JP2022013801A - Spatial design coordinating system, spatial design coordinating method, and program - Google Patents

Abstract

To provide a spatial design coordinating system which coordinates spatial designs.SOLUTION: A spatial design coordinating system 1 includes: a design recommending unit which provides one or more recommended designs regarding spatial design according to inputs by a client; a customizing unit which provides an interface for customizing the recommended designs, and creates a request design which is a design customized according to the recommended designs and the client's inputs; and a professional matching unit which receives quotes for realizing the request design as an actual space from multiple professionals and provides the quotes to the client, and supports matching between professionals selected by the client and the client.SELECTED DRAWING: Figure 1

Description

The present invention relates to space design, and more particularly to a technique for coordinating space design.

Strategies for achieving corporate goals by transforming awareness of previous exhibitions, which were trying to meet customers through exhibitions, demonstrations, and events, into an important marketing tool called exhibition marketing. Exhibitions are often used as one of the means. The area is expanding to a comprehensive exhibition convention business that combines exhibitions and additional events such as conferences, rather than a single industrial exhibition, and along with this, the character of the exhibition is gradually diversifying and subdividing. The reality is that there is.

An exhibition booth is a basic space pre-installed in an exhibition hall. Exhibition booths can be categorized in various ways according to materials and construction methods. For example, a system booth means an assembly system in which a basic skeleton, a wall body, lighting, etc. are commercialized. There are various materials such as iron and aluminum, and wall materials such as reinforced plastic and wood. However, it may be unnatural to represent the exhibition booth and it may be difficult to store and maintain the materials.

The woodworking booth can be designed in a variety of ways and is used in relatively large exhibitions, but it is difficult to recycle. The mixed booth is a type of booth that mixes the advantages of a woodworking booth that can be recycled and can be assembled relatively easily and a woodworking booth that can be freely expressed, and is often used at overseas exhibitions.

SMEs participating in the exhibition are less capable of designing than large companies, and most SMEs and SMEs outsource the design and construction of the exhibition booth. It has been resolved.

When a company participating in the exhibition requests a booth design, the booth construction specialist requests a professional designer to design the booth and provides a booth design that meets the needs of the requesting company. Until now, the client company has transmitted information about the booth design to the designer only in text, or only the abstract concept, so there is a problem that the designer cannot accurately grasp the request of the client company.

In addition, outsourcing of company exhibition booths will be provided by a single freelancer designer or a single contractor. When requesting production from a single freelancer designer or design contractor, the cost is burdensome because the cost required is high from the standpoint of a small and medium-sized enterprise, and the cost is compared with the cost invested from the standpoint of a single freelancer designer or contractor. The result of the design is low.

The problem to be achieved by the present invention is to solve the above-mentioned problems of the prior art, and a client who has no experience in the exhibition can conveniently prepare the exhibition, which is rational. By providing a space design coordinating system, method and program that can provide services at design and construction costs and can provide one-stop services from exhibition preparation to exhibition management and booth removal. be.

According to an embodiment of the present invention, a design recommendation unit that provides one or more recommended designs related to space design in response to input from a client; an interface for customizing the recommended design, and the recommended design. And the Customizing Department that generates a customized request design based on the requester's input; and the requester receives cost estimates for embodying the request design in the actual space from multiple experts. A space design coordinating system may be provided that includes an expert matching unit that provides the cost estimate and assists in matching between the expert selected by the client and the client.

In one embodiment, the design recommendation unit is a collection module that collects raw data images from one or more design sources; spatial design components are extracted from each of the plurality of raw data images, and the extracted spatial design components are classified into categories. Classification module to classify separately; Learning module to classify and learn the plurality of raw data images by category and learn the arrangement of the spatial design component; and to select a plurality of design components corresponding to the input from the requester. It can include a generation module that generates one or more recommended designs with multiple selected design components placed in the target space.

In one embodiment, the design component includes one or more of walls, bottoms, ceilings, installations, exhibits and ornaments, the categories may be categorized by exhibit industry or design concept.

In one embodiment, the classification module of the design recommendation unit performs edge detection on the raw data image to acquire the contour line of the spatial design component and includes it in each raw data image based on the acquired contour line. The space design component can be extracted, and the space design component can be classified and labeled based on the extracted form of the space design component.

In one embodiment, the Customizing unit provides a graphic 3D diagram corresponding to the recommended design and inputs change data for the spatial design component displayed in the 3D diagram through the interface. Upon receiving, the requested design can be generated based on the change data.

In one embodiment, the Customizing unit is a component providing module that provides information about one or more spatial design components that can be placed in a space; a spatial information storage module that stores information about a target space that is the subject of spatial design. Provides information to the client about one or more spatial design components provided by the component providing module, modifies the information of the spatial design component included in the recommended design, or is not included in the recommended design. Component modification module for adding spatial design components; component placement module for changing the placement of said spatial design components on the spatial design; and generating requested designs based on added or changed components and changed placement Can include a request design generation module to do.

