type information that identifies the type of exhibited vehicle, painting information that identifies the painted vehicle,
It consists of damage information that specifies the state of damage (damage) that requires sheet metal painting, and further includes the desired delivery date, upper limit price, and auction start price.

The vehicle type information includes a manufacturer name, a vehicle name, a grade,
It consists of vehicle body shape (sedan, coupe, three-door hatchback, five-door hatchback, wagon / van, minivan, one box, open car, etc.), model, etc. The coating information includes the coating category (solid, metallic, pearl, etc.),
Number of colors, system colors (white, black, red, dark blue, wine, silver, etc.)
Consists of

The damage information includes a damage location, a damage category (scratch, dent, crack) indicating the type of damage, and a damage level obtained by quantifying the degree of damage for each damage category. The damage location is specified for each panel constituting the vehicle, such as a hood or a right door. The determination of the damage location, damage classification, and damage level is performed by the ordering user who requests sheet metal painting.

For specifying the damage information, image information is used in addition to the character information. Specifically, in order to easily specify a damaged portion, a development view in which a vehicle is developed for each panel is used. Further, in order to visually specify the damage information in detail, a photographic image including at least a damaged portion is used.

The desired delivery date is, for example, 5 days when the ordering user desires repair within 5 days. The upper limit price is the upper limit of the bidding price set by the ordering user. For example, if repair is desired at 50,000 yen or less, 50,000
000 yen.

Next, the auction server 10 receives the exhibited car information transmitted from the orderer terminal 20 and registers it in the storage device (steps S200 and S20).
1). Until an auction is held, vehicle information from the ordering user is sequentially received and registered.

Next, prior to the start of the auction, the auction server 10 distributes (transmits) exhibited vehicle information of vehicles to be exhibited in the auction to the order receiving user terminal 21.
(Step S202). The order receiving user terminal 21 receives the exhibited car information transmitted from the auction server 10 (Step S300). The received exhibited car information is stored in the storage device of the order receiving user terminal 21. The order-receiving user can search and browse the exhibited vehicle information of the vehicle exhibited on the day of the auction (step S30).
1).

[0031] Thus, the order receiving user can preview on the terminal 21 the vehicles to be exhibited in the auction before the auction starts. Before the start of the auction, the bidding switch of the order-receiving user terminal 21 is disabled, and the order-receiving user cannot bid on the exhibited vehicle from the order-receiving user terminal 21.

Here, the search for the exhibited car information performed by the order receiving user terminal 21 will be described with reference to FIGS. 3 to 5 show screen examples of the order receiving user terminal 21, FIG. 3 shows a search condition input screen, FIG. 4 shows a search result list screen, and FIG. 5 shows a vehicle detailed information screen. The exhibition vehicle information search is to extract, from the exhibition vehicle information downloaded from the auction server 10 to the order entry user terminal 21, exhibition vehicle information that matches or approximates a condition desired by the ordering user.

The order receiving user inputs his / her desired conditions on the search screen (FIG. 3) displayed on the order receiving user terminal 21. The search condition can be performed by selecting an item displayed on the screen. As search conditions, for example, delivery date,
Domestic cars / imported cars, body shape, start price, etc. can be used. These search conditions can be used alone or in combination. When combined, the search conditions are combined by AND conditions. Next, by executing a search, a list of exhibited vehicles that match or approximate the search conditions is displayed on the screen of the order receiving user terminal 21 (FIG. 4).

Next, a vehicle detailed information screen can be displayed by selecting a specific exhibited vehicle on the list display screen (FIG. 5). On the vehicle detailed information screen shown in FIG.
Delivery date, vehicle information, damage information, photographic image, developed view, etc. are displayed. If the exhibition number of the desired exhibition vehicle is known in advance, the vehicle detailed information screen shown in FIG. 5 can be displayed by designating the exhibition number.

As a result, prior to the start of the auction, the order-receiving user can preview the vehicles exhibited in the auction on the list screen of FIG. 4 and the detailed screen of FIG. 5, and determine whether or not to participate in the auction for a specific vehicle. Can be determined.

Further, as described above, in the auction system of the present embodiment, in addition to the real-time auction that bids on the sequentially changing current price, a bid for which the order-receiving user presents a bid price in advance before the auction starts. be able to. A bid can be made on the vehicle detailed information screen of FIG. The order receiving user inputs a price (bid price) considered appropriate to the order receiving user terminal 21 and transmits the bid price to the auction server 10 to register it.
After the auction starts, if there are no other successful bidders up to the bid price, the bidder can bid on the exhibited car.

