KR20020067758A - Method and apparatus for providing comprehensive information of a building including geographic information system of it with computer network - Google Patents

Abstract

PURPOSE: A method and a device for providing the total information of a building including the GIS(Geographic Information System) by a using computer network are provided to dissolve the difficulty of the data management and the irrationality by providing the total information of the building to a plurality of users, enabling the user to put up the data and making a plurality of registered managers generate, correct and delete the information. CONSTITUTION: The device comprises a server(100) of a client-server system, a manager client(200), a user client(300) and a network(400). The server provides the total information such as the geographic information, the building summary, the drawings and the multimedia to the registered manager clients and the user clients. The manager client is a company or an individual having the authority to input, correct and delete the information by registering to the server as a data manager. The server stores the data received from the manager client through the network in a DB(110) after classifying the data.

Description

Method and apparatus for providing comprehensive information of a building including geographic information system of it with computer network}

The present invention relates to a method and apparatus for providing a comprehensive information of a building including a geographic information (GIS) system on a web using a computer network. More particularly, the present invention relates to a distribution process for improving productivity in the building industry. The present invention relates to a method for providing a comprehensive building information using a computer network suitable for constructing a comprehensive database of the building industry that can process all data, effectively utilize and share it, and provide a comprehensive information of the building through a network. .

In the construction industry, the utilization rate of digital data is lower than that of other industries. Data management is still documented, and the use of the documented data is insufficient. As a result, in the process of collecting, storing, and utilizing data, it causes huge economic waste not only for individual companies but also for the country.

As a result, in December 1996, the Construction Technology Management Act was enacted, and the basis for promoting integrated management of construction information was established (Article 15-2 of the Construction Technology Management Act, “Minister of Construction and Transportation can organize and operate an integrated information network for construction. ”) Refers to an integrated information system that supports construction projects by rapidly exchanging and sharing information through the computer network for the construction life cycle, namely planning, design, construction, and maintenance. The concept of Continuous Acquisition and Life-cycle Support (CALS) is introduced to promote R & D, and major industrialized countries are actively introducing CALS in the construction sector. .

In order to meet this trend of information informatization and to strengthen the domestic and international competitiveness of the construction industry, it is essential to establish an integrated informatization system of the construction industry, but it is not easy to proceed due to various characteristics of the construction industry compared to other industries. It is true. The problems related to the use of digital data in the current building industry are as follows.

First is the difficulty of digital data management. In the early stages of the construction process, the architectural planning and design field began in the 1990s, and CAD was used to digitize drawings by using computer-based CAD. Therefore, in the early stages of work, work is done with digitalized drawing data and document data. However, due to the nature of the building industry, there are many cases of reprocessing such as modifying and changing initial data. You'll lose the transition, and you'll just have a lot of unmanaged data.

Second, there is a problem of data archiving after the project. It is often difficult to find the original and revised data due to the increase in the amount of data after construction. Therefore, the main stages of the construction process (design office, structural office, supervision company, public institution, construction company, etc.) The situation is managed individually by outputting the progress of each document.

Third, there is a problem of data recycling. The data of the construction process process after construction is the reality that the value of the data is damaged due to the loss of a large number of data, so even if the same project is carried out, the existing data are hardly utilized.

Fourth, the lack of a data sharing system. There is almost no sharing of data among individual companies (design offices), which is kept confidential in the design offices, and it collects case data of similar projects in the early stages of starting a project, recognizing it as the know-how acquired during the project. It takes a long time to do so, and it is not possible to use existing cases in the same and similar plans, which is a waste of duplicate investment or time and effort.

Fifth, there is a technical problem in constructing a database of images, CAD, and multimedia materials. Although various database constructions have been attempted in the construction field, there are more video images than other fields due to the nature of the construction industry. The database construction of these materials is used to search for huge files, including the limitation of processing capacity for images in the database. Various problems, such as speed problems, still remain a challenge. Recently, some places have tried this, but there are many things that are insufficient for general purpose for industrial use.

In view of this, in order to prevent national waste, to strengthen the industrial competitiveness of the building industry and to improve the business productivity of the enterprise, the information of the building process is comprehensively managed by database of the distributed and documented building process data. The emergence of service techniques that can be done is urgently needed.

An object of the present invention is to provide a plurality of users with a comprehensive information, such as geographic information, building outline, images, drawings, multimedia, etc. of the building on the Web using a network, and allows the user to post data on the building By creating, modifying, and deleting the above information to registered managers of the company, the data sharing of buildings can be solved to solve the difficulties and irrationalities of data management, to prevent redundant investment in the building industry, and to effectively The purpose of the present invention is to provide a method and apparatus for providing comprehensive information on buildings, including a geographic information system using a computer network, which can be used as a foundation for improving the efficiency of the industry and bringing technological progress through feedback of the construction industry technology.

