KR20170126431A - Method and system for repairing vehicle based on network - Google Patents

Abstract

A method and system for repairing a vehicle based on a network are disclosed. The method for repairing a vehicle based on a network includes the steps of: enabling a component demander device to transmit component information of a repair target vehicle to a repair network server for purchasing components for the repair target vehicle; enabling the repair network server to determine a necessary repair component required for repairing the repair target vehicle based on the component information; enabling the repair network server to perform a bid procedure by transmitting information about the necessary repair component to a plurality of component supplier devices; and enabling the repair network server to transmit information about a component supplier who participants in the bid procedure among the plurality of component supplier devices to the component demander device. Accordingly, a vehicle owner can receive a vehicle repair service with low costs.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a network-based vehicle maintenance method and system,

The present invention relates to a vehicle maintenance method and system, and more particularly, to a network-based vehicle maintenance method and system.

Korea 's automobile industry has a very short history compared with advanced automobile industrial countries, and started to serve as a service center that imports and assembles foreign parts before and after the 1970' s and popularized in the late 80 's. However, in developed countries, automobile service has been regarded as the second sales part since the early days of automobile industry.

As the number of domestic automobile operations increases and the domestic market becomes more active, it is necessary to improve the system and improve the service maintenance system for customers who receive the service.

Many repair shops are ignoring the rights of consumers who receive car maintenance services and are carrying out maintenance activities for the profit of the repair shop. Many maintenance companies offer services lacking equity, such as overcharging the repair amount for the vehicle or inflating the unit price for replacement parts, and consumers are constantly complaining about the maintenance service. Therefore, there is a need for a way to improve maintenance services in the automotive industry and to provide reasonable maintenance services to consumers.

KR 10-2008-0083113

One aspect of the present invention provides a network-based vehicle maintenance method.

Another aspect of the invention provides a network-based vehicle maintenance system.

According to an aspect of the present invention, there is provided a network-based vehicle maintenance method, comprising: transmitting part information of a vehicle to be repaired to a maintenance network server for purchasing parts for a vehicle to be repaired, Determining a necessary repair part necessary for repairing the repair target vehicle based on the part information, transmitting the information on the required repair part to a plurality of parts supplier devices by the maintenance network server, The maintenance network server transmitting information on a bidding participating part supplier participating in the bidding procedure among the plurality of part supplier apparatuses to the parts purchaser apparatus, Optional parts supplier to supply needed repair parts The method comprising: transmitting the information on the selected parts supplier to the maintenance network server by the parts supplier apparatus; and providing the necessary repair parts to the parts supplier apparatus corresponding to the selected parts supplier And a requesting step.

On the other hand, the part information is image information including the necessary repair parts, and the required repair parts can be determined based on an analysis of the image information of the maintenance network server.

According to another aspect of the present invention, there is provided a network-based vehicle maintenance method including: transmitting, by the parts-user apparatus, repair-related information for repair to a repair target vehicle to a maintenance network server; The method of claim 1, further comprising the steps of: searching for a related maintenance company; and transmitting the information about the maintenance company to the parts customer device by the maintenance network server, wherein the maintenance network server includes a database . ≪ / RTI >

In addition, the maintenance network server may store information on a repair history of the repair target vehicle in the database, and may transmit information on the repair history to a vehicle repair application of the parts consumer device.

In addition, the maintenance network server may transmit information on a repair part exchange cycle to the parts consumer device through the vehicle repair application based on information on the repair history of the repair target vehicle.

According to another aspect of the present invention, there is provided a network-based vehicle maintenance system comprising: a parts supplier apparatus configured to transmit parts information of a vehicle to be repaired to a maintenance network server for purchasing parts for a vehicle to be repaired; Determining a required repair part necessary for repairing the vehicle to be repaired, transmitting information on the required repair parts to a plurality of parts supplier apparatuses, and proceeding the bidding procedure; And a maintenance network server configured to transmit information on a participating parts supplier to the parts supplier apparatus, wherein the parts supplier apparatus comprises a selection part for supplying the necessary repair parts based on information on the bid participating parts supplier, Selecting a supplier, Being arranged to send information about the party to the maintenance network server, can be implemented to require the provision of the required spare parts are in parts the maintenance network server provider device corresponding to the selected component suppliers.

On the other hand, the part information is image information including the necessary repair parts, and the required repair parts can be determined based on an analysis of the image information of the maintenance network server.

