JP2001188834A - Automobile parts selling system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide am automobile parts selling system capable of securing the easiness of obtaining components and the easiness of securing a maintenance shop for mounting for a user side and making a parts seller and a maintenance shop side positively participate in the sales network of parts makers. SOLUTION: This system is provided with a server and a client connected through a network. On the server side, a component table having automobile parts to be sold stored therein a, parts sales table having the parts sellers selling the parts stored therein and a maintenance shop table having the maintenance shops for attaching the parts to automobiles recorded thereon are provided. When the client selects the parts by referring to the parts table, the parts are sent from the component seller to the maintenance shop. For the parts charge, an approval processing is performed between the client and the component seller trader. A specifying means for specifying the maintenance shop in an area desired by the client corresponding to the demand of the client is provided and the maintenance shop corresponding to the demand of the client is introduced.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a system for selling automobile parts via a network such as the Internet.

[0002]

2. Description of the Related Art Conventionally, automobile parts, such as brake pads and shoes, are distributed from a part maker to a specific parts distributor, and are sold to users from end retailers.

[0003] When a user installs an automobile part in a car by himself / herself, he or she purchases and installs it directly from a retailer. From the beginning, instead of purchasing parts from retailers, it was common to bring a car to a maintenance shop specified by security standards and ask the maintenance shop to purchase and install parts.

[0004]

In such a sales form, even if it is a part that the user desires, it cannot be easily mounted, or if the request is from a maintenance shop, the desired part is difficult to obtain. There are various problems, such as the need to settle payments at retailers and maintenance shops, etc., the need to search for retailers and maintenance shops by themselves, and it is not always easy to know which maintenance shop is better. For many, there were many problems in obtaining and mounting parts.

[0005] Further, from the point of view of a parts distributor or a maintenance shop, up to now, only parts other than affiliated parts have been handled, and it is impossible to obtain parts of other affiliated parts. There was also a problem that it could not be obtained. In view of such a conventional problem, the present invention can ensure the ease of parts acquisition and the ease of securing a maintenance shop for mounting for the user side, and at the same time, the parts dealers and the maintenance shop side actively participate in the maintenance. It is an object of the present invention to provide an automobile parts sales system that can participate in a parts manufacturer's sales network.

[0006]

The present invention employs the following means to solve the above-mentioned problems. That is, the present invention includes a server and a client connected via a network such as the Internet, and the server side has a parts table storing automobile parts to be sold,
It has a parts sales table that stores the parts distributor that sells the parts, and a maintenance shop table that records the maintenance shop that attaches the parts to the car, and is selected from the client by referring to the parts table. For parts corresponding to the specifications of the vehicle, the parts distributor instructs to send the parts to the user or the maintenance shop, and a designation means for designating a maintenance shop in a region desired by the client according to the client's request, the client comprising: An automobile parts sales system characterized by introducing a designated maintenance shop according to the demands of the automobile parts. The user designates a garage unless the user can install the part. In addition, it is preferable that a decision processing is performed between the client and the parts distributor for the part price.

[0007] The server is a computer system hosted by a component maker, while the client is a computer system on the user side connected to a network. However, the client sometimes means the user itself. As the network, the Internet is the most useful, but it is needless to say that the communication network may be independently constructed.

[0008] Here, the server further receives from the client any specification of the displacement, model, year, and other specifications of the model displayed in correspondence with the model name selected by the client. If a product selection means for presenting a product group corresponding to the specified specification via the component table is provided, it is easy to select a desired component.

[0009] Each of the parts dealer and the maintenance shop is provided with a computer terminal which is registered in a server and connected via a network. The new parts distributor and the new maintenance shop can apply to the server organizer with an application form or can directly register with the server by electronic application from the terminal.

[0010] Also, a member registration means for registering the client in the member table at the request of the client,
There is provided a supplier / factory registration means for registering a parts distributor or a maintenance shop desired by the client, and the client can register as a member at his / her request.

[0011] The server organizer can provide registered members with services such as certain information services, so that sales promotion activities such as promotion of willingness to purchase parts can be easily performed.

On the other hand, by registering a maintenance shop or a parts distributor desired by the user, the user can build a group like a user association and easily receive appropriate services from the distributors and the like.

[0013] In addition, when the client selects a product and specifies a repair shop, at least a telephone number of the address, telephone number, business hours, and service contents of the repair shop is provided when the repair shop is designated. , It is possible to contact the maintenance shop, etc., and it is not necessary to search for the maintenance shop by itself.

The client is provided with a construction date application means for applying to the maintenance shop for a desired installation date of the installation service, and is provided with a desired construction date notification means for notifying the maintenance shop of the desired construction date applied by the construction date application means. Further, if a notification means is provided from the maintenance shop to inform whether or not the installation service can be performed on the desired installation date, the service schedule for the component installation can be easily determined unless the component is installed by itself.

The above components may be appropriately combined as much as possible.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present embodiment relates to a case where a part maker 2 that manufactures automobile parts (hereinafter, referred to as products) such as brake pads and a user (hereinafter, referred to as a client) connected to the Internet 100. In the meantime, this is an example of an automobile parts sales system constructed via the Internet 100. Hereinafter, embodiments of the present invention will be described with reference to the drawings. <Structure of Embodiment> FIG. 1 is a schematic diagram of a system shown in an embodiment. This system includes a product information providing device 3 provided on the part maker 2 side for providing product information to the client 1 and a product information providing device connected to the product information providing device 3 via the Internet 100 provided on the client 1 side. And a plurality of user terminals 24 capable of browsing three types of information.

The merchandise information providing device 3 inputs data to the merchandise management server 21, the communication management server 22, and the servers 21 and 22, which are interconnected via the WWW (World Wide Web). And a terminal computer 23. User terminal 2
4 is a computer connectable to the WWW (World Wide Web). That is, it is composed of a personal computer or the like that can be connected to the Internet 100. Here, the WWW (World Wide Web) means a wide area information network that connects a myriad of servers provided on the Internet 100 to each other.

A plurality of databases created by the component manufacturer 2 using the terminal computer 23 are built in the product management server 21 provided in the product information providing device 3. The database includes a parts table 4 that records a plurality of data on products (brake pads) sold by the company, a parts sales table 5 that records a plurality of data on an automobile parts dealer that handles the products, and a component manufacturer. 2 and a maintenance shop table 6 in which a plurality of data on the maintenance shops in cooperation with each other are recorded.

