KR20230155768A - Metaverse platform service system using the transaction of land split ownership based on Metaverse-land - Google Patents

Abstract

The present invention provides metaverse-based e-commerce services to connected clients and at the same time provides opportunities for profit generation through virtual activities (friend-making, sales-making, etc.) to clients as well as service providers during e-commerce transactions. Establishing a land market that constitutes the metaverse space, paying fees to merchants and/or land owners of the avatar's residence during e-commerce transactions, and operating a stock exchange service based on metaverse-land ownership Not only is it possible to generate profit through the bus activity itself, but economic value is given to the Metaverse-land itself, maximizing the economic effect of the Metaverse market and providing a new economic paradigm that did not exist before. By linking with the stock exchange, Metaverse -Metaverse provides land transaction services and provides a foundation for the economic value of the land and e-commerce markets to voluntarily grow, thereby further increasing economic effectiveness - Metaverse platform using land-based land division ownership transactions It's about the service system.

Description

Metaverse platform service system using the transaction of land split ownership based on Metaverse-land}

The present invention relates to a Metaverse platform service system using a Metaverse-land based land division ownership transaction. In detail, it provides Metaverse-based e-commerce services to connected clients and at the same time, during e-commerce transactions, It provides not only service providers but also clients with opportunities to generate profits through virtual activities (friend-making, sales-making, etc.), and builds a land market that makes up the metaverse space, but when e-commerce transactions occur, franchisees and/or avatars By paying a fee to the land owner of the residence, and operating a stock exchange service based on metaverse-land ownership, not only is it possible to generate profits through metaverse activities alone, but economic value is given to the metaverse-land itself, contributing to the metaverse market. It can provide a new economic paradigm that has never existed before by maximizing the economic effect of the metaverse, and provides a metaverse-land transaction service in conjunction with the stock exchange, allowing the economic value of the metaverse-land and e-commerce markets to grow spontaneously. This is about the Metaverse platform service system using Metaverse-land-based land division ownership transactions that can further increase economic effectiveness by providing a foundation.

Recently, as the Internet infrastructure has expanded and computer graphics technology has become more sophisticated, the digital content paradigm is changing from PCs to smartphones and VR HMDs, as well as Metaverse, which refers to a three-dimensional virtual world linked to reality. ) Interest in technology is rapidly increasing.

With the growth of 3D digital content technology, these metaverse services are being converged in various fields such as the knowledge industry, electronics, information, culture, and education industries, as well as the advantage of creating new added value and additional industries. Application areas and demand are expected to increase exponentially.

In particular, as the global coronavirus pandemic prolongs, contact and movement between people is restricted, and 5G communication networks that can transmit large amounts of information at high speed are expanded, various forms of supporting life-style or game-type virtual worlds Metaverse services are emerging.

For example, various studies are being conducted to integrate lecture/educational services, e-commerce services, exhibition services, medical services, etc. with the metaverse and provide them to connected clients.

These conventional metaverse services 1) provide services online to connected clients, but 2) receive payment for service provision (purchase costs, admission fees, commissions, etc.) from clients, creating a gap between service providers and service consumers. It has the advantage of achieving economic effects.

However, the conventional metaverse service only uses the metaverse when the client's needs match the services provided by the metaverse, so not only is scalability and participation limited, but revenue generation is limited to the service provider. Because it is structured in such a way that it occurs, it has structural limitations that result in insignificant economic effects.

For example, the Metaverse service based on Japanese lectures not only allows participation only from clients who need Japanese language education, but also provides profit-making opportunities only to lecture service providers, thereby increasing user participation and scalability. This has the disadvantage of not being able to maximize the economic effect.

That is, 1) it provides service providers with an opportunity to generate revenue by providing specific services to connected clients; 2) it also provides an opportunity to generate revenue to clients who do not receive services; and 3) induces voluntary participation from clients. Therefore, research on metaverse services that can maximize economic effects is urgently needed.

Figure 1 is a flowchart showing a driving method of the VR shopping mall operation management system disclosed in Domestic Patent No. 10-2198583 (title of the invention: VR shopping mall operation management system and driving method thereof).

The driving method (hereinafter referred to as the prior art) of the VR shopping mall operation management system of Figure 1 (S900) includes a step (S901) in which the VR image implementation unit continuously streams displayed products as VR (Virtual Reality) images, and the VR image implementation unit A step (S902) of automatically generating a 3D model of a displayed product as unstructured data, and when one of the displayed product images is clicked on the 3D three-dimensional shape expression unit, product information about the displayed product is displayed and the displayed product image is displayed. It consists of the step of rotating 360 degrees and displaying it in 3D form (S904).

The prior art (S900) configured in this way continuously streams displayed products displayed in the canvas frame area of the VR shopping mall platform as VR (Virtual Reality) images, and converts 3D models of displayed products momentarily captured through screenshots into unstructured data. Not only can it provide users with accurate information about the product they want to purchase by automatically generating Jinyoung products, but when they click on at least one different displayed product image displayed by category within the VR shopping mall platform, product information about the displayed product is generated automatically. It has the advantage of improving product reliability and transaction credit for consumers' purchasing choices by providing accurate information about displayed products.

However, the conventional technology (S900) is a structure that can generate profits only for VR shopping malls that provide VR services, and does not provide opportunities for profit generation to general consumers, so consumer participation and scalability are limited, resulting in economic downturn. It has structural limitations that make it ineffective.

In other words, the prior art (S900) only allows participation by consumers who wish to purchase products through a VR shopping mall, and since no technology has been disclosed to provide separate profit-making opportunities to participating consumers, the user's participation and Due to limited scalability, the economic effect is minimal, so it has the disadvantage of not being able to present a new economic paradigm.

The present invention is intended to solve this problem, and the problem of the present invention is to provide metaverse-based e-commerce services to clients connected to the e-commerce platform management server, thereby providing service consumers with an opportunity to generate revenue and at the same time providing clients connected to the e-commerce platform management server. Metaverse, which can maximize economic effects by dramatically increasing the voluntariness and scalability of users' participation by providing opportunities for profit generation through activities on the Metaverse (friend-making, sales-making, etc.) It is intended to provide a Metaverse platform service system using land-based land division ownership transactions.

In addition, another problem to be solved by the present invention is that when a client signs up as a member, the e-commerce platform management server grants the client an avatar and a VR exhibition room, and at the same time, each client has his or her own VR exhibition room through friend-making and selling-making. It is configured to enable advertising and promotion by displaying specific items in the VR exhibition room, and when other clients make transactions through advertising and promotion, a commission is paid to the clients of the VR exhibition room, which not only encourages voluntary participation of clients but also stimulates curiosity. and to provide a Metaverse platform service system using Metaverse-land-based land division ownership transactions that can increase fun and thereby activate economic effects.

In addition, another problem to be solved by the present invention is that the e-commerce platform management server provides a market for buying and selling land constituting the metaverse space, and at the same time provides the land owner and/or e-commerce service of the avatar's residence during e-commerce transactions. By being structured to pay a fee to the landowner of the franchise's address, economic value is given to the metaverse-land itself, thereby establishing a metaverse-land sales market, and providing profits to clients just by owning the metaverse-land. Opportunities for creation are provided to further maximize user participation, thereby providing a foundation for the economic value of the Metaverse-Land and e-commerce markets to grow voluntarily, maximizing users' willingness to participate. The purpose is to provide a Metaverse platform service system using Metaverse-land-based land division ownership transactions that can provide a new economic paradigm that has never been seen before.

In addition, another problem to be solved by the present invention is that the metaverse platform management server operates the metaverse-land centered on the city, but when the economic value of the metaverse-city exceeds the preset value (TH, Threshold), By providing stock exchange services based on bus-land ownership, Metaverse-land-based land division ownership not only facilitates investment and financing for Metaverse suppliers, but also increases the reliability and convenience of Metaverse-land sales. It is intended to provide a metaverse platform service system using transactions.

The solution of the present invention for solving the above problem includes at least one client; On/offline merchant servers; A metaverse-map consisting of preset metaverse-cities is stored, and through the accounts of the online/offline affiliated stores, items that are service-products sold by the online/offline affiliated stores and product information for each of the items are stored. At the same time, each VR affiliated store on display is created and the VR affiliated store created is matched to the metaverse-map of the city corresponding to the actual address of the online/offline affiliated store. When a connected client registers as a member, VR is transferred to the client's account. At the same time as creating and assigning an exhibition room, the created VR exhibition room is matched to the metaverse-map of the city corresponding to the residential address selected by the client, and when a purchase of a specific item is made, the VR exhibition of the client who purchased the item is displayed. An e-commerce platform management server that pays a purchase-based residence-fee to the owner of the metaverse-city corresponding to the residential address of the room; It includes a stock exchange operation server, and the stock exchange operation server connects to the e-commerce platform management server at a preset period (T) and records the number of regular avatars, number of floating avatars, number of VR affiliated stores, and transaction amount for each metaverse-city. and a data collection unit that collects a city DB containing at least one of purchase-based residence-fee; A database unit in which a valuation calculation algorithm is preset and stored to calculate the valuation score (α) of the unlisted city by analyzing the input city DB; Among the metaverse-cities collected by the data collection unit, extract the unlisted-cities that are metaverse-cities that have not yet been listed, and then use the valuation calculation algorithm to determine the value of each extracted unlisted-city. A valuation calculation unit for each unlisted city that analyzes the city database and calculates the valuation score (α) for each unlisted city; If the valuation score (α) calculated by the valuation calculation unit for each unlisted city is higher than the preset value (TH, Threshold), the listing that determines the listing of land division ownership for the land division ownership of the unlisted city in question. availability judgment unit; Once the listing of the land division ownership is decided by the above-mentioned listing decision unit, an IPO (Intial Public Offering) is executed for the land division ownership of the unlisted city, and the quantity of land division ownership of the unlisted city (quantity of issued land division ownership) is executed. ), IPO service department, which establishes plans for the public offering price, public offering date, and listing date; It includes a securities trading service department that operates and manages the stock exchange service so that securities transactions for land division ownership of the metaverse-city where the public offering is completed are made from the listing date established by the IPO service department.

In addition, in the present invention, when purchasing an item, the e-commerce platform management server pays a sales-based residence-fee to the owner of the metaverse-city where the VR affiliated store that sold the item is located, and the city DB collected by the data collection unit It is desirable that the metaverse-land sales-based residence-fee be included.

In addition, in the present invention, the valuation score (α) is proportional to the number of permanent avatars, number of floating avatars, number of VR affiliated stores, transaction amount, purchase-based residence-fee and sales-based residence-fee included in the input city DB. desirable.

In addition, in the present invention, when the listing decision department decides to list the land division ownership of an unlisted city, the IPO service department determines the issuance quantity of the land division ownership, then divides the retained earnings by the number of land division ownership issuances to produce earnings per share (EPS). , Earning Per Share) and at the same time calculate the Price-Earnings Ratio (PER) of the comparative industry, and determine the expected public offering price by multiplying the calculated earnings per share (EPS) and the price-earnings ratio (PER). It is desirable to determine the listing date/public offering price and execute the public offering stock subscription service.

In addition, in the present invention, the e-commerce platform management server creates a metaverse space by matching and arranging VR affiliated stores and VR exhibition rooms on the metaverse-map and provides it to the connected client, and the metaverse space is provided to the connected client. It is implemented so that clients can visit other clients' VR exhibition rooms and V-affiliated stores, and is preferably operated in an open-world manner.

