JP2005242902A - Commodity information providing system for building material - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a commodity information providing system capable of acquiring detailed information for the state of specification of a customer's dwelling house and providing commodity information for proper building materials according to the state or attribute of dwelling house of each customer based on the information. <P>SOLUTION: This commodity information providing system for building materials comprises a database storing customer data, building material data, construction information data for the customer's dwelling house; and a server device including a commodity information providing part providing commodity information of building materials to the customer based on the customer data, the building material data and the construction information data. The commodity information providing part recognizes the arrival of a replacement time or repainting time based on the building material data and the construction information data, and provides commodity information of building materials suitable to the customer based on the customer data, the building material data and the construction information data. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a product information providing system for building materials used for houses and the like, and more particularly, to a computer system capable of providing product information of appropriate building materials according to the state and attributes of each customer's house.

  The exterior design of a house is constituted by various combinations of outer wall materials and roof materials. Customers who want to build homes are not satisfied with the ready-made exterior designs provided by construction companies and contractors, but are coordinating the types, dimensions, and combinations of the building materials used for the outer walls and roofs of the homes. There are many cases where it is desired to do so. Nowadays, a customer or a construction shop can easily perform such coordination using a drawing software (CAD or the like) on a computer.

  Under such circumstances, a building material manufacturer can promote sales of building material products by, for example, directly proposing building material products to customers through a construction company or the like. However, housing varies from customer to customer, and the customer's needs for architectural products are diverse. Providing product information in a casual manner does not lead to customer incentives to purchase, or excessively. It can also give the impression that you are advertising. Therefore, in order to provide product information that meets the needs of each customer, it is necessary to select appropriate products after carefully analyzing the attributes of the customer and the house.

  The product information providing system described in Patent Document 1 searches for recommended products based on customer information using a database that stores member registration and the degree of progress of the building plan created based on the member information. This is a system that can display recommended product information in a display format corresponding to the degree of progress, and has the advantage that a product is displayed according to the customer's attributes and according to taste. In FIGS. 3 to 22 of Patent Document 1, it is shown that detailed information about attributes of customers and houses is input to a database.

  The building material proposal method for a building described in Patent Document 2 is to obtain 3D drawing data of a building built by a contractor, and create a 3D perspective view of a virtual building with a specific building material on it. This is a method for proposing the use of building materials to contractors and clients with this drawing. A three-dimensional perspective view of a virtual building as shown in FIG. 13 is created from the architectural drawing as shown in FIG. 11 of Patent Document 2.

Japanese Patent No. 3280662. JP2003-336310A.

  The product information provision system and building material proposal method described above proposes products such as building materials to customers and contractors at the time of building a house, but it is collected after housing construction, that is, after selling products such as building materials. There is no provision of meticulous services such as providing maintenance of building materials, etc. using the customer information that has been made, and suggesting repainting and repainting.

  In general, building material manufacturers do not directly notify customers of new building material products or suggest renovations, but provide catalogs to housing suppliers such as contractors and construction companies. Renovation proposals such as repainting and pasting of building materials are made to customers. Building material manufacturers distribute all sorts of catalogs to many home suppliers, but in fact, they can't perceive what products are proposed for which customers' homes. Renovation proposals cannot be made efficiently.

  In addition, even if a building material maker knows a certain amount of information about the customer's address, name, and housing attributes, the building material maker generally obtains detailed information on the customer's housing conditions and specifications. It is difficult. In such a situation, even if advertising activities such as sending catalogs directly to each customer without fully grasping the needs, unnecessary information is only provided to the customer, and the customer purchases. Can't stimulate motivation.

  There are various types of building materials, and the building materials used depend on the structure, shape, application, use site, base material, etc. of the house. Moreover, although the repainting period and the useful life are set for every building material, this can also change with the location area and form of a house. Therefore, in order to accurately grasp the customer's needs related to the building materials, detailed information on the customer's house as described above is required.

