Green remodeling service provision method and system using metaverse function

Abstract

The present invention relates to a metaverse green remodeling service system comprising: a metaverse green remodeling service program computer (server) (40); one or more building owner terminals (20-1,..., 20-N) for building owners who have signed up as members; and expert computers (servers) (30-1, …, 30-N) for experts including business operators capable of providing a supervision service or a green remodeling service, wherein the devices are connected to each other through a wired / wireless communication network (50), and when a request signal from a consumer terminal is received, a building for which the green remodeling service is to be provided is designed and provided on the basis of corresponding 3D or VR data and data of a green remodeling database, with consideration of whether the design, construction, material, and supervision of the building satisfy actual green remodeling certification requirements, and a green remodeling certification result is provided in the form of digital data.

Description

Method and system for providing green remodeling services using metaverse functions

[0001] The present invention relates to a method and system for providing a green remodeling service using a metaverse function, and more particularly, to a method and system for providing a green remodeling service using a new type of metaverse function, which does not stop at the level of enjoying chatting or limited services by creating a virtual avatar in an avatar program or the like using a conventional metaverse function, but rather constructs a building in a virtual world in an area through actual map data and provides the constructed building data so that it can be applied to actual construction, thereby displaying more practical building data to interested consumers or homeowners, and in particular, providing green remodeling data so that it can be used as actual building data, and by virtually constructing a store, school, or public institution in the area, it is possible to realistically provide or receive various building services in an actual location.

[0002] Rendering is a computer graphics technology used in games and other applications to represent the real or virtual world. It refers to the process of creating images from models using computer programs. These models are descriptions of three-dimensional objects composed of data structures or strongly defined languages.

[0003] It contains geometry, viewpoint, texture mapping, lighting, and shading information, and these images are called digital images, raster graphics images, and rendering is the last step in the graphics pipeline that provides the final look of models and animations.

[0004] This rendering technology allows for a realistic experience, as if you were seeing the actual object or place, without having to create it or visit it.

[0005] A branch of virtual reality, different from virtual reality in that virtual reality technology generally immerses the user in a virtual environment so that the user cannot see the real environment, whereas augmented reality technology allows the user to see the real environment, and the real environment and virtual objects are mixed.

[0006] In other words, while virtual reality replaces the real world and shows it to the user, augmented reality has the distinction of supplementing the real world by superimposing virtual objects on it, and provides a better sense of reality to the user compared to virtual reality.

[0007] Above all, augmented reality is a technology that shows an augmented reality by embedding properties that are absent in reality into real objects through virtual reality.

[0008] The cost of building a conventional model house related to the present invention ranges from an average of 1 billion won to a maximum of 4 billion won. This cost of building a model house is reflected in the apartment sales cost and is borne by the actual demanders. In this reality, building a cyber model house can be a factor in lowering the apartment sales cost, but it has technical limitations and thus imposes many restrictions on actual use.

[0009] In other words, the cyber model house currently built online is a program using a VR camera, so there are limitations in conveying detailed information, which creates a difference from reality.

[0010] In addition, in the past, there were cases where cyber model houses did not satisfy actual consumers due to discrepancies with actual data, and there was a problem that the cost of producing cyber houses was high due to linking with design data from actual experts.

[0011] [Prior Art Literature]

[0012] Republic of Korea Patent Publication No. 10-2013-0131179 (Published on December 3, 2013) (Title of invention: Cyber ​​model house system using the metaverse)

[0013]

[0014] The purpose of the present invention is to provide a method and system for providing a green remodeling service using a new type of metaverse function that is proposed in consideration of the above-mentioned conventional needs, and more specifically, rather than the conventional metaverse function of creating a virtual avatar in an avatar program to enjoy chatting or limited services, but by constructing a building in a virtual world in that area through actual map data and providing the constructed building data so that it can be applied to actual construction, thereby displaying more practical building data to interested consumers or homeowners, and in particular, providing green remodeling data and enabling it to be utilized as actual building data.

[0015] In addition, another object of the present invention is to provide a method and system for providing green remodeling services using a new type of metaverse function that can realistically provide or receive services of various buildings in actual locations by virtually constructing a store, school, or public institution in the relevant area.