Additionally, in the present invention, the e-commerce platform management server includes a second database unit; It is executed when a request for affiliate registration is received from the connected online/offline affiliate server, and information is collected from the online/offline affiliate server requesting affiliate registration, including affiliate identification information, affiliate 3D modeling data (or 3D modeling construction data), and service-products being sold. Receives merchant registration request data including service-product information (including product name, sales price, 3D modeling data, and product content) and address of seller (actual address of relevant online/offline affiliated store or head office), and receives the transmitted affiliated store. An affiliated store register that uses and references registration request data to register the affiliated store as a seller of the e-commerce platform; It is executed when product registration request data is received from the connected online/offline affiliated store server, and the received product registration request data is processed and referenced, the existing product information of the affiliated store is updated, and the product is stored in the database. Registration/Renewal Department; 1) Building a VR affiliated store based on a VR engine using 3D modeling data included in the registration information of a new affiliated store through the above affiliated store register, but placing multiple object spaces where 3D models (objects) of each product are displayed 2) When the product information of the VR affiliated store already established by the product registration/renewal department is changed, the display of the changed product is implemented to enable the connected user to move the viewpoint and move the location. A VR affiliated store construction department that changes the VR affiliated store to reflect the VR affiliated store; When membership registration is requested by receiving membership registration request data including personal information, login information, personal information, real address, and metaverse-address, which is the address on the metaverse, the client is registered as a member. Member registration department; Establishment of an avatar/VR exhibition room that allocates an avatar and a VR exhibition room to a client account registered through the member registration department, and constructs a VR exhibition room that is a 3D model and is implemented to allow location and 360° viewpoint movement of the visited avatar. wealth; When a VR affiliated store is built by the VR affiliated store construction unit, the VR affiliated store built in the metaverse-city corresponding to the sales address of the relevant online/offline affiliated store is matched and placed, and the VR affiliated store is established by the avatar/VR exhibition room construction unit. When the exhibition room is built, a metaverse space creation unit that creates and updates the metaverse space by matching and arranging VR affiliated stores built in the metaverse-city corresponding to the metaverse-address entered by the client; When a client connects, the metaverse space created by the metaverse space creation unit is provided to the connected client, and the avatar of the connected client is placed on the metaverse-map, and then the metaverse operating unit operates the metaverse service. It is desirable to include it.

In addition, in the present invention, the metaverse operating unit utilizes the operating manual table, which is data recording the operating procedures and operating methods of the metaverse service, to search and detect the actions of the avatar in the metaverse space, and to respond to the avatar's call and request. An event detection and output module that determines the event content and type and then outputs event information; It provides metaverse space to connected clients and displays the connected client's avatar on the metaverse-map. It also operates the metaverse service using the operation manual table and at the same time uses the event detection and output module. It is desirable to include an integrated management module that manages and controls the operation of the metaverse service by reflecting response data according to the output event information in the metaverse space.

In addition, in the present invention, when the connected client visits the VR exhibition room or VR affiliated store of another client and receives a request for distribution of a specific item, the avatar/VR exhibition room construction unit provides the corresponding item to the VR exhibition room of the client who requested distribution. The VR exhibition room is rebuilt so that it can be displayed, and when a specific item is sold, the e-commerce platform management server provides order information that places the identification information of the avatar that applied for distribution in the lower order of the identification information of the avatar that applied for distribution. Distribution relationship information is generated by matching the corresponding item identification information. However, when the target who applied for distribution is a VR affiliated store, the item identification information is matched with the order information that places the identification information of the avatar that applied for distribution in the highest order. After generating sales relationship information, it further includes a sales relationship register stored in the second database unit, wherein the sales relationship register includes avatar identification information that applied for sales from the integrated management module, identification information of the avatar that applied for sales, A data input module that receives identification information for items subject to sale; a determination module for registration of distribution relationship information that determines whether the item is an item that has previously been distributed by referring to the item identification information input through the data input module and the avatar identification information for which distribution has been requested; It is executed when the sales relationship information registration determination module determines that the item has already been sold, and after extracting the order information of the sales relationship information of the item, it is placed in the lowest order of the extracted order information. , an order information update module that updates sales relationship information by matching ‘avatar identification information that applied for sales’; It is executed when the distribution relationship information registration determination module determines that the item is not an item that has previously been distributed. The avatar identification information for which distribution has been requested is at the top, and the avatar identification information for which distribution has been applied is in the following order. a sequence information generation module that generates sequence information; A pre-sale identification number granting module that is executed after the order information update module or the order information generation module and assigns a pre-sale identification number, which is an identification number of the pre-sale relationship information to be generated; 1) the sales identification number assigned by the sales identification number granting module, 2) the identification information of the item, and 3) the order information updated by the order information update module or the order generated by the order information generation module. It is preferable to include a sales relationship information creation/registration module that matches information to generate sales relationship information and then stores it in the second database unit.

In addition, in the present invention, the sales relationship information registration determination module searches for sales relationship information already registered in the second database unit, and item identification extracts sales relationship information having item identification information input through the data input module. Information-based exploration and extraction module; It is executed when at least one piece of sales relationship information is extracted by the item identification information-based search and extraction module, and searches for the sales relationship information extracted by the item identification information-based search and extraction module through the data input module. An avatar identification information-based search and extraction module that extracts distribution relationship information with the inputted avatar identification information; It is executed when at least one piece of sales relationship information is extracted by the avatar identification information-based search and extraction module, and the sales relationship information extracted by the avatar identification information-based search and extraction module is applied to the avatar that has applied for sales. A final extraction module that extracts sale relationship information placed at the bottom; In the final extraction module, if the distribution relationship information is extracted, it is determined that the distribution relationship information for the corresponding item is already registered. However, if no distribution relationship information is extracted in the final extraction module, the distribution relationship information for the item is determined. It is desirable to include a registration decision module that determines that the device is not registered.

In addition, in the present invention, the e-commerce platform management server is executed when a purchase request is received from a connected avatar, and includes a purchase service unit that receives at least one of the quantity, size, color, and delivery address of the item requested for purchase from the avatar; a payment/delivery service department that processes the payment according to the information entered by the purchase service department and then delivers the purchased product to the delivery destination by linking with the relevant online/offline affiliated store server; It further includes a commission calculation and distribution unit that calculates and allocates a preset purchase-commission to the avatars who participated in the purchase, and in the city DB for each metaverse-city collected by the data collection unit, the purchase of the corresponding metaverse-city is included. -It is desirable to include fee information.

In addition, in the present invention, the second database unit stores a standard table in which the commission dividend rate is matched according to the purchase type, and the commission calculation and distribution unit analyzes the process of the purchase to determine the purchase type and the purchase price through distribution. A purchase type analysis/confirmation module that determines whether the purchase is a ‘sale-based purchase’ or a ‘direct purchase’ where the purchase is made without going through a sale; A sales relationship information extraction module that is executed when the purchase type is confirmed to be ‘sale-based-purchase’ in the purchase type analysis/confirmation module and extracts the sales relationship information generated in the sales relationship information creation/registration module; If the purchase type is 'direct-purchase' in the purchase type analysis/confirmation module, it is determined that no purchase-commission is payable, and if the sales relationship information is extracted by the sales relationship information extraction module, it is included in the extracted sales relationship information. a purchase-fee payment target selection module that extracts the ordered order information and then selects the avatars included in the extracted order information as purchase-fee payment targets; 1) If the purchase type of the avatar is confirmed as 'direct-purchase' in the purchase type analysis/confirmation module, the metaverse-address of the avatar who purchased the item is extracted and location information for each preset metaverse-city is obtained. , detects the metaverse-city where the avatar's residence belongs, extracts land division owners of the metaverse-city, and 2) purchase-commission payment recipients are selected by the purchase-fee payment target selection module Then, after extracting the metaverse-addresses of each of the selected purchase-commission payment targets, the location information for each preset metaverse-city is searched to determine the metaverse-city where the residence of each purchase-commission payment target belongs. A purchase-based land owner extraction module that detects and extracts land division owners for each detected metaverse-city; After extracting the sales address of the VR affiliate that sold the service-product where the purchase was made, the location information for each preset metaverse-city is searched to detect the metaverse-city to which the VR affiliated store's sales address belongs, and the detected Metaverse - Sales-based land owner extraction module that extracts urban land subdivision owners; 1) If the purchase-commission payment target is not selected in the purchase-commission payment target selection module, it is determined that the purchase-commission is not paid separately. However, if the purchase-commission payment target is selected, the selected purchase-commission payment target is 2) It is decided to pay the residence-fee to the land division owners extracted by the purchase-based land owner extraction module, and 3) The sale-based land owner extraction module is determined to pay the residence fee. It is desirable to include a fee calculation module that determines the residence-fee to be paid to the extracted land parcel owners.

In addition, in the present invention, the purchase-commission calculation module calculates the quantity (N) of the purchase-fee payment targets selected by the purchase-commission payment target selection module, and then calculates the total cost (P') consumed for purchasing the item. is extracted, the total cost (P') is multiplied by the preset purchase-commission ratio (R), and then the multiplied value (P' XR) is divided by the quantity (N) of the purchase-fee payment target and the Purchase-commission to be paid (P, ) is desirable to calculate.

In addition, in the present invention, the purchase-based land owner extraction module refers to the purchase-based land owner information extracted by the purchase-based land owner extraction module, calculates the quantity (N1) of the purchase-based land owners, and then purchases the corresponding item. The total cost (P') consumed is extracted, the total cost (P') is multiplied by the preset residence-fee ratio (R1), and the multiplied value (P' Residence-fee (P1, ), and the sales-based land owner extraction module refers to the sales-based land owner information extracted by the sales-based land owner extraction module, calculates the quantity (N2) of the sales-based land owners, and then calculates the quantity (N2) of the sales-based land owners. The total cost spent on purchase (P') is extracted, the total cost (P') is multiplied by the preset residence-fee ratio (R2), and the multiplied value (P' The residence-fee to be paid to each sale-based land owner (P2, ) is desirable to calculate.

According to the present invention, which has the above problems and solutions, the e-commerce platform management server provides metaverse-based e-commerce services to clients connected to it, providing service consumers with opportunities to generate profits and at the same time allowing clients to engage in activities on the metaverse. By providing opportunities to generate profits through (friend-making, sales-making, etc.), users' willingness to participate and scalability can be dramatically increased, thereby maximizing economic effects.

In addition, according to the present invention, the e-commerce platform management server provides metaverse-based e-commerce services to connected clients, providing service consumers with opportunities to generate profits and at the same time providing clients with opportunities to generate profits through activities on the metaverse (making friends, making sales). By providing opportunities to generate profits through (connection, etc.), users' willingness to participate and scalability can be dramatically increased, further maximizing the economic effect.

In addition, according to the present invention, when a client signs up as a member, the e-commerce platform management server grants the client an avatar and a VR exhibition room, and at the same time, each client places a specific item in his or her VR exhibition room through friend-making and distribution-making. It is structured to enable advertising and promotion by displaying items, and when other clients make transactions through advertising and promotion, it is structured to pay a commission to the client of the VR exhibition room, which not only induces voluntary participation from clients but also creates curiosity and fun. It can be increased, and thus the economic effect can be activated.

In addition, according to the present invention, the e-commerce platform management server provides a market for the sale and purchase of land constituting the metaverse space, and at the same time, during e-commerce transactions, the address of the land owner of the avatar's residence and/or the affiliated store providing the e-commerce service is provided. By being structured to pay fees to land owners, it is possible to establish a metaverse-land sales market by ensuring that economic value is given to the metaverse-land itself, and simply owning the metaverse-land provides clients with an opportunity to generate profits. This provides a foundation for the voluntary growth of the economic value of the Metaverse-land and e-commerce markets, thereby maximizing users' willingness to participate, creating a new economic paradigm that has never existed before. can be provided.

In addition, according to the present invention, the metaverse platform management server operates the metaverse-land centered on the city, but if the economic value of the metaverse-city exceeds the preset value (TH, Threshold), metaverse-land ownership is established for each city. By providing a stock exchange service based on , not only will it be easier for Metaverse suppliers to invest and raise funds, but it will also increase the reliability and convenience of Metaverse-land sales.

