KR20240001514A - Automatic finishing design system considering residential environment - Google Patents

Abstract

The present invention identifies performance conditions in consideration of the residential environment of the target building, recommends customized finishing materials that meet the performance conditions, and automatically performs finishing design to enable optimal and efficient finishing material construction. Automatic finishing considering the residential environment It's about design systems.
The present invention includes a user location information input unit that receives location information of a residence subject to finishing work from a user; a user requirement specification selection unit that provides a list of required specifications to the user and selects a finishing construction required specification by the user from the provided list of required specifications; A residential environment analysis unit that receives the location information of the target residence, searches environmental information around the target residence from the environmental analysis DB, and extracts customized option information, which is key environmental information related to the finishing construction requirement specifications selected in the user requirement specification selection section. ; Referring to the customized option information extracted from the residential environment analysis section, recommended material information is searched and provided from the finishing material DB according to the finishing construction requirement specifications selected in the user requirement specification selection section, and the recommended material information is searched and provided by the user from the recommended material information provided above. A finishing material selection unit where materials are selected; and an automatic finishing detail design unit that automatically designs finishing details according to the material selected by the user in the finishing material selection unit. It is characterized by being composed of.

Description

Automatic finishing design system considering residential environment}

The present invention identifies performance conditions in consideration of the residential environment of the target building, recommends customized finishing materials that meet the performance conditions, and automatically performs finishing design to enable optimal and efficient finishing material construction. Automatic finishing considering the residential environment It's about design systems.

The construction industry is a representative information asymmetric industry and generally tends to be perceived as a supplier-oriented market.

In particular, various finishing materials are used in buildings, and due to the complexity and diversity of the finishing materials used, it is common to select materials recommended by the supplier. Accordingly, construction is often carried out without being provided with information about various finishing materials.

For example, floor finishes include flooring, flooring, marble, etc.; wall finishes include plywood, silk wallpaper, imported wallpaper, painting, fabric, stone, etc.; bathroom finishes include general tiles, polished tiles, marble, pottery, shower booths, etc. There are many different types of finishing materials applied to buildings, such as drains and sinks. Nevertheless, there is a problem that general contractors lack information on finishing materials and end up using finishing materials recommended by the contractor without sufficient review.

Moreover, the performance level of finishing materials such as fire resistance, sound insulation, insulation condensation, and waterproofing is more difficult to determine.

In addition, buildings are greatly influenced by the surrounding environment, and the surrounding environment of residential areas is very diverse and varies greatly from region to region, so the requirements for the performance of finishing materials are bound to vary depending on the surrounding environment. However, users have difficulty selecting a finishing material because it is not easy to understand not only the performance of the finishing material itself but also information about the surrounding environment.

Registered Patent No. 10-1142384 relates to a finishing material management system and a design method using the same. It is a technology that improves the efficiency of quotation work by enabling cost evaluation when selecting finishing material items.

However, the prior art simply presents various finishing materials through a finishing material management system and does not identify required performance conditions and recommend finishing materials by reflecting the required performance conditions, so there are limitations in designing optimal and efficient finishing materials.

In order to solve the above problems, the present invention identifies performance conditions in consideration of the residential environment of the target building, recommends customized finishing materials that meet the performance conditions, and automatically performs finishing design to enable optimal and efficient construction of finishing materials. We aim to provide an automatic closing design system that takes into account the living environment.

The present invention according to a preferred embodiment is performed by a computing device to automatically perform a finishing design in consideration of the residential environment of a residence subject to finishing work, and includes a user location information input unit that receives location information of a residence subject to finishing work from a user; a user requirement specification selection unit that provides a list of required specifications for finishing work to the user and allows the user to select a required specification for finishing work from the provided list of required specifications; A residential environment analysis unit that receives the location information of the target residence, searches environmental information around the target residence from the environmental analysis DB, and extracts customized option information, which is key environmental information related to the finishing construction requirement specifications selected in the user requirement specification selection section. ; Referring to the customized option information extracted from the residential environment analysis section, recommended material information is searched and provided from the finishing material DB according to the finishing construction requirement specifications selected in the user requirement specification selection section, and the recommended material information is searched and provided by the user from the recommended material information provided above. A finishing material selection unit where materials are selected; and an automatic finishing detail design unit that automatically designs finishing details according to the material selected by the user in the finishing material selection unit. It provides an automatic closing design system considering the residential environment, which consists of.

