KR20020023558A - Architecture system using standard house model on internet - Google Patents

Abstract

PURPOSE: A customized construction system using a standard house model is provided to promptly design a house by enabling a consumer to directly select interior and exterior materials needed for construction while comparing prices and to reduce the cost for design by using a prepared model. CONSTITUTION: A house database storing a virtual three-dimensional model, and a design and a material database storing information of materials arranged based on a management, a name, a price, a producer, and a picture are built. The data in the databases are offered by a web server connected to the Internet. When a user connects to the web server, the web server authenticates the user. The user selects a sort of a building, the occupations of family members, and a model and landscape architecture of a specific space. A ground plan is outputted and is modeled in a three-dimensional format. Payment is performed with output of the detailed design. Then, the user selects interior and exterior materials using an exterior structure list and a material list. The total amount is outputted by adding up the prices of respective materials.

Description

Architectural system using standard house model on internet}

The present invention relates to a customized building system that can build a design of the main house as a database to implement the architectural design according to the customer's selection, and more specifically, to build a database on the type and price of building interior and exterior materials required for the construction of the house The present invention relates to a customized architectural design system using a standard housing model that facilitates the design of a house having a desired structure at the best price.

In general, the construction of a house is based on a drawing designed by a professional architect, and the materials required for the construction are purchased from a supplier that the builder normally trades.

For this reason, the drawings must be prepared separately for each building, and even if the same house is not shared, the design drawings must be prepared again. In particular, the design cost is expensive, and there is a problem that a considerable burden and waste of time and manpower according to the design drawing.

In addition, commerce for interior and exterior building materials is mainly composed of offline system, so the transaction price by region and agency is different. Also, since it depends mainly on suppliers, consumers who lack information on building materials price do not purchase at right or best price. If you can not spend some of the construction cost, or do not know what materials will be used before construction, there is a problem that if you do not fit their taste after construction, you have to live with an uncomfortable mind.

Meanwhile, with the recent rapid development of the telecommunications industry, the provision of various information through computer communication and the e-commerce between companies and companies or between companies and individuals are also growing at a high speed.In response to this, e-commerce on various finished products, semi-finished products, parts, etc. As the number of sites exploded, commerce using them is expected to increase, and in the field of construction, an increasing number of e-commerce companies are providing information on material trends and information on material prices. Some commerce firms also receive a quote from the company about the expected delivery price and place an order for the right company.

However, if a site simply provides information on material prices, it is difficult for consumers to compare with other companies, and it is inconvenient to obtain price information by visiting various sites. The solution is that only the contractor can know all the information about the quality and price of the purchased materials, and the consumer is not aware of the question about whether a fair deal is being made.

The present invention has been invented in view of the above-described circumstances, and it is possible to build a housing database based on indoor and outdoor photographs and three-dimensional modeling virtual reality of a house, and furthermore, to relate to the items stored in the housing database. After building the material database based on the information on the types, the consumer who wants to build can select the desired house from the housing database and select each part of the house to directly select the interior and exterior materials necessary for the construction of the house by comparing the prices. The purpose of the present invention is to provide a customized building system using a standard housing model that can reduce the design cost by using the existing drawings that can be promptly designed for the housing design.

1 is a system configuration according to the present invention,

2A is an example of a bird's eye view selection screen for housing type selection;

FIG. 2B is an exemplary view of a plan view selection screen corresponding to the bird's-eye view of FIG. 2A;

Figure 2c is an example of the bird's eye view corresponding external construction selection screen of Figure 2a,

Figure 2d is an example of the total construction cost output screen according to the use of the material selected in accordance with Figures 2a to 2c,

3A is a flowchart illustrating a method performed in a general user mode;

3B is a flowchart illustrating a method performed in the manager mode.