Figure 1 is a flowchart showing a driving method of the VR shopping mall operation management system disclosed in Domestic Patent No. 10-2198583 (title of the invention: VR shopping mall operation management system and driving method thereof).
Figure 2 is a configuration diagram showing the Metaverse platform service system using Metaverse-land-based land division ownership transaction, which is an embodiment of the present invention.
Figure 3 is a block diagram showing the e-commerce platform management server of Figure 2.
FIG. 4 is a conceptual diagram for explaining sales relationship information applied to the e-commerce platform management server of FIG. 3.
Figure 5 is an example diagram for explaining a VR affiliated store built by the VR affiliated store construction unit of Figure 3.
FIG. 6 is an exemplary diagram showing a VR exhibition room built by the avatar/VR exhibition room construction unit of FIG. 3.
Figure 7 is a block diagram showing the metaverse operating unit of Figure 3.
Figure 8 is a flow chart to explain the operation process of the VR affiliated store in the metaverse space by the metaverse operation unit of Figure 7.
Figure 9 is a flow chart to explain the operation process of the VR exhibition room in the metaverse space by the metaverse operation unit of Figure 7.
Figure 10 is a block diagram showing the sales relationship register of Figure 3.
FIG. 11 is a block diagram showing a module for determining whether to register sales relationship information in FIG. 10.
Figure 12 is a block diagram showing the fee calculation and distribution unit of Figure 3.
Figure 13 is a block diagram showing the fee calculation module of Figure 12.
Figure 14 is a conceptual diagram showing the process of paying a residence fee when the purchase type is 'direct purchase'.
Figure 15 is a conceptual diagram showing the process in which purchase-fee and residence-fee are paid when the purchase type is 'sale-based-purchase' and there are two people to pay purchase-fee.
Figure 16 is a conceptual diagram showing the process of paying the purchase-commission and residence-fee when the purchase type is 'sale-based-purchase' and there are three people to pay the purchase-commission.
Figure 17 is a block diagram showing the stock exchange operating system of Figure 2.
Figure 18 is a block diagram showing the securities trading operation server of Figure 17.
Figure 19 is a graph showing the number of permanent avatar transactions and floating avatar transactions in 'Seoul' collected by the data collection unit of Figure 18.
Figure 20 is a graph showing the monthly fee amount for the permanent avatar and the monthly fee amount for the floating avatar in 'Seoul'.
FIG. 21 is a conceptual diagram for explaining the operation process of the IPO service unit of FIG. 18.
FIG. 22 is another conceptual diagram of FIG. 21.
Figure 23 is another conceptual diagram of Figure 21.
Figure 24 is a graph showing the market price of land division ownership in Seoul included in the integrated analysis data.

Hereinafter, an embodiment of the present invention will be described with reference to the attached drawings.

Figure 2 is a configuration diagram showing the Metaverse platform service system using Metaverse-land-based land division ownership transaction, which is an embodiment of the present invention.

The Metaverse platform service system (1) using Metaverse-land-based land division ownership transactions, which is an embodiment of the present invention, provides Metaverse-based e-commerce services to connected clients and at the same time, the service provider during e-commerce transactions. In addition, it provides clients with opportunities to generate profits through virtual activities (friend-making, sales-making, etc.), and builds a land market that makes up the metaverse space, but when making e-commerce transactions, the residence of the affiliated store and/or the avatar is required. By paying fees to land owners and operating stock exchange services based on metaverse-land ownership, not only is it possible to generate profits through metaverse activities alone, but economic value is given to the metaverse-land itself, contributing to the economic growth of the metaverse market. By maximizing the effect, it is possible to provide a new economic paradigm that did not exist before, and by linking with the stock exchange to provide a metaverse-land transaction service, it lays the foundation for the economic value of the metaverse-land and e-commerce markets to grow spontaneously. This is to further increase economic effectiveness.

In addition, as shown in Figure 2, the Metaverse-based e-commerce platform operating system (1) of the present invention includes an e-commerce platform management server (30) and a stock exchange operating system (50). 3), the online/offline affiliated store servers (9-1), ..., (9-N), which are servers for each of the actual online/offline affiliated stores, and the client (5-), which is a terminal carried by the user. 1), ..., (5-N) and the Metaverse-based e-commerce platform installed on each client (5) and provided by the e-commerce platform management server (30) of the Metaverse service integrated management server (3) e-commerce platform applications (7) that provide metaverse-based e-commerce platform services to users by accessing the platform, metaverse service integrated management server (3), client (5-1), ..., (5-N) ) and a communication network (10) that provides a data movement path between online and offline affiliated store servers (9-1), ..., (9-N).

The communication network (10) includes the metaverse service integrated management server (3), clients (5-1), ..., (5-N), and online/offline affiliated store servers (9-1), ..., (9) -N) It is a network that supports data communication between networks, and in detail, it can be implemented as a wide area network (WAN), LAN (local area network) network, VAN (Value Added Network) network, and wired communication network.

The client 5 supports connection to the communication network 10 and is a digital device owned by the user, specifically a desktop-PC, laptop, and smart phone. It may consist of a phone, a tablet PC, etc.

At this time, the user refers to a participant who has signed up for the Metaverse-based e-commerce platform provided by the e-commerce platform management server (30) of the Metaverse service integrated management server (3), and includes online/offline affiliated stores (9-1), .. ., (9-N) View and purchase service-products provided by .

Additionally, the e-commerce platform application (7) is installed on the client (5).

At this time, the client 5 is not shown in the drawing, but includes a communication module (not shown) that transmits and receives data with the e-commerce platform management server 30 of the metaverse service integrated management server 3 connected to the communication network 10, A memory (not shown) where the e-commerce platform application (7) is installed, a keypad (not shown) that receives commands from the user, and an e-commerce platform management server of the connected Metaverse service integrated management server (3). It consists of a monitor (not shown) on which the graphic user interface (GUI) of the metaverse platform provided by (30) is displayed, and an application management module (not shown) that links with the e-commerce platform application (7).

The e-commerce platform application (7) is installed on the client (5) and links with the e-commerce platform management server (30) of the metaverse service integrated management server (3), providing metadata from the e-commerce platform management server (30). It is an application, software or application that connects to the bus space and provides e-commerce platform services to users.

Online/offline affiliated store servers (9-1), ..., (9-N) are online or offline affiliated stores to provide services through the e-commerce platform management server (30) of the Metaverse service integrated management server (3). It's their server. For example, affiliated stores may consist of online/offline shopping malls, restaurants, cafes, and optical stores.

In addition, online/offline affiliated store servers (9-1), ..., (9-N) register their affiliated stores as sellers in the metaverse-based e-commerce platform service of the e-commerce platform management server (30) and When registering a service to be provided, affiliate store registration request data is generated and then the generated affiliate store registration request data is transmitted to the e-commerce platform management server 30.

At this time, the affiliated store registration request data includes affiliated store identification information, 3D modeling data of the affiliated store, service-product information (product name, sales price, 3D modeling data, product contents, etc.), which is information on each service-product sold by the affiliated store, Includes sales address, etc.

In addition, the online/offline affiliated store servers (9-1), ..., (9-N) change the service-product items registered in the e-commerce platform management server (30) (new service-product addition, existing service). - When product sales suspension, etc.) occurs, service-product registration request data is generated, and then the generated service-product registration request data is transmitted to the e-commerce platform management server (30).

At this time, the service-product registration request data includes change details, name of the service-product subject to change, sales price, 3D modeling data, and product content.

As shown in FIG. 2, the Metaverse service integrated management server (3) provides a Metaverse-based e-commerce service platform to connected clients (5) while simultaneously managing and controlling the operation of the Metaverse space. After listing the land division ownership of the metaverse-land provided by the platform management server (30) and the e-commerce platform management server (30), it is transferred to the stock exchange operating system (50) that operates the stock exchange. It comes true.

Figure 3 is a block diagram showing the e-commerce platform management server of Figure 2.

As shown in FIG. 3, the e-commerce platform management server 30 includes a control unit 30', a database unit 31, a data transmission/reception unit 32, an affiliated store registration unit 33, and a service-product registration/renewal unit. (34), VR franchise building department (35), member registration department (36), account creation department (37), avatar/VR exhibition room construction department (38), metaverse space creation department (39), metaverse operation department ( 40), friend relationship register (41), sales relationship register (42), recommended item extraction unit (43), review information register (44), purchase service department (45), payment/delivery service department (46), commission calculation and a dividend unit 47.

The control unit 30' is the OS (Operating System) of the e-commerce platform management server 30, and is controlled by objects 31, (32), (33), (34), (35), (36), and (37). ), (38), (39), (40), (41), (42), (43), (44), (45), (46), and (47).

In addition, the control unit 30' receives franchise registration request data from the online/offline franchise servers 9-1, ..., (9-N) through the data transmission/reception unit 32, and receives a request for franchise registration. , input the received affiliated store registration request data into the affiliated store register (33).

At this time, the affiliated store registration request data includes affiliated store identification information, 3D modeling data, service-product information indicating information on the service-product being sold (product name, sales price, product group, 3D modeling data, product contents, etc.), address of the seller, etc. do.

In addition, when the control unit 30' receives service-product registration request data from the online/offline affiliated store servers 9-1, ..., (9-N) through the data transmitting and receiving unit 32, the received Enter the service-product registration request data into the service-product registration/renewal unit (34).

In addition, the control unit 30' receives membership request data from the e-commerce platform application 7 through the data transmission and reception unit 32, and when a request for membership is requested, the control unit 30' sends the received membership request data to the member registration unit 36. Enter .

Additionally, the control unit 30' inputs the metaverse space data generated by the metaverse space creation unit 39 to the metaverse platform operation unit 40.

The database unit 31 contains affiliated store registration information registered by the affiliated store registration unit 33, member registration information registered by the member registration unit 36, and information assigned to the user account created by the account creation unit 37. Avatar identification information and VR exhibition room identification information are stored.

At this time, the VR exhibition room refers to a personal space on the metaverse allocated to each user (avatar) account, and more specifically, the service-product (hereinafter referred to as item) or sales purchased by the avatar through the metaverse. This refers to a personal space where received items are displayed.

Additionally, the database unit 31 stores service-product information sold at each VR affiliated store registered/updated by the service-product registration/update unit 34.

Additionally, the database unit 31 stores the VR affiliated stores built by the VR affiliated store building unit 35 and the VR exhibition room built by the avatar/VR exhibition room building unit 38.

At this time, VR affiliated store refers to a space on the metaverse where service-products sold at the relevant online/offline affiliated store are displayed in response to a specific online/offline affiliated store. As applied in the normal metaverse, 360° of users It is built to enable viewpoint movement and autonomous location movement.

Additionally, the database unit 31 stores the metaverse space created by the metaverse space creation unit 39.

At this time, the metaverse space refers to a virtual reality space where multiple VR affiliated stores, VR exhibition rooms of each avatar, and avatars are matched and placed on the metaverse-map, and multiple avatars are autonomously located on the metaverse-map. It is built to enable visits to adjacent VR affiliated stores or VR exhibition rooms of other avatars while moving the viewpoint.

Additionally, friend relationship information generated by the friend relationship registration unit 41 is registered in the database unit 31.

At this time, the friendship relationship refers to an intimate relationship in which people can share each other's purchasing experiences or sold items on the metaverse.

Additionally, the database unit 31 stores sales relationship information generated by the sales relationship registration unit 42.

At this time, distribution refers to the function of displaying the item in the VR exhibition room of the avatar that requested it when one of the items displayed in the VR exhibition room of a specific avatar is requested by another avatar, and is a distribution relationship. Information refers to information indicating the sales history of a specific item.

FIG. 4 is a conceptual diagram for explaining sales relationship information applied to the e-commerce platform management server of FIG. 3.

Looking at the sales relationship information with reference to Figure 4, 'A' avatar was first to receive the 'M' item displayed at the VR affiliated store, and the 'M' item sold by 'A' avatar was distributed to 'B' avatar and 'C'. The avatar is distributed, the 'M' item sold by the 'B' avatar is distributed by the 'D' avatar and the 'E' avatar, and the 'M' item sold by the 'C' avatar is distributed by the 'F' avatar. Assuming that the 'M' item's sales relationship information can be created and registered as 1) A->B>D, 2) A->B->E, and 3) A->C->F. there is.

In other words, the e-commerce platform management server 30 of the present invention will pay a commission to the owner avatar of the VR exhibition room when another avatar purchases the item through the VR exhibition room of one of the avatars tied to a sales relationship. In addition, by paying commissions to avatars higher than the owner avatar, avatars can generate profits simply by displaying items in their VR exhibition room, which not only increases user participation but also generates user-centered profits. It has the advantage of providing opportunities for creation.

In other words, the Metaverse platform service system (1) of the present invention not only allows users to shop and purchase service-products through a Metaverse-based e-commerce service, but also engages in activities on the Metaverse (making friends, making sales, etc.) ), participation can be achieved even among users seeking to generate profits, thereby maximizing participation voluntariness and scalability, and this expansion of user participation can revitalize the Metaverse market and increase the economic effect of the Metaverse market. do.

The data transmitting and receiving unit 32 transmits and receives data with e-commerce platform applications 7 and online/offline affiliated store servers 9 connected to the communication network 10.

The affiliated store register 33 is executed when a request for affiliated store registration is received from the online/offline affiliated store server 9, and receives affiliated store registration request data from the online/offline affiliated store server 9 that requested affiliated store registration.

At this time, the franchise registration request data includes franchise identification information, franchise 3D modeling data (or 3D modeling construction data), and each service-product information (product name, sales price, product group, 3D modeling data), which is information about each service-product being sold. , product details, etc.), and seller address information, and the seller address refers to the actual address of the relevant online/offline affiliated store or headquarters.

