KR20180058443A - House building intermediating system based on web interface - Google Patents

Abstract

The present invention relates to a web-based construction bidding mediation system capable of constructing a building by using a webpage of the internet, and a building construction method using the same. More specifically, a customer who wants to construct a building accesses the web-based construction bidding mediation system of the present invention, selects a type, a structure and a builder of the building listed in the web-based construction bidding mediation system, pays for each process step of constructing the building, and checks a picture or a video of the building which is currently under construction for each process step, thereby providing the building which is not only inexpensive but also highly satisfied by the customer. The web-based construction bidding mediation system comprises a web-based construction server (200), a customer side user terminal (100a) connectable to the web-based construction server through a network, and a builder side user terminal (100b).

Description

[0001] HOUSE BUILDING INTERMEDIATING SYSTEM BASED ON WEB INTERFACE [0002]

The present invention relates to a web-based construction bid mediating system, and more particularly, to a web-based construction bid mediating system, which is capable of performing all the processes related to construction such as architectural design, interior, civil engineering, plant construction, architectural renovation, remodeling design, Based building bidding mediation system, and builds the building according to the procedure provided by the web-based building bid mediating system, so that all the construction related requests, estimation, ordering, ordering, construction etc. The present invention relates to a web-based construction bidding mediation system capable of providing a low-cost and high-satisfaction building.

In general, when a building is intended to be constructed, a designer who takes charge of construction and structure design and a contractor who takes charge of construction according to the architectural and structural design are required from the designer, The design and the construction of the building are not unified because the field is divided into the part and the technical design part.

Therefore, the customer (building owner) who wishes to build a building selects one of the limited building models possessed by the designer having the expert knowledge or requests the design by paying a high price for the selected model, The contractor who can construct the building according to the design drawing is selected.

In addition, the customer selects and contracts the contractor who presents the desired construction cost with respect to the cost incurred when the construction work is performed according to the design drawing, and commences the construction work by paying an initial payment for the construction work. Then, when the construction is completed, The building will be constructed as a process to receive the building.

In general, only the off-line transactions related to construction construction are only showing construction construction price, quality of construction material, management of building products and building materials. .

In such a case, the builder may ask the customer who is going to request the construction work through the field office, without mentioning the advance information about the construction construction or the future service, the single construction price of the construction company, the quality of the building product, The construction contract negotiations will be made. Therefore, the correct transaction type for the construction work required by the customer is not achieved.

In recent years, the construction cost is reduced, and the customer does not ask for construction or construction to build the desired building. , And only when necessary professional work is required, the related company is searched and only the required unit work is requested, and the construction is carried out while paying the cost.

However, in such a case, it is possible to construct the building desired by the customer, but when the professional work is required in the building, the customer has troubles and difficulties in selecting and selecting one's own taste or the desired specialized company, The construction work is not collectively processed and the time and cost are wasted.

In addition, when the building is constructed in accordance with the customer's taste, the customer has to go to the site to supervise and supervise the actual construction when building the actual building.

Korean Registered Patent No. 10-1406885 (Title of the Invention: Computer Aided Architectural Design Management System and Management Method)

SUMMARY OF THE INVENTION The present invention has been conceived to solve the above-mentioned problems, and an object of the present invention is to provide a method and system for a customer to design a design model of a building or a building suitable for his / her taste on a web page of the Internet, It is possible to construct the desired building at low cost by constructing the building through the direct contract with the customer, and also the customer, the architect, the architect, the architect, the architect. The architects and customers are able to communicate with each other by providing information related to the construction of the building based on the analytical results to specific customers by analyzing and classifying the intelligent database of the information input by the architects, And to provide a web-based architectural adherence brokerage system for building buildings.

In order to achieve the above object, a first aspect of the present invention provides a web-based building system including a web-based building server and a client-side user terminal connectable to a web-based building server via a network, The web-based construction server includes a web server management unit and a database, and the web server management unit includes a user management unit for generating and managing information of a user who is provided with the service of the web-based construction server, And a building manager for generating information on a building to be newly constructed. The database includes user information and building information, and the building management unit of the web server management unit manages the building You can choose the type of building you want and the builder A building design selection field generation unit configured to provide a building design selection information including a list of builders registered in the lock database and building-specific buildings to a user-side user terminal; And a building construction progress field generating unit for providing building construction progress information related to the building construction to the user and the builder in response to the builder selection response.

The user management unit includes a user information field generation unit for receiving user information and a building construction information field generation unit for receiving information on the site on which the building is to be constructed. The user information field generation unit and the building construction information field generation The information input from the part is preferably stored in the database.

The builder management unit includes a builder information field generation unit for receiving builder information including a name, an ID, a password, an e-mail address, a home page, and a contact information of the builder, information on a builder's career information, The building information includes photo data of a building constructed by a builder, and includes a builder information input field for inputting the builder information and the builder construction information field The building information and the career information input to the generation unit are also stored in the database.