Another object of the present invention is to strengthen the industrial competitiveness of the construction industry and the business of the company by efficiently presenting data utilization methods such as the database construction and search of large-capacity data that is indispensable due to the nature of the construction industry on the web using a network. The present invention provides a method and apparatus for providing a comprehensive information of a building including a geographic information system using a computer network that brings productivity improvement.

1 is a schematic diagram of a client-server system showing an embodiment of the present invention.

2 is a flowchart showing a method for providing building information according to the present invention by a server computer of the system of FIG.

3 is a flowchart illustrating a process of executing an administrator control module by connecting an administrator client to a server in the system of FIG.

4A to 4H are flowcharts illustrating a procedure of inputting various building information (geographic information, text information, image information, drawing information, multimedia information, etc.) through the manager control module of FIG. 3.

5 is a specific example of the initial screen according to the present invention.

6A to 6D are specific examples of data output windows (map viewer, map control, search, etc.) constituting the initial screen of FIG.

7 is a specific example of a screen showing building information according to the present invention.

8A and 8B are specific examples of data output windows (text information, menu, viewer, list, etc.) constituting the building information screen of FIG.

9A and 9B are specific examples of an initial screen for allowing an administrator client according to the present invention to connect to a server to execute an administrator control module.

<Description of Major Symbols in Drawing>

100: server system 110: database server

120: control module 200: manager system

300: user system 400: network

500: user provided initial screen 510: geographic information output window (Map Viewer)

520: search box (521): simple search menu

522: Advanced search menu 523: Directory search menu

530: Geographic information control window (Navigator) 531: Map enlargement menu

532: map reduction menu 533: center point shift menu

534: street menu 540: advertisement window (Support)

600: (search result) data output window 610: information providing window (Information)

611: basic information menu 612: company information menu

613: Details menu 614: Board menu

620: Image information output window (Viewer) 630: Image data list window (List)

640: Menu window 641: Image data menu

642: Drawing Materials Menu 643: Multimedia Materials Menu

644: Additional data menu 650: Ad window (Support)

700: initial manager access screen 710: new input menu

720: Edit Delete Menu Window

The above and other objects and various advantages of the present invention will become more apparent from the preferred embodiments of the present invention described below with reference to the accompanying drawings by those skilled in the art. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The present invention provides geographic information, building outline, image, drawing, multimedia, etc. of a building to a plurality of users on a web by using a network, and enables the user to post data on the building and a plurality of registered managers. By allowing the user to create, modify, and delete the information, the user can be provided with a data sharing and management service for the building. Through such technical means, the object of the present invention can be easily achieved.

1 illustrates a server 100, an administrator client 200, and a user client of a typical client-server system suitable for applying a method of serving a client to comprehensive information of stored buildings using a network according to a preferred embodiment of the present invention. 300), network 400.

Referring to FIG. 1, the server 100, that is, the web server system, provides geographic information about a building and a building outline to administrator clients 200 and user clients 300 registered as administrators through a network 400 or the like. Service comprehensive information such as image, drawing, multimedia. Here, the manager client 200 is registered as a data manager in the server 100 is an individual company (design office, structural office, authorized to input (new creation), modify, delete information about the building) Supervision company, public institution, construction company, etc.) and the individual, and the user client 300 refers to a general user who accesses the server 100 to search and output various comprehensive information of stored buildings.

In other words, the server 100 is configured to obtain geographical information (coordinate values on an electronic map) and building outline information (for example, a building) from an arbitrary manager client (that is, a personal computer system on the manager client side) through the network 400. Classification of building construction such as name of building, building construction such as new construction, remodeling, extension, designation of designers, administrative districts, classification of building facilities such as housing, culture / meeting facilities, medical facilities, business facilities, accommodation facilities, amusement facilities, Land area, total floor area, building area, occupancy rate, floor area ratio, regional district classification, awards, building reviews, related company information, etc., image information (e.g., building photographs, sketch data, etc.), drawing information (e.g. , Various CAD data generated during design, etc., multimedia information (for example, modeling data for building design, photographing data during construction), and additional information (for example, design or construction schedule, cost breakdown, facility characteristics). It passes the data about point, etc.) and a simple bulletin board information received classification, and stores it in any space (that is, the storage allocated for the database) in the database (110).

At this time, the administrator client 200 is given an administrator ID (ID) and a password (P / W). In the control module 120 in the server 100, such administrator information is stored in a database, Building information is classified and searched for by administrator. In addition, when the server 100 has various data requests for a building from an arbitrary administrator client 200 or a user client 300, the server 100 retrieves the information data requested for the service by searching the database 110 and then network 400. It provides to the administrator client 200 or the user client 300 through the ().