For example, when the franchise register 33 establishes a VR franchise for 'A' restaurant (franchise) located in Jongno, Seoul, it sets the sales address of the VR franchise to Jongno, Seoul and then operates the metaverse service.

Additionally, the affiliated store register 33 uses and references the received affiliated store registration request data to register the affiliated store as a seller of the metaverse-based e-commerce platform.

At this time, when an affiliated store is registered by the affiliated store registration unit 33, the control unit 33 executes the service-product registration/update unit 34 and the VR affiliated store construction unit 35.

The service-product registration/update unit 34 is executed when 1) an affiliated store is newly registered by the affiliated store register 33 or 2) service-product registration request data is received from the online/offline affiliated store server 9. .

In addition, the service-product registration/update unit 34 is 1) when an affiliated store is newly registered and executed by the affiliated store register 33, the service-product information (product name, sales price, 3D modeling data) included in the affiliated store register 33; , product contents, etc.), the extracted service-product information is matched with the corresponding affiliated store identification information and seller address information and registered in the database unit 31.

In addition, the service-product registration/update unit 34 2) receives service-product registration request data from the online/offline affiliated store server 9 and executes the service-product registration received from the online/offline affiliated store server 9. The request data is processed and referred to, the existing service-product information of the affiliated store is updated, and then stored in the database unit 31.

At this time, the service-product information registered/updated by the service-product registration/update unit 34 is input to the VR affiliated store construction unit 35.

Figure 5 is an example diagram for explaining a VR affiliated store built by the VR affiliated store construction unit of Figure 3.

The VR affiliated store construction unit 35 is configured to: 1) register a new affiliated store by the affiliated store register 33, or 2) change the service-product information of a VR affiliated store already established by the service-product registration/renewal department 34; It is executed when

In addition, the VR franchise building unit 35 uses 3D modeling data included in the franchise registration information for the franchise registered by the franchise register 33 when 1) a new franchise is registered and executed by the franchise register 33. , Build a VR affiliated store based on the VR engine.

At this time, the VR engine may be a dedicated engine built by the e-commerce platform server 5 or may be composed of a known engine such as Unity or Unreal.

In addition, as shown in FIG. 5, the VR affiliated store construction unit 35 refers to the service-product information of the affiliated store and creates an object-space 902 where 3D models (objects) 901 of each service-product are displayed. VR affiliated stores (900) are built so that a large number of them are deployed.

At this time, the VR affiliated store 900 may be comprised of a number of sales outlets, and each sales outlet may be assigned to each product group. For example, the VR affiliated store 900 is a sales outlet corresponding to the 'shoes' product group and the 'home appliances' product group. It may be composed of a corresponding sales office, etc.

In addition, the VR affiliated store 900 is built to enable 360° movement of the user's viewpoint and autonomous location movement, as applied in the normal metaverse.

In addition, the 3D modeling data used in the VR affiliated store building unit 35 may be a 3D model file, data required to build a 3D model, or 360° videos taken of an actual affiliated store, and the VR affiliated store building unit 35 may use /When receiving a request for franchise registration from the offline franchise server (9), if separate 3D modeling data is not transmitted, a new VR franchise can be built using a pre-designed 3D model.

For example, if the 3D modeling data transmitted from the online/offline affiliated store server 9 is 360° images, the VR affiliated store construction unit 35 determines the playback order (connection relationship) of the acquired 360° videos according to the spatial layout. , movement relationship), select a specific point or object (sales service-product) within each 360° video as an object, and build a VR affiliated store by matching the information tag for each object. there is. At this time, the information tag may be composed of the product name, sales price, product group, and product content information of the service-product, and review information registered by the review information register 44, which will be described later.

Meanwhile, the affiliated store construction unit 35 is 2) executed when the service-product information is updated by the service-product registration/update unit 34 for an already established VR affiliated store 900, and the updated service- Change the VR affiliated store 900 to correspond to product information.

For example, when a new service-product is registered by the service-product registration/update department 34, the affiliated store construction department 35 creates the newly registered service-product according to the product group of the already established VR affiliated store 900. Change the VR affiliated store (900) to place the 3D model in the object-space (902) or change the VR affiliated store (900) to remove the item displayed in the object-space (902) for service-products that have been discontinued. You can.

In this way, the VR affiliated store 900 built/modified by the VR affiliated store construction unit 35 is stored in the database unit 31 and simultaneously utilized in the metaverse space creation unit 39, which will be described later.

The member registration unit 36 is executed under the control of the control unit 30' when membership registration is requested by receiving membership request data from the e-commerce platform application 7, which will be described later.

In addition, the member registration unit 36 generates member information by matching personal information, address information, login information, personal information, email information, etc. included in the received membership request data, and then stores the generated member information in the database unit ( 31) and save it.

At this time, the address information includes 1) the address on the registered user's certified copy, 2) the user's residential address, and 3) the address in the metaverse space, and the metaverse-address, which is the address in the metaverse space, is the corresponding address. This refers to the address where the avatar assigned to the user and the VR exhibition room are active.

For example, user 'A' whose address on his/her registered copy is 'XXX, XX-dong, Ilsan-gu, Goyang-si, Gyeonggi-do' can set the metaverse address to 'Seongnam-si, Bundang-gu, Gyeonggi-do' when registering as a member, and accordingly, the e-commerce platform management server (30 ) operates the metaverse service by setting the metaverse-address of the VR exhibition room to 'Seongnam-si, Bundang-gu, Gyeonggi-do' when granting an avatar and VR exhibition room to the user.

The account creation unit 37 is a user account registered by the member registration unit 36, and assigns an avatar and a VR exhibition room, and the metaverse-address entered by the user through the member registration unit 36. Set the information to the metaverse-address of the assigned VR exhibition room.

The avatar identification information and VR exhibition room identification information given to each user by the account creation unit 37 configured in this way are stored in the database unit 31.

FIG. 6 is an exemplary diagram showing a VR exhibition room built by the avatar/VR exhibition room construction unit of FIG. 3.

The avatar/VR exhibition room construction unit 38 is executed when the account creation unit 37 allocates a VR exhibition room to a user who has registered as a member or when it is necessary to change the exhibition items of the VR exhibition room due to the purchase and distribution of the corresponding avatar. do.

In addition, the avatar/VR exhibition room construction unit 38 creates an avatar by reflecting the gender, appearance, body, etc. of the avatar according to the user's selection, and according to the control of the metaverse operation unit 40, the avatar selects a specific item. When purchasing, selling, or clicking, the avatar is rebuilt to wear the item. For example, if the avatar is male and you purchase the ‘shaving’ item, you can remove the avatar’s beard, and if you purchase the ‘glasses’ item, you can wear the glasses on your avatar.

Additionally, the avatar/VR exhibition room construction unit 38 sets the previously designed 3D model (VR exhibition room) as the user's VR exhibition room.

At this time, because the VR exhibition room is in a state before the user purchases or sells separate items (service-products), separate service-products are not displayed.

In addition, as shown in FIG. 6, when an avatar purchases or receives a specific item from the purchase service unit 45, the avatar/VR exhibition room construction unit 36 creates a 3D model (object) of the purchased or distributed item. ) (912) is displayed in the corresponding VR exhibition room (910).

For example, if the avatar receives ‘chicken’ from ‘A’ VR affiliated store, the ‘chicken’ item from ‘A’ VR affiliated store is displayed in the avatar’s VR exhibition room (910).

That is, the avatar/VR exhibition room construction unit 36 builds a VR exhibition room 910 in which no separate items are displayed at the time of initial construction, but when the user later purchases or receives an item, the By displaying the 3D model (object) of the item at a preset location in the sub-room corresponding to the product group of the item, you promote and advertise the service-product you purchased or received to other avatars who visit your VR exhibition room. You will be able to create effects that you can achieve.

At this time, it is natural that the VR exhibition room 910 can be built to enable autonomous position movement and 360° viewpoint movement, as applied in the normal metaverse.

Additionally, information tags are matched to the 3D model of the service-product displayed in the VR exhibition room (910). At this time, the information tag includes information on the affiliated store, service-product name, sales price, product content, and review information registered by the review information register 44, which will be described later.

In other words, an avatar can visit another avatar's VR exhibition room and view the 3D modeling of each displayed item, as well as check review information through the item's information tag, making it possible to share accurate information about the item. This makes it possible to increase transaction and service-product reliability.

This avatar/VR exhibition room construction unit 38 is 1) executed when the first VR exhibition room is assigned to a user account and builds the VR exhibition room for that user, and 2) is registered according to the sales relationship register 42, which will be described later. When an avatar's item is sold, the VR exhibition room 910 is updated to display the 3D model of the sold item. 3) When the avatar's item is purchased by the purchase service department 45, the purchased item is displayed. By updating the VR exhibition room 910 to display the 3D model, the VR exhibition room can be changed in real time according to the avatar's actions (purchase or sale).

The metaverse space creation unit 39 is built by the VR affiliated stores 900 built by the VR affiliated store construction unit 35 and the avatar/VR exhibition room construction unit 38 on the pre-produced metaverse-map. The metaverse space is created and updated by matching and arranging the VR exhibition rooms 910.

At this time, the metaverse-map refers to a map where the avatar's basic movement takes place, and the basic space where the established VR affiliated stores and VR exhibition rooms are located, and can be divided into preset metaverse-cities.

For example, the metaverse-map can be classified into metaverse-cities such as 'Seoul', 'Incheon', 'Busan', 'Gwangju', and 'Jeju', and other examples include 'Seoul', 'Tokyo', It can be classified into metaverse-cities such as 'New York', 'Shanghai', 'Bangkok', 'Abu Dhabi', 'Paris', and 'Barcelona'.

That is, when the metaverse space creation unit 39 places VR affiliated stores and VR exhibition rooms on the metaverse-map, it places them on the metaverse-map based on the metaverse-address of each VR affiliated store and each VR exhibition room. .

In other words, when a client sets the metaverse-address of his/her VR exhibition room to 'Gwangju' when registering as a member, the metaverse space creation unit 39 sets the metaverse-city 'Gwangju' in the metaverse-map. The client's VR exhibition room is placed in the corresponding location.

In this way, the metaverse space created by the metaverse space creation unit 39 includes 1) a metaverse-map divided into preset metaverse-cities, 2) VR affiliated stores, 3) VR exhibition rooms, 4) It is made up of avatars.

Figure 7 is a block diagram showing the metaverse operating unit of Figure 3.

The metaverse operation unit 40 of FIG. 7 provides metaverse space to users connected to the e-commerce platform and simultaneously operates and manages the metaverse service according to requests from connected users.

At this time, it is desirable for the metaverse space to be operated in an open-world manner.

In addition, as shown in FIG. 7, the metaverse operating unit 40 consists of an integrated control module 401, an operating manual table 402, and an event detection and output module 403.

The operation manual table 402 is a table in which data such as operation procedures and operation methods on the metaverse are recorded.

For example, in the operating manual table 402, when an avatar on the metaverse visits a specific VR affiliated store 900, the operating procedures of the VR affiliated store 900 may be stored, and the avatar may be stored in the VR affiliated store 900. When a specific object 901 is clicked, an operating procedure that exposes an information tag for that object can be stored, and when a request is made for the distribution of an avatar for an item displayed at a VR affiliated store or VR exhibition room, the distributed service -Operating procedures for displaying products in the avatar’s VR exhibition room can be stored.

In other words, the operation manual table 402 is used to operate the metaverse space under the control of the integrated control module 401 when executed.

The event detection and output module 403 searches and detects the actions of the avatar on the metaverse, determines the event content and type according to the avatar's call and request, and then outputs event information.

At this time, the event may consist of an avatar's visit/exit to a VR affiliated store, visit/exit of a VR exhibition room, request for an information tag for a specific service-product, friend request, sales request, purchase request, exposure of recommended items, etc.

The integrated management module (401) is an e-commerce platform application (7) connected to the metaverse-based e-commerce platform and provides metaverse space, and utilizes the operation manual table (402) to operate the metaverse service and at the same time hold events. Response data according to the event information output by the detection and output module 403 is reflected in the metaverse space to manage and control the operation of the metaverse service.

In addition, when event information is output by the event detection and output module 403, the integrated management module 401 executes a processor according to the output event information, and when the response result of the processor is output, the output response result is stored in the metaverse. Reflected in space.