[0016] In addition, the present invention applies BIM design to convert the design into 3D, and aims to provide constant experience in architecture so that the building owner can easily approach the difficult design and construction by directly experiencing the design and various information of the existing land and 3D building in the metaverse.

[0017] In addition, the present invention aims to provide a convergence service including architecture, IT (information technology), and metaverse (virtual space experience service) by utilizing the metaverse function, thereby enhancing the convenience of building owners and related experts, and helping the general public become familiar with architecture through architectural metaverse 3D, AR, or VR experiences.

[0018] A green remodeling service system using a metaverse function according to one embodiment of the present invention to achieve the above-mentioned purpose is provided.

[0019] In the metaverse green remodeling service system,

[0020] A metaverse green remodeling service program computer (server (40)) that provides a 3D or VR experience green remodeling service in a pre-designated form by setting a consumer terminal (10-1,...,10-N) as a consumer and a specific region from the consumer terminal (10-1,...,10-N) and then providing a setting request signal for a 3D or VR service experience for the region,

[0021] As an owner of a building in a specific area, one or more building owner terminals (20-1,...,20-N) who have registered as members and wish to receive the green remodeling service using the metaverse function according to the present invention,

[0022] Includes professional computers (servers) (30-1,...,30-N) that include business operators with architectural design services, supervision services, or building materials handling qualifications that can provide green remodeling services, with architect qualifications.

[0023] The above consumer terminals (10-1,...,10-N), the building owner terminals (20-1,...,20-N), the expert computer (server) (30-1,...,30-N) and the metaverse green remodeling service program computer (server) (40) are connected to each other through a wired / wireless communication network (50).

[0024] When a signal requesting a green remodeling service is received from a consumer terminal, the design, construction, materials and supervision of a building for providing a green remodeling service based on the data in the green remodeling database based on the 3D or VR data is designed and provided to determine whether it meets the actual green remodeling certification requirements, and the green remodeling certification results are provided in the form of digital data.

[0025] According to the metaverse green remodeling service system and method according to the present invention, it is superior in terms of cost and usability for producing existing 3D and VR data, and through the linkage of an integrated solution, it can have competitiveness that can demonstrate its true value in all fields, both online and offline.

[0026] In addition, the existing metaverse function is not limited to creating a virtual avatar in an avatar program and enjoying chatting or limited services, but rather, by providing the ability to build a building in the virtual world in the area through actual map data and apply the built building data to actual construction, it displays more practical building data to interested consumers or homeowners, and in particular, provides green remodeling data so that it can be used as actual building data, and by virtually building a store, school, or public institution in the area, various building services can be realistically provided or received in the actual location.

[0027] Figure 1 is a system configuration diagram schematically illustrating a green remodeling service provision system using the metaverse function according to the present invention.

[0028] Figure 2 is a detailed block diagram of Figure 2.

[0029] Figure 3 is a flowchart schematically illustrating a green remodeling service provision system using the metaverse function according to the present invention.

[0030] FIG. 4 is a drawing showing an overall view obtained by mapping map data of a specific location as a metaverse screen to which a green remodeling service provision system using the metaverse function according to the present invention is applied.

[0031] Figure 5 is a metaverse screen according to Figure 4, and is a perspective view of a building.

[0032] Figure 6 is a metaverse screen according to Figure 4, and is a side view of the building.

[0033] Fig. 7 is a metaverse screen according to Fig. 4, and is a perspective view showing an internal view of a specific location in Fig. 4.

[0034] Fig. 8 is a metaverse screen according to Fig. 4, and is a drawing showing an interior view of a specific building in Fig. 4.

[0035] Figure 9 is a metaverse screen according to Figure 4, and is a perspective view of a specific building.

[0036] Figure 10 shows an actual photograph of the building of Figure 9.

[0037] Fig. 11 is a metaverse screen according to Fig. 4, and is a perspective view of a specific building.

[0038] Figure 12 shows an actual photograph of the building of Figure 11.

[0039] A green remodeling service system using a metaverse function according to one embodiment of the present invention to achieve the above-mentioned purpose is provided.