Here, the data recorded in each of the tables 4, 5, and 6 will be described in more detail. The data relating to the product recorded in the parts table 4 includes a vehicle type correspondence table, a product mounting position, and a product Data such as a name, a feature of the product, and a price of the product are given. The data of the parts dealer recorded in the parts sales table 5 includes data such as its location, telephone number, business hours, regular holidays, and the nearest map. The data on the maintenance shop recorded in the maintenance shop table 6 includes the location,
Data such as telephone numbers, business hours, regular holidays, the nearest map, and unique service contents.

Each of these data is stored in a predetermined URL.
It is registered in the product management server 21 based on (uniform reference locator). Here, the URL indicates the location of data stored in a server on the Internet 100. Also, the product management server 21 stores a predetermined URL in the same manner as the above data.
The homepage table 7 about the homepage sponsored by the component maker is also recorded.

The homepage table 7 includes images and text data constituting the homepage, and icons and the like for facilitating reading of data recorded in the tables 4, 5, and 6 of the product management server 21. Data.

An icon is a command (command sentence) including URL data displayed in pictograms or the like.
When the client 1 clicks the icon with an input device such as a mouse, the data in the server is automatically read based on the data of the icon.

As described above, the merchandise management server 21 uses the URL or the like attached to the icon designated by the client 1 as a search keyword and stores various data corresponding to the search keyword in each table, 4, 5, 6, and the homepage. It can be retrieved and read from the table 7.

The communication management server 22 is provided with a plurality of communication lines 101 connected to a plurality of user terminals 24 using telephone lines or the like. And user terminal 2
4 receives arbitrary URL data from the server 4 and accesses a server based on the URL data via the Internet 100. Then, data corresponding to the URL is received from the accessed server, and the data is transmitted to the user terminal 24. That is, it can be said that the relay device connects the product management server 21 and the user terminal 24.

The product management server 21 and the communication management server 22 can be the same server. The management of the communication management server 22 can also be outsourced to a communication management company (provider) or the like. Note that typical communication managers (providers) include Nifty Serve and AOL (American on Line). Further, the product management server 21 is not limited to one, and may be constituted by a plurality of servers. Also, one or two tables may be provided for a plurality of servers.

The user terminal 24 determines that the client 1 has W
A terminal for executing the WW browser 25 and browsing data on the Internet 100. The WWW browser is software for analyzing data recorded in a special format (HTML format) on a server on the WWW (World Wide Web) and reconverting the data into an image, a text, and the like. As typical browser software,
Internet Explorer, Netscape
Navigator and the like.

The user terminal 24 includes a control CPU (not shown) for controlling the WWW browser 25, a display device 26 for displaying data (text, images, etc.) analyzed by the WWW browser 25, and a URL or the like for the WWW browser 25. Input device 27 such as a mouse or a keyboard capable of inputting a command (command sentence) including
It comprises a communication device (not shown) such as a modem for transmitting data such as RL to the communication management server 22.

The automobile parts sales system shown in the present embodiment is performed using such a device. It should be noted that the automobile parts sales system of the present invention may be implemented not only through the Internet 100 but also through other information transmitting means. Other information transmission means, for example, wireless,
Telephone, LAN (local area network) and the like. Here, the LAN is a small-scale communication information network provided in an arbitrary set of companies and organizations.

Subsequently, the automobile parts sales system constructed from the above system is displayed on the display device 26 of the user terminal 24.
The following describes the user interface displayed in. These are recognized as homepages of the server organizer (parts maker) 2 displayed on the WWW browser 25 of the Internet 100.

First, the structure of the image A shown in FIG. 3 will be described. In this image A, the top page (headline) of the home page is displayed on the user terminal 24 based on the data read from the home page table 7 of the product management server.
Is displayed on the display device 26. Specifically, an update state A1 of the homepage, a menu display section A3 indicating a menu of the homepage of the manufacturer, and the like are displayed. In the menu display section A3, a plurality of icons such as an icon (net shop-BreakTime-) A4 linked to the image B corresponding to a product sales menu for purchasing a product of the component manufacturer 2 are displayed.

Next, the structure of the image B shown in FIG. 5 will be described. In the image B, based on the data read from the homepage table 7 of the product management server 21, the main page corresponding to the product sales menu of the homepage is displayed. Further, an icon (using Flash) B1 and an icon (Flash) linked to an image (page) C in which the client 1 can select a product and place an order.
h unused) B2 is displayed. Here, Flash
Means a moving image, and by using flash, an image including the moving image is displayed on a later page.

Next, the configuration of the image C shown in FIG. 6 will be described. In this image C, based on data read from the homepage table 7 of the product management server 21,
The explanation about the product sale menu is displayed.
For details, please refer to the product selection procedure C1 and application correction method C
2. An explanation C3 related to the price, a payment method C4, notes C5, etc. are displayed. Below the image C, an icon (next) C6 linked to an image (page) D for inputting vehicle type data (vehicle name, specifications, etc.) required for ordering a product.
Is displayed.

Next, the structure of the image D shown in FIG. 7 will be described. In this image D, a vehicle maker list D1 is displayed on which a vehicle maker can be input as vehicle type data necessary for selecting a product based on data read from the homepage table 7 and the parts table 4 of the product management server 21. The icon group (TOYOTA, NI) corresponding to each vehicle manufacturer in the vehicle manufacturer list D1
D2 is displayed.

Next, the structure of the image E shown in FIG. 8 will be described. In this image E, based on the data read from the homepage table 7 and the parts table 4 of the product management server 21, a vehicle type setting frame E1 in which a vehicle name can be input as vehicle type data necessary for selecting a product is displayed. More specifically, the name of the vehicle type sold by the vehicle manufacturer specified in the image D can be selected. In addition, the vehicle name setting frame E1
Displays an icon (to the product selection screen) E2 linked to an image F in which the vehicle type specification of the selected vehicle type can be selected.

Next, the structure of the image F shown in FIG. 9 will be described. In this image F, based on data read from the homepage table 7 and the parts table 4 of the product management server 21, a vehicle type use list F1 in which vehicle type specifications can be input as vehicle type data necessary for selecting a product is displayed. . The vehicle type use list F1 displays the vehicle type corresponding to the vehicle name specified in the image E, its displacement, model, grade / equipment, year, and the like. Then, the client 1 selects the vehicle type specification of the vehicle type from the vehicle type specification list. An icon (selection) F2 linked to an image (page) D from which a product (brake pad) that can be mounted on the vehicle type can be selected is attached to each vehicle type specification.

Next, the configuration of the image G shown in FIG. 10 will be described. In this image G, based on data read from the homepage table 7 and the parts table 4 of the product management server 21, a product selection (brake pad) for selecting a product (brake pad) to be mounted on the vehicle type specified in the images E and F is selected. The list G1 is displayed. This product selection list G1 includes a plurality of products (brake /
Pads) are shown by performance and specialty. Further, each product is provided with an icon (description) G2 linked to the image H indicating the performance thereof, and an icon (□) G3 for designating the product. Further, an icon (next) G4 linked to the image I in which the method of attaching the product can be selected is displayed at the lower right of the screen.