For example, when an avatar purchases a specific item, the integrated management module 401 executes the purchase service unit 45 and displays the purchased item in the avatar's VR exhibition room. After executing the construction unit 38 and the metaverse space creation unit 39, the metaverse service is continuously operated based on the metaverse space reflecting the changed VR exhibition room.

Figure 8 is a flow chart to explain the operation process of the VR affiliated store in the metaverse space by the metaverse operation unit of Figure 7.

As shown in FIG. 8, the VR affiliated store operation process (S100) of the Metaverse operated by the Metaverse operating unit 40 includes a metaverse-map display step (S101), an avatar moving step (S102), and VR affiliated store entry. Request step (S103), VR affiliate display step (S104), avatar moving step (S105), information tag request step (S106), information tag exposure step (S107), sales request step (S108), sales relationship registration step (S109) ), 1st VR exhibition room correction step (S110), purchase request step (S111), recommended item exposure step (S112), recommended item selection step (S113), relationship establishment step (S114), purchase service step (S115), It consists of a second VR exhibition room correction step (S116) and a VR affiliated store exit request step (S117).

The metaverse-map display step (S101) provides metaverse space to the e-commerce platform application (7) to which the integrated management module (401) is connected. At this time, the e-commerce platform application 7 displays the metaverse-space on the monitor of the user terminal.

In the avatar moving step (S102), when the e-commerce platform application 7 is connected, the integrated management module 401 allows the avatar to participate in the metaverse space, and at the same time, when the avatar is placed in the metaverse space, the user This is the step of moving the location and viewpoint of the avatar on the metaverse-map according to the request and control.

At this time, Metaverse is operated as an open-world type, allowing connected users to freely participate and exit.

In the VR affiliated store entry request step (S103), the metaverse operation unit 40 searches whether the avatar visits a specific VR affiliated store when the avatar moves through the avatar moving step (S102). 1) If the avatar visits a specific VR affiliated store, The next step is to proceed with the VR affiliated store display step (S104). 2) If the avatar has not visited a specific VR affiliated store, return to the avatar moving step (S102) and repeat the process without performing any additional actions.

At this time, when the avatar visits a specific VR affiliated store, the event detection and output module 403 of the metaverse operating unit 40 outputs event information including identification information of the visited VR affiliated store and visit details to the integrated control module 401.

The VR affiliated store display step (S104) is performed when the avatar visits a specific VR affiliated store through the VR affiliated store entry request step (S103), and the integrated control module 401 detects the event output by the event detection and output module 403. This is a step in which the visited VR affiliated store is displayed on the monitor of the client (5) through the corresponding e-commerce platform application (7) by referring to the information.

The avatar moving step (S105) is a step in which the integrated management module 401 moves the position and viewpoint of the avatar on the displayed VR affiliated store according to the request and control of the avatar.

In the information tag request step (S106), the metaverse operating unit 40 searches for a request to view the information tag of a specific object (item) from the avatar. 1) If the avatar requests the information tag of a specific object, the next step is Proceed with the information tag exposure step (S107), but 2) if the avatar has not requested an information tag for a specific object, return to the avatar moving step (S105) and repeat the process.

The information tag exposure step (S107) is performed when the avatar requests to view the information tag for a specific object through the information tag request step (S106). After the integrated control module 401 extracts the information tag information for the object, Information tags are exposed in a pop-up method.

The distribution request step (S108) is a step in which the event detection and output module 402 searches whether the avatar requests distribution of a specific item. 1) If the avatar requests distribution of a specific item, the next step is the distribution relationship registration step ( Proceed with S109), but 2) if the avatar has not requested distribution of a specific item, return to the avatar moving step (S105) and repeat the process.

The distribution relationship registration step (S109) is performed when it is discovered that the avatar requests distribution of a specific item in the distribution request step (S108), and the integrated management module 401 controls the distribution relationship register 42 to register the corresponding item. This is the step to generate sales relationship information.

In this case, distribution refers to the function of displaying the item in the VR exhibition room of the requesting avatar when one of the items displayed in the VR exhibition room of a specific avatar is requested by another avatar.

The first VR exhibition room correction step (S110) is performed when the sale of a specific item to the avatar is registered in the sale relationship registration step (S109), and the integrated management module 401 operates the avatar/VR exhibition room construction unit 38. Control the user's VR exhibition room to be rebuilt so that the sold items are displayed in the avatar's VR exhibition room.

At this time, the VR exhibition room rebuilt by the avatar/VR exhibition room construction unit 38 is reflected in the metaverse space by the metaverse space creation unit 39, and the metaverse operation unit 40 creates the reconstructed VR exhibition room. The metaverse service is operated based on this reflected metaverse space.

The item purchase request step (S111) is a step in which the event detection and output module 402 searches whether the avatar requests the purchase of a specific item. 1) If the avatar requests the purchase of a specific item, the next step is the recommended item exposure step. Proceed with (S112), but 2) if the avatar has not requested the purchase of a specific item, return to the avatar moving step (S105) and repeat the process.

The recommended item exposure step (S112) is performed when the avatar requests the purchase of a specific item through the item purchase request step (S111), and the integrated management module 401 controls the recommended item extraction unit 43 to provide The list of recommended items extracted by the recommended item extraction unit 43 is exposed in a pop-up method.

At this time, the recommended item list refers to a list of avatars and VR exhibition rooms that have purchased or received the item.

The recommended item selection step (S113) is a step in which the integrated management module 401 selects one of the recommended item lists exposed by the recommended item exposure step (S112) from the avatar.

At this time, the avatar can visit the avatar's VR exhibition room listed in the recommended item list and view the item they wish to purchase through the VR exhibition room.

In the relationship setting step (S114), the integrated management module 401 controls the friend relationship register 42 and the distribution relationship register 43 to associate the avatar with the avatar selected through the recommended item selection step (S113) and the friend relationship register. This is the stage of registering as a sale relationship.

The purchase service step (S115) is a step in which the integrated management module 401 controls the purchase service unit 45 to perform overall services for purchasing the item selected by the avatar.

In this case, purchase service refers to a service that includes purchase quantity selection, size selection, color selection, payment, and delivery.

The second VR exhibition room correction step (S116) is performed when the avatar's item purchase is completed in the purchase service step (S115), and the integrated management module 401 controls the avatar/VR exhibition room construction unit 38, This is the step of rebuilding the VR exhibition room so that the purchased items are displayed in the VR exhibition room of the corresponding avatar.

In the VR affiliated store exit step (S117), the metaverse operation unit 40 searches whether the avatar requests to leave the VR affiliated store. 1) If the avatar requests to exit the VR affiliated store, the next step is the metaverse-map display step (S101). ) and repeat the subsequent process. 2) If the avatar has not requested to leave the VR affiliated store, return to the avatar moving step (S105) and repeat the process without performing any additional actions.

Figure 9 is a flow chart to explain the operation process of the VR exhibition room in the metaverse space by the metaverse operation unit of Figure 7.

As shown in FIG. 9, the VR exhibition room operation process 120 of the metaverse operated by the metaverse operation unit 40 includes a metaverse-map display step (S121), an avatar moving step (S122), and a VR exhibition. Room entry request step (S123), VR exhibition room display step (S124), avatar moving step (S125), information tag request step (S126), information tag exposure step (S127), sales request step (S128), friendship/ Sales relationship registration step (S129), 3rd VR exhibition room correction step (S130), item purchase request step (S131), relationship establishment step (S132), purchase service step (S133), 4th VR exhibition room correction step (S134) ), consists of the VR exhibition room exit request step (S135).

Since the metaverse-map display step (S121) and the avatar moving step (S122) are carried out in the same process as the metaverse-map display step (S101) and the avatar moving step (S102) of FIG. 8, detailed descriptions will be omitted. Do this.

In the VR exhibition room entry request step (S123), the metaverse operation unit 40 searches whether the avatar receives a request to visit a specific VR exhibition room when the avatar moves through the avatar moving step (S122), and 1) if the avatar is a specific If a visit to a VR exhibition room is requested, the VR exhibition room display step (S124) is performed as the next step. 2) If the avatar has not requested a visit to a specific VR exhibition room, the avatar is displayed without performing a separate action. Return to the moving step (S122) and repeat the process.

At this time, the VR exhibition room entry request step (S123) is 1) when the avatar requests to visit a specific VR exhibition room while moving through the metaverse-map, or 2) at the request of the avatar, avatars in a friend or distribution relationship After exposing the list, if a specific avatar is selected from the avatar, it may be decided to request a visit to the corresponding VR exhibition room from the selected avatar.

The VR exhibition room display step (S124) is performed when a visit to a specific VR exhibition room is requested from the avatar through the VR exhibition room entry request step (S123), and the integrated control module 401 uses the event detection and output module 403. This is a step in which the VR exhibition room requested to be visited is displayed on the monitor of the client (5) through the corresponding e-commerce platform application (7), referring to the event information output by.

The avatar moving step (S125) is a step in which the integrated management module 401 moves the position and viewpoint of the avatar in the VR exhibition room in accordance with the request and control of the avatar.

The information tag request step (S126) searches whether the user requests to view the information tag of a specific object (item) that is one of the items displayed in the VR exhibition room visited by the metaverse operation unit 40, and 1) the avatar is If the information tag of a specific object is requested, the next step is the information tag exposure step (S127). 2) If the avatar has not requested the information tag of a specific object, return to the avatar moving step (S125) and repeat the process. do.

The information tag exposure step (S127) is performed when a request is made to view the information tag for a specific object from the avatar through the information tag request step (S126). After the integrated control module 401 extracts the information tag information for the object, , Information tags are exposed in a pop-up method.

The distribution request step (S128) is a step in which the event detection and output module 402 explores whether a request for distribution of a specific item is received from the avatar. 1) If the avatar requests distribution of a specific item, the next step is friend relationship/ Proceed with the sales relationship registration step (S129), but 2) if the avatar has not requested sales for a specific item, return to the avatar moving step (S125) and repeat the process.

The friend relationship/distribution relationship registration step (S129) is performed when a request for distribution of a specific item is received from the avatar in the distribution request step (S128), and the integrated management module 401 operates the friend relationship register 41 and the distribution relationship register 42. ) is controlled to register the friend relationship and distribution relationship between the avatar requesting distribution and the avatar requested for distribution.

The third VR exhibition room correction step (S130) is performed when the distribution of the item requested by the avatar is registered through the friend relationship/distribution relationship registration step (S129), and the integrated management module 401 is operated by the avatar/VR exhibition room construction unit. By controlling (38), the user's VR exhibition room is rebuilt so that the sold items are displayed in the avatar's VR exhibition room.

The item purchase request step (S131) is a step in which the event detection and output module 402 searches whether a request to purchase a specific item is received from the avatar in the avatar moving step (S125). 1) The avatar requests the purchase of a specific item. If so, proceed to the relationship setting step (S132), but 2) if the avatar has not requested the purchase of a specific item, return to the avatar moving step (S125) and repeat the process.

The relationship setting step (S132) is performed when a request is made to purchase a specific item from the avatar through the item purchase request step (S131), and the integrated management module 401 uses the friend relationship register 42 and the sales relationship register 43. This is the step of controlling and registering the avatar and the owner avatar of the VR exhibition room as a friend relationship and a sales relationship.

At this time, the relationship setting step (S132) is: 1) If the avatar (owner avatar) of the corresponding VR exhibition room is a pre-registered friend relationship or a sales relationship, the next step is the fourth VR exhibition room correction step (S134) without performing a separate action. ), but 2) if the owner avatar is not in a pre-registered friend relationship or sales relationship, the integrated management module 401 controls the friend relationship register 42 or the sales relationship register 43 to match the avatar and the owner avatar. This is the step to register as a friend relationship or a sales relationship.

The purchase service step (S133) is a step in which the integrated management module 401 controls the purchase service unit 45 to perform overall services for purchasing the item selected by the avatar.

The fourth VR exhibition room correction step (S134) is performed when the avatar's item purchase is completed in the purchase service step (S133), and the integrated management module 401 controls the avatar/VR exhibition room construction unit 38, This is the step of rebuilding the VR exhibition room so that the purchased items are displayed in the VR exhibition room of the corresponding avatar.

In the VR exhibition room exit step (S135), the metaverse operation unit 40 searches whether the avatar has requested to leave the VR exhibition room. 1) If the avatar requests to leave the VR exhibition room, the metaverse proceeds to the next step. - Return to the map display step (S121) and repeat the subsequent process. 2) If the avatar has not requested to leave the VR exhibition room, return to the avatar moving step (S125) and repeat the process without performing a separate action. do.