  The present invention has been made in view of such circumstances, obtains detailed information on the state and specifications of the customer's house, and based on that, appropriate building materials according to the state and attributes of each customer's house It is intended to provide a product information providing system capable of providing the product information.

  As a result of diligent research in view of the above-mentioned problem, the present inventor has a customer perform a construction simulation for pasting a building material on a house design drawing at the time of housing construction, and the construction image and construction basic data generated thereby. Based on this information, we obtained the property information of the house, and we thought that it was possible to provide product information on building materials suitable for each customer's house at an appropriate time even after the house was built.

  That is, the present invention provides a customer with product information of building materials based on the customer data, building material data, a database storing customer housing construction information data, and the customer data, building material data and construction information data. The product information providing unit, the product information providing unit recognizes the arrival of the repainting time or the repainting time based on the building material data and the construction information data, customer data, building material data, and The present invention provides a building material product information providing system characterized by providing building material product information suitable for the customer based on construction information data.

  In the product information providing system of the present invention, the product information providing unit is configured to replace the building material based on the construction completion date of the house included in the construction information data and the useful life or repainting period of the building material included in the building material data. Or it is characterized by recognizing the arrival of the repainting time.

  Accordingly, the server device can automatically provide the product information to the customer at an appropriate timing.

  In the product information providing system according to the present invention, the product information providing unit includes a housing specification, a construction area, a building structure, and a building included in the construction information data with respect to a standard building material life or repainting period included in the building material data. The correction is performed based on the use and the type of the base material.

  Thereby, merchandise information can be provided to a customer at an appropriate timing according to the actual building configuration, area, specifications, and the like.

  In the product information providing system according to the present invention, the product information providing unit includes the customer based on the specifications of the house, the construction area, the building structure, the building use, the type of the base material, and the construction material used in the construction information data. It is characterized by selecting a building material suitable for.

  As a result, it is possible to accurately extract only products suitable for the customer based on the construction information of the house from a wide variety of building material products included in the building material data, and provide the product information to the customer.

  In the product information providing system of the present invention, the product information providing unit provides the product information of the building material to the customer by transmitting the product information of the building material to the client device of the customer. Provision of building material product information to the customer can be performed by mail transmission from the server device to the client device. Alternatively, building product information can be mailed to customers and construction companies.

  In the product information providing system according to the present invention, the server device generates a construction image data by applying a building material to the house design drawing data, and includes a construction simulation function unit that is stored in the construction information data in the database. It is further provided with the feature. Customers can use a client device to perform a construction simulation in which building materials are pasted on the design drawings of their homes.

  In the product information providing system of the present invention, the server device receives housing design drawing data or construction image data from a client device, and stores the data in the database by including it in the construction information data.

  As a result, the customer or the like uploads the design drawing of the house that he / she wants to build from the client device to the server device instead of the design drawing of the house prepared in advance by the server device, and based on this uploads the construction simulation and building material You can estimate the quantity used. It should be noted that, by providing design drawing editing software in the client device, it is possible to perform a use form in which construction simulation is performed on the client device and the generated construction image is uploaded to the server device.

  In the product information providing system according to the present invention, the server device further includes an order management unit that receives an order for a building material product from a client device of a customer.

  As described above, according to the product information providing system of the present invention, it is possible to provide product information on appropriate building materials according to the structure, shape, application, use site, base material, etc. of each customer's house. . In addition, by calculating the actual repainting period and useful life of each building material according to the location, specifications, form, etc. of each customer's house, information on repainting, repainting, remodeling, etc. of building materials at an appropriate time Can be provided.

  Therefore, even after the construction of the house, it is possible to provide a detailed service for the maintenance of the building material after accurately grasping the customer's needs regarding the building material of the house.

  The best mode for carrying out the product information providing system of the present invention will be described below in detail with reference to the accompanying drawings. 1 to 13 are diagrams illustrating embodiments of the present invention. In these drawings, the same reference numerals denote the same components, and the basic configuration and operation are the same. To do.