In one embodiment, the Customizing Department may provide the expert with an interface based on the unreal 3D engine and the client with an interface based on the html5 3D engine.

In one embodiment, the expert matching unit is a request transmission module that transmits a three-dimensional three-dimensional diagram for the requested design or request information for a support service to a plurality of specialists; the requested design is actually transmitted from the plurality of specialists. An estimate reception module that accepts an estimate of the cost required for each construction part when applied to a space; and a transaction between the expert selected from the requester and the requester by transmitting the cost estimate to the requester. Can include a transaction support module to support.

In one embodiment, the space design coordinating system provides a checklist and schedule information necessary for embodying the space design in an actual space, and a vendor recommendation to a related service provider based on the checklist and the schedule information. It may further include a coordinating unit that provides information.

In one embodiment, the space design coordinating system captures the actual space in which the requested design is embodied, saves it as VR data, and stores the VR data after the requested design is embodied in the actual space. Further includes a VR exhibition providing unit that provides an online VR exhibition service using the VR exhibition providing unit, the VR exhibition providing unit provides a VR meeting function between the requester and a VR exhibition visitor, and the requester has the VR meeting function. Can be used to simulate the operation of the article to be publicized to the VR exhibition visitor in the VR space.

According to another embodiment of the invention, a design recommendation stage that provides one or more recommended designs for spatial design in response to input from a client; an interface for customizing the recommended design, said. A customizing stage that generates a recommended design and a customized request design based on the requester's input; and the request received from multiple experts with cost estimates to embody the request design in the actual space. A space design coordinating method may be provided that includes an expert matching step that provides the cost estimate to the person and assists in matching between the expert selected by the client and the client.

According to another embodiment of the present invention, a program stored in a computer-readable recording medium for carrying out the spatial design coordinating method by a computer may be provided.

According to an embodiment of the present invention, a design recommendation department that provides one or more recommended designs for space design in response to input from the client and support matching between a specialist selected by the client and the client. By including the expert matching department, it is possible for clients who have no experience in the exhibition to conveniently prepare the exhibition, and it is possible to provide services with reasonable design and construction costs, from the preparation of the exhibition. Space design coordinating systems, methods and programs that can provide one-stop services from exhibition management to booth removal may be provided.

It is a block diagram which illustrates the structure of the space design coordinating system which concerns on one Embodiment of this invention. It is a block diagram which shows the structure of the design recommendation part of the space design coordinating system which concerns on one Embodiment of this invention. It is a block diagram which shows the structure of the Customizing part of the space design coordinating system which concerns on one Embodiment of this invention. It is a block diagram which shows the structure of the expert matching part of the space design coordinating system which concerns on one Embodiment of this invention. It is a flowchart of the space design coordinating method carried out by the space design coordinating system which concerns on one Embodiment of this invention.

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

For the terms used in the present invention, the general terms used as widely as possible are selected in consideration of the functions in the present invention, which are the intentions or precedents of engineers engaged in the art, and the emergence of new technologies. It can change depending on such factors. In addition, there are some terms arbitrarily selected by the applicant in specific cases, and in this case, the meaning will be described in detail in the description of the applicable invention. Therefore, the term used in the present invention should be defined based on the meaning of the term and the general content of the present invention, not merely the name of the term.

When a part of the specification "contains" some component, this does not exclude other components unless otherwise stated, and means that other components may be further included. .. In addition, terms such as "... part" and "module" described in the specification mean a unit for processing at least one function or operation, which may be embodied in hardware or software, or hardware and software. Can be embodied by the combination of.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those having ordinary knowledge in the technical field to which the present invention belongs can easily carry out the embodiments. However, the invention can be embodied in a variety of different forms and is not limited to the embodiments described herein. Then, in order to clearly explain the present invention in the drawings, parts not related to the description are omitted, and similar parts are designated by similar drawing reference numerals throughout the specification.

FIG. 1 is a block diagram illustrating a configuration of a space design coordinating system 1 according to an embodiment of the present invention.

Referring to FIG. 1, the space design coordinating system 1 may be connected to the client 2, the designer 3, the contractor 4, and the support contractor 5 through a network. The space design coordinating system 1 can include an input reception unit 10, a database 20, a design recommendation unit 30, a customizing unit 40, an expert matching unit 50, a coordinating unit 60, and a VR exhibition providing unit 70.

The space design coordinating system 1 is embodied in a web server and an application (or homepage), and is an expert (designer) who can provide space design with a client who wants space design construction through online (Internet, ARS, telephone consultation service). It is possible to provide intermediary services between specialists (constructors and supporters) who can provide interior construction services and the like.