According to another preferred embodiment of the present invention, the user location information input unit is further provided with a drawing information providing unit that extracts and provides drawing information of the target residence from a drawing DB according to the location information of the target residence, and the automatic finishing detailed design unit provides drawing information of the target residence according to the location information of the target residence. It provides an automatic finishing design system that takes into account the residential environment, which is characterized by automatically designing the finishing details by inputting the drawing information of the target residence delivered from the information provider and the material information included in the finishing material DB.

The present invention according to another preferred embodiment provides an automatic finishing design system considering the residential environment, wherein the residential environment analysis unit performs an environmental analysis based on input address information and drawing information of the target residence.

The present invention according to another preferred embodiment provides an automatic finishing design system considering the residential environment, wherein the finishing material selection unit provides budget estimate information for the material selected by the user.

The present invention according to another preferred embodiment provides an automatic finishing design system considering the residential environment, further comprising a detailed quotation calculation unit that provides detailed quotation information according to the design information designed by the automatic finishing detailed design unit.

According to the present invention, based on the location information entered by the user in the user location information input unit, the residential environment analysis unit searches environmental information around the target residence to extract customized option information, and recommends material information provided by the finishing material selection unit with reference to this. It is possible to provide an automatic finishing design system that takes into account the residential environment, where the automatic finishing detail design department automatically designs the finishing details according to the materials selected by the user.

Therefore, we identify the performance conditions by considering the residential environment of the target building, recommend customized finishing materials that meet the required performance conditions in connection with key environmental information, and automatically proceed with the finishing design to provide a high-performance, high-quality, and highly efficient finish tailored to the occupants. Details can be provided.

1 is a conceptual diagram showing an automatic closing design system considering the residential environment of the present invention.
Figure 2 is a conceptual diagram showing an embodiment equipped with a drawing information providing unit.
Figure 3 is a conceptual diagram showing an embodiment further provided with a detailed quotation calculation unit.
Figure 4 is a flowchart showing an automatic closing design system considering the living environment of the present invention according to an embodiment.
Figure 5 is an interface screen for the residential environment analysis unit.
Figure 6 is an interface screen for the user requirement specification selection section.
Figure 7 is an interface screen for the finishing material selection unit.
Figure 8 is a material detail view window on the interface screen for the finishing material selection section.

Hereinafter, the present invention will be described in detail according to the accompanying drawings and preferred embodiments.

Figure 1 is a conceptual diagram showing an automatic closing design system considering the living environment of the present invention.

As shown in Figure 1, the automatic finishing design system considering the residential environment of the present invention is performed by a computing device to proceed with automatic finishing design in consideration of the residential environment of the residence subject to finishing work, and receives information from the user about the residence subject to finishing work. A user location information input unit (1) that receives location information; a user requirement specification selection unit (2) that provides a list of required specifications for finishing work to the user and selects a required specification for finishing work by the user from the provided list of required specifications; The location information of the target residence is input, the environmental information around the target residence is searched from the environmental analysis DB (30), and customized option information, which is the main environmental information related to the finishing construction requirement selected in the user requirement specification selection unit (2), is provided. Residential environment analysis unit to extract (3); Referring to the customized option information extracted from the residential environment analysis unit (3), recommended material information is searched and provided from the finishing material DB (40) according to the finishing construction requirement specifications selected in the user requirement specification selection unit (2), a finishing material selection unit (4) in which a material is selected by the user from the recommended material information provided; and an automatic finishing detail design unit (5) that automatically designs the finishing details according to the material selected by the user in the finishing material selection unit (4). It is characterized by being composed of.

The present invention identifies performance conditions in consideration of the residential environment of the target building, recommends customized finishing materials that meet the performance conditions, and automatically performs finishing design to enable optimal and efficient finishing material construction. Automatic finishing considering the residential environment It is intended to provide a design system.

The present invention is intended to proceed with a finishing design in consideration of the residential environment of a target residence where a target building scheduled for finishing construction is located, and is performed by a computing device.

The automatic finishing design system of the present invention includes a user location information input unit (1), a user requirement specification selection unit (2), a residential environment analysis unit (3), a finishing material selection unit (4), and a finishing detail automatic design unit (5). It is composed.

The user location information input unit 1 receives location information of a residence subject to finishing work from the user.

In order to consider the residential environment of the target residence, location information of the target residence must be entered. For this purpose, the user location information input unit 1 receives location information, that is, an address, of the target residence by the user.

The user requirement specification selection unit 2 provides a list of required specifications to the user, and the user selects a required specification for finishing work from the provided list of required specifications.

The user requirement specification selection unit 2 provides a list of required specifications to the user.

In the above requirement specifications list, items are provided by facility use (residential, office, etc.), space (living room, kitchen, bedroom, etc.), and area (walls, ceiling, floor, windows, roof, etc.).