[1] Overall Configuration of Product Information Providing System FIG. 1 is a diagram schematically showing a system configuration example of an embodiment of a product information providing system according to the present invention. In FIG. 1, the product information providing system of the present embodiment is installed in a server device and database installed in a building material manufacturer, a client device owned by a customer, a construction shop or a design company, or a showroom of these companies. Client device.

  The server device and each client device constitute a server-client system that can communicate through a network. The functions between the server device and each client device preferably have a three-layer structure including a database layer, a function layer (application server), and a presentation layer (user interface). In this case, the building material manufacturer can include a database and an application server, and the client device can include only a user interface (such as a WEB browser).

[2] Configuration of Server Device and Database FIG. 2 is a functional block diagram schematically showing the internal configuration of the server device and database of the building material manufacturer shown in FIG. 2, the server device includes a main control unit 200, a storage unit 202, a network interface unit 204, a design management unit 206, an order management unit 208, and a product information providing unit 210. The database 220 includes a customer information file 221, a design drawing file 222, a building material file 223, a construction information file 224, and an order management file 225.

  The main control unit 200 of the server device is composed of a processing device such as a CPU or MPU, and performs predetermined calculations according to a program stored in advance to control the operation of each component in the server device. Control data communication between each component.

  The storage unit 202 includes a volatile or non-volatile semiconductor storage element, and includes a ROM that stores a program for operation of the main control unit 200, a RAM that is used as a work area of the main control unit 200, and the like. It is out. Further, an auxiliary storage device such as a magnetic disk device (hard disk) or a removable disk medium (CD-R, MO, etc.) for storing various data and application programs may be further included.

  The network interface unit 204 is an interface for enabling communication with a client device through a network, and includes a network adapter such as a NIC (Network Interface Card) and software for driving the network adapter. For example, when the network is the Internet, communication can be performed using a protocol such as TCP / IP.

  The design management unit 206 manages the data of the design drawing file and the building material file stored in the database 220 and provides the client device with a function of performing a construction simulation using these data. As for data management of design drawing files and building material files, it is assumed that it has a function capable of editing and processing drawing data created by drafting software such as CAD (with client device design drawing editing software 412 described later). Compatible)). The construction simulation function refers to a function for generating a construction image of a house by applying an arbitrary building material image included in the building material file to an arbitrary design drawing included in the design drawing file. A customer or the like can perform a construction simulation by displaying a design drawing or a building material image on the client device. The construction image generated by the customer or the like through the construction simulation is stored in the storage unit 402 of the client device or the construction information file 224 of the database 220.

  The order management unit 208 performs processing for receiving an order for building materials online when a customer or the like constructs a house based on a construction image generated by a construction simulation. When a customer or the like designates his / her house construction information code on the client device and places an online order, the order management unit 208 refers to the construction image in the construction information file 224 of the database 220 and uses the kind of building material product to be used. Based on this, an order record including order contents data is generated in the order management file 225.

  The product information providing unit 210 mainly stores the product information of the building materials used in the house based on the information stored in the construction information file 224 and the order management file 225 of the database after the housing construction of the customer or the like. Processes provided as appropriate.

  The design management unit 206, the order management unit 208, and the product information provision unit 210 are implemented as programs that operate on the server device, and specific functions thereof will be described in detail later.

  The RDBMS 230 is a basic database management system for operating the database 220, and the main control unit 200 instructs the RDBMS 230 to search, add, and update data to the database 220. A predetermined operation such as deletion can be performed.