The web server has the same configuration as a normal web server in terms of hardware, and is embodied in various forms of languages such as C, C ++, Java, Visual Basic, Visual C, etc. in terms of software. , Can include program modules that perform various functions. In addition, a variety of web server programs are provided for general server hardware according to the operating system such as dos, window, Linux, Unix, and Macintosh. Can be embodied using.

In addition, the web server is connected to the client communication terminal, the designer communication terminal, the contractor communication terminal, and the supporter communication terminal, respectively, through the network, and an example of such a network is the RF, 3GPP (3rd Generation Partnership Project) network, LTE (Long Term Evolution) network, 5GPP (5rd Generation Partnership Project) network, WIMAX (World Interneteration Network) Network Includes, but is not limited to, Wide Area Network, PAN (Personal Area Network), Bluetooth Network, NFC Network, Satellite Broadcasting Network, Analog Broadcasting Network, DMB (Digital Multimedia Roadcasting) Network, and the like.

The client communication terminal, designer communication terminal, contractor communication terminal, and cooperating company communication terminal include PCS (Personal Communication System), GSM (Global System for Mobile communications), PDC (Personal Digital Cellular), and PHS (Personal Digital Cellular). , PDA (Personal Digital Assistant), IMT (International Mobile Telecommunication) -2000, CDMA (Code Division Multiple Access) -2000, W-CDMA (W-Code Device Wireless) Smartphone Device (W-Code Division) ), Smart pad, tablet PC, and other portable communication devices, as well as general PCs may be included.

In the following, for convenience of explanation, the communication terminal of the client will be named the client, the communication terminal of the designer will be named the designer, the communication terminal of the contractor will be named the contractor, and the communication terminal of the support contractor will be named the support contractor.

The input reception unit 10 of the space design coordinating system 1 can receive inputs from the client 2, the designer 3, the contractor 4, and the support contractor 5.

Client 2 provides required information such as category, industry, size, budget, design concept for the space design that you want to construct, and other services necessary for holding an exhibition or exhibition such as printing, guidance, interpretation, customs clearance, etc. The required information can be input to the spatial design coordinating system 1.

When the designer 3 receives the cost estimate request for the requested design confirmed by the client 2 from the space design coordinating system 1, the designer 3 creates a cost estimate for creating the detailed design data necessary for embodying the requested design in the actual space. Then, the cost estimation data can be input to the space design coordinating system 1 through the input reception unit 10.

The contractor 4 can construct the space design in the actual exhibition booth or the actual apartment space. When the contractor 4 receives a request from the space design coordinating system 1 regarding the cost estimate required when constructing the requested design confirmed by the client 2 in the actual space, the contractor 4 creates the cost estimate required for the construction. Then, the cost estimation data can be input to the space design coordinating system 1 through the input reception unit 10.

The support company 5 can provide other services other than construction necessary for holding an exhibition or an exhibition, such as printing pamphlets, guidance, interpreters, and customs clearance. When the support company 5 receives the cost estimate request for the support service confirmed by the client 2 from the spatial design coordinating system 1, it creates a cost estimate required for the support service and inputs the cost estimate data. It can be input to the space design coordinating system 1 through 10.

The design recommendation unit 30 of the space design coordinating system 1 can provide one or more recommended designs related to the space design in response to the input from the client 2. The client 2 can select one requested design from one or more recommended designs recommended by the design recommendation unit 30. In one embodiment, the design recommendation unit 30 can generate three recommended designs and transmit the generated three recommended designs to the requester 2. In another embodiment, the design recommendation unit 30 can generate two, four, six, and other recommended designs and transmit them to the requester 2. The number of recommended designs provided by the design recommendation unit 30 is not limited to such an embodiment, and providing one or more recommended designs is included within the scope of the technical idea of the present invention.

The design recommendation unit 30 can generate one or more recommended designs from raw data images stored in advance by a classification and learning algorithm using artificial intelligence (AI). Raw data images can be collected from public data, design platforms, design libraries, or design magazines such as books available connected to the Internet.

The design recommendation unit 30 can extract the spatial design components constituting the spatial design from the collected raw data images. For example, a space design component means a wall, bottom, ceiling, installation, exhibit, decoration, etc. that make up a space design, and a space design component means a wall, bottom, ceiling, installation, etc. from the collected raw data images. Information such as the form, size, hue and material of exhibits and decorations can be obtained.

The design recommendation unit 30 can classify and learn the extracted spatial design components by category and learn the arrangement of the spatial design components. Further, the design recommendation unit 30 can generate a recommended design in which a plurality of design components are arranged in the target space in response to the detailed request for the space design input from the client. The specific generation process of the recommended design by the design recommendation unit 30 will be described later.

The customizing unit 40 of the spatial design coordinating system 1 can provide an interface for customizing the recommended design. The Customizing Unit 40 can generate a customized request design based on the recommended design and changes or additional inputs to the spatial design component from Requester 2.