Explanation of symbols on the main parts of the drawings

10-internet network, 20-web server,

20a-database server, 20b-totalization system,

Custom building system using the standard housing model of the present invention for achieving the above object, the housing database stored in the bird's eye view and three-dimensional modeling virtual reality and blueprint of the house model and the materials required for the construction of the house stored in the housing database A database of stored materials, organized by control number, material name, price, manufacturer, and picture, can be constructed and provided through a web server connected to the Internet network. User authentication step, building type selection (shop, house) step, if the house is selected, the job of the members of the household, choosing the model of equilibrium and the external landscape, output the floor plan and 3D modeling and animation Check the output of the step, detail drawing, and the payment is made with the output request. After printing the floor, the indoor structure list of the house (room, living room, kitchen, toilet, etc.) and the material list for each structure construction are printed, as well as the material category (product name, serial number, product picture, price, manufacturer, inventory). Step to print out the desired materials by selecting the desired materials.When selecting the external construction, the external structure list (brick, roof, grass, etc.) and the required material list (material name, serial number, stock availability, price, manufacturing) Company, material photo presence) to select the desired material, if you select the integration menu, displays the name, quantity and price of the materials selected at the time of performing the above steps and add up the price for the total required materials By outputting the data, consumers can choose the type of house they want to build and the interior and exterior materials needed for the construction of the house, comparing prices. All.

Hereinafter, the configuration and operation effects of the preferred embodiment of the present invention will be described in more detail with reference to the accompanying drawings.

1 shows a system configuration according to the present invention.

The web server 20 connected to the Internet network 10 stores a home page for implementing the present invention and serves to display the stored information according to a request of a browser by a visitor, and the web server 20 is a housing. And a database server 20a for storing and managing information related to building materials, and an integration system 20b for integrating the costs of building according to the houses and materials selected by the user.

In addition, the database server 20a includes a house database in which a bird's eye view and three-dimensional modeling virtual reality and a design drawing are stored, and an indoor structure of a house corresponding to the bird's-eye view or the floor plan (room, living room, kitchen, toilet, etc.) in the database server 20a. There is a material database that stores category information (product name, serial number, product picture, price, manufacturer, stock availability, etc.) for materials required for construction.

2A to 2D are views showing an example of an output screen according to the present invention.

2A shows an output screen when the bird's-eye view is selected. When the housing type desired to be integrated is selected in the list window 31, the bird's-eye view and the three-dimensional modeling virtual reality corresponding to the bird's-eye view window 32 are output. The detail output window 33 is configured to output a structure such as the number of rooms and the number of floors for the selected bird's eye view.

FIG. 2B is a view showing a selection screen for selecting a material to be input by outputting a plan view of the bird's eye view selected in FIG. 2A, and when a plan view button is selected, a plan view corresponding to the bird's eye view and 3D virtual reality is output. An output window 34 is provided, and a specific structure selection window 35 and a material selection window 36 to enter the structure are provided, so that the specific structure selection window 35 and the material selection window 36 are provided. When a specific structure and material are selected, the same product list for the material is output and the product name, serial number, product picture, price, manufacturer, stock status, etc. for each product is output to the same material list output window 37. Therefore, when a customer selects a desired material, the customer can select the optimal material that the customer wants while comparing the prices of various company products at a glance. . In addition, the room thickness selection window 38 and the ceiling height selection window 39 are provided to allow the consumer to determine the room thickness and the ceiling height so as to determine the basic frame of integration.

Figure 2c is a selection screen for selecting the external construction items, the external structure list, that is, brick, roof, grass, etc. for the bird's eye view and the plan view selected according to Figures 2a and 2b is output and can be selected A selection window 40 and a material list output window 41 for outputting a material list (for example, a material name, serial number, stock availability, price, manufacturer, and material photo presence) for the material are provided to select external materials. For the material selected in the window 40, the consumer can select the optimal material desired by the consumer while comparing prices of various company products at a glance. In addition, when a material is selected by the consumer, the product picture is output through the product photo output window 42, so that the consumer can select the required product while viewing the picture to help the consumer's selection.

FIG. 2D illustrates an example of a total construction cost output screen according to the use of materials selected according to FIGS. 2A to 2C. When the consumer selects materials desired for construction based on FIGS. 2A to 2C, the integration system 20b is illustrated. Calculates the cost for the construction considering the required quantity and price for the selected materials, and outputs the result in the integration result window 43 in the form of material name, quantity and price by integrating the total construction cost for the construction. Done.

On the other hand, the initial screen or the like is provided with an administrator mode login button 30 which allows an administrator to access the administrator mode in order to update the database contents. When the administrator mode login button is selected by clicking, the administrator input window as shown in FIG. 2E is output. This administrator input window is to prevent any user from changing the contents of the database and to ensure the reliability of the database by allowing only authorized administrators to update, modify, or change the contents of the database. The manager input window enters a specific structure selection window 44, a material selection window 45 into the structure, and a control number, material name, price, manufacturer, and product picture input window (46-50) for the selected material. A photo output window 51 is provided, and function control buttons 52 to 55 are provided to control functions such as data input, cancellation, deletion, and completion for storing input data, and detailed information of input materials. The table 56 which outputs the content is provided. In this way, the input material information is displayed in the table 56, and the material to be deleted among the displayed materials is selected on the table 56 and deleted by selecting and clicking the delete button 54 among the function control buttons. have.