The structure of the image I shown in FIG. 11 will be described. In the image I, based on data read from the homepage table 7 of the product management server, a receiving method selection frame I3 for selecting a method of receiving the product is displayed as information necessary for receiving the product. Specifically, an icon (for exchange service (paid)) I1 for requesting an exchange service at the time of receiving a product and an icon (purchase only for product) I2 for only receiving a product are provided. Column I3 is displayed.

The structure of the image J shown in FIG. 13 will be described. In this image J, a list of prefectures J1 in which a receiving place (exchange service execution place) of a product can be input is displayed based on data read from the homepage table 7 and the maintenance shop table of the product management server. The prefecture list J1 is provided with the name of the prefecture that is the place where the exchange service is executed, and the icon J2 corresponding to the name of Kanagawa, Tokyo, Fukuoka, Osaka, etc. corresponding to the name of the prefecture. The icon J2 is linked to an image K in which the name of each prefecture can be input in addition to the name of each prefecture.

Next, the structure of the image K shown in FIG. 14 will be described. In this image K, based on data read from the homepage table 7 and the maintenance shop table of the product management server, a local / region name list K1 for specifying a more detailed receiving location is displayed as a maintenance factory designation means. The image is displayed. More specifically, in the region / region list K1, the region and region name corresponding to the prefecture designated in the image J are displayed. Then, an icon (Fukuoka, Kitakyushu, Chikugo, etc.) K2 is attached to each of the regions and local names. Note that the icon K2 is linked to an image L from which a maintenance shop having a location in the area or region can be selected.

The structure of the image L shown in FIG. 15 will be described. In the image L, a maintenance shop list L1 from which a replacement service execution location can be selected is displayed based on data read from the homepage table 7 and the maintenance shop table of the product management server. This maintenance shop list L
1 shows the names of some maintenance shops, their addresses, telephone numbers, business hours, and regular holidays. In addition, each maintenance shop has an icon (M) linked to an image M indicating the nearest map.
AP) L2 is displayed, and an icon (selection) L3 linked to the image N for designating a schedule for which a product exchange service is desired is displayed.

The structure of the image N shown in FIG. 16 will be described. In the image N, a calendar N1 that allows the user to specify the date on which the replacement service is to be performed is displayed based on the data read from the maintenance shop table of the product management server. More specifically, the calendar N1 can specify a first desired date to a third desired date within a predetermined period. An icon (希望) N2 for designating a desired date is displayed for each day of the calendar N1. An icon for setting a desired date (desired date 1, desired date 2, desired date 3) N3 designated by an icon (○) N2 is provided below the calendar.
Is displayed.

Further, on the right side of the calendar N1, there is provided a display column N4 for displaying the schedule specified by the icons N2 and N3, and each of them has an icon (R) N5 for canceling the setting of the desired date. Is attached. At the lower right of the image, an icon (next) N6 linked to the image O for confirming various information input so far is displayed.

The structure of the image O shown in FIG. 18 will be described. In this image O, based on data read from the parts sales table of the product management server, a list O1 of various information input so far is displayed, and
An application field O2 for inputting personal information of the client 1 is provided. In this application column O2, as shown in FIG. 19, as personal information of the client 1, a name,
Enter personal information on the address, telephone number, e-mail address, questions, etc. using the keyboard.

Below the application column O2, a questionnaire column O3 is provided which allows the user to input, for example, the timing of ordering a product using a mouse or a keyboard. Further, at the bottom of the image O, the application is confirmed, and an icon (application) O4 linked to the image P notifying the order number to the client 1 as the applicant is displayed.

The structure of the image P shown in FIG. 20 will be described. In this image P, a message P1 notifying the client 1 of the acceptance of the order is displayed via the parts sales table of the product management server, and a reception number P2 corresponding to the order is displayed. Further, an icon (HOME) P3 linked to the image A serving as the top page of the home page is displayed.

The structure of the image Q shown in FIG. 21 will be described. On this screen Q, the client 1 can select either a method of directly going to the parts dealer and receiving the goods, or a method of receiving the goods from the parts dealer to the client 1. More specifically, an icon (delivery to home (cash on delivery)) Q1 that desires a receiving method by delivery and an icon (receipt at a store) Q2 that desires a direct receiving method are displayed. Also, a receiving method explanation column Q3 showing a detailed explanation of each receiving method is displayed.

As described above, in the embodiment of the present invention, images D to H as means for selecting products and images J to L as means for specifying a maintenance shop are provided on a homepage hosted by a component manufacturer.
Images N and O serving as enforcement date application means are displayed appropriately according to the client's request. Therefore, the user can order a desired product by inputting various kinds of information by himself. In addition, it is possible to select a maintenance shop as a place for receiving the product and a place for executing the exchange service.

<Explanation of Operation of First Embodiment> First, the client 1 operates in the U
When the RL is input to the WWW browser 25, the user terminal 240 transmits the RL to the communication management server 2 based on the URL data.
Access 2 Then, it requests the communication management server 22 to transmit the homepage data.

Subsequently, upon receiving the URL data corresponding to the homepage from the user terminal 24, the communication management server 22 accesses the product management server 4 based on the URL data. Then, it requests the product management server 4 to transmit the homepage data.

Then, the merchandise management server 21
When receiving the request for transmitting the homepage data 8 based on the RL, the homepage data is transmitted from the homepage table to the communication management server 22.

Subsequently, upon receiving the data on the homepage from the product management server 22, the communication management server 22 transmits the data on the homepage to the user terminal 24.

The user terminal 24 is connected to the communication management server 2
When the homepage data is received from 2, data such as images and sentences included in the homepage data is displayed on the screen of the display device 25 via the WWW browser 25.
FIG. 3 shows an image A displayed on the screen of the display device 25 at this time.

The data communication between the user terminal 24, the communication management server 22, and the product management server 21 is as follows.
In the following description, almost the same is performed. Therefore, in the following description, each of the servers 22 and 24 and the user terminal 24
The explanation on data transmission / reception with is simplified.

In the image A, the top page of the home page created by the component manufacturer 2 is displayed. Specifically, an update status A1 of the homepage, a maker's latest status report A2, a menu display section A3 indicating a menu (contents) of the homepage, and the like are displayed. In the menu display section A3, an icon (net shop-BrakeT) linked to an image (page) B for selling the product is displayed.
A plurality of icons such as image-) A4 are displayed. Then, the user terminal 24 waits for the icon A4 displayed on the display device 26 to be clicked by the mouse.
FIG. 4 is an enlarged view of the menu display section A3.