[0040] In the metaverse green remodeling service system,

[0041] A metaverse green remodeling service program computer (server (40)) that provides a 3D or VR experience green remodeling service in a pre-designated form by setting a consumer terminal (10-1,...,10-N) as a consumer and a specific region from the consumer terminal (10-1,...,10-N) and then providing a setting request signal for a 3D or VR service experience for the region,

[0042] As an owner of a building in a specific area, one or more building owner terminals (20-1,...,20-N) who have registered as members and wish to receive the green remodeling service using the metaverse function according to the present invention,

[0043] Includes professional computers (servers) (30-1,...,30-N) that include business operators with architectural design services, supervision services, or building materials handling qualifications that can provide green remodeling services, with architect qualifications.

[0044] The above consumer terminals (10-1,...,10-N), the building owner terminals (20-1,...,20-N), the expert computer (server) (30-1,...,30-N) and the metaverse green remodeling service program computer (server) (40) are connected to each other through a wired / wireless communication network (50).

[0045] When a signal requesting a green remodeling service is received from a consumer terminal, the design, construction, materials and supervision of a building for providing a green remodeling service based on the data in the green remodeling database based on the 3D or VR data is designed and provided to determine whether it meets the actual green remodeling certification requirements, and the green remodeling certification results are provided in the form of digital data.

[0046] also,

[0047] The above metaverse-using green remodeling service program module (430)

[0048] A metaverse platform creation module for generating 3D and VR experience data using map data of a specific region and providing it in the form of a metaverse.

[0049] A map data mapping module that operates in conjunction with the above metaverse platform creation module and creates data for 3D and VR experiences by mapping map data of a specific region.

[0050] An expert data application module for processing a process in which an expert, such as an architect, a qualified supervisor, a building materials provider providing building materials data, or a building construction business operator qualified for building-related construction, registers as a member to receive a green remodeling service using the metaverse according to the present invention, and uploads architectural design data, building construction data, or architect data and various building-related data in advance to the operator computer (server) (40) of the present invention, or provides the data in real time by paying a fee as needed.

[0051] A building owner data design module that processes data requested or provided by building owners who have registered as members regarding architectural design construction data for their buildings.

[0052] It is characterized by including a green remodeling service module that enables green remodeling services to be provided upon request when designing a building corresponding to map data of a specific area.

[0053] also,

[0054] When a building owner or expert requests that his or her building data or design data be produced in the form of an NFT in a confirmed form, the system includes an NFT generation module that generates NFT data so that NFT transactions can be made according to the request signal.

[0055] In addition, the above database (450)

[0056] It is characterized by including a member database that stores and manages personal information and local address data of the general public who have signed up to receive services for the present invention including building owners, a 3D data and VR database that store member and local (building or building of interest installation location) data in 3D or VR format, a specialist database that stores and manages personal information and data on experts, a green remodeling database that stores exemplary data that has applied for green remodeling or that can be green remodeled, an NFT database that stores NFT data created according to a request for NFT creation at the request of building owners or experts, an advertisement database that stores advertisement data of advertisers that the operator can provide on the initial screen of the metaverse-using platform and can provide on each other platform service provision screen, and a material database that stores data on general construction materials among construction-related experts.

[0057] In addition, the above green remodeling certification requirements are characterized by being provided through an app on a consumer terminal.

[0058] According to another aspect of the present invention, a method for providing a green remodeling service using a metaverse function is provided.

[0059] The first step is to determine whether a signal requesting a 3D or VR experience for a specific area selected from a consumer terminal has been received.

[0060] If a signal requesting a 3D or VR experience is received, the second step is to map the 3D or VR data to the selected map data.

[0061] The third step is to provide mapped 3D or VR data to consumer terminals.

[0062] The fourth step is to determine whether the 3D or VR data provided by the consumer terminal is satisfactory or whether a signal requesting application has been received.

[0063] Step 5: If the user is satisfied with the provided 3D or VR data or a signal requesting application is received, the provided 3D or VR data is stored and managed as confirmed data of the corresponding consumer terminal and the result is transmitted to the consumer terminal.

[0064] If the 3D or VR data provided in the above step 5 is not satisfactory or a signal requesting application is not received, a 6th step is performed to determine whether a signal requesting a change has been received.

