KR20020090555A - system of indoor archtecture total information - Google Patents

Abstract

PURPOSE: An interior integration information system is provided to support simulation and retrieval of the information about design, materials and execution. CONSTITUTION: The system consists of some clients(10-1 - 10-n), a server(30), the Internet(20) and DBs like material DB(31), unit cost DB(32), and 3D image DB(33). The material DB contains the material information classified by vendors, products, and unit costs. The information is about illumination, furniture, coating, equipment, hardware, windows, doors and services. The cost system can calculate the quotation using the unit cost DB. The clients connect the server using the Internet and input the execution condition. The simulation is provided and the clients review the simulation. If the user accept the simulation, the interior construction is executed.

Description

Integrated architecture information system {system of indoor archtecture total information}

The present invention relates to an indoor building information providing system for providing information on an indoor building, and more particularly, to an indoor building integrated information system for simulating a desired indoor building in a virtual space through the Internet. will be.

In recent years, as life becomes more popular, more and more people want to use their living space as a space to express their personality beyond the meaning as a space where they can eat, sleep and rest. According to the desire of the consumers to improve the living environment, the interior industry that designs the interior space more practically and beautifully is gaining much attention.

On the other hand, in conjunction with the desire to improve the living space of these consumers, the renovation to renovate the living space that they already live in more comfortable and reviving is also very active. Renovation is an operation of renovating an old part or remodeling it into a new form without breaking down an existing structure, and has an advantage of obtaining a high effect at a low cost.

However, in carrying out such interior decoration or renovation, most of the general people suffer from trial and error due to the lack of general knowledge and information about architecture such as building materials, material characteristics, design, and design estimates. Even if you ask a professional interior decorator or a seasoned renovation company to avoid such trial and error, if you do not have a basic knowledge of interior architecture, you will not be able to grasp the construction process. Sometimes you can't.

In addition, in the field of interior construction, there are problems related to small quantity production methods such as material unit cost and cost calculation related to construction and design, and when the user lacks information and expertise due to the problem of purchasing and constructing various construction materials and products There is a considerable problem, such as the need to bear excess costs. Of course, although the professional company may present the construction price and various conditions according to various samples and samples in advance, the user may not make various comparisons and may not easily determine whether the price suggested by the company is appropriate.

Accordingly, it is an object of the present invention to provide an indoor architecture integrated information system that allows the Internet to freely search for information related to design, materials, and construction in the field of indoor construction.

Another object of the present invention is to provide an integrated indoor architecture information system that can be carried out for the simulation of the indoor building to be built through the Internet.

Another object of the present invention is to provide an indoor architecture integrated information system that can fully reflect their opinion in the construction of indoor buildings.

In order to achieve the above object, the present invention, the indoor building material database having a large amount of information on various performances, uses, usage methods, etc. for building materials by coding data on the domestic building materials; A construction unit price and cost database for selecting construction materials and calculating cost according to construction cost and material quantity, and for judging the utilization of construction materials and economical efficiency of construction; Constructing a server having a three-dimensional image database for design to build a selective image to save the cost and time according to the design by linking the indoor building material database and construction unit cost, cost database, The client provides an indoor architecture integrated information system, which enables the client to simulate the shape of the indoor building to be realized on the Internet, and to estimate the cost of the simulation.

1 is a schematic configuration diagram of an indoor building integrated information system according to a preferred embodiment of the present invention.

2 is a schematic configuration diagram of a building material coding system applied to an indoor building integrated information system according to a preferred embodiment of the present invention.

3 is a schematic configuration diagram of a unit cost / cost coding system applied to an indoor building integrated information system according to a preferred embodiment of the present invention.

4 is a schematic diagram of an image coding system applied to an indoor building integrated information system according to a preferred embodiment of the present invention.

FIG. 5 is a flowchart illustrating a process of providing integrated information on indoor construction through an indoor building integrated information system according to a preferred embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

10-1 to 10-N: Client 20: Internet network

30: Indoor building integrated information providing server

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

1 is a schematic configuration diagram of an indoor building integrated information system according to a preferred embodiment of the present invention.

Referring to the drawings, Client 1 (10-1), Client 2 (10-2), Client N (10-N) to the indoor building integrated information providing server 30 according to the present invention through the Internet network 20 Connect. The indoor building integrated information providing server includes an indoor building material database 31 for indoor building materials, a building unit cost and cost database 32 for construction unit costs and costs, and a three-dimensional image database for designing an interior design ( 33) is built.

In order to construct the indoor building material database 31, the unit cost / cost database 32 for construction, and the three-dimensional image database 33 for design, in the present invention, data collection, space and facility data collection relating to production materials are collected. In addition, it performs the construction work of establishing the linkage path and estimating the linkage value for the basic work consisting of coding of collected data, coding of unit price and construction work, spatial image coding and classified data.