Here, when the client clicks the icon (NetShop-BrakeTime-) A4 with the mouse, the image B is displayed on the display device 26 of the user terminal 24 via the communication management data and the homepage table 7 of the product management server 22. (See FIG. 5).

In the image B, a main page corresponding to the product sales menu on the homepage is displayed. Also,
An icon (using Flash) B1 linked to an image (page) C in which the client 1 can select and order a product.
And an icon (Flash not used) B2 are displayed. Then, the user terminal 24 displays the icon (using Flash) B1 or the icon (using Flash) displayed on the display device 26.
Wait for B2 to be clicked with the mouse.

Here, an icon (Flas) linked to page C where the client 1 can select and order a product.
h) If B2 is clicked on with a mouse, image C data corresponding to image C is read from homepage table 7 and parts table 4, and user terminal 2 is read.
The image C is displayed on the display device 26 (see FIG. 6).

In the image C, explanatory items relating to the merchandise sales menu are displayed. For details, Product Selection Procedure C
1, application correction method C2, price explanation C3,
Payment method C4, notes C5, etc. are displayed. Also,
Below the image C, an icon (next) C6 linked to an image (page) D for inputting vehicle type data (vehicle name, specifications, etc.) required for ordering a product is displayed. Then, the user terminal 24 waits until the icon C6 displayed on the display device 26 is clicked by the mouse 11.

Here, after reading the items described in the image C, the client 1 clicks an icon (next) C6 linked to the image D for inputting information necessary for ordering a product with a mouse. Image data corresponding to the image D is read from the homepage table 7 and the parts table 4. Then, the image D is displayed on the display device 26 of the user terminal 24 (see FIG. 7).

In this image D, a vehicle manufacturer list D1 in which a vehicle manufacturer can be input as vehicle type data required for ordering a product is displayed. For details, icon groups (TOYOTA, NISSA, etc.) corresponding to a plurality of vehicle manufacturers
N etc.) D2 is displayed. In the vehicle manufacturer selection column, icons (VintageCa) corresponding to not only the names of famous vehicle manufacturers but also older vehicles, foreign vehicles, etc.
r) D3 is also displayed at the same time. And user terminal 2
4 waits for any one of the icons D2 displayed on the display device 26 to be clicked by the mouse 11.

Here, the client 1 selects an icon (NI) corresponding to NISSAN from the icon group D2, for example.
If SSAN) D4 is clicked on with a mouse, image data corresponding to image E is read from homepage table 7 and parts table 4. Then, the image E is displayed on the display device 26 of the user terminal 24 (see FIG. 8).

In the image E, a vehicle name can be input as vehicle type data required for ordering a product. For more information,
By dragging the mouse, a vehicle name setting frame E1 in which a vehicle name of a vehicle type sold by NISAN can be selected is displayed. Note that dragging here means a mouse operation in which the pointer is moved to a target position while the mouse button is being pressed, and the mouse button is released. Further, an icon (to the product selection screen) E2 linked to the image F from which the vehicle type specification of the vehicle type specified in the vehicle name setting frame E1 can be selected is displayed. Then, the user terminal 24 waits until the vehicle name selection frame E1 displayed on the display device 26 is dragged and the icon E2 is clicked.

Here, after the client 1 drags, for example, the car name E3 of Cedric Gloria in the car name setting frame E1, an icon linked to the image F from which the vehicle specification of the specified vehicle type can be selected (to the product selection screen) ) E2
By clicking, the image data corresponding to the image F is read from the homepage table 7 and the parts table 4. Then, the image F is displayed on the display device 26 of the user terminal 24.
(See FIG. 9).

In this image F, in addition to the vehicle name specified in the image E, the vehicle type specification of the vehicle type can be input as vehicle type data required for ordering a product. Specifically, based on the vehicle name specified in the image E, the vehicle type is
The model specification list F1 classified by model, grade / equipment, and year is displayed, and the client 1 selects the model specification of the model from the model specification list. An icon (selection) F2 linked to an image (page) D from which a product (brake pad) that can be mounted on the vehicle type can be selected is attached to each vehicle type specification. Then, the user terminal 24 waits until the icon F2 displayed on the display device 26 is clicked.

Here, the client 1 determines that the displacement 2
000cc, model WY30, VY30, VNY30, year 58.6-
When 2) is clicked, the image data corresponding to the image G is read from the homepage and the parts table 4. Then, the image G is displayed on the display device 26 of the user terminal 24 (see FIG. 10).

In the image G, based on the vehicle type data (vehicle name, vehicle type specification) input in the images E and F, a product list G1 showing products (brake pads) that can be mounted on the vehicle type by type. Is displayed. In addition, each product has an icon (description) G2 linked to an image H indicating its performance.
And an icon (□) G3 for designating a product. Further, an icon (next) G4 linked to the image I in which the method of attaching the product can be selected is displayed at the lower right of the screen. And the user terminal 24
It waits until the icon G2 displayed on the display device 26 or the icon G3 → G4 is clicked in this order.

Here, after the client 1 designates a product by clicking the icon (□) G3 attached to each product with the mouse, the icon (next) G4 linked to the image I in which the method of mounting the product can be selected. Is clicked with a mouse, the image data corresponding to the image I is read from the home page and the parts table 4. Then, the image I is displayed on the display device 26 of the user terminal 24 (see FIG. 11).

When the client 1 clicks the icon (description) G2 attached to the product (brake pad) of the type G: Sports G / TYPE in the image G, for example, an image H showing a performance graph of the product is displayed. It is displayed on the display device 26 of the user terminal 24 (see FIG. 12). Data corresponding to the image H is read from the component table. The description H1 indicating the characteristics of the product and the performance graph H2 are displayed on the display device 2 of the user terminal.
6 is displayed. For this reason, the client 1 can sufficiently grasp the performance of the product and select the product (brake pad).

In the image I in which the method of attaching the product linked by the icon (next) G4 of the image G can be selected, the method of receiving the product can be input as information necessary for ordering the product. Specifically, an icon (for exchange service (paid)) I1 for requesting an exchange service at the time of receiving a product and an icon (purchase only for product) I2 for only receiving a product are provided. Column I3 is displayed. The icons I1 and I2 in the receiving method selection field I3 are selected by dragging the mouse.

Here, the icon (with the exchange service (paid)) I1 is linked to the image J from which the place of execution of the exchange service can be selected. Further, the icon (purchase only the product) I3 is linked to the image K from which only the receiving location of the product can be selected. Then, the user terminal 24 waits for the icon I1 or the icon I2 displayed on the display device 26 to be dragged, and also waits for the icon I4 to be clicked.