Next, when the auction start time comes, an auction start signal notifying the start of the auction is sent from the auction server 10 to the order receiving user terminal 21, and the start of the auction is notified (step S203). Thereby, the bidding switch of the order receiving user terminal 21 becomes effective.

FIG. 6 shows an example of the screen of the order receiving user terminal 21, which is an auction screen for bidding on the exhibited vehicle to be auctioned. As shown in FIG. 6, the current price (auction price) of the exhibited vehicle, vehicle information, and the like are displayed on the auction screen. The order-receiving user makes a bid for the exhibited car on the auction screen shown in FIG.

Next, the current price (auction price) of the exhibited vehicle to be auctioned by the auction server 10 is changed to an initial value, such as a starting price (for example, 40,000).
(Yen) (step S204). The current price is transmitted to the order receiving user terminal 21 (step S205).
Accordingly, the current price of the exhibited vehicle that is the target of the auction is displayed on the display device of the order receiving user terminal 21. In the auction system according to the present embodiment, until a bid is received from any order-receiving user, or until the current price reaches the upper limit price, the predetermined time (for example, 3
Every second), the current price is automatically increased and updated.

The order receiving user sees the current price and other information displayed on the order receiving user terminal 21, and determines whether or not to bid on the exhibited vehicle to be auctioned (step S302). As a result, when bidding on the exhibited vehicle, the bidding switch of the user terminal 21 is pressed to indicate the bidding intention (step S303). As a result, a bidding signal (auction signal) is transmitted from the order receiving user terminal 21 to the server 10. On the other hand, if no bid is made for the exhibited vehicle, no action is taken and the bid is forgotten.

The auction server 10 determines whether there is a bidding signal from the order receiving user terminal 21, and determines whether or not a bid has been received from any of the order receiving users (step S206). As a result, if there is a bid from any of the order receiving users, the winning bidder is determined (step S).
207).

At this time, if there are bids from a plurality of order-receiving users, the order-receiving user who bids first is determined as the successful bidder. That is, the order-receiving user who bid on the exhibited vehicle at the lowest price becomes the successful bidder, and when there are a plurality of users who bid on the same price, the user who pressed the bid switch first becomes the successful bidder. Therefore, the auction server 10 does not determine the successful bidder from among the plurality of bidding signals that have reached the server 10, but the server 1
User terminal 21 that transmitted the bidding signal that first arrived at 0
May be determined as the successful bidder. Thereby, the server 1
In the case of 0, only the bidding signal that reaches the server 10 first needs to be monitored, and the successful bidder can be easily determined.

When the successful bidder is determined, a notice is sent to the order receiving user terminal of the successful bidder indicating that the successful bid for the exhibited car has been made (step S208). As a result, a message indicating that the successful bidder has made a successful bid for the exhibited vehicle is displayed on the user terminal 21 of the successful bidder. Further, the order receiving user terminal 21 other than the successful bidder is notified that another order receiving user has made a successful bid. Also,
The auction server 10 stores, in the storage device, past exhibition vehicle information obtained by adding data such as the contract price, the land transportation cost of the exhibition vehicle, and the like to the exhibition vehicle information, and creates a past exhibition vehicle information database for the exhibition vehicle for which a successful bid has been determined. I do.

On the other hand, if there is no bidding from any of the order-receiving users, a lift is performed after a predetermined time has elapsed (step S209). Specifically, the current price is added to the current price by a predetermined increase (for example, 1000 yen), and a new current price (for example, 41,000 yen) is set.

Next, it is determined whether the new current price exceeds the upper limit price (step S210). As a result, when the new current price does not exceed the upper limit price, the process returns to step S205, and the new current price is transmitted to the order receiving user terminal 21. On the other hand, if the new current price is higher than the upper limit price, the exhibited vehicle is set as a winning bid (step S211).

When the exhibited car has won a bid or the exhibited car has been bid, it is determined whether or not there is a next exhibited car (step S212). As a result, if there are any remaining exhibited cars, the process returns to step S204, and the auction is repeated. On the other hand, when the auction has been completed for all the exhibited vehicles, a message to the effect that the auction has been completed is transmitted to the order receiving user terminal 21 (step S213).