The building construction progress information generated by the building construction progress field generating unit is provided in the form of a web page predetermined by the user and the builder terminal, and the user terminal and the builder terminal can receive the mutual response . The building construction progress information includes a plurality of process fields required for construction of the building, a material selection field in which the material can be selected by the user, a quotation cost field to be provided by the builder, a deposit field for the user to deposit and confirm, A progress field for confirming the progress of the building under construction, a review and completion field for the user's review, and a message field for creating a message that can be exchanged during the execution of the process .

According to aspects of the present invention as described above, by repeating the process of selecting a material, estimating a cost, depositing a money, confirming a deposit, confirming a progress, and completing a review at every step necessary for building construction, This type of building can be carefully examined and constructed, and the required quotation fee can be received at each stage, thereby avoiding unnecessary payment.

In addition, the architect can designate a single or a joint order on the web based on the completed design drawing, or the customer can register information on the web and provide information to the builder on the web, Chat, and bulletin board functions, and can be carried out as an economical and convenient process to exchange opinions, and can be performed by architects, architects, builders, architects and architects. It is possible to obtain a strong customer management and marketing effect that provides information related to customized architecture based on analysis results to specific customers by analyzing and classifying the intelligent database of the information input by the architects and builders through the website have.

Particularly, according to the present invention, it is possible to provide an Internet web site that comprehensively performs designing, opening, repairing, remodeling, ordering, ordering, construction, supervision and evaluation in the field of construction, interior, civil engineering and plant construction, It is possible for the person concerned to use it conveniently, and the building can be constructed very economically.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic diagram of a web-based building bid mediating system of the present invention.
FIG. 2 is a block diagram schematically showing a configuration of a web-based construction server of the present invention; FIG.
3 is a flowchart illustrating a series of processes after a customer accesses a web-based construction server through a user-side terminal.
4 is a flowchart schematically illustrating a process flow of a web-based construction server when there is an input in an architectural information field of a user management unit according to the present invention.
FIG. 5 is a flow chart showing a flow for selecting a design of a building when a user selects a different design view without a desired design.

The present embodiments are provided so that the disclosure of the present invention is thoroughly disclosed and that those skilled in the art will fully understand the scope of the present invention. And the present invention is only defined by the scope of the claims. Accordingly, in some embodiments, well known components, well known operations, and well-known techniques are not specifically described to avoid an undesirable interpretation of the present invention.

Like reference numerals refer to like elements throughout the specification. Moreover, terms used herein (to be referred to) are intended to illustrate embodiments and are not intended to limit the invention. In the present specification, the singular form includes plural forms unless otherwise specified in the specification. Also, components and acts referred to as " comprising (or comprising) " do not exclude the presence or addition of one or more other components and operations.

Unless defined otherwise, all terms (including technical and scientific terms) used herein may be used in a sense commonly understood by one of ordinary skill in the art to which this invention belongs. Also, commonly used predefined terms are not ideally or excessively interpreted unless they are defined.

Hereinafter, the technical features of the present invention will be described in detail with reference to the accompanying drawings. 1 is a schematic diagram of a web-based architectural bidding mediation system 10 in accordance with the present invention. 1, the web-based architectural fitting mediation system 10 includes a user-side terminal 100a, 100b of a customer or a builder and a web-based construction server 200, and the user-side terminals 100a, 100b And the web-based construction server 200 are connected to each other via the network 300. A user who is a customer accesses the web-based building server 200 using the user-side terminal 100a and a user who is a building user accesses the web-based building server 200 using the building user side user terminal 100b. The connection between the user side terminals 100a and 100b and the web-based construction server 200 can be connected using a TCP / IP protocol or an HTTP protocol. The user terminals 100a and 100b may include a personal computer, a mobile phone, a smart phone, a smart pad, a notebook, and a PDA, but the present invention is not limited thereto and includes all electronic devices capable of accessing the Internet through the above- can do.

The customer can access the web-based construction server 200 of the present invention by driving a web browser installed in the terminal through the user-side terminal 100a and inputting the address corresponding to the web-based construction server 200 in the address field of the web browser have.

FIG. 2 is a block diagram schematically illustrating a configuration of a web-based building server 200 according to the present invention. As shown in FIG. 2, the web-based building server 200 according to the present invention includes a web server management unit 210 and a database 250. The web server management unit 210 basically includes a user management unit 211 for generating and managing information about the user, a builder management unit 212 for generating and managing information about the builder, And a building management unit 213 for generating a building.