The block configuration of the administrator client 200 or the user client 300 as described above is understood to be general as follows. Each client includes an input operation block, a hardware block, a system control block, a web browser, a memory block, a monitor, a printer, and a network service block. The input operation block includes an input operation means such as a keyboard, a mouse, etc., and generates and transmits an operation signal corresponding to various operations necessary for managing and providing building general information to the hardware block. Next, the hardware block includes a controller (for example, a microprocessor) that performs overall function control of a personal computer system, and includes a LAN card, a modem, etc. for connecting a monitor, which is a display means, and a network service block. In addition, after executing the network connection program through a network service block using a built-in modem (or LAN card) at the time of executing the building integrated information service according to the present invention, access control to the Internet using a program of a web browser Perform That is, the hardware block automatically controls the execution of the web browser when the building information service is executed to control the connection with the remote server through the network, and sends various information request messages generated according to the user's operation through the network service block. It transmits to the remote server, and in response to the user's request, various information data transmitted from the remote server through the network service block is temporarily stored in the memory block and displayed on the monitor. Therefore, on the monitor, various information received from a remote server is displayed in a screen form according to the request of an administrator or a user. Each client can be connected to the server 100 for providing a comprehensive building information service through the network 400, etc. whenever necessary, it is easy to receive various service information as data such as voice, text, graphics. Here, the network may be a dedicated line or a telephone line. Next, the system control block is a Windows or Unix-like operating system software for operating a personal computer system and various protocols required for accessing the Internet, for example, TCP / IP and PPP. It includes, HTP (HTTP), HMT (HTML) and the like, based on the control signal from the hardware block to provide a corresponding service to the hardware block. Web browsers also include Netscape Navigator or Internet Explorer or a variety of software.

A process for providing a building general information service of the present invention using a typical client-server having the above-described configuration will be described.

2 is a flowchart illustrating a process of servicing comprehensive information of a building to a user client using a network according to a preferred embodiment of the present invention.

That is, the present invention is a system in which a server computer 100 equipped with a plurality of user clients 300, a plurality of administrator clients 200, and a database server 110 is connected through a network 400. In the method of providing the building information by the computer 100, when the user client 300 accesses a website providing a service, that is, when the building comprehensive information service is selected by connecting to a server through a network, In the server 100 of the geographical information (GIS) output window (Map Viewer) that can be searched for the building to retrieve the initial menu screen data including the search box or input window of the building to be provided with information through the network The initial menu screen is displayed on the monitor of the user client as a result of transmission to the user client 300.

In the exemplary embodiment of the present invention, the initial menu screen may be a 'GIS map window', a search or input capable of searching as shown in the example of FIGS. 5 or 6a to 6d. It can be configured to include a 'search' (Search), 'geographic information control window (Navigator)' and 'support window' that can work, the geographic information (GIS) control window (Navigator) is enlarged map, map It includes a menu to reduce, move the center point and obtain the distance, characterized in that the map provided by the Geographic Information (GIS) output window is enlarged, reduced, moved, and provides distance information between two points on the map. GIS) Map Viewer is a window that collects, stores and prints terrain and geographical data and can provide up to 1: 5,000km to 1: 30m. Building data that provides information is collected and stored separately. Thin line The building icon is provided as a possible icon and the building icon is connected to a data output window of each building which is stored in the index D / B in the control module 120 of claim 1, and the search box is a simple search, detailed Search, directory search consists of the basic menu, and the simple search is to input the building name or facility classification or designer to search the index D / B of the control module 120, the detailed search is the building name or construction classification or completion Year or design year or facility classification or location or local district division or building area size or volume ratio or finishing material or participant or designer to be input and search the index D / B of the control module 120. Directory search is facility type Index D / B of the control module 120 by searching the directory according to classification or location classification or construction type classification. It is characterized in that color.

Next, the user client 300 repeatedly selects a corresponding area from the GIS output window (GIS) output window to find a location where the building is located in a way of narrowing the area, and then the GISD in the server. If you select the icon of the building provided by / B or search or input the building search word in the search box or the input window, the geographic information or the entered search word of the selected building is transmitted to a remote server through the network. Checks the building corresponding to the search term entered by searching the index D / B in the control module 120 of the server, and if a plurality of buildings is applicable, the user client retrieves the index information of all the corresponding buildings for reselection. Give it to your client and choose the building from among them. And, the building information D / B stored for the found plural or singular building is called by the database server 110 and waiting, and the geographic information (GIS) D / B for each result is the database server ( Calling from 110 to display all the coordinates on the GIS output window and output the search results in the form of a list, and the GIS output window or list from the user client 300. Through selecting the final building of the search results.