3A is a flowchart illustrating a method performed in a general user mode.

First, when a user is connected to the web server 20 through the Internet network 10, the user authentication step is performed so that only the registered member can log in by checking the ID and password. If you are not a registered member, perform the new member registration step so that you can log in after joining as a new member.

If a member is found to be a member, the type of building to be searched is selected as a shopping mall or a general house, and the type of building is checked.When a search for a general house is requested, a job for each member of the household is selected. Output it.

Subsequently, a bird's-eye view and a 3D modeling virtual reality selection screen as shown in FIG. 2A are output to select a model and an external landscape for each equilibrium, and a bird's eye view and a 3D modeling virtual reality are output according to the selected housing type.

Subsequently, when a plan view output for the selected bird's eye view is required, the interior material selection screen as shown in FIG. 2B is output to allow a consumer to select a desired interior material at a price ratio among various company products. When the interior material selection is finished, the external construction button is clicked, and accordingly, the exterior material selection screen as shown in FIG. 2C is output to perform the exterior material selection step as in the interior material selection method, thereby selecting the required exterior material.

After the selection of interior materials and exterior materials for the housing construction is completed by performing the above steps, the consumer selects the integration button. Accordingly, if the selection of the integration button is detected, the material name and quantity required for the housing construction as shown in FIG. 2D. Then, the list of expenses is output and the total expenses are summed to output the total expenses for housing construction.

As a result, consumers can easily select the desired architectural model as well as the total cost of building the model, and build a house that meets their burdens while selecting the type, quality, and size of materials according to the estimate cost. At the time of material selection, several company products are output at the same time, so that the optimal material can be selected while comparing the price and quality.

3B is a flowchart illustrating a method performed in the manager mode.

If a click of the administrator mode login button is detected by a user connected to the web server 20 through the Internet network 10, the administrator authentication step is performed. At this time, it is possible to log in only when confirmed as an administrator after determining whether the administrator is authorized by checking the ID and password.

After logging in to the administrator, the user can select a specific structure and the material items to be included in the structure.When the selection of the material item is completed, the control number for the corresponding material is entered through the input window (46-50) such as material name, price, manufacturer, and photo. The corresponding item can be input, and the input data is stored in the material database of the database server 20a.

The data stored in this way is transmitted to the user through the Internet network 10 when requested in the user mode so that the user can easily select a housing model and easily estimate the estimated construction cost of the house using the selected material. You can try it.

As described above, the present invention builds a database of materials required for the construction of various house models and the house model, and automatically estimates the cost of construction when the consumer selects the house model and the material through the database. In particular, when selecting a material, the same material can be selected among various company products, allowing consumers to select the optimal material according to their budget, as well as selecting a material by fair trade. By constructing the blueprint as a database, it is possible to build more efficiently in terms of manpower and budget use.

Claims (1)

Bird's eye view and 3D modeling The house database where virtual reality and blueprints are stored and the materials required for the construction of houses stored in the house database are organized by control number, material name, price, manufacturer, and photograph to build a stored material database. It can be provided through a web server connected to the Internet network, and if the user's access to the web server is detected, a user authentication step of checking whether a member is a member, selecting a building type (shop, house), selecting a house In the case of choosing the occupation of the members of the household, the model of equilibrium model and the external landscape, the output of the floor plan and the three-dimensional modeling and animation step, check the output of the detailed drawing to confirm the output with the output request and the output is made. The list of indoor structures of the house (room, living room, kitchen, toilet, etc.) and the construction of each structure. Print out the list of required materials and print out the material category (product name, serial number, product picture, price, manufacturer, inventory, etc.) to select the desired material. Outputting the structural list (brick, roof, grass, etc.) and the required material list (material name, serial number, stock availability, price, manufacturer, material photo presence) to select the desired material; Displays the name, quantity and price of the selected materials and adds the prices for the total required materials and prints out the totals. Customized building system using standard housing model that can be selected by comparing prices.