The user management unit 211 for generating and managing information on a user includes a user information field generation unit 211a for providing a web page screen of a predetermined format to receive and generate basic information on a new user from a user . The user can receive an ID for receiving a service provided by the web-based construction server 200 through the user interface screen provided from the user information field creation unit 211a, 200). The user information field generation unit 211a basically receives user information including a user's name, an ID, a password, an e-mail address, a home page, and a contact.

Next, the user management unit 211 further includes a building information field generation unit 211b for receiving, from the user, the average or the area, the address, and the like of the land to be constructed when the user desires to build the building. The user inputs the area, the area, and the address of the land to be constructed on the interface screen provided by the building information field generation unit 211b.

The building information of the building generated by the user information field generating unit 211a and the building information field generating unit 211b of the user management unit is stored in the user database 250a of the database 250. [

FIG. 3 is a flowchart illustrating a series of processes after a customer accesses the web-based building server 200 through the user-side terminal 100a. When the user accesses the web-based building server 200 through the user-side terminal 100a with the built-in web browser, the customer joins the user as a customer user through the main interface screen provided from the web-based building server 200 (S100) Information of the member is stored in the user database of the web-based building server 200 (S110). After the web-based building server 200 stores the member information, the web-based building server 200 inquires of the user whether the building has information on the building through the interface screen (S120) The web-based construction server 200 provides the user with an interface screen for inputting the building information of the building (S130). When the user inputs the building information of the building through the provided interface screen, The construction information of the inputted building is stored in the user database (S140).

2, the builder operates a web browser installed in the terminal through the user terminal 100b and inputs an address corresponding to the web-based construction server 200 in the address field of the web browser, And can be connected to the server 200. The web server management unit 210 includes a builder management unit 212 for generating and managing builder information. The builder management unit 212 includes a builder information field generation unit 212a that provides a web page screen of a predetermined format for generating basic information about the builder from the builder. The builder can receive an ID for a builder for receiving a service provided by the web-based construction server 200 through a builder-dedicated interface screen provided from the builder information field creation unit 212a, Based construction server 200 via the Internet. The builder information field creation unit 212a basically receives builder information including a name, an ID, a password, an e-mail address, a home page, and a contact information of a builder.

The builder management unit 212 further includes a builder construction information field generation unit 212b for receiving information on the builder's construction. The builder construction information field includes an input field for inputting a builder's experience and the like. In addition, the builder construction information field generating unit 212b is configured to upload actual photographs such as buildings built by the builder himself / herself from the builder. The builder information and the builder construction information input from the builder are stored in the builder database 250b of the database 250 and the builder database 250b is updated.

FIG. 4 is a flowchart schematically illustrating a process flow of the web-based construction server 200 when there is an input in the building construction information field of the user management unit 211 according to the present invention. 4, when the building information of the building is inputted from the user, the web server management unit 210 recognizes that the building information of the new building is inputted and generated, (S200). The administrator of the web server confirms the site information of the building through the newly constructed user's building information (S210), and provides the user with design information including the average of the structure, the structure of the building, and a photograph suitable for the site (S220 ).

At this time, since the administrator of the web server can know the size and address of the site from the inputted information, it is possible to use the GPS map function provided on the Internet or the environment information (soil and geological information) . If the user selects a desired design from among several proposed designs (S230), the web server management unit 210 informs the contact list on the user information of the construction start of the building, and at the same time, The building information generating unit 213a generates the building progress information in which the building progress information of the user is to be recorded, provides the generated building field information to the user, and stores it in the user database 250a (S240).

If there is no desired design of the proposed design (S230), the user is able to select other design information by pressing a button such as "Other Design View" implemented on the provided web page (S250).

FIG. 5 is a flowchart illustrating a flow of selecting a building design when a user selects a different design view because there is no desired design among the proposed design drawings. When the user selects another design information view through S250 of FIG. 4, the building design selection field generation unit 213b generates a list of builders registered in the builder database 250b, career information on the builder, And provides it to the screen (S300). When a user selects a desired builder by referring to information including a career of a builder provided on the screen, information of a building corresponding to the builder, for example, photographs and design information of the building completed by the builder to date, Extracted from the database 250b and provided on the screen (S310).

If there is a desired type of building from the building information of the builder provided on the screen (S320), if the user selects the design plan of the building, the web server management unit 210 sets the construction start At the same time as notifying the contacts registered in the user information, the building field generation unit 213a generates the construction progress information to be recorded with the construction progress information related to the user's construction, provides the generated construction progress information to the user, (S330). If there is no building of the desired type in step S320, the process returns to S300 so that the user can select another builder.

4 and 5, the web server management unit 210 transmits the building information including the site information created by the user and the building progress information to the corresponding builder Notify. The builder receiving the information related to the building construction receives the detailed design details of the building desired by the user through the message function implemented in the web server management unit 210 and reflects the design details to provide the user with 3D stereograms and design drawings do. Once the design of the building is determined between the user and the builder, the user and the builder interact with each other through the construction progress information generated by the construction progress field generating unit 213a of the building.