The control module 120 in the embodiment of the present invention, as shown in the system schematic diagram of Figure 1, 'information management module', 'information providing module' and 'index D / B', 'manager D / B' The information management module includes a geographic information (GIS) management module, a building overview information management module, an image information management module, a drawing information management module, a multimedia information management module, an additional information management module, and a bulletin board management module. Is configured to check the administrator authentication by calling the manager D / B when there is a request for information input of the building from the plurality of manager clients, and each management module receives the information of the building inputted from the authenticated manager classified Create a new index D / B and classify and store the input information back to the database server, the information providing module is a geographic information (GIS) providing module, The building outline information providing module, image information providing module, drawing information providing module, multimedia information providing module, additional information providing module, bulletin board providing module is basically composed of the index when there is a request for providing information of the building from the plurality of user clients. Providing a result of searching for D / B or waiting or providing a plurality of D / B called from the database server 110, the index D / B is geographic information (GIS) of each building ) Only the location information of D / B, Outline D / B, Image D / B, Drawing D / B, Multimedia D / B, Additional Information D / B and Bulletin Board D / B are stored in database (index) format. The index D / B is set to the number of all cases that can be adopted as a search word database. So, if you input the various attribute information of the building, the index D / B can find and display the location information of the result in a very fast time, and at the same time can call the database of the building to wait.

In the preferred embodiment of the present invention, each of the D / Bs that record only the location information in the above-mentioned index D / B is a geographic information (GIS) D / B, an outline D / B, an image D / B, a drawing D as described above. / B, Multimedia D / B, Additional Information D / B and Bulletin Board D / B, which can be classified into Document, Image, Animation, Simulation, It is divided into CAD and is managed separately for each raw data type and constructs index D / B that integrates them. In this way, data maintenance is handled at each individual D / B and search is performed at index D / B which is pre-indexed. Can bring That is, the speed problem can be solved to a certain level by calling only necessary data after performing a search.

Next, when the selection of one final building is completed from the user client 300, the server 100 calls the geographical information (GIS) D / B for the final building and displays corresponding coordinates in the geographical information (GIS). The enlarged display is displayed on the output window, and the building information D / B held in the above step is edited and output to the data output window.

The data output window according to an embodiment of the present invention, as shown in Figure 7 or 8a to 8b, the information providing window (Information), the image information output window (Viewer), the image data list window (List) And a menu window and a support window. The information providing window includes a basic information menu, a company information menu, a detailed information menu, and a bulletin board menu of the building, and the image. The information output window (Viewer) is configured to enable to enlarge or reduce the image data including image data, drawing data, various VR data, multimedia data of the building, or to make 3D simulation according to the moving path in three dimensions. , The image data list window (List) indicates the total number of video data provided to the video information window (Viewer) and list the entire video data in a reduced screen selected by the user client In general, the image data is configured to be provided from the image information window (Viewer), and the menu window (Menu) displays the presence or absence of image data, drawing data, multimedia data, and additional data on the building, and the user client selects a specific menu. City is configured to move to the corresponding material.

Next, when a selection signal for any one of a plurality of pieces of building information included in the data output window is input from the user client, as shown in the specific examples of FIGS. 7 and 8a to 8d, Print out the details.

On the other hand, even if the manager client 200 wants to build a database for the building on the server can receive the service. In addition, by the input of the manager client 200, the server generates the database unit 110, it is possible to provide a comprehensive information of the building. The process of providing a building comprehensive information management service of the present invention using a typical client-server as described above will be described.

3 is a flowchart illustrating a process of providing a building comprehensive information management service to a manager client using a network according to a preferred embodiment of the present invention.

That is, when an initial access signal is input from the manager client 200, the server 100 outputs an initial access screen having an input item for checking whether the manager is registered with the server 100 through the network 400. Wait for input; Search the administrator D / B in the control module 120 of the server 100 to check the input contents of the manager client 200 and confirm whether they match the registered contents, and input the input of the manager client 200 as a result of the verification. If the contents match the contents registered in the server 100, the information connected to the corresponding manager D / B is fetched to include a new input menu, a modified input menu, and a deletion module, and list the data generated by the corresponding manager client. It provides a manager input initial screen having, and if the input content is inconsistent with the content registered in the server 100, outputs an unusable message, outputs an administrator registration application screen, receives the corresponding information, and forms a new administrator D / B. Output the initial access screen again; When a new input menu is selected from the manager input initial screen from the manager client 200, an electronic map for inputting the geographic information (GIS) of the building is provided to receive a coordinate value, thereby newly generating the geographic information (GIS), Provides a screen to input basic overview, detailed overview, and company information related to the building in sequence, creates a new building outline D / B by receiving input, and sequentially displays the screen to input image information, drawing information, multimedia information, and additional information of the building. Receives and inputs the image D / B, drawing D / B, multimedia D / B, additional information D / B in order to create a new input, from the administrator client 200 from the initial input screen of the administrator input correction input menu When is selected, it outputs a search box to search for a building to be modified and receives various inputs to modify various building information of the building to D / B. Or a file form, and if a delete menu is selected from the manager input initial screen from the manager client 200, a search window for searching for a building to be deleted is output and received, and various building information of the corresponding building is received. Delete with / B or delete as file; Comprehensive building information using the network through the process of generating a new location information for the newly created or modified or deleted D / B or file and storing it in the index D / B in the control module 120 of the server 100 Provide management services to administrator clients.