In addition, the list of requirements includes use concept items such as lighting, ventilation, soundproofing, noise between floors, safety, energy efficiency, and usage (business, conference, living), etc., so that the user can select them. Let it happen.

Additionally, the user can select the desired finishing construction budget range.

The residential environment analysis unit (3) receives location information of the target residence, searches for environmental information around the target residence from the environmental analysis DB (30), and relates to the finishing construction requirement specifications selected in the user requirement specification selection unit (2). Extracts customized option information, which is key environmental information.

The residence environment analysis unit 3 extracts customized option information from the environment analysis DB 30 according to the location information of the target residence where finishing work will be performed, input from the user location information input unit 1.

The environmental analysis DB 30 may include land and building information, surrounding facility information, and environmental information.

Among land and building information, land information includes information on land area, land category, use area, use district, topography, roads, etc. The building information includes information on the number of floors, total floor area, age, main use, size, number of households, building structure, etc.

Surrounding facility information includes information on facilities subject to specific management or hazardous facilities, such as old building information, waste treatment facilities, compound handling facilities, environmental emission facilities, and noise-generating facilities.

Additionally, environmental information includes climate information such as sunlight, condensation, humidity, heat distribution, wind speed, noise level, and fine dust information, and also includes disaster information such as earthquakes, forest fires, landslides, floods, and coastal flooding.

When the address of the target residence where finishing work will be performed is entered by the user, the residential environment analysis unit (3) searches for and retrieves environmental information for an area within a certain radius close to the area from the environmental analysis DB (30) and then retrieves the environmental information. Analyze.

And, from the environmental information around the analyzed target residence, key environmental information related to the finishing construction requirements is extracted and provided as customized option information.

For example, if the finishing construction requirement selected in the user requirement specification selection section (2) is windows, the residential environment analysis section (3) will say, "N waste disposal facilities are included within a 5 km radius of the selected location. Air circulation device." In addition to installation, it is recommended to select eco-friendly materials that help air circulation”, “The heat distribution in the selected location is 2 degrees lower than the regional average. It is recommended to select materials with a high energy efficiency rating that help with indoor thermal comfort.” Customized option information can be provided.

Here, the surrounding range searched according to the location of the target residence is a preset distance, and the preset range can be adjusted by user selection.

The finishing material selection unit (4) refers to the customized option information extracted from the residential environment analysis unit (3) and recommends from the finishing material DB (40) according to the finishing construction requirement specifications selected in the user requirement specification selection unit (2). Material information is searched and provided, and a material is selected by the user from the recommended material information provided.

The finishing material selection unit 4 retrieves material information corresponding to the finishing construction requirements selected in the user requirement specification selection unit 2 from the finishing material DB 40 and then analyzes the residential environment among the materials included in the material information. By referring to the customized option information extracted in part (3), materials that satisfy the customized option information are extracted and provided.

The finishing material DB 40 stores a finishing material design template combined with the performance of the finishing material according to the required performance for each finishing object, and the finishing material selection unit 4 selects the corresponding finishing material design template according to the customized option information. You can call and provide it. The finishing material information finally selected by the user is fed back to the finishing material design template of the finishing material DB 40 to update the finishing material design template.

The finishing material DB 40 may include material purchase information, catalogs, test reports, certificates, specifications, detailed drawings, CAD drawing information, etc.

The automatic finishing detail design unit 5 automatically designs the finishing details according to the material selected by the user in the finishing material selection unit 4.

When the user selects and confirms required materials in the finishing material selection unit 4, the automatic finishing detail design unit 5 automatically designs the finishing details using the confirmed finishing materials. The automatically designed finishing details can be displayed on the display and provided to the user.

The automatic finishing detail design unit 5 can provide information on the environment and safety around the target residence when providing finishing details on the display and display simulation results.

In addition, the automatic finishing detail design unit 5 can provide detailed information on each material in conjunction with the finishing material DB 40 when providing finishing details on the display.

The automatic finishing detail design unit 5 automatically extracts each surface to which finishing materials for each room are attached from the object information of the 3D design model, and assigns the finishing materials specified in the standard finishing detail drawing of the blueprint to each extracted surface. .

After automatically distinguishing between materials that require detailed finishing quantities and unnecessary materials for the assigned finishing materials, the arrangement of finishing materials can be optimized according to specifications and ready-made material specifications for materials that require detailed finishing quantities.

Materials that require detailed finishing quantities refer to materials that require on-site cutting after placing finishing materials as objects, such as tiles and decorations.

Materials that do not require detailed finishing quantities include coating and waterproofing materials.