  FIG. 3 is a diagram schematically showing the file structure in the database 220 and the relationship between files. In FIG. 3, the customer information file 221 of the database 220 includes information on basic attributes of the customer, such as name, address, telephone number, e-mail address, construction schedule, and the like. In the case where a contractor, a design contractor, or the like serves as a customer contact, the contact information of the customer may be replaced with a contact address of the contractor, the design contractor, or the like. The design drawing file 222 holds design drawing data composed of CAD data, etc., design basic data, specification data, and the like together with the customer code of the customer who is the client. The building material file 223 includes building material product name, dimensions / shape, building material image data, price, useful life, repainting period, and other information related to building material maintenance. The construction information file 224 holds construction images and construction basic data generated by construction simulation. The construction image includes a design drawing code of the design drawing and a building material product code of the pasted building material. In addition, the construction basic data includes the date of completion of construction, specifications, construction area, building structure, building use, type of base material, maintenance information (building material repainting, etc.), and the like. In the order management file 225, the contents of the online ordering of building materials received from customers and the like are stored in association with the construction information.

[3] Configuration of Client Device FIG. 4 is a functional block diagram schematically showing the internal configuration of each client device shown in FIG. 4, the client device includes a main control unit 400, a storage unit 402, a display unit 404, an input unit 406, a network interface unit 408, a user interface unit 410, and a design drawing editing software 412. ing.

  The main control unit 400 of the client device is composed of a processing device such as a CPU or MPU, and performs a predetermined calculation according to a program stored in advance to control the operation of each component in the client device. Control data communication between each component.

  The storage unit 402 includes a volatile or non-volatile semiconductor storage element, and includes a ROM that stores an operation program for the main control unit 400, a RAM that is used as a work area for the main control unit 400, and the like. It is out. Further, an auxiliary storage device such as a magnetic disk device (hard disk) or a removable disk medium (CD-R, MO, etc.) for storing various data and application programs may be further included.

  The display unit 404 includes a monitor device, a speaker, and the like, and displays video and audio information to the operator of the client device. The input unit 406 receives an input operation from an operator for the client apparatus, and includes, for example, a keyboard and a mouse.

  The network interface unit 408 is an interface for enabling communication with a client device through a network, and is configured by a network adapter such as a NIC (Network Interface Card) and software for driving the network adapter. For example, when the network is the Internet, communication can be performed using a protocol such as TCP / IP.

  The user interface unit 410 has a function (a function of a presentation layer in a client-server system) for providing a user with various services realized in a server device of a building material manufacturer. Specifically, various data and information received from the building material manufacturer's server device via the network are displayed in a predetermined format to the user via the display unit 404 or the like, or stored in the storage unit 402, and input by the user. It can be implemented as a program having a function of transmitting various data and information input from the unit 406 to a server device of a building material manufacturer. In general, a program such as a WEB browser is often used. However, in the system of this embodiment, plug-in software such as graphic processing is added to the WEB browser or the like as necessary in order to perform a construction simulation. It is preferable to use one.

  The design drawing editing software 412 is a drawing software for creating, editing, and processing a house design drawing. For example, Architrend 21 (TI System Co., Ltd.) and CG2000 (CPI Corporation). Dedicated CAD software such as AutoCAD, general-purpose CAD software such as AutoCAD, and other drafting software having data compatibility with a CAD system can be used.

[4] Usage Mode of Product Information Providing System Next, the usage mode of the product information providing system of the present embodiment configured as described above and the operations of the client device and the server device will be described in detail. FIG. 5 is a flowchart schematically showing a flow of processing when a customer or the like uses this system from a client device and a flow of merchandise information providing processing by the server device.

  A customer or the like who wants to use the system first creates a design drawing of a house to be built by the design drawing editing software 412 of the client device, and uploads the design drawing data to the server device of the building material manufacturer (step S51). ). By the way, the aspect of the uploaded design drawing data may differ depending on the type of design drawing editing software 412 possessed by the client device. For example, when the Architrend 21 is used, the part of the house in the design drawing is recognized at the drafting stage, and this design drawing data can be handled as it is in this system.