The Geographic Information (GIS) system of the present invention immediately modifies the geographic information of the corresponding building when there is a task of creating, modifying or deleting the building information of the manager client 200 as described above. For example, if the design office uploads the building data using the manager module on the web, the control module in the server extracts the information on the layout or location map from the uploaded data and records the geographic information (GIS) of the building. After modifying the electronic map by applying properties such as coordinate values, layers, and colors to the map, storing it in GIS D / B, and preparing to transmit it to the map viewer, administrator or user client. You will be sent a new map. This method was expensive, time-consuming, and could not be expected to update the electronic maps by purchasing maps from the National Geographic Institute and hiring employees at the electronic map supplier. At the same time, it supplements the less detailed aspects of the existing electronic map.

The database server 110 of the server 100 is a geographic information (GIS) D / B of buildings, building overview D / B, image D / B, drawing D / B, multimedia D / B, additional information D / B, bulletin board D / B, the GIS D / B constructs a database with electronic map coordinate values indicating the location of each building on a digital map, and the building outline D / B is in text form. The basic information including the name, construction classification, designer, location, facility classification, site area, building area, total floor area, building coverage rate, floor area ratio, area district for each building, details of building scale, awards, building description, Construct a database with detailed information including building reviews, and company information including companies related to buildings, and the image D / B constructs a database including photo data and sketch data of the building, and the drawing D / B. Is the angle generated during the design of the building A database including CAD data is constructed, and the multimedia D / B constructs various VR databases including three-dimensional modeled data when designing a building and photographing data during construction, and the additional information D / B includes: The database is created by inputting various data not included in the D / B into a file, and the bulletin board D / B is a database of data created by the user client without a separate authentication procedure. To build the database.

As described above, a method and a device for providing a comprehensive information of a building including a geographic information system using a computer network of the present invention include a plurality of users who receive comprehensive building information such as geographic information, a building outline, images, drawings, and multimedia on a web. It is possible to solve the difficulty and irrationality of data management by sharing the data on the building by providing the information to the building and allowing the user to post the data on the building, and by creating, modifying and deleting the information to a plurality of registered managers. In order to prevent wasteful duplication of investment in the building industry, and to make effective use of existing cases, it is possible to increase the efficiency of the industry and to lay the groundwork for the advancement of technology through the feedback of the building industry technology.

In addition, the method and apparatus for providing a comprehensive information of a building including a geographic information system using a computer network of the present invention efficiently utilizes a data utilization plan such as a database construction and retrieval of a large data that is indispensable due to the characteristics of the construction industry on the web. In this way, the industrial competitiveness of the construction industry can be enhanced and the business productivity can be improved.

Claims (13)