If there is no end notification from the auction server 10, the order receiving user terminal 21 repeats the auction for the exhibited vehicle in the same manner as described above, and if there is an end notification, ends the auction (step S30).
4).

After the end of the auction, the auction server 10 notifies the order receiving user terminal 21 that has made a successful bid for the exhibited car and the ordering user terminal 20 that has exhibited the exhibited car, a notification of the successful bid confirmation (step S214). Thereafter, the ordering user transports the vehicle to the repair shop, which is the order receiving user (step S101), and the repair shop performs sheet metal painting (step S305).

Next, a description will be given of a search for past exhibition information performed by the ordering user terminal 20 or the order receiving user terminal 21 with reference to FIGS. 7 and 8 show search condition input screens in the past exhibition information search, and FIG. 9 shows a search result list screen. The past exhibition information search can be performed at any time regardless of the auction holding time.

In the past exhibition information search, data that matches or approximates a desired search condition is extracted from the past exhibition vehicle information database stored in the auction server 10. The ordering user can estimate the repair amount before ordering by the past search. Further, the order receiving user can estimate the winning bid price of the exhibited car in the auction by the past search.

As the search conditions for the past exhibition information search, for example, the vehicle body shape, the part / damage level, the paint classification, the number of colors, the manufacturer name, the vehicle name, and the model shown in FIG. 8 can be used. These search conditions can be used alone or in combination. When combined, the search conditions are combined by AND conditions. The ordering user
Information on vehicles that require sheet metal painting can be input, and the order-receiving user can input vehicle information on vehicles for auction.

Next, by executing the search, a list of past exhibited car information that matches or approximates the search condition is displayed on the screen of the order receiving user terminal 21 (FIG. 9). At this time, the maximum value, the average value, and the minimum value of the successful bid prices of the past exhibited vehicles listed are calculated, and these values are also displayed on the search result list screen. In addition, users who have searched in the past
Detailed information (including photographic images) of the found past exhibited cars can be viewed.

Thus, the ordering user can estimate the sheet metal painting cost based on the past exhibition vehicle information database stored in the auction server 10. In addition, the order receiving user can estimate the winning bid price of the car for auction before the auction starts.

As described above, according to the automobile sheet metal painting auction of the present embodiment, bids from a large number of order-receiving users (repair shops) are solicited by the auction in response to the various repair request needs of the ordering user. To determine.
Therefore, when requesting repair from a sheet metal painting factory,
A repair can be requested from a sheet metal painting factory with an appropriate repair amount. Further, on the sheet metal painting factory side, by using the sheet metal painting auction of the present embodiment, opportunities for acquiring new customers will be greatly expanded.

Further, in the sheet metal painting auction of this embodiment, exhibition vehicle information including a quantified damage level and a photographic image which can be visually identified in detail is used.
For this reason, the order receiving user can determine the exhibited vehicle and the damage status on the order receiving user terminal 21 without looking at the actual vehicle, and can estimate the amount of money required for repair.

In the sheet metal painting auction according to the present embodiment, the latest auctioned vehicle information and its successful bid price are always accumulated by performing an auction, and a past exhibition vehicle information database is created. For this reason, even if the sheet metal painting price fluctuates due to factors such as the season, the auction successful bid price also fluctuates with the fluctuation, so that the market price (market price) of the sheet metal coating price can always be obtained. Therefore, by using the past exhibited vehicle information accumulated by the sheet metal painting auction and referring to the data of the same or similar case, it is possible to appropriately estimate the sheet metal painting price. Furthermore, since many cases can be obtained according to the sheet metal painting auction, a more appropriate repair amount can be obtained by using the average value.

In the case where an auction is performed using the Internet as a communication network, it is difficult to process a plurality of signals sent from an order receiving user when bidding, and it is difficult to determine a successful bidder from among a plurality of signals. Is difficult.
On the other hand, in the sheet metal painting auction system of the present embodiment, since it is only necessary to pick up the first bidding signal that reaches the auction server 10, an auction system using the Internet can be realized with a simple configuration.

(Other Embodiments) In the configuration of the auction system of the above embodiment, the auction server 1
Although 0 is set to one, the present invention is not limited to this, and a configuration may be adopted in which distributed processing is performed by a plurality of server computers.
For example, a data server that manages various data may be provided in addition to the auction server that manages the auction.

[Brief description of the drawings]

FIG. 1 is a conceptual diagram showing an entire configuration of an automobile sheet metal painting auction of the embodiment.