[0065] In the above 6th step, if a signal requesting a change is received, a list of other 3D or VR data is presented so that it can be searched, and if the search signal is clicked from the consumer terminal, the other 3D or VR data is displayed, and if the search signal is not selected, the previous 3D or VR data is displayed.

[0066] also,

[0067] After the fifth step, it is determined whether a signal to generate the current 3D or VR data as an NFT has been received from the consumer terminal, and if a signal to generate it as an NFR has been received, the NFR generation module generates the corresponding 3D or VR data as an NFT and stores and manages it separately.

[0068] also,

[0069] After the above 7th step, if a signal requesting to receive a green remodeling service is received from a consumer terminal, the design, construction, materials and supervision of a building for providing a green remodeling service and whether it meets the actual green remodeling certification requirements are designed and provided based on the data in the green remodeling database based on the 3D or VR data, and the green remodeling certification result is provided in the form of digital data.

[0070] In addition, the building data of the above-mentioned building owner is mapped data, and is characterized by being able to be decorated by the consumer himself like a model house by selecting building materials, selecting colors, or selecting furniture arrangement through a consumer terminal, and then saving it as data.

[0071] also,

[0072] The above green remodeling certification requirements are also provided through an app on a consumer terminal.

[0073] The present invention can be modified in various ways and has many embodiments, and specific embodiments are illustrated in the drawings and described in detail.

[0074] However, this is not intended to limit the present invention to a specific embodiment, but should be understood to include all modifications, equivalents, or substitutes included in the spirit and technical scope of the present invention.

[0075] The terminology used in this application is only used to describe specific embodiments and is not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly indicates otherwise. In this application, it should be understood that the terms "comprise" or "have" indicate the presence of a feature, number, step, operation, component, part, or combination thereof described in the specification, but do not preclude the possibility of the presence or addition of one or more other features, numbers, steps, operations, components, parts, or combinations thereof.

[0076] Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention pertains. Terms defined in commonly used dictionaries should be interpreted as having a meaning consistent with their meaning in the context of the relevant technology, and will not be interpreted in an idealized or overly formal sense unless explicitly defined herein.

[0077] Hereinafter, with reference to the attached drawings, preferred embodiments of the present invention will be described in more detail. In order to facilitate an overall understanding in describing the present invention, identical reference numerals will be used for identical components in the drawings, and redundant descriptions of identical components will be omitted.

[0078] In this invention, BIM design is applied to convert the design into 3D, and the building owner can directly experience the design and various information of the existing land and 3D building in the metaverse, thereby providing constant experience in architecture so that the difficult design and construction can be easily approached.

[0079] The purpose of the present invention is to provide a convergence service including architecture, IT (information technology), and metaverse (virtual space experience service) by utilizing the metaverse function, thereby enhancing the convenience of building owners and related experts, and to help the general public become familiar with architecture through architectural metaverse 3D, AR, or VR experiences.

[0080] Hereinafter, with reference to the attached drawings, embodiments of a green remodeling service providing method and system using the metaverse function according to the present invention will be described in detail.

[0081] FIG. 1 is a system configuration diagram for schematically explaining a green remodeling service providing system using a metaverse function according to the present invention, FIG. 2 is a detailed block configuration diagram of FIG. 1, and FIG. 3 is a flowchart for schematically explaining a green remodeling service providing system using a metaverse function according to the present invention.

[0082]

[0083] Referring to FIGS. 1 to 3, a green remodeling service provision system using the metaverse function according to the present invention

[0084] Referring to Figure 3, a method for providing a green remodeling service using the metaverse function is provided.

[0085] Login step (S2),

[0086] Step (S4) of determining whether a signal requesting a 3D or VR experience for a specific area selected from a consumer terminal has been received;

[0087] When a signal requesting a 3D or VR experience is received, the 3D or VR data is mapped to the selected map data (S6).

[0088] Afterwards, the mapped 3D or VR data is provided to the consumer terminal (S8).

[0089] Determine whether a signal requesting application or satisfaction with the 3D or VR data provided by the consumer terminal is received (S10);

[0090] If the provided 3D or VR data is satisfactory or a signal requesting application is received, the provided 3D or VR data is stored and managed as confirmed data of the relevant consumer terminal and the result is transmitted to the consumer terminal.