The client 2 can select one design from several recommended designs recommended by the design recommendation unit 30. The client 2 can generate a request design in which the details of the recommended design are changed through the customizing unit 4 of the space design coordinating system 1. The specific customizing process performed by the customizing unit 4 will be described later.

The expert matching unit 50 of the space design coordinating system 1 can receive cost estimates for embodying the requested design in the actual space from a plurality of experts and provide the cost estimates to the requester 2. The expert matching unit 50 can support matching between the experts 3, 4, and 5 selected by the client 2 and the client 2.

The client 2 can select the designer 3, the contractor 4, and the support contractor 5 in order to embody the selected requested design in the actual space. The expert matching unit 50 can transmit information on the selected requested design to the designer 3, the contractor 4, and the support contractor 5, respectively. The designer 3, the contractor 4, and the support contractor 5 can create a cost estimate for the selected requested design and transmit it to the space design coordinating system 1 through the expert matching unit 50.

The expert matching unit 50, which has received the cost estimate from the experts 3, 4, and 5, can transmit this cost estimate to the requester 2. After reviewing the received cost estimate, the client 2 can select a contractor from among the plurality of designers 3, the contractor 4, and the supporter 5 who provided the cost estimate. After the client 2 selects an expert, the expert matching department 50 can support services such as the conclusion of a contract and the settlement of the price between the client 2 and the designer 3, the contractor 4, and the support contractor 5. ..

The coordinating unit 60 of the space design coordinating system 1 provides the checklist and schedule information necessary for embodying the space design in the actual space, and is prepared to meet the schedule based on the checklist and schedule information. It is possible to notify the requester 2 of a non-existent matter and recommend other specialists (interpreter, customs clearance, printing, guidance, broadcasting, video recording, shooting, etc.) as necessary.

In one embodiment, the space design coordinating system 1 periodically transmits a checklist for exhibition management to the requester 2, and the requester 2 can fill in the completed items in the received checklist. .. For items on the checklist that are filled in as incomplete, the cost is estimated by the expert of the service (interpreter, customs clearance, printing, guidance, broadcasting, video recording, shooting, etc.), and the requester 2 automatically asks. Can be transmitted.

After the requested design is embodied in the actual space, the VR exhibition providing unit 70 of the space design coordinating system 1 photographs the actual space in which the requested design is embodied, saves it as VR data, and stores the saved VR data. It can be used to provide an online VR exhibition service.

If an exhibition or exposition is held after the booth design is completed and then undergoes actual construction, the exhibition booth must be removed at the end of the exhibition or exposition schedule. The VR exhibition providing unit 70 can save and provide the actual space in which the requested design such as the booth design is embodied as VR data.

Even after the exhibition or exhibition is over, the general public can connect to the space design coordinating system 1 and visit the exhibition booth after the schedule provided by the VR exhibition provision unit 70 through the VR image. Along with this, the requester 2 can use the virtual space for publicity of his / her service or product even after the exhibition or the exposition is over.

The VR exhibition providing unit 70 can provide a VR meeting function between the requester 2 and the VR exhibition visitor. The client 2 can use the VR meeting function to simulate the operation of the article to be publicized to the VR exhibition visitor in the VR space.

The requester 2 and the VR exhibition visitor can wear a VR headset to use the VR meeting function. When a VR exhibition visitor connects to the VR exhibition hall of the space design coordinating system 1, a message or an email to the effect that the requester 2 has a VR exhibition visitor may be transmitted.

The client 2 can wear the VR headset, prepare the VR controller, and then connect to the space design coordinating system 1 to publicize the specific article to the VR exhibition visitor. The client 2 can use the VR controller to show the VR exhibition visitor the operation of the article to be publicized in the VR space.

The VR exhibition providing unit 70 can generate in advance a VR object in which the publicity target article is 3D modeled by using the image data of the public relations target article. In 3D modeling, a morphological variation point and a morphological line object of the publicity target article are generated based on the image data of the publicity target article, and the generated morphological variation point and the morphological line object are used to generate a 3D model of a polygon data method. It can be accomplished by generating. The generation of a VR object can be accomplished by mapping the material to fit the polygon object and rendering the hue, texture and changes in the article due to a particular operation.

Client 2 uses the worn VR headset and VR controller to explain the characteristics of the public relations item, differences from existing products, etc., and operates the publicity item in the VR space to operate the publicity item. Can be simulated. For example, the client 2 can simulate the function of the newly released smartphone in the VR space. Further, the client 2 can simulate the rotational operation of the new motor in the VR space.

The VR exhibition visitor can talk with the requester 2 using the VR headset worn and can make inquiries directly about the goods. Along with this, the client 2 can always explain about the goods to be publicized and carry out marketing activities in the virtual space with the VR exhibition visitor located in a remote place.