1 is a diagram schematically illustrating a data field of construction progress information shared between a user and a builder. As described above, the construction progress information is generated by the construction progress field generation unit 213a of the web server management unit 210 and is provided to the user when the user selects a builder to build the building. The construction progress information is implemented through a user's web browser, including a process field required for construction of the building, a material selection field selectable by the user, a quotation cost field to be provided by the builder, a deposit A field for receipt, a progress field for confirming progress, a review and completion field for review by the user, and a message field for composing a message that can exchange the intention during the execution of the process.

And, from the construction progress information provided on the user 's display, the process can be divided into a plurality of steps necessary for construction. The stage of construction may include all processes such as piling, flooring, pillar construction, wall construction, and roof construction, starting with the construction of the ground and the ground in the construction of the building. In the present invention, the respective steps are sequentially arranged and displayed corresponding to the order of construction, and the process does not proceed to the next step unless the review / completion of one step is completed. For example, if the user is provided with construction progress information for the first time, the process remains inactive for the following steps unless the fields of the first stage are activated and confirmation of review / completion of the user is executed.

For example, in the first step, the user can select a material to be used in the first step by using the button created in the material selection field of the first step. When the user selects the material and selects OK in the first step, the information of the material selected by the user is provided to the builder and the cost of the estimate is requested.

The builder responds to the user including the labor cost and facility rental fee required for the construction based on the material selected by the user, and requests the deposit of the estimate cost. When the builder answers the user by calculating the cost of the estimate, the amount required for the first step is requested in the estimate cost column of the user's construction progress information. Also, if you want to know details about the cost of estimating the builder, you can check it by clicking the generated view button in the estimate cost column.

Next, the user deposits the cost of the estimator calculated by the builder, notifies the builder that the deposit is completed by pressing the deposit confirmation button, and requests the receipt. The builder confirms whether or not the actual deposit is received when a payment confirmation response is received from the user, borrows the materials and equipment necessary for the first step, attaches the receipt as an electronic file to the user so that the user can confirm the payment made by the user, We proceed construction. The builder is requested to upload and review the photo data or the video data so that the user can know the progress of the construction at least once each day as the first stage construction is being carried out. Thus, the user can grasp and confirm the state of the building construction at any time.

If the user confirms whether the process of the first step is performed properly by viewing the photograph or moving picture of the construction provided in the progress status view and the process is completed without any abnormality, the process of the first step is completed by pressing the review completion button. If the process of the first step is improved or it is thought that maintenance is required, the user uses a message button to notify the builder of a user's opinion or a part that needs improvement. The builder inspects and repairs the parts of the user's opinion that need to be improved, and creates a photo or sketch file again to notify the user, and the user refers to the photo or video file uploaded by the builder again, And the process of the first step is terminated by pressing the review completion button.

As described above, according to the present invention, it is possible to construct a building by exchanging opinions and consultation between a customer and a builder who are users of the web-based building server according to the present invention, and by ensuring transparency of execution, The advantage of saving and building the desired building can be obtained.

The foregoing description is merely illustrative of the technical idea of the present invention and various changes and modifications may be made without departing from the essential characteristics of the present invention by those skilled in the art. Therefore, the embodiments disclosed in the present invention are not intended to limit the scope of the present invention and are not intended to limit the scope of the present invention.

100a, 100b user side terminal 200 Web-based housing construction server
300 network 210 Web server management unit
211 user management unit 212 builder management unit
213 Building Management Division 250 Database

Claims (2)

A web-based building bid mediating system including a web-based building server (200) and a user-side user terminal (100a) and a building-side user terminal (100b) connectable to the web-based building server via a network,
The web-based construction server 200 includes a web server management unit 210 and a database 250. The web server management unit 210 generates and manages information of users who are provided with the services of the web- A builder management unit 212 for generating and managing information of a builder and information of a builder for each builder, and a building management unit 213 for generating and managing information about a new building to be constructed , The database 250 includes the user information, the builder information, and the building information for each architect, and the building management unit 213 of the web server management unit 210 determines the type of the building And a building design selection information including a list of builders registered in the database and information of buildings by a builder so that the builder can be selected A building design selection field generation unit 213b configured to provide the building user with the user user terminal and a building design selection field generation unit 213b configured to provide the user with the building to be built to the building user in response to a builder selection response from the user- And a building construction progress field generating unit (213a) for providing building construction progress information. The method according to claim 1,
The user management unit 211 includes a user information field generation unit 211a for receiving user information and a building information field generation unit 211b for receiving site information for building a house, Wherein the information input from the field generating unit (211a) and the building information field generating unit (211b) is stored in the database (250).

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