In addition, the parts customer apparatus may be configured to transmit repair related information for repair to the repair target vehicle to the maintenance network server, and the repair network server may transmit the repair related information to the maintenance company based on the repair related information And transmits the information on the maintenance company to the parts customer apparatus, and the maintenance network server may include a database storing information on a repair company specialized for each repair.

The maintenance network server may be configured to store information on the repair history of the repair target vehicle in the database and to transmit information on the repair history to the vehicle repair application of the parts consumer device.

In addition, the maintenance network server may be configured to transmit information on a repair part exchange cycle to the parts customer device through the vehicle repair application based on information on the repair history of the repair target vehicle.

The network-based automobile maintenance method and system according to the embodiment of the present invention establishes a network between parts suppliers / maintenance companies / vehicle owners so that parts necessary for vehicle repair can be provided at a quick and low price. In addition, based on the expertise of the vehicle owner to select the maintenance company for the repair of the vehicle based on such a network, the vehicle owner can receive the repair service by repair personnel at a low price.

1 is a conceptual diagram illustrating a network-based vehicle maintenance method according to an embodiment of the present invention.
2 is a conceptual diagram illustrating a vehicle maintenance network according to an embodiment of the present invention.
3 is a conceptual diagram illustrating a selection method for a maintenance company according to an embodiment of the present invention.
4 is a conceptual diagram illustrating a vehicle maintenance network for selecting a maintenance company according to an embodiment of the present invention.
5 is a conceptual diagram illustrating a vehicle maintenance method based on a vehicle maintenance network according to an embodiment of the present invention.
6 is a conceptual diagram illustrating a vehicle maintenance method based on a vehicle maintenance network according to an embodiment of the present invention.

The following detailed description of the invention refers to the accompanying drawings, which illustrate, by way of illustration, specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It should be understood that the various embodiments of the present invention are different, but need not be mutually exclusive. For example, certain features, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the invention in connection with an embodiment. It is also to be understood that the position or arrangement of the individual components within each disclosed embodiment may be varied without departing from the spirit and scope of the invention. The following detailed description is, therefore, not to be taken in a limiting sense, and the scope of the present invention is to be limited only by the appended claims, along with the full scope of equivalents to which such claims are entitled, if properly explained. In the drawings, like reference numerals refer to the same or similar functions throughout the several views.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the drawings.

Described below can be accomplished through a vehicle repair application provided by the maintenance network server to the parts consumer device and the parts supplier device. A network between component distributors / vehicle repair / maintenance customers can be built through vehicle repair applications.

1 is a conceptual diagram illustrating a network-based vehicle maintenance method according to an embodiment of the present invention.

In Fig. 1, a part buyer purchases parts necessary for repair (or maintenance) of a vehicle and a part supply method for parts supplier is disclosed.

Referring to FIG. 1, a user device (hereinafter referred to as a parts consumer device) of a part consumer can upload part information to a maintenance network server for purchasing a part (step S100).

The component consumer may be a maintenance company or a vehicle owner. The part information may be image information obtained by photographing the parts necessary for repairing the vehicle of the vehicle to be repaired by the part customer, name information of parts necessary for repairing the vehicle, information of parts selected from various parts presented by the maintenance network server, and the like.

For example, a maintenance network server can provide information to the parts consumer device about the various parts required for repairing the vehicle by category. The part customer selects the necessary repair parts required for the repair among the various parts provided to the parts consumer device, and the parts consumer device can transmit the information about the necessary parts to be repaired through the maintenance network server.

As another example, a user of a part registers a vehicle bin number and vehicle information after joining a maintenance network service, photographs photographs of the main parts of the accident, photographs individual parts necessary for repair, To the maintenance network server.

The maintenance network server determines necessary repair parts necessary for the part customer (step S110).

The maintenance network server can determine the necessary repaired parts needed by the part customer based on the part information transmitted from the part customer. For example, the maintenance network server can determine necessary parts to be repaired based on the image information of the parts required for repairing the vehicle of the repair target vehicle or the name information of parts necessary for repairing the vehicle. The maintenance network server can determine necessary repair parts by analyzing the image information of parts needed for repairing the vehicle.

In addition, the required parts to be repaired may be determined by the choice of the parts demander among the various parts provided to the parts consumer apparatus.

The maintenance network server performs the bidding procedure for the required repair parts (step S120).