The database 20 of the space design coordinating system 1 contains information about the client 2 (login information, contact information, design request information, etc.), information about the designer 3 (login information, contact information, estimation information, etc.), and the contractor 4. Information about (login information, contact information, estimate information, etc.) and information about the support provider 5 (login information, contact information, estimate information, etc.) can be saved.

The database 20 can store raw data images collected by the design recommendation department 30 from public data, design platforms, design libraries, books, etc., information on spatial design components extracted by the design recommendation department 30, and recommended design information by category. can. Further, the database 20 can store checklist information and schedule information used by the coordinating unit 60, and VR data of the exhibition booth used by the VR exhibition providing unit 70.

FIG. 2 is a block diagram showing the configuration of the design recommendation unit 30 of the space design coordinating system 1 according to the embodiment of the present invention.

Referring to FIG. 2, the design recommendation unit 30 can include a collection module 31, a classification module 32, a learning module 33, a recommendation design generation module 34, and a recommendation exclusion module 35.

The collection module 31 can collect raw data images from one or more design sources. Raw data images can be collected from public data, design platforms, design libraries, or design magazines such as books available connected to the Internet.

The classification module 32 can extract spatial design components from each of the plurality of raw data images and classify the extracted spatial design components by category. For example, a space design component can include walls, bottoms, ceilings, installations, exhibits, decorations, etc. that make up the space design. The classification module 32 can extract spatial design components such as walls, bottoms, ceilings, installations, exhibits, and decorations from raw data images, and classify the extracted components by category.

The categories classified by the classification module 32 can include exhibition industries or design concepts. The exhibition industry can include various industries such as baby products, kids products, student products, semiconductor industry, printing industry, leisure industry, machinery industry, and 3D printing industry. Design concepts can include modern styles, Northern European styles, natural styles, vintage styles, classic antique styles, oriental styles and unique styles.

The modern style uses iron, glass, and leather materials, and mainly uses achromatic colors such as white and black and vivid hues, and you can feel the brilliant coldness. The Northern European style uses materials such as natural wood, tiles and stainless steel, and mainly uses white, beige and pastel tones, and is a style that gives a smooth finish.

Natural style is a style in which natural materials, wood, linen fabric, and other materials are used, and brown, cream, and natural colors are mainly used, and you can feel a sense of comfort. The vintage style uses materials such as brick, iron, glass, and plastic, and mainly uses dark brown, gray, and black hues, and is a style that feels rough and unprepared.

The classic antique style uses materials such as wood, leather, woolen fabric, and silk fabric, and mainly uses brown, black, and calm colors, and is a style that you can feel old-fashioned and elegant. The oriental style uses materials such as wood, soil, and wisteria, and mainly uses brown and natural hues, and has a sloppy finish. The unique style is a style that uses a variety of new materials and mainly uses primary colors or vivid color hues to give a lively feeling by bouncing.

The classification module 32 performs edge detection on the raw data image to acquire the contour lines of the spatial design components, extracts the spatial design components included in each raw data image based on the acquired contour lines, and extracts the extracted space. Spatial design components can be categorized and labeled based on the form of the design component.

In one embodiment, the classification module 32 acquires contour lines of walls, ceilings, bottoms, installation objects, etc. included in the raw data image, and spaces such as walls, ceilings, bottoms, installation objects, etc. based on the acquired contour lines. Design components can be extracted. Further, the classification module 32 can classify and label the corresponding space design component by the wall, ceiling, bottom, installation object, etc. based on the form of the extracted space design component.

The learning module 33 can classify and learn a plurality of raw data images by category and learn the arrangement of spatial design components. In one embodiment, the learning module 33 displays raw data images collected from public data, design platforms, design libraries, books, etc. into detailed categories such as baby products, kids products, semiconductor industry, defense industry, cosmetics, founding, etc. You can classify and learn separately and learn the proper placement of the extracted space design component installations (chairs, tables, coffee machines, billboards, etc.).

The recommendation design generation module 34 can select a plurality of design components corresponding to the input from the requester and generate one or more recommended designs in which the selected plurality of design components are arranged in the target space.

In one embodiment, when the client indicates that the exhibition industry is an outdoor product and the concept of the natural style is input as a detailed request, the recommended design generation module 34 is a design component (exhibition) of the exhibition booth related to the outdoor product and the natural style. You can select booth bottoms, walls, chairs, tables, billboards, outdoor installations and supplies) and generate three recommended designs with multiple selected design components placed in the exhibition booth.

When the recommendation design generation module 34 generates the recommendation design, the configuration and arrangement information of the design component learned by the learning module 33 using the plurality of raw data images may be reflected. Further, the recommended design generation module 34 can also determine the recommended design for each category based on the score evaluated by an expert such as the requester 2 or the designer 3 in the existing request case.

The recommendation exclusion module 35 compares the recommended design with any one of a plurality of raw data images, calculates the similarity, and requests the recommended design when the calculated similarity is equal to or greater than the specified value. Can be excluded from providing to. If the similarity is a specified value, eg 80% or greater, the recommended design may be excluded from the recommended design because it may infringe the copyright or design rights associated with the raw data image.