In a system in which a plurality of user computers 300 and a plurality of administrator computers 200 and a server computer 100 equipped with a database server 110 are connected via a network 400, the server computer 100 is connected to the server computer 100. In the method of providing information of the building by When the initial access signal is input from the user client 300, the initial screen includes a Geographic Information (GIS) output window (Map Viewer) capable of searching for a building and outputs an initial screen including a search window or an input window of a building to receive information. A first step of waiting for a search or input; A second step of searching for an index D / B in the control module 120 to find a result of a corresponding condition when a search or input data of a building is provided from the user client 300; The database server 110 calls and waits for the building information D / B stored for the found multiple or singular results, and provides the geographic information (GIS) D / B for each result of the database server 110. Call to display all the coordinates displayed on the GIS output window and output the search results as a list, and search from the user client 300 through the GIS output window or list. A third step of waiting to select one final building of the result; When the selection of one final building is completed from the user client 300, the server 100 calls the Geographic Information (GIS) D / B for the final building and displays the corresponding coordinates in the Geographic Information (GIS) output window. A fourth step of enlarging and displaying the edited building information D / B in a data output window; And, A fifth step of outputting detailed information of the corresponding information when a selection signal for any one of a plurality of building information included in the data output window is input from the user client 300; Comprehensive information providing method of a building including a geographic information system comprising a. The method of claim 1, wherein the server 100 When the initial access signal is input from the manager client 200, the server 100 outputs and inputs an initial access screen having an input item for checking whether the manager is registered with the server 100 through the network 400. Step 0-A waiting for the; A step (0-B) of checking the administrator D / B in the control module 120 of the server 100 to check the input contents of the manager client 200 and confirming whether the contents match the registered contents; As a result of the verification, if the input contents of the manager client 200 coincide with the contents registered in the server 100, the information connected to the corresponding manager D / B is fetched to generate a new input menu, a modified input menu, and a delete module. It provides a manager input initial screen having a list of data generated by the administrator client, and if the input is inconsistent with the contents registered in the server 100, outputs an unusable message and outputs a manager registration request screen. A step 0-C receiving the contents to form a new manager D / B and outputting the initial access screen of step 0-A again; When a new input menu is selected from the manager input initial screen from the manager client 200, an electronic map for inputting the geographic information (GIS) of the building is provided to receive a coordinate value, thereby newly generating the geographic information (GIS), Provides a screen to input basic overview, detailed overview, and company information related to the building in sequence, creates a new building outline D / B by receiving input, and sequentially displays the screen to input image information, drawing information, multimedia information, and additional information of the building. Receives and inputs the image D / B, drawing D / B, multimedia D / B, additional information D / B in order to create a new input, from the administrator client 200 from the initial input screen of the administrator input correction input menu When is selected, it outputs a search box to search for a building to be modified and receives various inputs to modify various building information of the building to D / B. Or a file form, and if a delete menu is selected from the manager input initial screen from the manager client 200, a search window for searching for a building to be deleted is output and received, and various building information of the corresponding building is received. A 0-D step of deleting with / B or deleting in file form; And, 0-E, which generates new location information on a D / B or file newly created, modified or deleted in step 0-D and stores it in the index D / B in the control module 120 of the server 100 step; Comprehensive information providing method of a building including a geographic information system, characterized in that the database server is configured to include. The electronic device of claim 2, wherein the manager client 200 extracts information on a layout or location map among D / Bs or files newly created, modified, or deleted, and records geographic information (GIS) of the building. Modifying the electronic map to be applied to a map, storing in the Geographic Information (GIS) D / B, and preparing to transmit to the Geographic Information Output Window (Map Viewer), the composite of the building including a geographic information system, characterized in that it further comprises How to Provide Information. The method of claim 1 or 2, wherein the database server 110 is geographic information (GIS) D / B of buildings, building overview D / B, image D / B, drawing D / B, multimedia D / B, additional information D / B and bulletin board D / B, and the GIS D / B constructs a database with electronic map coordinate values indicating the location of each building on a digital map, and the building overview D / B. B is textual data. Basic information including name, construction classification, designer, location, facility classification, land area, building area, total floor area, building area ratio, floor area ratio, and district area for each building. A database including building description data, detailed information including building reviews, and company information including a company related to the building; and the image D / B includes a database including photographic data and sketch data of the building; The drawing D / B is the construction of the building Constructing a database including various CAD data generated at the time of construction, the multimedia D / B to build a variety of VR database including the three-dimensional modeled data when the building design, shooting data during construction, and the additional information D / B constructs a database by inputting various data not included in the D / B into a file, and bulletin board D / B is a database of data created by a user client without a separate authentication procedure. Comprehensive information providing method for buildings including geographic information system, characterized in that the database is built including reference materials. According to claim 1, The initial screen of the first step is a geographic information (GIS) output window (Map Viewer) that can be searched, Search (Search), Geographic information control window (Navigator) and advertising that can be searched or entered Comprehensive information providing method of a building including a geographic information system, characterized in that configured to include a window (Support). The method of claim 5, wherein the Geographic Information (GIS) control window (Navigator) includes a map enlargement, map reduction, the center point and the distance obtaining menu to enlarge, reduce, the map provided by the Geographic Information (GIS) output window, And the distance information between two points on the map, and the Geographic Information (GIS) Output Window (GIS) is a window that collects, stores, and outputs terrain and geographical data. The building data which can be provided up to 1: 30m and provide information is collected and stored separately and provided as an icon selectable by the user client, and the building icon is stored in the index D / B in the control module 120 of claim 1. Each data is connected to the data output window of the building, and the search box consists of basic menus such as simple search, detailed search, and directory search. Search the index D / B of the control module 120 by inputting a name or facility classification or designer, and the detailed search is a building name or construction classification or completion year or design year or facility classification or location or regional district division or building. Search for the index D / B of the control module 120 by inputting the area size or volume