[0091] In the above step S10, if the provided 3D or VR data is not satisfied or a signal requesting application is not received, it is determined whether a signal requesting a change has been received (S12).

[0092] In the above step S12, if a signal requesting a change is received, a list of other 3D or VR data is presented for viewing, and if a search signal is clicked from the consumer terminal, the corresponding other data is displayed.

[0093] Displays 3D or VR data, and if no query signal is selected, displays the previous 3D or VR data.

[0094] Meanwhile, although not shown, after the above step S10, it is determined whether a signal requesting the creation of the current 3D or VR data as an NFT has been received from the consumer terminal. If a signal requesting the creation of an NFR has been received, the NFR creation module creates the corresponding 3D or VR data as an NFT and stores and manages it separately. Upon request from the consumer or the entity requesting the creation of the NFT data, a list can be provided to an open market such as OpenC, so that it can be sold to a third party.

[0095]

[0096] Referring to Figure 1, the green remodeling service provision system using the metaverse function according to the present invention

[0097] A metaverse green remodeling service program computer (server (40)) that provides a 3D or VR experience green remodeling service in a pre-designated form by setting a consumer terminal (10-1,...,10-N) as a consumer and a specific region from the consumer terminal (10-1,...,10-N) and then providing a setting request signal for a 3D or VR service experience for the region,

[0098] As the owner of a building in a specific area, according to the present invention

[0099] One or more building owner terminals (20-1,...,20-N) that have registered to receive green remodeling services using the metaverse function,

[0100] Includes professional computers (servers) (30-1,...,30-N) that include business operators with architectural design services, supervision services, or building materials handling qualifications that can provide green remodeling services, with architect qualifications.

[0101] A metaverse green remodeling service system according to the present invention is configured.

[0102] The above consumer terminals (10-1,...,10-N), the building owner terminals (20-1,...,20-N), the expert computer (server) (30-1,...,30-N) and the metaverse green remodeling service program computer (server) (40) are connected to each other through a wired / wireless communication network (50).

[0103]

[0104] Referring to FIG. 2, the metaverse green remodeling service program computer (server) (40) of FIG. 1 includes a communication interface module (410), a control unit (420), a metaverse-using green remodeling service program module (430), a database management unit (server) (440), a database (450), and an NFT generation module (460).

[0105] The above metaverse-using green remodeling service program module (430)

[0106] A metaverse platform creation module for generating 3D and VR experience data using map data of a specific region and providing it in the form of a metaverse.

[0107] A map data mapping module that operates in conjunction with the above metaverse platform creation module and creates data for 3D and VR experiences by mapping map data of a specific region.

[0108] An expert data application module for processing a process in which an expert, such as an architect, a qualified supervisor, a building materials provider providing building materials data, or a building construction business operator qualified for building-related construction, registers as a member to receive a green remodeling service using the metaverse according to the present invention, and uploads architectural design data, building construction data, or architect data and various building-related data in advance to the operator computer (server) (40) of the present invention, or provides the data in real time by paying a fee as needed.

[0109] A building owner data design module that processes data requested or provided by building owners who have registered as members regarding architectural design construction data for their buildings.

[0110] It includes a green remodeling service module that enables green remodeling services to be provided upon request when designing a building corresponding to map data of a specific area.

[0111] In addition, when a building owner or expert requests that his or her building data or design data be produced in the form of an NFT in a confirmed form, an NFT generation module is included that generates NFT data so that NFT transactions can be made according to the request signal.

[0112]

[0113] The above database (450)

[0114] The present invention includes a member database that stores and manages personal information and local address data of the general public who have signed up to receive services for the present invention, including building owners, a 3D data and VR database that store member and local (building or building of interest installation location) data in 3D or VR format, an expert database that stores and manages personal information and data on experts, a green remodeling database that stores exemplary data that has applied for green remodeling or that can be green remodeled, an NFT database that stores NFT data created according to a request for NFT creation at the request of building owners or experts, an advertisement database that stores advertisement data of advertisers that the operator can provide on the initial screen of the metaverse-using platform and can provide on each other platform service provision screen, and a material database that stores data on general construction materials among construction-related experts.

[0115]

[0116] FIG. 4 is a drawing showing an overall view obtained by mapping map data of a specific location as a metaverse screen to which a green remodeling service provision system using the metaverse function according to the present invention is applied.