The automatic finishing detail design unit 5 optimizes the arrangement to minimize cutting materials, thereby facilitating construction and reducing costs.

The automatic finishing detail design unit 5 can provide the user with the results of optimization by printing them in drawings or 3D.

In this way, the present invention provides not only information on finishing materials but also information on the surrounding environment of the target residence, and automatically provides a list of materials suitable for necessary performance conditions in connection with key environmental information. This allows us to provide high-performance, high-quality, highly efficient finishing details tailored to the occupants.

Figure 2 is a conceptual diagram showing an embodiment equipped with a drawing information providing unit.

As shown in FIG. 2, the user location information input unit 1 is further provided with a drawing information providing unit 6 that extracts and provides drawing information of the target residence from the drawing DB 60 according to the location information of the target residence. Thus, the automatic finishing detail design unit 5 can automatically design the finishing details by receiving the drawing information of the target residence transmitted from the drawing information providing unit 6 and the material information included in the finishing material DB 40.

Drawing information is required for automatic finishing detailed design in the automatic finishing detail design unit (5).

For this purpose, a drawing DB 60 in which separate drawing information is stored and a drawing information providing unit 6 for searching and extracting necessary drawing information from the drawing DB 60 may be provided.

The drawing information providing unit 6 receives the location information of the residence subject to finishing construction inputted in the user location information input unit 1 and searches for and extracts the drawing information of the target residence from the pre-constructed drawing DB 60.

The drawing DB 60 may utilize an external drawing API such as a construction administration system Seumteo, land use plan viewing, or a private private DB.

If the drawing information of the target residence is not in the drawing DB 60, the user can upload the drawing information of the required space directly to the drawing DB 60 through the drawing information provider 6.

The automatic finishing detail design unit 5 receives the drawing information of the target residence extracted from the drawing information providing unit 6, and receives the finishing material information confirmed from the finishing material selection unit 4 to finish the object to be finished. By automatically assigning materials, you can perform automatic finishing detailed design.

The residential environment analysis unit 3 may perform environmental analysis based on the input address information and floor plan information of the target residence.

Target residential requirements may be influenced by the layout of surrounding buildings, the orientation of the building, the layout of the rooms, etc.

Therefore, the residential environment analysis unit 3 determines the layout of surrounding buildings from the input address information, and determines the orientation of the building and the layout of rooms from the drawing information of the target residence, when analyzing the residential environment to calculate customized option information. It can be reflected.

The drawing information of the target residence provided for residential environment analysis includes spatial information on the number and arrangement of rooms such as the living room, kitchen, bedroom, and bathroom, and objects for which space-specific finishing work is performed such as walls, ceilings, floors, windows, and roofs. Specific quantity and area can be provided.

The finishing material selection unit 4 may provide budget estimate information for the material selected by the user.

Generally, when a user selects a finishing material, not only the performance or quality of the finishing material but also the budget is one of the important criteria.

Therefore, when the user first selects a material in the finishing material selection unit 4, the finishing material selection unit 4 refers to the price information of each material stored in the finishing material DB 40 based on the selected material and provides a budget estimate. can be calculated and provided.

The above budget estimate is calculated before the final detailed automatic design, so it does not provide a detailed estimate.

For the materials selected by the user, the estimated material quantity and construction estimate results are provided based on area.

The finishing material selection unit 4 can provide an estimate and material quantity calculation.

Users can reselect materials by referring to the provided budget estimate information.

Figure 3 is a conceptual diagram showing an embodiment further provided with a detailed quotation calculation unit.

As shown in FIG. 3, a detailed quotation calculation unit 7 that provides detailed quotation information according to the design information designed by the automatic finishing detail design unit 5 may be further provided.

The existing method of calculating the quantity of finishing materials is calculated based on the area of the area where the finishing materials are to be installed, which creates uncertainty about the quantity of materials, and it is difficult to determine the exact order quantity, which frequently causes disputes between contractors and constructors.

On the other hand, the finishing details designed in the automatic finishing detail design unit 5 calculate the exact required quantity of each material.

Therefore, a detailed quotation calculation unit 7 that provides detailed quotation information using the design information of each finishing material designed in the automatic finishing detail design unit 5 may be further provided.

The detailed quotation calculation unit 7 can provide not only detailed quotation information but also a 3D modeling file provided by the automatic finishing detailed design unit 5.

In addition, details, specifications, and material information for each process can be provided by referring to the finishing material information in the finishing material DB 40.

Figure 4 is a flowchart showing an automatic closing design system considering the living environment of the present invention according to an embodiment.

Referring to Figure 4, the finishing material design process by the automatic finishing design system considering the living environment of the present invention will be described.