ratio or the finishing material or the participating company or designer, and the directory search is performed by searching the directory according to the facility type classification, the location classification or the construction type classification. Comprehensive information providing method of a building including a geographic information system, characterized in that for searching the index D / B of the control module (120). The method of claim 1, wherein the control module 120 includes an information management module, an information providing module and an index D / B, a manager D / B, and the information management. The module consists of a Geographic Information (GIS) management module, a building overview information management module, an image information management module, a drawing information management module, a multimedia information management module, an additional information management module, and a bulletin board management module. When there is a request for information input of a building, the manager D / B is called to confirm the administrator's certification, and each management module classifies the building's information input from the authorized manager and generates a new index D / B. And classifying and storing the input information into a corresponding database server. The information providing module includes a geographic information (GIS) providing module, a building outline information providing module, and image information. Based on the blank module, the drawing information provision module, the multimedia information provision module, the additional information provision module, and the bulletin board provision module, the index D / B is searched when the information provision request of the building is received from the plurality of user clients. Provide or wait or provide a plurality of D / B called from the database server, the index D / B is a Geographic Information (GIS) D / B of each building, D / B, image Including the geographic information system, the location information of D / B, drawing D / B, multimedia D / B, additional information D / B, and bulletin board D / B is stored in database in index (index) format. How to provide comprehensive information on buildings. The method of claim 1, wherein the data output window comprises an information providing window (Information), an image information output window (Viewer), an image data list window (List), a menu window (Menu) and an advertisement window (Support), The information providing window (Information) comprises a basic information menu, a company information menu, a detailed information menu and a bulletin board menu of the building, the image information output window (Viewer) is a building image data, drawing data, various VR data , To enlarge or reduce the image data including multimedia data, or to be three-dimensional simulation (3D Simulation) according to the movement path in three dimensions, the image data list window (List) is provided to the image information window (Viewer) Display the total number of image data to be displayed and list all the image data in a reduced screen so that the user client can selectively receive the image data to the image information window (Viewer) The menu window displays the presence of image data, drawing data, multimedia data, and additional data on the building, and provides comprehensive information of the building including a geographic information system, which is configured to move to the corresponding data. Way. In the building information providing method based on computer network, WWW server including access unit, interface unit, operating system, internet protocol, web browser, information management module and information providing module, control module 120 including index D / B and administrator D / B, GIS D / B GIS for the building, which includes a database section 110 including D / B, image D / B, drawings D / B, multimedia D / B, additional information D / B, and bulletin board D / B. Information, overview information, image information, drawing information, multimedia information. A building comprehensive information providing server 100 which manages comprehensive information of a building including additional information and bulletin board information, and which can provide the comprehensive building information through a computer network or receive a plurality of pieces of information about the building; It consists of a connection part, an interface part, an operating system, an internet protocol, a web browser, an input part, an output part, and accesses the computer network to view or output necessary information among the information provided by the building information system, or together with the information. Respond to the banner advertisement provided, view the advertisement contents, enter the bulletin board information among the building information, or call the management page through the administrator authentication process to obtain the GIS D / B, building outline D / B, image D of the building information. / B, drawing D / B, multimedia D / B, additional information D / B, bulletin board D / B can be newly entered, modified or deleted, the manager client that can provide the content of the banner advertisement provided with the building information 200; It consists of a connection part, an interface part, an operating system, an internet protocol, a web browser, an input part, an output part, and accesses the computer network to view or output necessary information among the information provided in the building information system, together with the information. A user client 300 capable of responding to the provided banner advertisement or reading advertisement contents and inputting bulletin board information among the building information; And, A computer network 400 connecting the building comprehensive information providing server 100, a manager system 200, and a user system 300; Building integrated information providing device using a computer network, characterized in that it comprises a. In claim 9, The building integrated information providing server 100 is When the initial access signal is input from the user client 300, the initial screen includes a Geographic Information (GIS) output window (Map Viewer) capable of searching for a building and outputs an initial screen including a search window or an input window of a building to receive information. If the program waiting for the search or input, the search or input data of the building is provided from the user client 300, the index D / B in the control module 120 of the server 100 to search for the result of the condition The program, a program for calling (where) the stored building information D / B for the found plural or singular results from the database server 110, the GIS D / B for each of the retrieved results Called from the database server 110, the corresponding coordinates are displayed on the GIS output window and displayed, and the searched results are listed. To wait for the user to select one final building among the search results through the GIS output window or list from the client client, and to select one final building from the user client 300. Upon completion, the server 100 calls the Geographic Information (GIS) D / B for the final building to enlarge and display the corresponding coordinates in the Geographic Information (GIS) output window. A program for editing and outputting the information D / B into a data output window and a selection signal for any one of a plurality of building information included in the data output window is input from the user client 300. Building comprehensive information divided into a storage device for storing a program for outputting a program and an operator for driving the program Study; When the initial access signal is input from the manager client 200, the server 100 outputs and inputs an initial access screen having an input item for checking whether the manager is registered with the server 100 through the network 400. A program waiting for the program, a program for checking and verifying that the input contents of the manager client 200 match the registered contents by searching the manager D / B in the control module 120 of the server 100, and the manager client 200. If the input content of) matches the information registered in the server 100, the information generated by the corresponding manager client is extracted, including a new input menu, a modified input menu, and a delete module by extracting information connected to the corresponding manager D / B. A program for providing a manager input initial screen having a list of the input contents of the manager client 200 and the contents registered in the server 100. If there is a mismatch, it outputs an unavailable message, prints out an administrator registration