Here, when the client 1 drags, for example, the icon (with the exchange service (paid)) I1 with the mouse and then clicks the icon I4, the image data corresponding to the image J is read from the homepage and the maintenance shop table 5. It is. And the image J is the user terminal 2
4 is displayed on the display device 26 (see FIG. 13).

In the image J, a place to receive the product can be selected and input as information necessary for receiving the product. More specifically, a list of prefectures J1 where goods can be received is displayed, and icons J2 corresponding to names such as Kanagawa, Tokyo, Fukuoka, and Osaka are attached to each of them. The icon J2 is linked to an image K in which the name of each prefecture can be input in addition to the name of each prefecture. Then, the user terminal 24 waits until one of the icons J2 displayed on the display device 26 is clicked.

When the client 1 clicks, for example, the icon (Fukuoka) J3 (J2) corresponding to Fukuoka with the mouse, the image data corresponding to the image K is read from the homepage and the maintenance shop table 5. Then, the image K is displayed on the display device 26 of the user terminal 24 (see FIG. 14).

In this image K, as information necessary for receiving a product, a region and a region name can be input in addition to the prefecture name selected in the image J. For details, see the list K of regions and regions in prefectures specified in the image J.
1 is displayed. Then, an icon (Fukuoka, Kitakyushu, Chikugo, etc.) K2 is attached to each of the regions and local names. Note that the icon K2 is linked to an image L from which a maintenance shop having a location in the area or region can be selected. Then, the user terminal 24 waits until one of the icons K2 displayed on the display device 26 is clicked.

Here, when the client 1 clicks the icon K3 corresponding to the Fukuoka district from the icon K2, the image data corresponding to the image L is read from the homepage and the maintenance shop table 5. Then, the image L is displayed on the display device 26 of the user terminal 24 (see FIG. 14).

In this image L, as information necessary for receiving the product, in addition to the region and the region name specified in the image K, a maintenance shop in the region or region can be selected. Specifically, a list of maintenance shops L1 indicating the names of some maintenance shops, their addresses, telephone numbers, business hours, and regular holidays is displayed. Further, each maintenance shop is provided with an icon (MAP) L2 linked to an image M indicating the nearest map, and an icon (selection) L3 linked to the image M designating a schedule for which a product exchange service is desired. Is displayed.

The user terminal 24 is connected to the display device 2
Wait for the icon L2 or L3 displayed in 6 to be clicked. In FIG. 16, only one repair shop is displayed for the repair shop list L1. This is included in the repair shop data registered in the repair shop table 6 of the product management server. This is because there was only one data for the applicable maintenance shop.

Then, when the client 1 clicks, for example, the icon (selection) L3 attached to the maintenance shop, the image data corresponding to the image N is read from the homepage and the maintenance shop table 5. Then, the image N is displayed on the display device 26 of the user terminal 24 (FIG. 16).
reference).

In the image L, when the client 1 clicks an icon (MAP) L2 attached to each maintenance shop with a mouse, the selected maintenance shop is transmitted via the communication management server 22 and the product management server 22. Is displayed on the display device 26 of the user terminal 24 as an image M (see FIG. 17).

In the image N, the date of execution of the exchange service can be input as information necessary for receiving the product. For details, the first
A calendar N1 for specifying a desired date to a third desired date is displayed. An icon (希望) N2 for designating a desired date is displayed for each day of the calendar N1. An icon (desired date 1, desired date 2, desired date 3) N3 designated by the icon (希望) N2 is displayed below the calendar.

Further, on the right side of the calendar N1, there is provided a display field N4 for displaying the schedule specified by the icons N2 and N3, and each of them has an icon (R) N5 for canceling the setting of the desired date. Is attached. At the lower right of the image, an icon (next) N6 linked to the image O for confirming various information input so far is displayed. Then, the user terminal 24 waits for the icons N2, N3, and N6 displayed on the display device 26 to be clicked.

Here, in order to set November 30 as the desired date 1, for example, an icon (○) N2 corresponding to November 30 in the calendar N1 is first clicked with a mouse, and then the calendar lower part is set. Icon (desired date 1) N3
Click on the mouse to set the first desired date as November 30
The day is set. The desired date 2 and the desired date 3 can be input in the same manner.

At this time, the date corresponding to each desired date input is displayed in the display column N4. When the client 1 confirms the desired date in the display field N4 and clicks the icon (next) N6 at the lower right of the image, the image data corresponding to the image O is read from the homepage and the maintenance shop table 5. Then, the image O is displayed on the user terminal 24.
(See FIG. 18).

In this image O, a list O1 of various information input so far is displayed, and the client 1
Is provided with an application column O2 for inputting personal information. In this application column O2, personal information relating to the client 1, such as a name, an address, a telephone number, an e-mail address, and a question, is input using a keyboard.

Below the application column O2, a questionnaire column O3 is provided which allows the user to input, for example, the timing of ordering a product using a mouse or a keyboard. Further, at the bottom of the image O, the application is confirmed, and an icon (application) O4 linked to the image P notifying the order number to the client 1 as the applicant is displayed. FIG. 19 is an enlarged view of the application column O2. Then, the user terminal 24 inputs the application column O2 displayed on the display device 26 with the keyboard and the icon (application) O4.
Is clicked by the mouse 11.

Here, when the client 1 inputs a name, an address, a telephone number, an e-mail address, etc. in the application column O2 and clicks the icon (application) O4 at the bottom of the image, the image is changed from the homepage and the maintenance shop table 5 to the image P. The corresponding image data is read. Then, the image P is displayed on the display device 26 of the user terminal 24 (FIG. 20).
reference).

In this image P, a message P1 for notifying the client 1 of the acceptance of the order is displayed.
The reception number P2 corresponding to the order is displayed. Also,
An icon (HOME) P3 linked to the image A serving as the top page of the homepage is displayed. Thus, the user can order a desired product by inputting various kinds of information by himself. In addition, it is possible to select a maintenance shop as a place for receiving the product and a place for executing the exchange service.

After the order of the product by the client 1 is completed, the component maker 2 arranges the product based on the input information. Specifically, client 1
In addition to checking the inventory of products with an auto parts dealer (own product dealer) that has business with the designated maintenance shop,
When the product is in stock, the maintenance shop is instructed to send the product. If the stock is out of stock, the parts manufacturer 2 newly manufactures a product and replenishes it with an automobile parts dealer. Further, the maintenance shop designated by the client 1 is notified of the exchange service execution date desired by the client 1, and confirms whether the maintenance shop can implement the exchange service.