First, the user inputs location information into the user location information input unit 1. At this time, the drawing information provider 6 can check the drawing data of the input address, and if there is no drawing data in the drawing DB 60, a drawing file can be uploaded or area information can be input. Newly input drawing files, etc. can be stored in the drawing DB 60.

When the drawing data is confirmed, the residential environment analysis unit 3 refers to the information in the environmental analysis DB 30, performs an environmental analysis based on the input address and drawing, and provides results. And the residential environment analysis unit 3 extracts and provides customized options according to the analysis results.

Then, when the user requirement specification selection unit 2 provides a list of required specifications, the user selects the finishing construction required specification. In Figure 4, the selection of user-required specifications is shown as being made after providing customized options, but the selection of user-required specifications can also be made when entering location information.

Thereafter, the finishing material selection unit (4) refers to the customized option information provided by the residential environment analysis unit (3) and adds materials and makes user selections according to the finishing construction requirements selected in the user requirement specification selection unit (2). .

Next, the user selects and confirms the recommended material. At this time, if the material is not confirmed, another material is recommended again in the finishing material selection unit (4), and when confirmed, the process moves on to the next step. The confirmed material information is fed back to the finishing material DB 40 and can be used as recommended data for other users.

Once user material selection is confirmed, a first budget estimate is provided. In some cases, after providing the first budget estimate, if it is not within the user's desired budget range, the process returns to the material recommendation and selection stage.

After providing the first budget estimate, which is a brief estimate, automatic final detailed design is performed by the automatic final detailed design department (5), and a second detailed quotation can be calculated according to the final detailed design results.

5 to 8 show interface screens for each configuration of the automatic finishing design system considering the living environment of the present invention.

Figure 5 is an interface screen for the residential environment analysis unit, which provides analysis results of surrounding facilities and environmental factors for a range within a certain radius according to the user location information entered by the user.

Figure 6 is an interface screen for the user requirement specification selection section, where the user can select required specifications by facility use, space, area, and concept.

Figure 7 is an interface screen for the finishing material selection unit. Materials are recommended according to the user's requirements, and the user can select the desired material from the recommended materials. In addition, Figure 8 is a material detail view window provided in the finishing material selection section, where detailed information on recommended or selected materials can be checked.

1: User location information input section
2: User requirement selection section
3: Residential environment analysis department
30: Environmental analysis DB
4: Finishing material selection section
40: Finishing material DB
5: Finishing Detail Automatic Design Department
6: Drawing information provision unit
60: Drawing DB
7: Detailed quotation calculation section

Claims (5)

It is performed by a computing device to proceed with automatic finishing design in consideration of the living environment of the residence subject to finishing construction,
A user location information input unit (1) that receives location information of a residence subject to finishing work from the user;
a user requirement specification selection unit (2) that provides a list of required specifications to the user and selects finishing construction required specifications by the user from the provided list of required specifications;
The location information of the target residence is input, the environmental information around the target residence is searched from the environmental analysis DB (30), and customized option information, which is the main environmental information related to the finishing construction requirement selected in the user requirement specification selection unit (2), is provided. Extracting residential environment analysis unit (3);
Referring to the customized option information extracted from the residential environment analysis unit (3), recommended material information is searched and provided from the finishing material DB (40) according to the finishing construction requirement specifications selected in the user requirement specification selection unit (2), a finishing material selection unit (4) in which a material is selected by the user from the recommended material information provided; and
a finishing detail automatic design unit (5) that automatically designs finishing details according to the material selected by the user in the finishing material selection unit (4); An automatic closing design system considering the residential environment, characterized in that it consists of.
In paragraph 1:
The user location information input unit 1 is further provided with a drawing information providing unit 6 that extracts and provides drawing information of the target residence from the drawing DB 60 according to the location information of the target residence, and the automatic finishing detailed design unit ( 5) is an automatic finishing design considering the residential environment, which is characterized by automatically designing the finishing details by receiving the drawing information of the target residence transmitted from the drawing information provider 6 and the material information included in the finishing material DB 40. system.
In paragraph 2,
The residential environment analysis unit (3) is an automatic finishing design system considering the residential environment, characterized in that the environmental analysis is performed based on the input address information and the drawing information of the target residence.
In paragraph 1:
An automatic finishing design system considering the residential environment, wherein the finishing material selection unit (4) provides budget estimate information for the materials selected by the user.
In paragraph 1:
An automatic finishing design system considering the living environment, characterized in that it is further provided with a detailed quotation calculation unit (7) that provides detailed quotation information according to the design information designed in the automatic finishing detailed design unit (5).

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