FIG. 2 is a flowchart showing a flow of a sheet metal painting auction.

FIG. 3 is a diagram showing a search condition input screen for exhibited car information to be exhibited at an auction.

FIG. 4 is a diagram showing a search result list screen which is a search result of exhibited car information.

FIG. 5 is a diagram showing a vehicle detailed information screen of exhibited vehicle information.

FIG. 6 is a diagram showing an auction screen for bidding on an auction exhibiting vehicle;

FIG. 7 is a diagram showing a search condition input screen for past exhibited vehicle information.

FIG. 8 is a diagram showing a search condition input screen for past exhibited vehicle information.

FIG. 9 is a diagram showing a search result list screen that is a search result of past exhibited vehicle information.

[Explanation of symbols]

10: auction server, 20: ordering user terminal, 2
1 ... Order receiving user terminal, 30 ... Communication network.

 ──────────────────────────────────────────────────続 き Continuing from the front page (72) Inventor Masato Taniguchi 2-620 Hondori, Higashi-Osone-cho, Kita-ku, Nagoya-shi, Aichi CIC Corporation (72) Inventor Shinji Goto Nagoya, Aichi 1-2-4 Kanayama, Nakanaka-ku, Japan Media Management Consulting Co., Ltd.

Claims (6)

[Claims] An ordering user terminal used by an orderer (20)
And an order receiving user terminal (21) used by the order receiving party, and the ordering user terminal (2) via a communication network (30).
0) and an auction server (10) connected to the order receiving user terminal and having a storage device. The auction server (10) stores the exhibited vehicle information on the exhibited vehicles in the auction server (10).
The auction server (10) receives the exhibit vehicle information transmitted from the ordering user terminal (20), and stores the exhibit vehicle information in the storage device; Means for delivering the exhibited car information to the order receiving user terminal (21), means for notifying the order receiving user terminal (21) of the current price of the exhibited car to be auctioned, and Means for accepting the transmitted bidding signal, and means for determining a successful bid or a bid for the exhibited car being auctioned based on the reception status of the bidding signal, wherein the order receiving user terminal (21) Means for receiving the current price from the auction server (10) and displaying the current price on display means; Automotive painted sheet metal auction system characterized by having a means for transmitting a signal the auction server (10). 2. The auction server (10) has a storage device, and when a successful bid for the exhibited vehicle is determined, past auction vehicle information obtained by adding a successful bid price to the exhibited vehicle information is stored in the storage device. At least one of the ordering user terminal (20) and the order receiving user terminal (21) includes means for referring to past exhibition information stored in a storage device of the auction server (10). The automobile sheet metal painting auction system according to claim 1, wherein: 3. An ordering user terminal used by an orderer (20).
And an auction server (10) connected to a user terminal (21) used by a contractor via a communication network (30) and having a storage device, and is provided with an auction server (10) having a storage device. Means for receiving the exhibited vehicle information on the auction exhibited vehicle transmitted from the ordering user terminal (20), storing the exhibited vehicle information in the storage device, and transmitting the exhibited vehicle information to the order receiving user terminal (21). Means for delivering the current price of the exhibited car to be auctioned to the order receiving user terminal (21), and displaying the current price on the display means of the order receiving user terminal (21); Means for receiving a bidding signal transmitted from the order receiving user terminal (21); Based on the reception status, automotive sheet metal paint auction system characterized in that it comprises a means for determining a successful bid or Nagaresatsu exhibition car has become the auctioned. 4. The means for determining a successful bid or a bid is a means for determining a successful bid for an auction-targeted car when there is a bidding signal for the current price; Means for increasing the current price by a predetermined amount if there is no bidding signal for a predetermined time, and if the current price exceeds a preset upper limit price, the auction is performed. 4. A vehicle sheet metal painting auction system according to any one of claims 1 to 3, further comprising means for making a bid for the exhibited vehicle. 5. The automobile sheet metal painting auction system according to claim 4, wherein said means for determining a successful bid determines the order receiving user terminal (21) which transmitted the bidding signal first as a successful bidder. 6. The exhibited vehicle information includes vehicle type information that specifies the type of the exhibited vehicle, painting information that specifies the coating of the exhibited vehicle, and a damage state that requires sheet metal painting on the exhibited vehicle. The automobile sheet metal painting auction system according to any one of claims 1 to 5, further comprising damage information.