[0117] Referring to Figure 4, a user can view an overall view of an area corresponding to a specific location on a map on his or her computer terminal or (mobile phone terminal app screen).

[0118] Figure 5 is a metaverse screen according to Figure 4, and is a perspective view of a building.

[0119] Referring to Figure 5, on a platform where metaverse services are provided (or on the homepage screen), one can view a metaverse screen for a building located in a specific area.

[0120] Figure 6 is a metaverse screen according to Figure 4, and is a side view of the building.

[0121] Referring to Figure 6, on a platform where metaverse services are provided (or on the homepage screen), one can view a metaverse screen for a building located in a specific area.

[0122] Fig. 7 is a metaverse screen according to Fig. 4, and is a perspective view showing an internal view of a specific location in Fig. 4.

[0123] Referring to Figure 7, on a platform where metaverse services are provided (or on the homepage screen), one can view a metaverse screen for a building located in a specific area and its surrounding buildings.

[0124] Fig. 8 is a metaverse screen according to Fig. 4, and is a drawing showing an interior view of a specific building in Fig. 4.

[0125] Referring to Figure 8, on a platform where metaverse services are provided (or on the homepage screen), one can view an interior view screen of a building located in a specific area.

[0126] Figure 9 is a metaverse screen according to Figure 4, and is a perspective view of a specific building.

[0127] Referring to Figure 9, on a platform where metaverse services are provided (or on the homepage screen), a metaverse screen for a building located in a specific area can be viewed.

[0128] Figure 10 shows an actual photograph of the building of Figure 9.

[0129] Referring to Figure 10, a map is displayed on the lower left side of the screen (but not limited thereto) where actual photos of buildings are provided, and transition into the metaverse screen is possible.

[0130] Fig. 11 is a metaverse screen according to Fig. 4, and is a perspective view of a specific building.

[0131] Referring to Figure 11, on a platform where metaverse services are provided (or on the homepage screen), a metaverse screen for a building located in a specific area can be viewed.

[0132] Figure 12 shows an actual photograph of the building of Figure 11.

[0133] Referring to Figure 12, a map is displayed on the lower left side of the screen (but not limited thereto) where actual photos of buildings are provided, and transition into the metaverse screen is possible.

[0134]

[0135] As described above, according to the green remodeling service providing system using the metaverse function according to the present invention, the conventional metaverse function is not limited to creating a virtual avatar in an avatar program or the like to enjoy chatting or limited services, but rather, by constructing a building in a virtual world in the area through actual map data and providing the constructed building data so that it can be applied to actual construction, more practical building data is displayed to interested consumers or homeowners, and in particular, green remodeling data is provided so that it can be used as actual building data, and by virtually constructing a store, school, or public institution in the area, various building services can be realistically provided or received in the actual location.

Claims

1. In the Metaverse Green Remodeling Service System, A metaverse green remodeling service program computer (server (40)) that provides a 3D or VR experience green remodeling service in a pre-designated form by setting a consumer terminal (10-1,...,10-N) as a consumer and a specific region from the consumer terminal (10-1,...,10-N) and then providing a setting request signal for a 3D or VR service experience for the region, As an owner of a building in a specific area, one or more building owner terminals (20-1,...,20-N) who have registered as members and wish to receive the green remodeling service using the metaverse function according to the present invention, Includes professional computers (servers) (30-1,...,30-N) that include business operators with architectural design services, supervision services, or building materials handling qualifications that can provide green remodeling services, with architect qualifications. The above consumer terminals (10-1,...,10-N), the building owner terminals (20-1,...,20-N), the expert computer (server) (30-1,...,30-N) and the metaverse green remodeling service program computer (server) (40) are connected to each other through a wired / wireless communication network (50). A metaverse green remodeling service system characterized in that, when a signal requesting green remodeling service is received from a consumer terminal, the system designs and provides the design, construction, materials, and supervision of a building for providing green remodeling service based on the data in the green remodeling database based on the 3D or VR data, and whether it meets the actual green remodeling certification requirements, and provides the green remodeling certification results in the form of digital data.