  On the other hand, in the case of general-purpose CAD software or the like, since the part of the house in the design drawing is not recognized, the customer etc. uploads the design drawing data to the server device, and then the part, shape and dimensions of the house in the drawing. Etc. must be confirmed. Examples of display screens for performing this work are shown in FIGS. This function is provided by the design management unit 206. The design drawing data in a form that can be handled in this system is stored in the design drawing file 222 of the database 220 in association with the customer information. Further, it is assumed that the customer has uploaded predetermined customer information to the server device in advance.

  Subsequently, the customer can perform a construction simulation in which the building material is pasted on the design drawing uploaded to the server device (step S52). The construction image generated by the construction simulation is stored in the construction information file 224 of the database 220 in association with customer information and design drawing data. Note that after uploading the design drawing data to the server device or after completing the construction simulation, the state can be saved and the process can be terminated. In this case, the subsequent processing can be continued using data stored later.

  Furthermore, when it is determined to build a house according to the construction image generated by the customer or the like, the building material can be ordered online based on the construction image (step S53). When a customer or the like places an order on the client device, the order management unit 208 of the server device stores the order contents in the order management file 225. A person in charge of receiving orders from a building material manufacturer, for example, refers to an order record newly generated in the order management file 225 and arranges an ordered product. Alternatively, the order receiving information may be notified to the person in charge of receiving orders by e-mail.

  As described above, a house is constructed using this system. On the other hand, in this system, even after a customer or the like builds a house, the database 220 retains the order content data, construction image, construction basic data, etc. of the building material as information relating to the house. Therefore, even after the construction of the house, the product information providing unit 210 of the server device can appropriately provide the product information of the building materials used in the house based on the information (step S54).

  Below, the process in construction simulation and the process which provides the product information of building materials with a server apparatus are demonstrated in detail.

[5] Construction Simulation FIG. 8 is a flowchart showing in detail the flow of the construction simulation process described above. Each step of the construction simulation described below is executed by the design management unit 206 of the server device, and a simulation image is appropriately displayed on the display unit 404 via the user interface unit 410 of the client device. The customer's operation received by 406 is transmitted to the design management unit 206 of the server device. In addition, about the image display in construction simulation, it can process with software, such as WEB3D marketed.

  First, design drawing data to be subjected to construction simulation is acquired (step S81). The design drawing data is uploaded from the client device and stored in the design drawing file 222 of the database 220. An elevation of the acquired design drawing data is displayed on the display unit 404 of the client device (step S82). An example of the screen displayed on the client device at this time is shown in FIG. Here, an elevation view representing one side of the house is displayed so that the building material pasting operation is facilitated, but a perspective view or the like may be displayed.

  On the screen shown in FIG. 9, the customer or the like selects a region to which the building material is to be pasted (Step S83), and uses the building material pasting tool to select a building material to be pasted on the selected region (Step S84). An example of a screen displaying the building material pasting tool is shown in FIG. The composition and layout size of the building material are selected on the screen 1 in FIG. 10, the pattern is selected on the screen 2, the color is selected on the screen 3, and the design of the building material is confirmed. The operation of selecting a building material is not limited to this example, and is performed in an appropriate mode (for example, a catalog format) according to the data configuration of the building material file 223 stored in the database 220 of the server device. do it. In addition, as described above, in this system, since the part of the house in the design drawing data is recognized, the selection of the pasting area such as the curtain, the eaves, the windbreak, the exit corner, the entrance corner, etc. This can be done for each part, and when affixing the building material, the building material to be affixed can be selected from the building materials suitable for the part to be used. Further, FIG. 10 shows an example in which the building material is laterally pasted, but the customer may select whether to longitudinally or laterally paste.

  When the building material pasting operation is completed, an image with the building material pasted is displayed in the elevation view shown in FIG. 9, so that the customer or the like can select another region and perform the building material pasting operation. Yes (step S85). When all the building material pasting operations are completed, the customer or the like can further display an elevation view of the other side of the design drawing and similarly perform the building material pasting operation (step S86). When the building material pasting operation is completed for all the design drawings, a construction image in which the building material images are combined with the design drawings is displayed (step S87). An example of a screen displaying a construction image is shown in FIG. In FIG. 11, only an elevation view of one side of the design drawing is displayed, but in addition to this, a perspective view or the like may be displayed.