The indoor building material database 31, the unit cost / cost database 32 for construction, and the three-dimensional image database 33 for design have a coding system using respective databases, which are shown in FIGS. Is shown.

First, FIG. 2 illustrates a building material coding system 40 using an indoor building material database 31. Referring to the drawings, building materials are classified by company, product, and unit price. Information on materials such as lighting, furniture, furniture, painting, sanitary appliances, equipment, hardware, windows, ranch, service, sign, etc. Is registered. Since various performances and sampling of the building materials can be simulated, it is possible to provide a user with a large amount of information and high quality information on the purpose, performance, and usage of the building materials.

3 shows a unit price / cost coding system 50 using the unit price / cost database 32 for construction. In the unit price / cost coding system 50, databases related to material unit price data, material quantity data, and labor cost data are coded, and unit price data (quotes) calculated based on the site can be calculated.

4 shows an image coding system 60 using a three-dimensional image database 33 for design. Image coding is largely divided into residential use and commercial use, and residential use can be subdivided into apartments, detached houses, and rural houses. In addition, commercial maps are divided into restaurants, academies, beauty salons, bookstores, and the like to show designs suitable for each purpose. In the image coding system 60, the selective image can be constructed to save the cost and time according to the design. The image coding system 60 can actively improve the living environment through the generalization and popularization of the design through user participation. Big.

In the related art, since information on building materials and their performance, design, and unit cost (quote) according to design were separately provided, they did not provide any concrete help in actual construction. However, in the present invention, information about each design, material, and construction stored in the indoor building material database 31, the unit cost / cost database 32 for construction, and the three-dimensional image database 33 for design is stored. By providing them in conjunction with each other, the various conditions for materials, construction, and design related to indoor construction can be simulated, so that they can complete their desired indoor buildings with minimal errors.

FIG. 5 is a flowchart illustrating a process of providing integrated information on indoor construction through an indoor building integrated information system according to a preferred embodiment of the present invention.

Referring to the drawings, in step 100, the clients access the indoor building integrated information providing server according to the present invention through the Internet network. In step 102, a construction condition for indoor construction is input, and all conditions regarding materials, costs, and design are input. In this case, when the indoor building integrated information providing server is operated in a membership system, membership authentication is performed using an ID and password.

In step 104, a simulation is performed according to the construction conditions input by the client. In step 106, the simulation result of the client in step 104 is reviewed. As a result of the examination, if the simulation result is satisfactory, the process proceeds to step 108 and construction of indoor architecture is performed with reference to the simulation result. However, if the simulation results are not satisfactory, the flow proceeds to step 108 to correct the simulation according to the construction conditions.

Although the present invention has been described with reference to the illustrated drawings, the present invention is not limited thereto. For those skilled in the art, various changes and modifications may be made without departing from the technical spirit of the present invention. It is obvious that other equivalent embodiments are possible.

As described above, the present invention provides information on building materials that are quantitatively and qualitatively excellent, and integrated information on integrated interior architecture for design and construction in connection with such building material information on the Internet. Based on the integrated information, the client executes a three-dimensional simulation in the virtual space on the Internet with his desired design using the materials he / she wants, and examines the result of his / her desired indoor architecture in advance. Through this, you can realize your own style of interior architecture.

Claims (5)

An indoor building material database which codes data on domestic building materials and holds a large amount of information on various performances, uses, and usage methods of building materials; A construction unit price and cost database for selecting construction materials and calculating cost according to construction cost and material quantity, and for judging the utilization of construction materials and economical efficiency of construction; Constructing a server having a three-dimensional image database for design to build a selective image to save the cost and time according to the design by linking the indoor building material database and construction unit cost, cost database, Indoor client integrated information system that allows the client to simulate the shape of the indoor building that he wants to realize on the Internet, and to estimate the cost for the simulation. The building materials database of claim 1, wherein the building materials database includes lighting materials, furniture, paintings, sanitary appliances, facilities, hardware, windows, ranches, services, and signs coded through a building materials coding system. Indoor building integrated information system, characterized in that stored. The indoor building integrated information system of claim 1, wherein the building material data coded through the building material coding system is stored separately by company, product, and unit price in the indoor building material database. According to claim 1, The unit price, cost database for the construction of the interior construction, characterized in that the material price data, material quantity data, labor cost data, site-based unit price data data coded through a unit price, cost coding system is stored Information system. The integrated interior architecture information system according to claim 1, wherein the design three-dimensional image database stores image data about residential and commercial buildings coded through an image coding system.