The maintenance network server can proceed with the bidding process for the parts required to be serviced by the parts supplier. Information on the time and place where the necessary repair parts are required, information on the price lower limit / upper limit of the required repair parts, and the like can be provided on the bidding procedure performed by the maintenance network server.

The parts supplier can proceed the bidding process for the necessary parts to be repaired through the user equipment of the parts supplier (hereinafter, the parts supplier device). Parts suppliers may be new parts suppliers, used parts suppliers, and so on. The parts supplier can receive information on the required repair parts, and can proceed to bid for the required repair parts. The parts supplier can input the information necessary for the bidding (for example, the part availability time, the unit supply possible unit price, and the like), and transmit the bidding information to the maintenance network server through the parts supplier apparatus.

The parts supplier can make a bid for the necessary parts to be repaired by judging the availability of the parts to be repaired through photographs and vehicle bin numbers (chassis number) uploaded through the maintenance network server in real time. Parts suppliers can bidding for parts that can be shipped on the same day (only bidding parts in stock), and can deliver courier services for successful parts based on courier service provided through courier service server connected with maintenance network server have. The parts supplier can provide the service center reference part price at a discount of 10%, output the quotation to provide the part customer, and the part buyer can confirm the quotation and deposit the part amount on the same day. In addition, the supplier of the parts can receive payment guarantee for the payment of the parts sale.

The maintenance network server may transmit the bidding information to the parts consumer device (step S130).

The maintenance network server may send the bidding information of the parts suppliers to the parts consumer device that requested the supply of the necessary repair parts.

The part consumer can select the part supplier based on the bid information and transmit the information about the selected part supplier to the maintenance network server through the part consumer device (step S140).

The part consumer can receive the bid information and select the most suitable company. Information about the supplier selected by the part consumer can be transmitted to the maintenance network server as information about the selected parts supplier (hereinafter, selected parts supplier information) through the parts consumer device.

The maintenance network server may receive the optional part supplier information and send a message requesting the part supplier of the selected part supplier to supply the part to the part customer (step S150).

The parts supplier can receive a message requesting the part customer to supply and provide the necessary parts to the part customer. The part customer can receive the necessary repaired parts and can repair the vehicle.

As described above, such a procedure may be performed by a maintenance network server through a vehicle repair application provided to the parts consumer device and the parts supplier device. A network between component distributors / vehicle repair / maintenance customers can be built through vehicle repair applications.

When such a vehicle maintenance network is implemented, the parts consumer can quickly deliver the parts at a reasonable price to carry out the repair procedure for the vehicle to be repaired. If the repair process is carried out through the vehicle repair application, the part price can be discounted and distributed, and the discounted price can be accumulated and used as a point of the companies constituting the maintenance network such as the customer / broker / maintenance company . In addition, the repair history for the vehicle can be automatically updated and provided to the vehicle owner through the vehicle repair application, and the expected maintenance items in the vehicle through the vehicle repair application can be automatically updated and provided to the vehicle owner. In addition, vehicle repair applications can provide vehicle identification to obtain vehicle information (past maintenance history, maintenance reservations, customer information, etc.) based on RF modules attached to the vehicle.

2 is a conceptual diagram illustrating a vehicle maintenance network according to an embodiment of the present invention.

 In Fig. 2, a network is established between the parts consumer device, the maintenance network server and the parts supplier device.

Referring to FIG. 2, the parts consumer apparatus 200 transmits part information to the maintenance network server 220 for purchase of the parts. As described above, the parts consumer may be a maintenance company or a vehicle owner. The part information may be image information obtained by photographing the parts necessary for repairing the vehicle of the vehicle to be repaired by the part customer, name information of parts necessary for repairing the vehicle, information of parts selected from various parts presented by the maintenance network server, and the like.

The maintenance network server 220 determines necessary repair parts necessary for the part customer based on the part information received from the parts customer apparatus 200. The maintenance network server 220 can determine necessary repair parts necessary for the part customer based on the part information transmitted from the part customer. In addition, the required parts to be repaired may be determined by the choice of the parts demander among the various parts provided to the parts consumer apparatus 200.

The maintenance network server 220 can perform the bidding procedure for the necessary parts to be repaired. The maintenance network server 220 may proceed with the bidding process for the necessary repair parts to the part suppliers. Information on the time required for the required repair part, information on the place, information on the price lower limit / upper limit of the required repair part, and the like can be provided on the bidding procedure performed by the maintenance network server 220.