  The customer or the like can save or print the construction image generated in this way in his or her client device or server device. When the construction image is stored in the server device, the construction image is stored in the construction information file 224 of the database 220 as construction image data.

  In using this system, construction simulation is not an essential process. For example, a usage form in which a construction image created in the client device is uploaded to the server device and an online order for the next building material is executed is also possible.

[6] Providing Building Material Product Information The product information providing unit 210 of the server device is based on information such as order contents data, construction image, construction basic data, etc. of building materials held in the database 220. Product information can be provided as appropriate. FIG. 12 is a flowchart showing a flow of processing in which the product information providing unit 210 provides building material product information to customers and the like. Hereinafter, each step of the flowchart shown in FIG. 12 will be described in detail.

  1) First, one record of the order management file 225 in the database is taken out, the construction information product 224 used in the house and the use site are recognized from the construction image data with reference to the construction information file 224. In addition, by referring to the building material file 223 for each building material product, the useful life and the repainting period (standard period defined by the building material manufacturer) are recognized. Further, from the construction basic data of the construction information file 224, the construction completion date, specifications, construction area, building structure, building use, base material type, maintenance information, etc. of the house are recognized (step S121).

  2) For each building material product, the actual service life and repainting period are calculated from the specifications of the house, construction area, building structure, building use, type of base material, and the like. In other words, the standard service life and repainting period are corrected according to the actual building configuration, area, specifications, and the like (step S122).

3) For each building material product, it is determined whether the building material is to be replaced or repainted based on the elapsed time from the date of completion of the construction of the house or maintenance information (step S123). For example, the difference between the elapsed period X1 from the construction completion date and the building material lifetime Y1 is calculated,
(Y1-X1) ≦ C1 (constant)
When it becomes, it determines with the building material sticking time having arrived. Also, for example, from the maintenance information, recognize the date of previous repainting, calculate the difference between the elapsed period X2 from that date and the building material repainting period Y2,
(Y2-X2) ≦ C2 (constant)
When it becomes, it determines with the building material repainting time has come.

  4) When it is determined that the time for repainting or repainting the building material has arrived, information for performing guidance on the refurbished product or repainting is generated based on the type of the building material product and the use site. (Step S124). Guidance information uses catalogs that contain information on building materials that match the housing specifications, construction areas, building structures, building applications, types of base materials, construction materials used, etc., as recognized above, and those building materials. Renovation plan, related event information, etc. The generated building material product guide information is provided to the customer or the like based on the customer information held in the database 220 (step S125). There are various methods for providing product information to customers. For example, an e-mail or the like may be transmitted to the client device, or a direct mail or the like may be mailed to a customer's home or a construction shop.

  5) In addition, when a new building material product is released by a building material manufacturer, a housing that can use the building material product is extracted from the construction information file in the database, and new product information is provided to customers who own the house. Information can be provided.

  As for the above steps 1) and 2), if the result of the execution once is stored, it is not necessary to perform the same process again.

  FIG. 13 is a diagram showing, in a time series, a specific embodiment in which building material product information is provided to customers and the like after a house is built in this system. Note that what kind of product information is provided at what timing is a matter that the building material manufacturer may arbitrarily determine. For example, the determination rule is stored in the storage unit 202 of the server device, The information providing unit 210 can execute the product information providing process according to the determination rule.

  While the product information providing system of the present invention has been described with reference to specific embodiments, the present invention is not limited to these. A person skilled in the art can make various changes and improvements to the configurations and functions of the invention according to the above-described embodiments or other embodiments without departing from the gist of the present invention.

  The product information providing system of the present invention needs to be repainted or repainted based on construction basic data such as construction completion date, specification, construction area, building structure, building use, type of base material, maintenance information, etc. Information on appropriate building material products can be provided at the timing.