The order of the product is based on the existing LA provided between the parts manufacturer 2 and the automobile parts dealer and the maintenance shop.
N (local area network) or the like is used. Further, it may be performed via the Internet 100.

After receiving the confirmation of the maintenance shop, the parts manufacturer 2 sends a reply mail indicating the final implementation date of the replacement service to the client 1 to the user terminal 2.
Send to 4. Then, the client 1 which has received the reply mail from the parts maker 2 goes to the maintenance shop designated by himself / herself on the exchange service execution day to receive the purchase and exchange service of the product. Then, after the replacement service is performed, the maintenance shop is paid for the product and the labor involved in the replacement service. Then, the maintenance shop makes a decision with the parts dealer, and the parts dealer makes a decision with the parts manufacturer 2.

In the image I for confirming the presence or absence of the exchange service at the time of receiving the product, if the client 1 does not desire the exchange service, the user clicks the icon (purchase only the product) I2. In this case, the product management server 22 replaces the maintenance shop table 6 with the parts sales table 5.
To send and receive data to and from the user terminal 24 via the.

First, with the click of the icon (purchase only the product) I2, the display device 26 of the user terminal 24 displays an image corresponding to the image Q for confirming a more detailed receiving method from the homepage table 7 and the parts sales table 5 on the display device 26. Data is read. Then, the image Q is displayed on the user terminal 24.
(See FIG. 21).

In this image Q, it is possible to select either a method in which the client 1 goes to the parts dealer and directly receives the goods, or a method in which the parts are delivered from the parts dealer to the client 1 and received. For more information,
An icon (delivery to home (cash on delivery)) Q1 that desires a receiving method by delivery and an icon (receipt at a store) Q2 that wants a direct receiving method are displayed. Also, a receiving method explanation column Q3 showing a detailed explanation of each receiving method is displayed.

Here, when the icon (delivery to home (cash on delivery)) Q1 is clicked, it is linked to the above-described image O (see FIG. 18). Then, when the client 1 inputs a name, an address, a telephone number, an e-mail address, etc. in the application column O2 and clicks the icon (application) O4 at the bottom of the image, the image corresponding to the image O is obtained from the homepage and the parts sales table as described above. Image data is read. Then, the image O is displayed on the display device 26 of the user terminal 24.
(See FIG. 18).

Then, in the image P, a message P1 notifying the client 1 of the acceptance of the order is displayed, and a reception number P2 corresponding to the order is displayed. Then, at a later date, the goods are delivered from the parts distributor to the address of the application column O2 input by the client 1 in the image O. In the delivery of a product, the product is delivered in exchange for the price of the product. In this way, the client 1 can purchase a desired product while staying at home.

When the icon (receipt at the store) Q2 in the image Q is clicked, the image Q is linked to the image J (see FIG. 13). Then, in the same manner as the above-mentioned method of designating a maintenance shop, image J → image K → image L →
A parts dealer that will be a receiving place is specified in the order of image O → image P. In each image sent to the user terminal 24 via the parts sales table 5, the data on the maintenance shop in the images J to L is replaced with the data of the parts distributor. For example, in the list of maintenance shops displayed in the image L, L1 is replaced with a list of automobile parts dealers.
As described above, the client 1 can receive the product at the automobile parts store designated by itself.

Further, a new maintenance shop and a parts dealer can be added to the data registered in the maintenance shop table 6 and the parts sales table 5 of the commodity management server 22 as needed. For example, addition of a maintenance shop or a parts dealer desired by the client 1 or addition by a registration request of the maintenance shop and the parts dealer itself can be given.

In this case, in the image L, the client 1 or the maintenance shop itself displays the list L of the maintenance factory of the image L.
1 inputs maintenance shop data using a keyboard or the like.
The maintenance shop data input here includes a factory name, an address, a telephone number, and the like.

[0098] Then, the parts manufacturer 2 sends a membership application form to the input maintenance shop, and confirms whether or not there is designation and authorization of the Land Transport Office. Here, if the input maintenance shop does not have the approval of the Land Transport Office, the parts manufacturer 2 refuses to newly register the maintenance shop. If the entered maintenance shop is registered by the client 1, the user terminal 24 is informed that the maintenance shop cannot receive the product exchange service, and the maintenance of the product management server 22 is performed. A reply e-mail is sent that introduces an alternative maintenance shop from among the registered maintenance shops registered in the factory table.

If the client 1 or the garage entered by the garage itself has been approved by the Land Transport Office, it is registered in the database of the merchandise management server 22 and the parts maker is provided to the garage. 2 sends a list of products for sale. As described above, in the present embodiment, the image L is provided as the member registration means and the desired trader / factory registration means, enabling the exchange service at the maintenance factory desired by the client 1 and the addition of a new maintenance factory. . Therefore, the service for the client 1 can be improved, and a sales service network that takes in more maintenance shops can be obtained.

FIG. 22 is a flowchart illustrating a process of selecting a product (product selection process) by the client 1 in the above-described automobile parts sales system, and the client 1 obtains a product after receiving a product order. FIG. 23 is a flowchart illustrating the product receiving process up to this point. Hereinafter, each process will be described based on the flowcharts of FIGS.

<Description of Product Selection Process> First, the operation of the product selection process will be described with reference to FIG. First, the parts manufacturer 2 presents a list of vehicle manufacturers to the client 1 (step 100). Then, the client 1 selects a vehicle maker corresponding to a desired vehicle type from the presented vehicle maker list (step 1).
01).

When the client 1 specifies the vehicle maker, the parts maker 2 presents a list of vehicle names corresponding to the vehicles manufactured by the vehicle maker to the client 1 (step 102). Then, the client 1 selects a vehicle name corresponding to a desired vehicle type from the presented vehicle name list (step 103).

Subsequently, when the vehicle name is specified by the client 1, the parts manufacturer 2 provides the client 1 with a vehicle type specification list displaying specifications (displacement, model, year, etc.) corresponding to the vehicle name. It is presented (step 104). Then, the client 1 selects a vehicle type specification corresponding to a desired vehicle type from the presented vehicle type specification list (step 105).

Subsequently, when the specification of the vehicle type is specified by the client 1, the parts manufacturer 2 presents a selection list of products (brake pads) that can be mounted on the vehicle type to the client 1 (step 106). Then, the client 1 selects a product to be mounted on a desired vehicle type from the presented product selection list (step 107). Then, the component manufacturer 2 can surely provide a product (brake pad) according to the request of the client 1 (step 108).