request screen, receives the corresponding information, forms a new administrator D / B, and resets the initial access screen having an input item for checking whether the administrator is registered with the server 100. If the new input menu is selected from the initial input screen of the manager input from the manager client 200, the program outputs the electronic map to input the geographic information (GIS) of the building. Create and provide a screen for inputting the basic overview, detailed overview and company information related to the building in sequence and create new building outline D / B and input image information, drawing information, multimedia information and additional information of the building. Provide the screen sequentially and receive image D / B, drawing D / B, multimedia D / B, additional information D / B In order to newly create a program, when a modification input menu is selected from the administrator input initial screen from the administrator client 200, a search window for searching for a building to be modified is output and received, and various building information of the corresponding building is received. A program for modifying with / B or in a file format, and if a delete menu is selected from the manager input initial screen from the manager client 200, a search box for searching for a building to be deleted is output and received. The control module 120 of the server 100 by generating a program for deleting various building information in D / B or in the form of a file, and newly generated or modified or deleted location information for the D / B or file Storage device for storing a program stored in my index D / B and an operator for driving the program Comprehensive information input buildings separated; And, An electronic map coordinate value for displaying each building location on a digital map. The electronic map coordinate value of the building is displayed to display a corresponding point according to various building information input and output requests of the user client 300 or the manager client 200. Stored Geographic Information (GIS) D / B, textual data, including the name of each building, construction classification, designer, location, facility classification, land area, building area, total floor area, construction rate, floor area ratio, area district It includes the building outline D / B, the photographic data of the building, and the sketch data, which consists of the information and the size of the building, the details of the award, the building description, detailed information including the building review, and company information including the company related to the building. Stored image D / B, stored drawing D / B including CAD data generated in the design of the building, 3D modeled data in the design of the building, Multimedia D / B including various VR databases including shooting data of the air, additional information D / B stored by inputting various data not included in the D / B as a file, user client 300 or manager client (200) is a database of data created without a separate authentication process, including a bulletin board D / B, including the answering machine, sentiment, reference materials, geographic information (GIS) D / B of each building, overview D / B, Index D / B that stores only the location information of image D / B, drawing D / B, multimedia D / B, additional information D / B, and bulletin board D / B in the form of index (index), and the server ( Create a D / B structure by dividing the administrator D / B storing the information of the authorized administrator and the obtained information on a predetermined basis so as to manage, create, modify, and delete the database stored in 100). And award Storing data on D / B and retrieving the necessary data, and D / B are separated by a management operator for driving the storage device and a program for storing a program to be connected to each other each of the data; Comprehensive information providing device for a building, including a geographic information system comprising a. In the ninth, the building integrated information providing server 100 is Launch the initial screen including the Geographic Information (GIS) Output Window (Search), Search, Search, Geographical Information Control (Navigator), and Advertisement (Support). Letting program; It includes map enlargement, map reduction, center point moving and distance obtaining menu, so that the map provided by the GIS output window can be enlarged, reduced, moved and provides distance information between two points on the map. Navigator) program; Terrain and geographic data can be collected, stored and printed, and geographic information can be provided at scales of up to 1: 5,000km to 1: 30m. Building data that provide information are collected and stored separately so that the user can select the icon. Geographical information (GIS) output window program is provided to the building icon is connected to the data output window of each building which is stored in the index D / B in the control module 120 of claim 9; And, The basic menu consists of a simple search, a detailed search, and a directory search. The simple search is to receive an input of a building name or facility classification or designer to search the index D / B of the control module 120. Search the index D / B of the control module 120 by inputting the construction classification or completion year or design year or facility classification or location or regional district division or building area size or volume ratio or finishing materials or participating company or designer. Search is a search (Search) program for searching the index D / B of the control module 120 by searching the directory according to the facility type classification or location classification or construction type classification; Comprehensive information providing device for a building, including a geographic information system comprising a. In claim 9, The building integrated information providing server 100 is A control module program including an information management module, an information providing module, and an index D / B and a manager D / B; Geographic information (GIS) management module, building overview information management module, image information management module, drawing information management module, multimedia information management module, additional information management module and bulletin board management module is composed based on the When the information input request is requested, the administrator D / B is called to confirm the administrator authentication, and each management module classifies and inputs the information of the building input from the authenticated manager, and creates a new index D / B. Information management module program for classifying and storing them back to the corresponding database server; And, Geographic information (GIS) providing module, building overview information providing module, image information providing module, drawing information providing module, multimedia information providing module, additional information providing module and bulletin board providing module is basically composed of the building from the plurality of user clients An information providing module program which provides a result of searching the index D / B when the information providing request is made, or waits or provides a plurality of D / Bs called from the database server; Comprehensive information providing device for a building, including a geographic information system comprising a. In claim 9, The building integrated information providing server 100 is A data output window program including an information providing window, an image information output window, a image data list window, a menu window, and an advertisement window; An information providing window program including a basic information menu, a company information menu, a detailed information menu, and a bulletin board menu of a building; Image information output window (Viewer) configured to enlarge or reduce image data including building image data, drawing data, various VR data, and multimedia data or to enable 3D simulation according to the moving path in three dimensions program; An image data list window configured to display the total number of image data provided to the image information window (Viewer) and to list the entire image data in a reduced screen so that the user client can selectively provide the image data to the image information window (Viewer). List) program; And, A menu program configured to display the presence of image data, drawing data, multimedia data, and additional data about the building and to move to the corresponding data; Comprehensive information providing device for a building, including a geographic information system comprising a.