The parts supplier can proceed the bidding process for the necessary parts to be repaired through the parts supplier's user device (hereinafter, part supplier device 240). The parts supplier can receive information on the required repair parts, and can proceed to bid for the required repair parts. Bidding can only be performed by a part supplier who can supply parts to the part buyer within a certain time.

The maintenance network server 220 can transmit the bidding information of the part suppliers to the parts purchaser apparatus 200 requesting the supply of the necessary repair parts. The part consumer can select the part supplier based on the bidding information and transmit the information about the selected part supplier to the maintenance network server 220 through the part consumer device 200. [

The maintenance network server 220 may receive the select part supplier information and send a message requesting the part supplier device 240 of the selected part supplier to supply the part to the part customer.

3 is a conceptual diagram illustrating a selection method for a maintenance company according to an embodiment of the present invention.

3, a method for selecting a maintenance company to perform maintenance on a vehicle to be repaired is disclosed.

Referring to FIG. 3, the vehicle owner can select a parts supplier that provides parts necessary for repairing the vehicle through the procedure described above with reference to FIG. In addition to this, the vehicle owner may choose a maintenance company to repair the vehicle based on the parts supplied from the parts supplier.

The owner of the vehicle may transmit information related to repair of the vehicle to be repaired to the maintenance network server (step S300).

The vehicle owner can send a repair request message including repair related information (image information about the vehicle requiring repair, failure information, and the like) to the maintenance network server through the vehicle owner's user device (hereinafter, vehicle owner device). The maintenance network server receives the repair request message, and transmits the repair request information to a plurality of maintenance companies' user devices (hereinafter referred to as " maintenance company apparatuses ") to guide the maintenance company's bid.

Alternatively, the maintenance network server may transmit information on the maintenance manpower related to the repair to the vehicle-owner apparatus based on the repair-related information (step S310).

The maintenance network server may have a pool of specialized personnel involved in various repairs, and the maintenance network server may transmit information about the repair personnel involved in the vehicle to the vehicle owner device. In addition, the maintenance network server can assist the vehicle owner in selecting a maintenance company by sending information about repair costs to the vehicle owner.

The vehicle owner can select a maintenance company to repair the vehicle based on the maintenance company information received from the maintenance network server (step S320).

The vehicle owner can finally select a maintenance company based on information about the tenderer delivered through the vehicle owner's device or information about the professional maintenance personnel involved in the repair.

Information about the maintenance company selected by the vehicle owner can be transmitted to the maintenance network server, and the maintenance network server can send a message to the repairer device of the selected maintenance company to request repair of the vehicle to be repaired. The selected maintenance company can receive a message requesting repair through the repairing device, and can carry out a specific reservation procedure for repairing the vehicle with the vehicle owner. The maintenance company can proceed to repair the vehicle by receiving the parts from the supplier through the bidding procedure of the parts supplier for the parts necessary for repairing the vehicle through the procedure described above with reference to FIG. As a result, the service provider can quickly provide the components needed for the repair and proceed with the repair process.

When a vehicle arrives at a maintenance company, the maintenance company can receive information about the vehicle (past maintenance history of the vehicle, reservation information, customer information, etc.) based on a radio frequency (RF) module mounted on the vehicle. The maintenance company can register the repair details of the vehicle after repairing it on the maintenance network server, and computerize it. Therefore, both the maintenance company and the vehicle owner can check the repair history of the vehicle.

If the network-based vehicle maintenance method as described above is used, the owner of the vehicle using the vehicle maintenance service can save the repair period due to quick parts supply and securing the expertise of the repair worker so that the repair work quality can be selected , It is possible to accumulate points on the cost of using parts during repair. In addition, vehicle owners can be provided with repair services at a cheaper price than existing maintenance companies, and the automatic updating of vehicle repair history can be automated. In addition to this, information about the repair part replacement cycle is communicated to the vehicle owner so that the vehicle owner can carry out maintenance (or repair) of the vehicle at an appropriate time.

4 is a conceptual diagram illustrating a vehicle maintenance network for selecting a maintenance company according to an embodiment of the present invention.

4, a networking method for selecting a maintenance company to perform maintenance on a vehicle to be repaired among a vehicle owner apparatus, a maintenance network server, and a maintenance company apparatus is disclosed.