FIG. 3 is a block diagram showing a configuration of a customizing unit 40 of the space design coordinating system 1 according to an embodiment of the present invention.

Referring to FIG. 3, the customizing unit 40 can include a component providing module 41, a spatial information storage module 42, a component changing module 43, a component placement module 44, and a request design generation module 45.

The component providing module 41 can provide information about one or more spatial design components that can be arranged in the space based on the information about the spatial design components extracted and classified by the design recommendation unit 30. In one embodiment, the component providing module 41 can provide information (hue, material, size, etc.) about space design components such as the bottom of an exhibition booth, walls, chairs, tables, billboards, and outdoor products.

The spatial information storage module 42 can store information about the target space that is the target of the space design. In one embodiment, the spatial information storage module 42 can store information about the size (horizontal, vertical, height, etc.) of the exhibition booth input from the requester 2.

The component change module 43 provides the requester 3 with information about one or more spatial design components provided by the component providing module, changes the information of the spatial design component included in the recommended design, or is included in the recommended design. You can add space design components that are not.

In one embodiment, the client 3 is provided by the component providing module 41 using the changing module 43 when he / she intends to change the bottom material, the table, the advertising signboard, etc. of the exhibition booth included in the component recommended design. You can change the recommended design with other bottom materials, tables, billboards, etc.

In addition, when requesting the addition of ceiling lighting that is not included in the recommended design, the client 3 uses the change module 43 to obtain the desired lighting from the various ceiling lighting provided by the component providing module 41. You can select and add it in the recommended design.

The component placement module 44 can change the placement of the space design component on the space design. When the arrangement of the spatial design component arranged in the recommended design does not suit the requester 2, the requester 2 can move the corresponding spatial design component through the component arrangement module 44 through a drag-and-drag operation.

The request design generation module 45 can generate a request design based on the added or changed component and the changed arrangement. The request design generation module 45 can generate request designs in two or more data formats that can be used by two or more 3D graphic engines of different methods. In one embodiment, the two or more data formats can include data formats that can be used with an html5 3D engine or an unreal 3D engine.

The html5 3D engine has a high processing speed when driven on the web, but it is difficult to express details such as component materials. While the unreal 3D engine has a slower processing speed than the html5 3D engine when driven on the web, it is capable of more detailed expressions such as component materials than the html5 3D engine.

Since the client 2 connects to the spatial design coordinating system 1 through a web or mobile application, the interface provided by the customizing unit 40 is required to have a high processing speed. However, in Designer 3, design details are more important than processing speed. Since it is difficult for the designer 3 to design the exhibition booth and the like in detail depending on the html5 3D engine, the designer 3 can be provided with an interface based on the unreal 3D engine capable of more realistic and detailed design. In this respect, the request design generation module 45 may be configured to generate designs in two data formats that can be used with the html5 3D engine and the unreal 3D engine.

FIG. 4 is a block diagram showing the configuration of the expert matching unit 50 of the space design coordinating system 1 according to the embodiment of the present invention.

Referring to FIG. 4, the expert matching unit 50 can include a request transmission module 51, an estimate reception module 52, and a transaction support module 53.

The request transmission module 51 can transmit the request information for the three-dimensional three-dimensional drawing for the request design selected by the requester 2 or the support service used at the time of operating the exhibition to a plurality of specialists. The client 2 changes the recommended design to suit his / her taste, confirms the requested design, and transfers the required information for other services (interpretation, guidance, brochure printing, etc.) necessary for the exhibition to the spatial information coordinating system 1. You can enter it. The request transmission module 51 of the coordinating system 1 can transmit the 3D drawing of the confirmed request design and the request information for the support service to the designer, the contractor, or the support company.

The quotation reception module 52 estimates the cost of the detailed design required when applying the requested design from a plurality of experts to the actual space, the cost estimate required for each construction part, or the cost estimate required for the support service. Can be accepted. In one embodiment, the designer 3 transmits a cost estimate of 1 million won for the detailed design of the requested design, and the contractor 4 transmits a cost estimate of 2 million won for the construction of the requested design. The support company 5 can transmit a cost estimate of 500,000 won to print a pamphlet or the like.

The transaction support module 53 can transmit the cost estimate received from the expert to the requester 2 and support the transaction between the selected expert and the requester 2. After reviewing the received cost estimate, the client 2 can select a contractor from among the plurality of designers 3, the contractor 4, and the supporter 5 who provided the cost estimate. After the client 2 selects an expert, the expert matching department 50 can support services such as the conclusion of a contract and the settlement of the price between the client 2 and the designer 3, the contractor 4, and the support contractor 5. ..

FIG. 5 is a flowchart illustrating the process of the space design coordinating method carried out by the space design coordinating system 1 according to the embodiment of the present invention.