At the request of the integrated management module 401 of the metaverse operation unit 40, the friend relationship register 41 sets the user avatar and the friend target avatar as a friend relationship and then collects the user-avatar identification information and friend avatar identification information. After generating the friend relationship information, it is stored in the database unit 31.

At this time, the self-avatar identification information refers to the identification information of the avatar assigned to the user, and the friend avatar identification information refers to the identification information of the avatar with which the user has established a friend relationship.

Figure 10 is a block diagram showing the sales relationship register of Figure 3.

The distribution relationship register 42 of FIG. 10 is executed upon request from the integrated management module 401 of the metaverse operation unit 40.

In addition, as shown in FIG. 10, the sales relationship register 42 includes a data input module 421, a judgment module 422 to determine whether to register sales relationship information, a sales relationship information extraction module 423, and a sequence information update module 424. ), order information creation module 425, distribution identification number granting module 426, and distribution relationship information creation/registration module 427.

The data input module 421 receives the avatar identification information that applied for distribution, the identification information of the avatar that applied for distribution, and the identification information of the item to be sold from the integrated management module 401 of the metaverse operation unit 40.

FIG. 11 is a block diagram showing a module for determining whether to register sales relationship information in FIG. 10.

As shown in FIG. 11, the sales relationship information registration determination module 422 includes a search and extraction module 4221 based on item identification information, a search and extraction module 4222 based on avatar identification information, and a final extraction module 4223. , consists of a registration decision module 4224.

The item identification information-based search and extraction module 4221 searches for sale relationship information already registered in the database unit 31 and extracts sale relationship information with item identification information input through the data input module 421.

At this time, if there is no pre-sale relationship information extracted from the item identification information-based search and extraction module 4221, the registration decision module 4224 finally determines that there is no pre-registered pre-sale relationship information.

The avatar identification information-based search and extraction module 4222 searches the distribution relationship information extracted by the item identification information-based search and extraction module 4221, and searches for the avatars that have applied for sale entered through the data input module 421. Extract sales relationship information with identification information.

At this time, if there is no pre-sale relationship information extracted from the avatar identification information-based search and extraction module 4222, the registration decision module 4224 finally determines that there is no pre-registered pre-sale relationship information.

The final extraction module 4223 extracts the distribution relationship information in which the avatar that has applied for distribution is placed at the bottom for each of the distribution relationship information extracted by the avatar identification information-based search and extraction module 422.

For example, the order information of the sales relationship information with the sales identification number '1001' is 'A->B->C->D->E', and the order information of the sales relationship information with the sales identification number '1002' is When 'A->B->C->D->F' and the avatar requested for sale is 'E', the final extraction module (4223) is '1001' with the avatar 'E' applied for sale placed at the bottom. Extract sales relationship information ('A->B->C->D->E') with a sales identification number of '.

When the sale relationship information is extracted in the final extraction module 4223, the registration decision module 4224 determines that the sale relationship information for the corresponding item is already registered, but no sale relationship information is found in the final extraction module 4223. When is not extracted, it is determined that distribution relationship information for the item is not registered.

Going back to FIG. 10 and looking at the sales relationship information extraction module 423, the sales relationship information extraction module 423 determines that the sales relationship information for the item has already been registered by the sales relationship information registration determination module 422. It is executed when

Additionally, the sales relationship information extraction module 423 loads the sales relationship information extracted by the final extraction module 4223 of FIG. 11 described above.

The order information update module 424 refers to the order information of the sale relationship information retrieved by the sale relationship information extraction module 423, and matches the 'avatar identification information that applied for sale' to the lowest order of the order information. Update sales relationship information.

For example, when the avatar identification information applied for distribution is 'D' and the retrieved order information is 'A->B->C', the order information update module 424 changes the order information to 'A->B'. Update to '->C->D'.

The order information generation module 425 is executed when the sales relationship information registration determination module 422 determines that the sales relationship information for the corresponding item has not been registered.

In addition, the order information generation module 425 generates order information that places the avatar identification information requested for distribution at the top, and the avatar identification information requested for sale at the next order.

The pre-sale identification number granting module 426 assigns a pre-sale identification number that can identify the relevant pre-sale relationship information.

The sales relationship information creation/registration module 427 includes 1) the sales identification number assigned by the sales identification number granting module 426, 2) item identification information, and 3) the order updated by the order information update module 424. Pre-sale relationship information is generated by matching the order information generated by the information or order information generation module 425.

Additionally, the sales relationship information creation/registration module 427 stores the generated sales relationship information in the database unit 31.

Going back to FIG. 3 and looking at the recommended item extraction unit 43, the recommended item extraction unit 43 is executed under the control of the integrated management module 401 of the metaverse operation unit 40.

In other words, the recommended item extraction unit 43 executes the action at the request of the integrated management module 401 when an avatar visiting a VR affiliated store requests a direct purchase rather than a purchase through interaction with an avatar in a friend or distribution relationship. do.

In addition, when the recommended item extraction unit 43 receives the avatar identification information requesting a purchase and the identification information of the item the avatar wants to purchase from the integrated management module 401, the recommended item extraction unit 43 searches the friend relationship information stored in the database unit 31, Among the avatar's friends, those who have purchased or received the item are selected, and a recommended item list, which is a list of items purchased by the selected friends, is created.

In addition, the recommended item list generated by the recommended item extraction unit 43 is input to the integrated management module 401, and the integrated management module 401 displays the recommended item list extracted by the recommended item extraction unit 43 in a pop-up manner. expose it to

When the review information register 44 receives review information including reviews, reviews, and usage experiences of each item at the request of the avatar, it generates review information by matching the entered data and item identification information, and then generates review information into a database. Save it in section 31.

Pursuant to the request of the integrated management module 401, the purchase service department 45 receives the purchase quantity, request details (size, color, spiciness level, etc.), and delivery address from the client 5 who has decided to purchase a specific item.

When purchase information is entered by the purchase service department 45, the payment/delivery service department 46 processes the payment, and when the payment is completed, it links with the relevant online/offline affiliated store server 9 to provide the purchased service- Ensure that the product is delivered to the delivery address.

Figure 12 is a block diagram showing the fee calculation and distribution unit of Figure 3.

The commission calculation and distribution unit 47 in FIG. 12 is executed when the purchase is completed by the purchase service unit 45.

In addition, as shown in FIG. 12, the commission calculation and distribution unit 47 includes a purchase type analysis/confirmation module 471, a sales relationship information extraction module 473, a purchase-commission target selection module 474, and a purchase-based It consists of a land owner extraction module (475), a sales-based land owner extraction module (476), a fee calculation module (477), and a fee distribution module (478).

The purchase type analysis/confirmation module 471 analyzes the purchase type by analyzing the process in which the purchase was made.

At this time, the purchase type consists of a sale-based purchase in which the purchase is made through a sale, and a direct purchase in which the purchase is made directly without going through a sale.

For example, when an avatar visits the VR exhibition room of a friend's avatar and requests the distribution of an item displayed in the visited VR exhibition room, and then a purchase is made for the item, the purchase type analysis/confirmation module (471 ) can confirm the purchase type of the avatar as 'sale-based purchase'.

In addition, if the purchase type confirmed by the purchase type analysis/confirmation module 471 is 1) 'sale-based-purchase', the sale relationship information extraction module 473 is executed, and 2) if it is 'direct-purchase', the purchase The base land owner extraction module 475 is executed.

The sale relationship information extraction module 473 is executed when the purchase type analysis/confirmation module 471 confirms that the purchase type of the corresponding avatar is ‘sale-based purchase’.

Additionally, the distribution relationship information extraction module 473 searches the friend relationship information registered in the database unit 31 and determines whether the avatar requesting distribution and the ataba receiving the distribution request are friends.

In addition, if the avatar requesting distribution is in a friend relationship with the ataba requested for distribution, the distribution relationship information extraction module 473 determines the distribution relationship created in the distribution relationship information creation/registration module 427 of FIG. 10, which was made in the purchase. Extract information.

The purchase-commission payment target selection module 474 extracts the order information included in the sale relationship information extracted by the sale relationship information extraction module 473, and then selects the avatars included in the extracted order information for which the purchase-commission is paid. The target purchase is selected as the target for payment of commission.

In addition, the purchase-commission payment target selection module 474 determines that if the purchase type is ‘direct-purchase’ in the purchase type analysis/confirmation module 471, there is no purchase-commission payment target.

The purchase-based land owner extraction module 475 extracts the metaverse-address of the avatar who purchased the item when the purchase type of the avatar is confirmed as 'direct-purchase' in the purchase type analysis/confirmation module 471. Afterwards, the location information for each preset metaverse-city is searched to detect the metaverse-city where the avatar's residence belongs, and the land owner registration information for each preset metaverse-city is searched to determine the avatar's land. Extract owners (purchase-based land owners).

For example, if the metaverse-address of the avatar who purchased the item is 'Chuncheon', and there are 200 purchase-based land owners who own land in 'Chuncheon', the purchase-based land owner extraction module 475 200 purchase-based land owners will be selected.

In addition, the purchase-based land owner extraction module 475 extracts the metaverse-addresses of each of the selected purchase-fee payment recipients when the purchase-fee payment recipients are selected by the 2) purchase-fee payment target selection module 474. Afterwards, the location information for each preset metaverse-city is searched to detect the metaverse-city where the residence of each purchase-commission target belongs, and the land owner registration information for each preset metaverse-city is searched. , extract purchase-based land owners corresponding to each purchase-fee payment target.

At this time, land owners in overlapping metaverse-cities will be paid multiple residence-fees equal to the number of overlapping properties.

For example, if the metaverse-city where the residences of 4 of the 5 people belong to is 'Seoul', the purchase-based land owner extraction module 475 extracts 'Seoul' 4 times and ' Land owners who own land in Seoul will be paid four residency-fees.

The sales-based land owner extraction module 476 extracts the address of the VR affiliated store that sold the service-product where the purchase was made, and then searches the location information for each preset metaverse-city to find the metaverse where the address of the relevant VR affiliated store belongs. - Detects cities, searches land owner registration information for each preset metaverse-city, and extracts sales-based land owners who are land owners of the metaverse-city where the address of the VR affiliated store belongs.

Figure 13 is a block diagram showing the fee calculation module of Figure 12, Figure 14 is a conceptual diagram showing the process of paying the residence fee when the purchase type is 'direct-purchase', and Figure 15 is a diagram showing the process of paying the residence-fee when the purchase type is 'sale-based'. This is a conceptual diagram showing the process in which the purchase-commission and residence-fee are paid when there are 2 people who are eligible to pay the purchase-commission and the purchase type is 'sale-based-purchase'. Figure 16 shows the purchase type is 'sale-based-purchase' and the purchase-commission is paid to 3 people. This is a conceptual diagram showing the process by which purchase-fee and residence-fee are paid when the name is given.

Looking at the fee calculation module 477 with reference to FIGS. 13 to 16, the fee calculation module 477 includes a purchase-fee calculation module 4771 and a purchase-based residence-fee calculation module 4772, as shown in FIG. 13. ), consists of a sales-based residence-fee calculation module (4773).

The purchase-commission calculation module 4771 searches for whether the purchase-commission payment target has been selected in the purchase-commission payment target selection module 474 of the commission calculation and distribution unit 47 of FIG. 12, and determines whether 1) purchase -If no one has been selected to pay the commission, it is determined that the purchase-commission will not be paid separately. 2) If no purchase-commission payment target has been selected, it is decided to pay the purchase-commission to the selected purchase-commission payee. do.

In addition, when the purchase-commission payment is decided, the purchase-fee calculation module 4771 calculates the quantity (N) of the items subject to purchase-fee payment, then extracts the total cost (P') consumed for purchasing the item, and calculates the total cost (P'). (P') is multiplied by the preset purchase-commission ratio (R), then the multiplied value (P' (P, ) is calculated.

For example, when the quantity (N) subject to purchase-commission payment is 2 people, the total purchase cost (P') of the item is 100,000 won, and the preset purchase-commission ratio (R) is '2.0%'. , the purchase-commission (P) to be paid to each purchase-commission recipient is '1000 won' ( ) becomes.