In step 101 for selecting the vehicle maker, if the client 1 cannot specify the vehicle maker from the vehicle maker list (step 201), the client 1 prints the vehicle maker list. Out (step 202). Then, the vehicle list is compared with the vehicle inspection certificate of the desired vehicle type (step 207), and the vehicle manufacturer is specified again from the vehicle manufacturer list (step 100).

Step 103 for selecting the vehicle name
In step (2), if the client 1 cannot identify the car name from the car name list (step 203), the client 1 prints out the car name list (step 204). Then, the vehicle name list is compared with a vehicle inspection certificate of a desired vehicle type (step 207),
Again, through steps 100 to 103, the car name is specified from the car name list.

Step 1 for selecting the vehicle type specification
05, when the client 1 cannot specify the vehicle type specification from the vehicle type specification list (step 20)
In 5), the client 1 prints out the vehicle specification list (step 206). Then, the vehicle type specification list is compared with the vehicle inspection certificate of the desired vehicle type (Step 207), and Steps 100 to 105 are performed again.
After that, the vehicle type specification is specified from the vehicle type specification list.

In step 207 of comparing each list presented by the parts manufacturer 2 with the automobile inspection certificate of the desired vehicle type, if the desired vehicle type does not correspond to each list (step 208), The maker 2 presents the old vehicle list to the client 1 (step 209). Then, the client 1 selects a vehicle type corresponding to a desired vehicle type from the presented old-type vehicle list (step 210).

When the vehicle type is specified by the client 1, a list of available products for the vehicle type is presented to the client 1 (step 106). Then, the client 1 selects a product to be mounted on a desired vehicle type from the presented product selection list (step 107). And the parts maker 2 side is the client 1
Can be surely provided (step 108).

If the desired vehicle type of the client 1 is not shown in the old vehicle list in step 210, the parts manufacturer 2 presents the custom-made product list to the client 1 (step 21).
1). Then, the client 1 selects a custom product that can be mounted on a desired vehicle type from the presented custom product list (step 212). Then, the component maker 2 can manufacture a product according to the request to the client 1 and reliably provide the product to the client 1 (step 213).

As described above, by presenting a list of vehicle manufacturers, a list of vehicle names, a list of vehicle type specifications, a list of products, and the like to the client 1, products that can be mounted on the vehicle type desired by the client 1 are displayed on the client 1. Can be introduced based on one's will. Therefore, the consumer's psychology that the client 1 has made a selection by himself / herself works, and the client 1 can be fixed to the product, and the client 1 can be encouraged to promote sales of the product.

Next, a process (a product receiving process) until the client 1 obtains a product will be described with reference to a flowchart of FIG.

<Operation of Product Receiving Process> In the above-described product selection process, when the component manufacturer 2 receives an order for a product from the client 1, first, the component master code corresponding to the product selected by the client 1 is stored in the component. Read from the table (step 301). The product master code indicates the product serial number, model, and the like.

Subsequently, based on the product master code corresponding to the ordered product, the inventory of the product is checked with parts distributors located in each prefecture and its local regions / regions via the desired construction date notification means. (Step 302).
If there is no stock of the product at the parts distributor, the parts supplier requests a replenishment of parts via the notification means. And
The component maker 2 newly manufactures a product in response to the replenishment request requested via the notification means (step 303).
Then, the manufactured product is shipped to the parts distributor (step 304).

As described above, the parts manufacturer 2 checks or replenishes the stock with the parts distributor. Then, the parts maker 2 presents a receiving place list indicating the areas where the products can be received to the client 1 (step 30).
5). Then, the client 1 selects a desired receiving place from the presented receiving place list (step 306).

When the receiving location is specified by the client 1, the parts maker 2
In step 307, it is confirmed whether or not there is an exchange service when receiving the product. Then, when the client 1 desires to perform the replacement service, the parts manufacturer 2 presents a maintenance shop list indicating the maintenance shops where the replacement service can be performed to the client 1 (step 307).

When the client 1 specifies the maintenance shop, the parts manufacturer 2 requests the parts dealer to send the goods to the maintenance shop, and the parts seller sends the goods to the maintenance shop. (Step 30
8). Then, the client 1 selects the product selected by himself / herself,
Receive it at the maintenance shop of your choice and receive the replacement service for that product. Then, the maintenance shop pays the price for the product and the labor involved in the exchange service (step 309).

If the client 1 does not desire the exchange service in the step 307 for confirming the presence or absence of the exchange service at the time of receiving the commodity, the parts distributor sends the commodity directly to the client 1 (step 307). 310). Then, the client 1 pays for the product to the parts dealer (step 311). Here, the client 1 may go to a car dealer and receive the merchandise directly.

As described above, in the automobile parts sales system of the present invention, the delivery of goods to the client 1 is performed using the existing distribution channel of the automobile parts industry. In addition, the delivery of money related to the delivery of goods is also performed using existing distribution channels in the automobile parts industry. For this reason, it is possible to avoid an electronic decision that is common in commodity transactions via the Internet 100.

It should be noted that the automobile merchandise sales system of the present invention is not limited to introducing a maintenance shop capable of constructing an exchange service at the time of delivery of the merchandise.
After-sales service of the client 1 can be performed by effectively utilizing various information recorded in the client 1. Hereinafter, the after-sales service of the component manufacturer 2 for the client 1 will be described.

First, a member table 8 for recording personal information of the client 1 is provided in the product management server 22 in addition to the tables 5, 6, and 7. Here, the personal information of the client 1 recorded in the member table 8 includes, in addition to various data registered by the client 1 itself on the homepage, a vehicle purchase time, a vehicle purchase place, a vehicle valid vehicle inspection deadline, a maintenance history, The data of the maintenance shop that performed the maintenance can be listed. In registering the personal information of the client 1 in the member table 8, either registration according to the request of the client 1 or registration at the discretion of the parts manufacturer may be performed.

Then, the component maker 2 sets the member table 8
The data registered in the Internet 1 is compared with the data registered in each of the tables 5, 6, and 7 described above.
Various after-sales services are provided to the client 1 via information transmission means such as 00.

Here, the part maker 2 is the client 1
The after-sales service provided to the member table 8 and the maintenance shop table 6 include, for example, a maintenance shop that is in charge of the vehicle of the client 1 in response to a request from the client 1 when a failure occurs in the vehicle owned by the client 1. This is a service displayed on the display device 26 of the client terminal 24 via the client terminal 24. Here, the maintenance shop in charge of the vehicle of the client 1 can be the maintenance shop selected by the client 1 in the image L and the maintenance shop registered by the client 1 itself.