It is a figure showing roughly the example of the system composition about one embodiment of the goods information service system of the present invention. It is a functional block diagram which shows roughly the internal structure of the server apparatus and database of a building material manufacturer shown in FIG. It is a figure which shows typically the file structure in the database of a building material manufacturer, and the relationship between files. FIG. 2 is a functional block diagram schematically showing an internal configuration of each client device owned by a customer shown in FIG. 1 or installed in a construction company, a design company, a showroom, or the like. It is a flowchart which shows roughly the flow of a process when a customer etc. use this system from a client apparatus, and the flow of the merchandise information provision process by a server apparatus. It is a figure which shows the example of the display screen for confirming the site | part of a house in a drawing, a shape, a dimension, etc. about the design drawing data created with general-purpose CAD software etc. and uploaded to the server apparatus. It is a figure which shows the example of the display screen for confirming the site | part of a house in a drawing, a shape, a dimension, etc. about the design drawing data created with general-purpose CAD software etc. and uploaded to the server apparatus. It is a flowchart which shows the flow of a process of construction simulation in this system in detail. It is a figure which shows the example of the screen displayed in a client apparatus in construction simulation. It is a figure which shows the example of the building material sticking tool screen displayed in a client apparatus in construction simulation. It is a figure which shows the example of the screen displayed in a client apparatus in construction simulation. It is a flowchart which shows the flow of the process which provides building material merchandise information to a customer etc. by a merchandise information provision part in the merchandise information provision system of this invention. In the merchandise information provision system of this invention, it is a figure which shows the concrete embodiment which provides building material merchandise information to a customer etc. in time series after the construction of a house.

Explanation of symbols

200 Main Control Unit 202 Storage Unit 204 Network Interface Unit 206 Design Management Unit 208 Order Management Unit 210 Product Information Provision Unit 220 Database 221 Customer Information File 222 Design Drawing File 223 Construction Material File 224 Construction Information File 225 Order Management File 400 Main Control Unit 402 Storage unit 404 Display unit 406 Input unit 408 Network interface unit 410 User interface unit 412 Design drawing editing software

Claims (8)

A database that stores customer data, building material data, and customer housing construction information data;
Based on the customer data, building material data and construction information data, including a server device provided with a product information providing unit for providing product information of building materials to the customer,
The product information providing unit recognizes the arrival of the repainting time or the repainting time based on the building material data and the construction information data, and stores the product information of the building material suitable for the customer based on the customer data, the building material data, and the construction information data. A product information providing system for building materials characterized by providing.   The product information providing unit recognizes the arrival of the renewal time or repainting time of the building material based on the construction completion date of the house included in the construction information data and the useful life or repainting period of the building material included in the building material data. The building material product information providing system according to claim 1.   The product information providing unit makes a correction based on the specifications of the house, construction area, building structure, building use and type of base material included in the construction information data for the useful life or repainting period of the building material included in the building material data. The building material product information providing system according to claim 2, wherein:   The product information providing unit selects a building material suitable for the customer based on the specification of the house included in the construction information data, construction area, building structure, building use, type of base material, and use part of the building material. The building material product information providing system according to any one of claims 1 to 3.   The said merchandise information provision part provides the merchandise information of building materials to the said customer by transmitting the merchandise information of building materials with respect to a client apparatus of a customer, The any one of Claim 1 to 4 characterized by the above-mentioned. Product information provision system for building materials.   The server device further includes a construction simulation function unit that generates construction image data by applying a building material to design drawing data of a house and stores the construction image data in the construction information data in the database. The building material product information providing system according to any one of claims 1 to 5.   7. The server according to claim 1, wherein the server device receives housing design drawing data or construction image data from a client device, and stores the housing design data or construction image data in the database. Product information provision system for building materials.   The building server product information providing system according to any one of claims 1 to 7, wherein the server device further includes an order receiving management unit that receives an order of building material products from a client device of a customer.

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