The purchase-based residence-fee calculation module 4772 calculates the quantity (N1) of purchase-based land owners with reference to the purchase-based land owner information extracted by the purchase-based land owner extraction module 475 of FIG. 12 described above. Then, the total cost (P') consumed to purchase the item is extracted, the total cost (P') is multiplied by the preset residence-fee ratio (R1), and the multiplication value (P' The residence-fee (P1, ) is calculated.

For example, the quantity of purchase-based land owners (N1) is '500', the total purchase cost (P') of the item is 100,000 won, and the preset residence-fee ratio (R1) is '2.0%'. When, the residence fee (P1) to be paid to each purchase-based land owner is '4 won' ( ) becomes.

The sales-based residence-fee calculation module 4773 calculates the quantity (N2) of sales-based land owners by referring to the sales-based land owner information extracted by the sales-based land owner extraction module 476 of FIG. 12 described above. Then, the total cost (P') consumed to purchase the item is extracted, the total cost (P') is multiplied by the preset residence-fee ratio (R2), and the multiplication value (P' The residence-fee (P2, ) is calculated.

For example, the quantity of sales-based land owners (N2) is '1,000', the total purchase cost (P') of the item is 100,000 won, and the preset residence-commission ratio (R2) is '2.0%'. When, the residence fee (P2) to be paid to each sale-based land owner is '2 won' ( ) becomes.

Looking at the commission distribution module 478 with reference to FIGS. 14 to 16, the commission distribution module 478 1) calculates the purchase-fee (P) calculated by the purchase-fee calculation module 4771 of FIG. 13 as described above. The purchase-fee is paid to the recipient, 2) the residence-fee (P1) calculated by the purchase-based residence fee calculation module (4772) is paid to each purchase-based land owner, and 3) the sales-based residence fee calculation module (4773) ) is paid to each sales-based land owner.

The fee distribution module 478 distributes the fees calculated by the fee calculation module 477 to those involved in payment and land owners.

Figure 17 is a block diagram showing the stock exchange operating system of Figure 2.

As shown in FIG. 17, the stock exchange operating system 50 includes a stock trading operating server 51, user terminals 60-1, which are digital devices owned by users, ..., (60- N), stock trading applications 61 installed on each of the user terminals 60 and providing stock trading services to users in conjunction with the stock exchange operation server 51, and a communication network 10.

User terminals (60-1), ..., (60-N) are digital devices that can connect to the communication network (10) and transmit and receive data with the securities trading operation server (51), and are specifically desktop-PCs. It can be composed of a Desk-top PC, a Notebook, a Smart-phone, a Tablet PC, etc.

The securities trading application (61) is installed on the user terminal (6) and is linked with the securities trading operation server (51) to provide securities trading services to users, such as a normal home trading system (HTS), mobile It is a trading system (MTS, Mobile Trading System).

Since the functions and technologies of the stock trading application 61 are known functions and technologies, detailed descriptions will be omitted.

Figure 18 is a block diagram showing the securities trading operation server of Figure 17.

As shown in FIG. 18, the securities trading operation server 51 includes a control unit 511, a database unit 512, a data transmission/reception unit 513, a data collection unit 514, and an unlisted-city-specific valuation calculation unit. (515), listing decision department (516), IPO service department (517), integrated analysis data generation department (518), and securities transaction service department (519).

The control unit 511 is the O.S. (Operating System) of the securities transaction operation server 51, and controls objects 512, (513), (514), (515), (516), (517), (518), Manage and control the operations of (519).

Additionally, the control unit 511 executes the data collection unit 514 and the unlisted city-specific valuation calculation unit 515 at every preset period (T).

The database unit 512 stores securities transaction databases necessary for stock exchange operation.

The data transmitting and receiving unit 513 transmits and receives data with the e-commerce platform management server 30 and the user terminals 60-1, ..., (60-N).

Figure 19 is a graph showing the number of permanent avatar transactions and floating avatar transactions in 'Seoul' collected by the data collection unit of Figure 18, and Figure 20 shows the monthly commission amount for permanent avatar and floating avatar in 'Seoul'. This is a graph that represents

The data collection unit 514 is executed at a preset period (T) under the control of the control unit 511, connects to the e-commerce platform management server 30, and collects data from each of the metaverse-cities constituting the metaverse space. Collect city DB.

At this time, as shown in Figures 19 and 20, the city DB includes permanent avatar information, dynamic avatar information, service-product transaction amount, purchase-commission, residence-fee, VR affiliated store information, etc. for each metaverse-city.

The unlisted-city-specific valuation calculation unit 515 uses a preset valuation calculation algorithm to extract unlisted cities that are metaverse-cities that have not yet been listed among the data collected by the data collection unit 514. Afterwards, the extracted city DB of each unlisted city is analyzed and utilized to calculate the valuation score (α) of each unlisted city.

At this time, the valuation calculation algorithm calculates the valuation score (α) in proportion to the number of permanent avatars in each unlisted city, the number of floating avatars, the number of VR affiliated stores, transaction amount, purchase-fee, and residence-fee, and various methods can be applied. You can.

For example, when 'Wonju' is an unlisted city, the valuation calculation unit 515 for each unlisted city calculates the number of permanent avatars in 'Wonju', the number of floating avatars, the number of VR affiliated stores, transaction amount, purchase fee, and The valuation score (α) of 'Wonju' can be calculated to be proportional to the residence-fee.

The listing determination unit 516 compares the valuation score (α) of each unlisted city calculated by the unlisted city-specific valuation calculation unit 515 with a preset value (TH, Threshold), and if the value is If the evaluation score (α) is more than the set value (TH), it is determined that listing of the land division ownership of the unlisted city is necessary.

FIG. 21 is a conceptual diagram for explaining the operation process of the IPO service unit of FIG. 18, FIG. 22 is another conceptual diagram of FIG. 21, and FIG. 23 is another conceptual diagram of FIG. 21.

The IPO service department 517 performs IPO (Intial Public Offering) of unlisted cities for which listing of land division ownership is determined to be necessary in the listing determination department 516.

In addition, as shown in FIG. 21, the IPO service department 517 determines the issuance quantity of the land division ownership when the listing of the land division ownership of an unlisted city is decided, then divides the retained earnings by the issuance quantity of the land division ownership to obtain the earnings per share. (EPS, Earning Per Share) is calculated and at the same time, the price-earnings ratio (PER) of the comparative industry is calculated, and the expected public offering price is determined by multiplying the calculated earnings per share (EPS) and the price-earnings ratio (PER). Afterwards, the listing date/public offering price is determined and the public offering stock subscription service is executed.

In addition, when allocating public offering stocks to related companies such as VR affiliated companies, the IPO service department 517 allocates the public offering stock of related companies to related companies (VR affiliated companies) based on sales, number of transactions, and commissions, as shown in Figure 22. It may be structured to allocate public offering stocks based on amount, etc.

In addition, as shown in FIG. 23, the IPO service department 517 decides to list the land division ownership of the unlisted city, and then converts the retained earnings, residence fee, purchase fee, etc. of the unlisted city into capital. Thus, the capital amount, par value, and quantity of land division ownership can be determined, and the listing date/public offering price can be determined, and then the public offering shares can be subscribed to.

In addition, the IPO service department 517 can calculate the comprehensive stock index of land division ownership through the following equation 1 and then use the calculated comprehensive stock index as the underlying asset to provide futures/options/ETF services. there is.

[Equation 1]

Figure 24 is a graph showing the market price of land division ownership in Seoul included in the integrated analysis data.

Going back to FIG. 18 and looking at the integrated analysis data generation unit 518, the integrated analysis data generation unit 518 is executed when the stock exchange market on that day is opened by the securities trading service department 519. ), and generate integrated analysis data by processing and analyzing the day's market transaction DB by referring to the securities transaction DB created in ).

At this time, as shown in Figure 24, the integrated analysis data generation unit includes land division ownership market information, changes in the number of avatars, transaction volume, transaction amount, etc. for each listed city.

When the public offering stock subscription is completed by the IPO service department 517 and the listing date arrives, the securities trading service department 519 provides the functions and services provided by a normal stock exchange to enable securities trading by listing and city.

In this way, the Metaverse platform service system (1) using Metaverse-land based land division ownership transaction, which is an embodiment of the present invention, provides Metaverse-based e-commerce services to clients connected to the e-commerce platform management server, By providing service demanders with opportunities to generate profits and at the same time providing clients with opportunities to generate profits through activities on the metaverse (friend-making, sales-making, etc.), we are dramatically increasing the voluntariness and scalability of users' participation. By increasing this, the economic effect can be maximized.

In addition, the Metaverse platform service system (1) using the Metaverse-land based land division ownership transaction of the present invention provides Metaverse-based e-commerce services to clients connected to the e-commerce platform management server, thereby providing profits to service consumers. By providing opportunities for creation and at the same time providing clients with opportunities to generate profits through activities on the metaverse (friend-making, sales-making, etc.), it dramatically increases the voluntariness and scalability of users' participation, resulting in economic effects. can be further maximized.

In addition, the Metaverse platform service system (1) using the Metaverse-land based land division ownership transaction of the present invention allows the e-commerce platform management server to grant an avatar and VR exhibition room to the client when the client signs up as a member. Each client is configured to advertise and promote certain items by displaying them in his/her VR exhibition room through friend-making and distribution-making. However, when other clients' transactions are made through advertising and promotion, the VR exhibition room's By being structured to pay a fee to clients, it not only encourages voluntary participation from clients, but also increases curiosity and fun, thereby activating economic effects.

In addition, the Metaverse platform service system (1) using the metaverse-land based land division ownership transaction of the present invention provides an e-commerce platform management server for the purchase and sale of land constituting the metaverse space, and at the same time, during e-commerce transactions, By paying a fee to the landowner of the avatar's residence and/or the landowner of the address of the merchant providing the e-commerce service, economic value is given to the metaverse-land itself, thereby establishing a metaverse-land sales market. It is possible to maximize user participation by providing profit-making opportunities to clients simply by owning Metaverse-Land, and as a result, the economic value of the Metaverse-Land and e-commerce markets can grow spontaneously. By providing a solid foundation, it is possible to maximize users' willingness to participate and provide a new economic paradigm that did not exist before.

In addition, the Metaverse platform service system (1) using the metaverse-land based land division ownership transaction of the present invention allows the metaverse platform management server to operate the metaverse-land centered on the city, but the economic value of the metaverse-city is If the pre-set threshold (TH) is exceeded, it not only facilitates investment and financing for metaverse suppliers by providing stock exchange services based on metaverse-land ownership for each city, but also facilitates metaverse-land sales. Reliability and convenience can be increased.

1:Metaverse platform service system
3: Metaverse service integrated management server 5: Client
7: E-commerce platform application 9: Online/offline affiliated store server
10: Communication network 30: E-commerce platform management server
50: Stock exchange operating system 30': Control unit
31: database unit 32: data transmission/reception unit
33: Merchant register 34: Service-product registration/renewal department
35: VR franchise building department 36: Member registration department
37: Account creation department 38: Avatar/VR exhibition room construction department
39: Metaverse space creation department 40: Metaverse operation department
41: Friend relationship register 42: Sales relationship register
43: Recommended item extraction unit 44: Review information register
45: Purchase Service Department 46: Payment/Delivery Service Department
47: Fee calculation and dividend department

Claims (13)