The replacement time of the consumable parts (brake pads, tires, etc.) mounted on the vehicle of the client 1 is calculated from the vehicle data of the client 1 recorded in the member table 8, and the replacement time is calculated by the user terminal 24. A service to be displayed on the display device 26 is given. In providing these services to the client 1,
When the client accesses the homepage again or sends an e-mail from the terminal computer of the parts manufacturer 2 to the client 1 terminal 24,
The client 1 may return an e-mail.

Here, when calculating the replacement time of the consumable parts, it may be determined from the purchase time of the vehicle owned by the client 1, the maintenance history, and the like. In this case, a means for calculating a replacement time may be provided in the product management server 22 so that the replacement time is calculated periodically and automatically.

As described above, according to the automobile parts sales system of the present invention, information required from each of the tables 5, 6, 7, and 8 of the merchandise management server 22 is presented to the client according to the request of the client 1. can do. Therefore, the component manufacturer 2 can provide the client 1 with not only selling the product to the client 1 but also a comprehensive service including a product exchange service.

Further, since the repair shop introduced to the client 1 is a reliable repair shop selected by the component manufacturer 2 itself, the client 1 can receive a product exchange service with a sense of security.

Further, the services for the client 1 can be enhanced through the member table 8 provided in the product management server 22.

[0129]

According to the present invention, from the client side,
You can easily order the necessary parts through the network,
In addition, since the place of acquisition, the installation factory, and the like can be easily secured, it is possible to secure the ease of availability of parts on the user side and the ease of securing a maintenance factory for mounting. High convenience for users. In particular, it is more appropriate to present various means such as product selection means, maintenance shop designation means, construction date application means, etc. recorded in each table of the product management server appropriately according to the user's desire, make it easier.

Also, since the parts desired by the user can be introduced based on the user's own will, the consumer's psychology of the product selected by the user works, and the parts maker wants the user to purchase the parts. Sales promotion activities, such as promotion of sales.

Further, according to the present invention, parts are delivered to the user by using the existing distribution channel of the automobile parts industry, and the approval process relating to the price of the product is performed by using the existing distribution channel of the automobile parts industry. To be done,
It is possible to avoid electronic decisions that are common in commodity transactions via information transmission means such as the Internet.

Further, in the present invention, a member table which can be registered according to the request of the user, the maintenance shop, and the parts distributor is provided. Service can be performed. In addition, we can provide a parts sales network that can actively participate in parts distributors and maintenance shops, and parts distributors and maintenance shops other than existing distribution channels can also participate in the group of parts manufacturers. , A new distribution channel can be secured.

[Brief description of the drawings]

FIG. 1 is a view schematically showing a system according to an embodiment of the present invention.

FIG. 2 is a system diagram showing an example of a system configuration according to the embodiment of the present invention.

FIG. 3 is a view showing an image A of a homepage according to the embodiment of the present invention.

FIG. 4 is a partially enlarged view of an image A according to the embodiment of the present invention.

FIG. 5 is a homepage image B according to the embodiment of the present invention.
FIG.

FIG. 6 is a homepage image C according to the embodiment of the present invention.
FIG.

FIG. 7 is a homepage image D according to the embodiment of the present invention.
FIG.

FIG. 8 is a homepage image E according to the embodiment of the present invention.
FIG.

FIG. 9 is a homepage image F according to the embodiment of the present invention.
FIG.

FIG. 10 is a view showing a homepage image G according to the embodiment of the present invention.

FIG. 11 is a diagram showing a homepage image I according to the embodiment of the present invention.

FIG. 12 is a view showing a homepage image H according to the embodiment of the present invention.

FIG. 13 is a diagram showing a homepage image J according to the embodiment of the present invention.

FIG. 14 is a diagram showing a homepage image K according to the embodiment of the present invention.

FIG. 15 is a diagram showing a homepage image L according to the embodiment of the present invention.

FIG. 16 is a diagram showing a homepage image N according to the embodiment of the present invention.

FIG. 17 is a diagram showing a homepage image M according to the embodiment of the present invention.

FIG. 18 is a diagram showing a homepage image O according to the embodiment of the present invention.

FIG. 19 is a partially enlarged view of a homepage image O according to the embodiment of the present invention.

FIG. 20 is a diagram showing a homepage image P according to the embodiment of the present invention.

FIG. 21 is a view showing a homepage image Q according to the embodiment of the present invention.

FIG. 22 is a flowchart showing a product selection process according to the embodiment of the present invention.

FIG. 23 is a flowchart showing a receiving process according to the embodiment of the present invention.

[Explanation of symbols]

 1 Client 2 Parts maker 3 Product information provision 4 Parts table 5 Parts sales table 6 Repair shop table 7 Homepage table 8 Member table 21 Product management server 22 Communication management server 24 User terminal 25 Display device 26 Display device 27 Input device 100 Internet 101 telephone line

Continuation of the front page F term (reference) 5B049 AA01 BB16 CC03 CC05 CC27 CC31 CC36 EE05 EE07 FF01 GG02 GG04 5B089 GA11 GA21 HA10 JA08 KC15

Claims (6)

[Claims] 1. A server, comprising: a server connected to a client via a network; and a client on the server side, a parts table storing automobile parts to be sold, and a parts sales company storing a parts dealer selling the parts. A table, and a maintenance shop table that records a maintenance shop that attaches the parts to the vehicle. The parts distributor according to the specification of the vehicle selected from the client with reference to the parts table. Instructs to send parts to the user or the garage, and specifies the garage in the area desired by the client in accordance with the client's request, and introduces the garage in accordance with the client's request And auto parts sales system. 2. The automobile parts sales system according to claim 1, wherein a decision process is performed between the client and the parts distributor for the parts price. 3. The server according to claim 1, wherein the server displays a displacement of the vehicle type displayed in correspondence with a vehicle type name selected by the client.
The product selection means according to claim 1, further comprising: a product selection unit for further receiving any designation of a model, a year, and other specifications from the client, and presenting a product group corresponding to the designated specifications via the parts table. Auto parts sales system. 4. A member registration means for registering the client in a member table at the request of a client, and a requester / factory registration means for registering a parts distributor or a maintenance shop desired by the client. Item 2. An automobile parts sales system according to item 1. 5. A method in which a client selects a product and, when a maintenance shop is designated, provides at least one of an address, a telephone number, business hours of the maintenance shop, and service contents of the maintenance shop. The automobile parts sales system according to claim 1, wherein 6. A desired construction date notifying means in which a client is provided with a construction date application means for applying to a maintenance shop for a desired installation date of an installation service, and notifies the maintenance factory of a desired construction date applied by the construction date application means. 2. The vehicle parts sales system according to claim 1, further comprising a notification unit for notifying whether or not the installation service can be executed on the desired date of the installation from the maintenance shop.