The space design coordinating system 1 can carry out the design request acceptance stage (S10) in which the request for the space design is input from the client 2. The client 2 can input the required information such as the category, industry, size, budget, and design concept for the space design desired to be constructed into the space design coordinating system 1. Further, the client 2 can input other service request information necessary for holding an exhibition or an exhibition such as printing, guidance, interpretation, customs clearance, etc. into the space design coordinating system 1.

When the design request is received from the requester 2, the space design coordinating system 1 performs the design recommendation stage (S20) of providing one or more recommended designs related to the space design in response to the input from the requester 2. Can be done. The client 2 can select one requested design from one or more recommended designs recommended by the design recommendation unit 30. In one embodiment, the design recommendation unit 30 can generate three recommended designs and transmit the generated three recommended designs to the requester 2.

After the recommendation design is transmitted, the spatial design coordinating system 1 provides an interface for customizing the recommendation design and is customized based on the recommendation design and any changes or additional inputs to the spatial design component from the requester 2. The customizing step (S30) for generating the requested design can be performed. The client 2 can select one design from several recommended designs recommended by the design recommendation unit 30. The requester 2 can generate a request design in which the details of the recommended design are changed through the interface provided by the customizing unit 4 of the space design coordinating system 1.

When the request design is generated, the space design coordinating system 1 receives the cost estimate for embodying the request design in the actual space or the cost estimate for the required support service from a plurality of experts to the requester 2. An expert matching step (S40) that provides a cost estimate can be performed. After the client 2 selects an expert, services such as contract conclusion and payment of payment between the client 2 and the designer 3, the contractor 4 and the support contractor 5 may be provided by the space design coordinating system 1.

When the contract between the client 2 and the expert is concluded, the space design coordinating system 1 performs the coordinating stage (S50) that provides the checklist and schedule information necessary for embodying the space design in the actual space. Can be accomplished. The space design coordinating system 1 notifies the client 2 of matters that are not prepared to meet the schedule at the coordinating stage (S50), and other specialists (interpreter, customs clearance, printing, etc.) as necessary. Guidance, broadcasting, video recording, shooting) can be recommended.

The space design coordinating system 1 periodically transmits a checklist for exhibition management to the requester 2, and the requester 2 can fill in the completed items in the received checklist. For items on the checklist that are filled in as incomplete, the cost is estimated by the expert of the service (interpreter, customs clearance, printing, guidance, broadcasting, video recording, shooting, etc.), and the requester 2 automatically asks. Can be transmitted with.

When the actual exhibition bushy is completed by the requested design, the space design coordinating system 1 takes a picture of the actual space where the requested design is embodied and saves it as VR data, and uses the saved VR data for online VR. The VR exhibition provision stage (S60) for providing the exhibition service can be performed. Along with this, even after the exhibition or exhibition is over, the general public can connect to the space design coordinating system 1 and visit the exhibition booth after the schedule provided by the VR exhibition provision department 70 through the VR image. , Client 2 can use the virtual space for his service or product promotion.

In the above, as an embodiment of the present invention, the object of space design is illustrated as an exhibition booth, but the object of space design is not limited to the exhibition booth in the present invention, and the performance venue, drama set place, event booth, and interior of a house. Any space such as an interior or a shopping street interior is included in the space design of the present invention.

The steps or processes described above may be performed by hardware components, software components, and / or combinations of hardware and software components. For example, the steps or processes described in the embodiments include, for example, a processor, a controller, an ALU (arithmetic logic unit), a digital signal processor, a computer, an FPA (field program array), a PLU (programmable). ), A microprocessor, or any other device capable of executing and responding to an instruction, which may be performed utilizing one or more general purpose computers or special purpose computers. The processing apparatus can execute an operating system (OS) and one or more software applications executed on the operating system. The processing device may also approach, store, manipulate, process and generate data in response to software execution. For convenience of understanding, one processing device may be described as being used, but for those with normal knowledge in the art, the processing device may be multiple processing elements and /. Or it can be seen that it can contain multiple types of processing elements. For example, the processing device can include multiple processors or one processor and one controller. It is also possible to have different processing configurations, such as a parallel processor.

The software can include computer programs, codes, instructions, or a combination of one or more of these, which can be configured to operate as desired or independently. Alternatively, the processing device can be commanded in combination. The software and / or data is interpreted by the processing device or to provide instructions or data to the processing device, any type of machine, component, physical device, virtual device,. It can be permanently or temporarily embodied in a computer storage medium or device, or a signal wave to be transmitted. The software may be distributed on a networked computer system and stored and executed in a distributed manner. Software and data may be stored on one or more computer-readable recording media.