At least one client;
On/offline merchant servers;
A metaverse-map consisting of preset metaverse-cities is stored, and through the accounts of the online/offline affiliated stores, items that are service-products sold by the online/offline affiliated stores and product information for each of the items are stored. At the same time, each VR affiliated store on display is created and the VR affiliated store created is matched to the metaverse-map of the city corresponding to the actual address of the online/offline affiliated store. When a connected client registers as a member, VR is transferred to the client's account. At the same time as creating and assigning an exhibition room, the created VR exhibition room is matched to the metaverse-map of the city corresponding to the residential address selected by the client, and when a purchase of a specific item is made, the VR exhibition of the client who purchased the item is displayed. An e-commerce platform management server that pays a purchase-based residence-fee to the owner of the metaverse-city corresponding to the residential address of the room;
Includes a stock exchange operation server,
The stock exchange operation server is
By accessing the e-commerce platform management server at a preset period (T), each metaverse-city includes at least one of the following: number of permanent avatars, number of floating avatars, number of VR affiliated stores, transaction amount, and purchase-based residence-fee. Data collection unit that collects DB;
A database unit in which a valuation calculation algorithm is preset and stored to calculate the valuation score (α) of the unlisted city by analyzing the input city DB;
Among the metaverse-cities collected by the data collection unit, extract the unlisted-cities that are metaverse-cities that have not yet been listed, and then use the valuation calculation algorithm to determine the value of each extracted unlisted-city. A valuation calculation unit for each unlisted city that analyzes the city database and calculates the valuation score (α) for each unlisted city;
If the valuation score (α) calculated by the valuation calculation unit for each unlisted city is higher than the preset value (TH, Threshold), the listing that determines the listing of land division ownership for the land division ownership of the unlisted city in question. availability judgment unit;
Once the listing of the land division ownership is decided by the above-mentioned listing decision unit, an IPO (Intial Public Offering) is executed for the land division ownership of the unlisted city, and the quantity of land division ownership of the unlisted city is calculated (quantity of land division ownership issued) ), IPO service department, which establishes plans for the public offering price, public offering date, and listing date;
A Metaverse platform comprising a securities trading service department that operates and manages stock exchange services to enable securities trading of land division ownership of Metaverse-City, where public offering has been completed, from the listing date established by the IPO Service Department. service system. The method of claim 1, wherein the e-commerce platform management server
When purchasing an item, a sales-based residence fee is paid to the owner of the metaverse-city where the VR affiliate that sold the item is located.
A metaverse platform service system characterized in that the city DB collected by the data collection unit includes the corresponding metaverse-land sales-based residence-fee. According to claim 2, the valuation score (α) is proportional to the number of permanent avatars included in the input city DB, the number of floating avatars, the number of VR affiliated stores, transaction amount, purchase-based residence-fee, and sales-based residence-fee. Metaverse platform service system characterized by: The method of claim 3, wherein the IPO service department
If the listing decision department decides to list the land division ownership of an unlisted city, the issuance quantity of the land division ownership is determined, and then the retained earnings are divided by the number of land division ownership issued to calculate earnings per share (EPS). At the same time, the price-earnings ratio (PER) of the comparative industry is calculated, the expected public offering price is determined by multiplying the calculated earnings per share (EPS) and the price-earnings ratio (PER), and then the listing date/public offering price is determined, and the public offering shares are Metaverse platform service system characterized by executing subscription services. According to any one of claims 1 to 4, the e-commerce platform management server
On the metaverse-map, VR affiliated stores and VR exhibition rooms are matched and placed to create a metaverse space and provide it to connected clients,
The metaverse space is
A metaverse platform service system that allows connected clients to visit other clients' VR exhibition rooms and V-affiliated stores, and is operated in an open-world manner. The method of claim 5, wherein the e-commerce platform management server
Second database unit;
It is executed when a request for affiliate registration is received from the connected online/offline affiliate server, and information is collected from the online/offline affiliate server requesting affiliate registration, including affiliate identification information, affiliate 3D modeling data (or 3D modeling construction data), and service-products being sold. Receives merchant registration request data including service-product information (including product name, sales price, 3D modeling data, and product content) and address of seller (actual address of relevant online/offline affiliated store or head office), and receives the transmitted affiliated store. An affiliated store register that uses and references registration request data to register the affiliated store as a seller of the e-commerce platform;
It is executed when product registration request data is received from the connected online/offline affiliated store server, and the received product registration request data is processed and referenced, the existing product information of the affiliated store is updated, and the product is stored in the database. Registration/Renewal Department;
1) Building a VR affiliated store based on a VR engine using 3D modeling data included in the registration information of a new affiliated store through the above affiliated store register, but placing multiple object spaces where 3D models (objects) of each product are displayed 2) When the product information of the VR affiliated store already established by the product registration/renewal department is changed, the display of the changed product is implemented to enable the connected user to move the viewpoint and move the location. A VR affiliated store construction department that changes the VR affiliated store to reflect the VR affiliated store;
When membership registration is requested by receiving membership registration request data including personal information, login information, personal information, real address, and metaverse-address, which is the address on the metaverse, the client is registered as a member. Member registration department;
Establishment of an avatar/VR exhibition room that allocates an avatar and a VR exhibition room to a client account registered through the member registration department, and constructs a VR exhibition room that is a 3D model and is implemented to allow location and 360° viewpoint movement of the visited avatar. wealth;
When a VR affiliated store is built by the VR affiliated store construction unit, the VR affiliated store built in the metaverse-city corresponding to the sales address of the relevant online/offline affiliated store is matched and placed, and the VR affiliated store is established by the avatar/VR exhibition room construction unit. When the exhibition room is built, a metaverse space creation unit that creates and updates the metaverse space by matching and arranging VR affiliated stores built in the metaverse-city corresponding to the metaverse-address entered by the client;
When a client connects, the metaverse space created by the metaverse space creation unit is provided to the connected client, and the avatar of the connected client is placed on the metaverse-map, and then the metaverse operating unit operates the metaverse service. A metaverse platform service system comprising: According to claim 6, the metaverse operating unit
By using the operation manual table, which is data that records the operating procedures and operating methods of the metaverse service, the avatar's movements in the metaverse space are explored and detected, and the event content and type are determined according to the avatar's call and request, An event detection and output module that outputs event information;
It provides metaverse space to connected clients and displays the connected client's avatar on the metaverse-map. It also operates the metaverse service using the operation manual table and at the same time uses the event detection and output module. A Metaverse platform service system characterized by including an integrated management module that manages and controls the operation of the Metaverse service by reflecting response data according to the output event information in the Metaverse space. The method of claim 7, wherein the avatar/VR exhibition room construction unit
When a connected client visits another client's VR exhibition room or VR affiliated store and is requested to sell a specific item, the VR exhibition room is rebuilt so that the item is displayed in the VR exhibition room of the client who requested the sale.
The e-commerce platform management server is
When distribution of a specific item is made, distribution relationship information is generated by matching the item identification information with the order information that places the identification information of the avatar who applied for distribution in the lower order of the identification information of the avatar who has applied for distribution. When the applicant is a VR franchise, distribution relationship information is generated by matching the identification information of the avatar that applied for distribution to the order information placed in the highest order and the item identification information, and then stored in the second database unit. further comprising a relationship register;
The sales relationship register is
A data input module that receives the avatar identification information applied for distribution, the avatar identification information requested for distribution, and the identification information of the item subject to sale from the integrated management module;
a determination module for registration of distribution relationship information that determines whether the item is an item that has previously been distributed by referring to the item identification information input through the data input module and the avatar identification information for which distribution has been requested;
It is executed when the sales relationship information registration determination module determines that the item has already been sold, and after extracting the order information of the sales relationship information of the item, it is placed in the lowest order of the extracted order information. , an order information update module that updates sales relationship information by matching ‘avatar identification information that applied for sales’;
It is executed when the distribution relationship information registration determination module determines that the item is not an item that has previously been distributed. The avatar identification information for which distribution has been requested is at the top, and the avatar identification information for which distribution has been applied is in the following order. a sequence information generation module that generates sequence information;
A pre-sale identification number granting module that is executed after the order information update module or the order information generation module and assigns a pre-sale identification number, which is an identification number of the pre-sale relationship information to be generated;
1) the sales identification number assigned by the sales identification number granting module, 2) the identification information of the item, and 3) the order information updated by the order information update module or the order generated by the order information generation module. A metaverse platform service system comprising a sales relationship information generation/registration module that matches information to generate sales relationship information and then stores the sales relationship information in the second database unit. The method of claim 8, wherein the distribution relationship information registration determination module is
an item identification information-based search and extraction module that searches for pre-registered pre-sale relation information in the second database unit and extracts pre-sale relation information having item identification information input through the data input module;
It is executed when at least one piece of sales relationship information is extracted by the item identification information-based search and extraction module, and searches for the sales relationship information extracted by the item identification information-based search and extraction module through the data input module. An avatar identification information-based search and extraction module that extracts distribution relationship information with the inputted avatar identification information;
It is executed when at least one piece of sales relationship information is extracted by the avatar identification information-based search and extraction module, and the sales relationship information extracted by the avatar identification information-based search and extraction module is applied to the avatar that has applied for sales. A final extraction module that extracts sale relationship information placed at the bottom;
In the final extraction module, if the distribution relationship information is extracted, it is determined that the distribution relationship information for the corresponding item is already registered. However, if no distribution relationship information is extracted in the final extraction module, the distribution relationship information for the item is determined. A metaverse platform service system characterized by including a registration decision module that determines that the metaverse is not registered. The method of claim 9, wherein the e-commerce platform management server
a purchase service unit that is executed when a purchase request is received from a connected avatar and receives input of at least one of the quantity, size, color, and delivery address of the item requested to be purchased from the avatar;
a payment/delivery service department that processes the payment according to the information entered by the purchase service department and then delivers the purchased product to the delivery destination by linking with the relevant online/offline affiliated store server;
It further includes a commission calculation and distribution unit that calculates and allocates a preset purchase-commission to the avatars who participated in the purchase,
A metaverse platform service system, characterized in that the city DB for each metaverse-city collected by the data collection unit includes purchase-fee information for the corresponding metaverse-city. The method of claim 10, wherein the second database unit
A standard table containing data matching the commission dividend rate according to the purchase type is stored,
The above fee calculation and distribution department
A purchase type analysis/confirmation module that analyzes the process in which the purchase was made and determines whether the purchase type is a 'sale-based purchase' in which the purchase was made through sale or a 'direct purchase' in which the purchase was made without going through sale;
a distribution relationship information extraction module that is executed when the purchase type is confirmed to be 'sale-based-purchase' in the purchase type analysis/confirmation module and extracts the sale relationship information generated in the sale relationship information creation/registration module;
If the purchase type is 'direct-purchase' in the purchase type analysis/confirmation module, it is determined that no purchase-commission is payable, and if the sales relationship information is extracted by the sales relationship information extraction module, it is included in the extracted sales relationship information. a purchase-fee payment target selection module that extracts the ordered order information and then selects the avatars included in the extracted order information as purchase-fee payment targets;
1) If the purchase type of the avatar is confirmed as 'direct-purchase' in the purchase type analysis/confirmation module, the metaverse-address of the avatar who purchased the item is extracted and location information for each preset metaverse-city is obtained. , detects the metaverse-city where the avatar's residence belongs, extracts land division owners of the metaverse-city, and 2) purchase-commission payment recipients are selected by the purchase-fee payment target selection module Then, after extracting the metaverse-addresses of each of the selected purchase-commission payment targets, the location information for each preset metaverse-city is searched to determine the metaverse-city where the residence of each purchase-commission payment target belongs. A purchase-based land owner extraction module that detects and extracts land division owners for each detected metaverse-city;
After extracting the sales address of the VR affiliate that sold the service-product where the purchase was made, the location information for each preset metaverse-city is searched to detect the metaverse-city to which the VR affiliated store's sales address belongs, and the detected Metaverse - Sales-based land owner extraction module that extracts urban land subdivision owners;
1) If the purchase-commission payment target is not selected in the purchase-commission payment target selection module, it is determined that the purchase-commission is not paid separately. However, if the purchase-commission payment target is selected, the selected purchase-commission payment target is 2) It is decided to pay the residence-fee to the land division owners extracted by the purchase-based land owner extraction module, and 3) The sale-based land owner extraction module is determined to pay the residence fee. A metaverse platform service system characterized by including a fee calculation module that determines whether to pay a residence-fee to extracted land division owners. The method of claim 11, wherein the purchase-fee calculation module
After calculating the quantity (N) of the purchase-commission payment targets selected by the purchase-commission payment target selection module, the total cost (P') consumed for the purchase of the item is extracted, and the total cost (P') is calculated. After multiplying by the set purchase-commission ratio (R), the multiplication value (P' XR) is divided by the quantity (N) of the purchase-fee payment target to obtain the purchase-commission (P, ) Metaverse platform service system characterized by calculating. The method of claim 11, wherein the purchase-based land owner extraction module
With reference to the purchase-based land owner information extracted by the purchase-based land owner extraction module, the quantity (N1) of the purchase-based land owners is calculated, and then the total cost (P') consumed for the purchase of the item is extracted, The total cost (P') is multiplied by the preset occupancy-fee ratio (R1), then the multiplication value (P' (P1, ), and
The sales-based land owner extraction module is
With reference to the sales-based land owner information extracted by the sales-based land owner extraction module, the quantity (N2) of sales-based land owners is calculated, and then the total cost (P') consumed for the purchase of the item is extracted, The total cost (P') is multiplied by the preset occupancy-fee ratio (R2), then the multiplied value (P' (P2, ) Metaverse platform service system characterized by calculating.