Referring to FIG. 4, the vehicle owner may send a repair request message containing repair related information (image information for the vehicle requiring repair, failure information, etc.) to the vehicle owner's device (hereinafter, vehicle owner device 400) To the maintenance network server 420. The maintenance network server 420 may receive the repair request message and deliver the repair request information to a plurality of maintenance company devices (hereinafter referred to as the maintenance company device 440) to induce the maintenance company's bid.

Or the maintenance network server 420 may transmit information on the professional maintenance personnel related to the repair to the vehicle owner device 400 based on the repair related information. The vehicle owner device 400 can select a maintenance company to repair the vehicle based on the maintenance company information received from the maintenance network server 420.

Information about the maintenance company selected by the vehicle owner device 400 may be transmitted to the maintenance network server 420 and the maintenance network server 420 may be connected to the maintenance company device 440 of the selected maintenance company, A message requesting repair may be transmitted. The selected maintenance company can receive a message requesting repair through the repairing device, and can carry out a specific reservation procedure for repairing the vehicle with the vehicle owner.

5 is a conceptual diagram illustrating a vehicle maintenance method based on a vehicle maintenance network according to an embodiment of the present invention.

FIG. 5 discloses a method for transmitting information on a required repair part. If you do not know the exact name of the part you need to repair, the part consumer can not accurately transfer information about the required part to the maintenance network server. The maintenance network server can help the part buyer more accurately deliver the necessary parts information to the maintenance network server.

Referring to FIG. 5, the maintenance network server may provide specific structure information for the owner vehicle.

The maintenance network server may ask the part consumer to enter information about the vehicle to be repaired. The part customer can input information about the model year and the vehicle type of the vehicle, and the maintenance network server can determine the vehicle to be repaired based on the information about the model year and model of the vehicle.

If the vehicle to be repaired is determined, the maintenance network server can provide structural image information of the vehicle to be repaired. For example, the maintenance network server may provide overall exterior image information / vehicle interior image information of the vehicle as primary image information 510. The part consumer can receive the primary image information 510 and select the place where the part desired to be provided on the primary image information 510 is located. The primary image information 510 may include a segmented image divided into components of the vehicle. For example, the primary image information 510 is image information of the entire exterior of the vehicle / the interior of the vehicle, and the divided image information may be a variety of images, such as a car's bonnet, a door, a trunk, a headlight, a window, Lt; / RTI > image.

That is, when the part consumer clicks a specific position on the primary image information 510, the divided image information corresponding to the specific position can be selected, and the part consumer can be provided with more specific information about the part.

For example, when the part consumer clicks the car's bonnet on the primary image information 510 of the vehicle, the maintenance network server stores the information on the constituent parts of the vehicle included in the bonnet as the secondary image information 520 .

For example, a part consumer may be provided with secondary image information 520 for an image of a specific component such as an engine, a cooling water tank, a power pump, etc. existing inside the net. The part consumer can click on the part to be supplied on the secondary image information 520. [ In such a case, the maintenance network server can provide specific information about the parts desired to be supplied to the part customer.

When the above-mentioned image-falsification part search method is used, a part buyer who does not know the name of the part can easily and accurately order parts.

6 is a conceptual diagram illustrating a vehicle maintenance method based on a vehicle maintenance network according to an embodiment of the present invention.

FIG. 6 discloses a method for searching for a required repair part based on an image transmitted by a part customer.

Referring to FIG. 6, the maintenance network server may be provided with image information (hereinafter referred to as repair request image information 600) including information on a part desired to be provided from the part customer or information on the accident part.

In such a case, the maintenance network server can assist the user in selecting the necessary parts to repair the part based on image analysis. For example, the maintenance network server receives information on the model year of the vehicle of the part customer and the type of the vehicle, and based on the first image analysis on the image information of the repair request, It is possible to determine whether or not the vehicle is in a certain region.

Specifically, the maintenance network server may determine that the repair request image information is image information for the door of the vehicle based on the primary image analysis 610 for the repair request image information 600, and in this case, Specific image information can be provided to the part buyer so that the part buyer can know which part he wants to repair at the door of the vehicle.

For example, if it is determined through the primary image analysis 610 that the repair request image information 600 is image information for a door of a vehicle, the maintenance network server provides specific partition image information 620 for the door of the vehicle To request the part consumer to select the necessary repair parts.