The method according to an embodiment can be embodied in the form of program instructions that can be executed through a variety of computer means and recorded on a computer-readable medium. The computer-readable medium may include program instructions, data files, data structures, etc. alone or in combination. The program instructions recorded on the medium may be those specially designed and configured for embodiments or usable ones known to those of skill in the art. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks and magnetic tapes, optical media such as CD-ROMs and DVDs, and floptic discs. Magnetic-optical media such as disk), and hardware devices specially configured to store and execute program instructions such as ROM, RAM, flash memory, etc. Is included. Examples of program instructions include not only machine language code such as that produced by a compiler, but also high-level language code that can be executed by a computer using an interpreter or the like. The hardware device may be configured to operate as one or more software modules to perform the operation of the embodiment and vice versa.

As described above, although the embodiments have been described by the limited embodiments and drawings, various modifications and modifications can be made from the above description by a person having ordinary knowledge in the relevant technical field. For example, the techniques described may be performed in a different order than the methods described, and / or components such as the described systems, structures, devices, circuits, etc. may be combined or combined differently from the methods described. Appropriate results can be achieved even if replaced by other components or equivalents.

Therefore, other embodiment, other embodiments, and those equivalent to the scope of claims also belong to the scope of claims described later.

Claims (12)

Design recommendation department that provides one or more recommended designs related to space design in response to input from the client;
A customizing unit that provides an interface for customizing the recommended design and generates a customized request design based on the recommended design and the input of the requester; and embodies the request design in an actual space. Including an expert matching department that receives cost estimates from a plurality of experts, provides the cost estimates to the requester, and assists in matching between the specialist selected by the requester and the requester. Spatial design coordinating system. The design recommendation department
A collection module that collects raw data images from one or more design sources;
A classification module that extracts spatial design components from each of the plurality of raw data images and classifies the extracted spatial design components into categories;
A learning module that classifies and learns the plurality of raw data images by category and learns the arrangement of the spatial design components; and a plurality of designs selected by selecting a plurality of design components corresponding to the input from the requester. The spatial design coordinating system of claim 1, comprising a generation module that generates one or more recommended designs with components placed in the target space. The design component includes one or more of walls, bottoms, ceilings, installations, exhibits and decorations.
The space design coordinating system according to claim 2, wherein the category is classified according to the exhibition industry or the design concept. The classification module of the design recommendation unit is
Perform edge detection on the raw data image to get the contour of the spatial design component.
The spatial design component included in each raw data image is extracted based on the acquired contour line.
The space design coordinating system according to claim 2, wherein the space design component is classified and labeled based on the extracted form of the space design component. The Customizing unit
Providing a graphic 3D figure corresponding to the recommended design,
The space design coordinating system according to claim 1, which receives input of change data for the space design component displayed on the three-dimensional three-dimensional diagram through the interface and generates a requested design based on the change data. The Customizing unit
A component-providing module that provides information about one or more spatial design components that can be placed in space;
Spatial information storage module that stores information about the target space that is the target of space design;
Provides information to the client about one or more space design components provided by the component providing module, changes the information of the space design components included in the recommended design, or spaces not included in the recommended design. Component modification module for adding design components;
5. A component placement module for changing the placement of said space design components on a space design; and a request design generation module that generates a request design based on the added or changed component and the changed placement. The described space design coordinating system. The spatial design coordinating system according to claim 1, wherein the Customizing Department provides the expert with an interface based on an unreal 3D engine and the client an interface based on an html5 3D engine. .. The expert matching department
A requirement transmission module that transmits the 3D diagram for the requested design or the required information for the support service to multiple specialists;
An estimate reception module that accepts estimates of costs required for each construction part when applying the requested design to an actual space from the plurality of experts; and transmits the cost estimates to the requester, from the requester. The spatial design coordinating system according to claim 1, comprising a transaction support module that supports a transaction between a selected expert and the client. Including a coordinating department that provides the checklist and schedule information necessary for embodying the space design in the actual space, and provides vendor recommendation information to the related service providers based on the checklist and the schedule information. The space design coordinating system according to Item 1. After the requested design is embodied in the actual space, the actual space in which the requested design is embodied is photographed and saved as VR data, and the saved VR data is used to provide an online VR exhibition service. Including the exhibition provision department
The VR exhibition provider provides a VR meeting function between the client and the VR exhibition visitor.
The space design coordinating system according to claim 1, wherein the client uses the VR meeting function to simulate the operation of the article to be publicized to the VR exhibition visitor in the VR space. Design recommendation stage that provides one or more recommended designs for space design in response to input from the client;
A customizing stage that provides an interface for customizing the recommended design and generates a customized request design based on the recommended design and the input of the requester; and embodies the request design in the actual space. The expert matching stage, which receives the cost estimate from a plurality of experts, provides the cost estimate to the requester, and supports matching between the expert selected by the requester and the requester. Including, space design coordinating method. A program stored on a computer-readable recording medium for the computer to carry out the spatial design coordinating method according to claim 11.

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