2. In paragraph 1, The above metaverse-using green remodeling service program module (430) A metaverse platform creation module for generating 3D and VR experience data using map data of a specific region and providing it in the form of a metaverse. A map data mapping module that operates in conjunction with the above metaverse platform creation module and creates data for 3D and VR experiences by mapping map data of a specific region. An expert data application module for processing a process in which an expert, such as an architect, a qualified supervisor, a building materials provider providing building materials data, or a building construction business operator qualified for building-related construction, registers as a member to receive a green remodeling service using the metaverse according to the present invention, and uploads architectural design data, building construction data, or architect data and various building-related data in advance to the operator computer (server) (40) of the present invention, or provides the data in real time by paying a fee as needed. A building owner data design module that processes data requested or provided by building owners who have registered as members regarding architectural design construction data for their buildings. A metaverse green remodeling service system characterized by including a green remodeling service module that enables green remodeling services to be provided upon request when designing a building corresponding to map data of a specific region.

3. In paragraph 1, A metaverse green remodeling service system characterized by including an NFT generation module that generates NFT data so that NFT transactions can be made according to a request signal when a building owner or expert requests that his or her building data or design data be produced in a confirmed form as an NFT.

4. In paragraph 1, The above database (450) A metaverse green remodeling service system characterized by including a member database that stores and manages personal information and local address data of the general public who have signed up to receive services for the present invention, including building owners, a 3D data and VR database that store member and local (building or building of interest installation location) data in 3D or VR format, a specialist database that stores and manages personal information and data on experts, a green remodeling database that stores exemplary data that has applied for green remodeling or that can be green remodeled, an NFT database that stores NFT data created according to a request for NFT creation at the request of building owners or experts, an advertisement database that stores advertisement data of advertisers that the operator can provide on the initial screen of the metaverse use platform and can provide on each other platform service provision screen, and a material database that stores data on general construction materials among construction-related experts.

5. In paragraph 1, A metaverse green remodeling service system characterized in that the above green remodeling certification requirements are also provided through an app on a consumer terminal.

6. Method of providing green remodeling service using metaverse function The first step is to determine whether a signal requesting a 3D or VR experience for a specific area selected from a consumer terminal has been received. If a signal requesting a 3D or VR experience is received, the second step is to map the 3D or VR data to the selected map data. The third step is to provide mapped 3D or VR data to consumer terminals. The fourth step is to determine whether the 3D or VR data provided by the consumer terminal is satisfactory or whether a signal requesting application has been received. Step 5: If the user is satisfied with the provided 3D or VR data or a signal requesting application is received, the provided 3D or VR data is stored and managed as confirmed data of the corresponding consumer terminal and the result is transmitted to the consumer terminal. If the 3D or VR data provided in the above step 5 is not satisfactory or a signal requesting application is not received, a 6th step is performed to determine whether a signal requesting a change has been received. A green remodeling service method using a metaverse function, characterized in that in the above 6th step, if a signal requesting a change is received, a list of other 3D or VR data is presented so that it can be searched, and if the search signal is clicked from a consumer terminal, the other 3D or VR data is displayed, and if the search signal is not selected, the previous 3D or VR data is displayed.

7. In paragraph 6, A green remodeling service method using a metaverse function, characterized in that after the fifth step above, it is determined whether a signal to generate the current 3D or VR data as an NFT has been received from a consumer terminal, and if a signal to generate it as an NFR has been received, the NFR generation module generates the corresponding 3D or VR data as an NFT and stores and manages it separately.

8. In paragraph 6, A green remodeling service method using a metaverse function, characterized in that, after the above 7th step, if a signal requesting to receive a green remodeling service is received from a consumer terminal, the design, construction, materials and supervision of a building for providing a green remodeling service based on the data in the green remodeling database based on the 3D or VR data and whether it is suitable for actual green remodeling certification requirements are designed and provided, and the green remodeling certification result is provided in the form of digital data.

9. In paragraph 6, the building data of the building owner is mapped data, and the green remodeling service method using the metaverse function is characterized in that the building data is data to which the consumer can decorate it like a model house by selecting building materials, colors, or furniture arrangements through a consumer terminal and save it as data.

10. In paragraph 6, A metaverse green remodeling service method characterized in that the above green remodeling certification requirements are also provided through an app on a consumer terminal.

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