Alternatively, the maintenance network server can perform a prediction on the parts that the part consumer requests to provide through the secondary image analysis, which is an additional image analysis. For example, the maintenance network server may compare the normal image of the site with the image of the repair request to determine the part that the part consumer requests to provide. For example, when the difference between the image of the handle portion of the normal image and the image of the handle portion of the repair request image is equal to or larger than the threshold value, the maintenance network server requests the parts supplier to provide the handle portion included in the door of the vehicle And can provide specific parts information about the handle part to the part customer to request the selection of the necessary parts to be repaired.

Such a network-based vehicle maintenance method may be implemented in an application or may be implemented in the form of program instructions that can be executed through various computer components and recorded on a computer-readable recording medium. The computer-readable recording medium may include program commands, data files, data structures, and the like, alone or in combination.

The program instructions recorded on the computer-readable recording medium may be ones that are specially designed and configured for the present invention and are known and available to those skilled in the art of computer software.

Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks and magnetic tape, optical recording media such as CD-ROMs and DVDs, magneto-optical media such as floptical disks, media, and hardware devices specifically configured to store and execute program instructions such as ROM, RAM, flash memory, and the like.

Examples of program instructions include machine language code such as those generated by a compiler, as well as high-level language code that can be executed by a computer using an interpreter or the like. The hardware device may be configured to operate as one or more software modules for performing the processing according to the present invention, and vice versa.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made therein without departing from the spirit and scope of the invention as defined in the appended claims. It will be possible.

Claims (2)

A network-based vehicle maintenance method,
Transmitting parts information of the vehicle to be serviced to a maintenance network server for purchase of parts for the vehicle to be repaired;
Determining a required repair part necessary for repairing the repair target vehicle based on the part information;
The maintenance network server transmits information on the necessary repair parts to a plurality of parts supplier apparatuses, thereby proceeding a bid procedure;
Transmitting, by the maintenance network server, information on a bidding participating part supplier participating in the bid procedure among the plurality of part supplier apparatuses to the parts supplier apparatus;
Selecting the selected parts supplier to supply the required repair part based on the information on the bid participating parts supplier;
Transmitting the information on the selected parts supplier to the maintenance network server; And
The maintenance network server requesting a component supplier device corresponding to the selected component supplier to provide the necessary repair part,
Wherein the part information is image information obtained by photographing a part necessary for repairing the vehicle to be repaired or part information selected from the plurality of parts presented by the maintenance network server through the part customer's apparatus,
Wherein the necessary repair parts are determined on the basis of an analysis of the image information of the maintenance network server or on the basis of the part information selected from the parts supplier apparatus,
Wherein the maintenance network server determines a required repair part necessary for repairing the repair target vehicle based on the part information,
The maintenance network server providing primary image information based on the partial image information;
The maintenance network server providing secondary image information based on the selected one of the primary image information; And
The maintenance network server determining the required repair part based on the selected one of the secondary image information,
Wherein the primary image information is a primary partition image for a structure of the repair target vehicle including a portion corresponding to the partial image information,
Wherein the secondary image information is a secondary divided image of the structure of the repair target vehicle in which the primary divided image is further divided. A network-based vehicle maintenance system,
A component consumer device configured to transmit the parts information of the repair target vehicle to a maintenance network server for purchase of parts for the repair target vehicle; And
Determining a required repair part necessary for repairing the repair target vehicle based on the part information and transmitting the information on the required repair part to a plurality of parts supplier apparatuses, And the maintenance network server being configured to transmit information on a bidding parts supplier participating in the bidding procedure to the parts supplier apparatus,
Wherein the parts consumer device is configured to select a selection part supplier to supply the necessary repair parts based on the information on the bid participating parts supplier and to transmit information about the selected parts supplier to the maintenance network server,
Wherein the maintenance network server is configured to request the component supplier device corresponding to the selected component supplier to provide the necessary repair part,
Wherein the part information is image information obtained by photographing a part necessary for repairing the vehicle to be repaired or part information selected from a plurality of parts presented by the maintenance network server through the part customer's apparatus,
Wherein the necessary repair parts are determined on the basis of an analysis of the image information of the maintenance network server or on the basis of the part information selected from the parts supplier apparatus,
Wherein the maintenance network server provides primary image information based on the partial image information,
Wherein the maintenance network server provides secondary image information based on the selected one of the primary image information,
Wherein the maintenance network server determines the required repair part based on the selected one of the secondary image information,
Wherein the primary image information is a primary partition image for a structure of the repair target vehicle including a portion corresponding to the partial image information,
Wherein the secondary image information is a secondary division image for a structure of the repair target vehicle in which the primary divided image is further divided.

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