KR102645299B1 - Management system to support trade of land division ownership through flotation of metabus-city and metabus-company - Google Patents

Abstract

The present invention provides an e-commerce service based on the metaverse, and during e-commerce transactions, sales-fee and residence-fee are paid to the sales and supply avatars and metaverse-cities, and among the metaverse-cities, the best unlisted- We provide stock trading services by public offering and listing of the city's divided ownership of land. Among Metaverse-companies, we publicize and list blue-chip companies, while providing opportunities for Metaverse-City, related vendors, and related avatars to participate in the public offering. By providing this, it is possible to build a protocol economic ecosystem in which profits are generated through Metaverse activities alone, and at the same time, participants can share the profits of the Metaverse platform, thereby maximizing the effect of citizen capitalization and the profits and value of the Metaverse-City. By providing an environment for voluntary growth, it can support land ownership transactions through the listing of metaverse-cities and metaverse-companies that can increase user participation and interest and provide a new economic paradigm that did not exist before. It is about the Metaverse operating system that supports land division ownership transactions through the listing of Metaverse-cities and Metaverse-companies.

Description

Metabus operating system to support trade of land division ownership through flotation of metabus-city and metabus-company}

The present invention relates to a Metaverse operating system that supports land division ownership transactions through the listing of Metaverse-cities and Metaverse-companies. In detail, it provides e-commerce services based on Metaverse, and e-commerce transactions. Selling-commissions and residence-fees are paid to cities, sales supply avatars and metaverse-cities, and among metaverse-cities, stock trading services are provided by public offering and listing of land division ownership of blue-chip unlisted-cities, and metaverse-cities provide stock trading services. Among bus-companies, blue-chip companies are publicly offered and listed, and Metaverse-Cities, related vendors, and related avatars are provided with opportunities to participate in the public offering, thereby establishing a protocol economic ecosystem in which profits are generated through Metaverse activities alone. Participants can share the profits of the Metaverse platform, maximizing the effect of citizen capitalization, and providing an environment in which the profits and value of the Metaverse-City can grow voluntarily, increasing user participation and interest. It is about a metaverse operating system that supports land ownership transactions through the listing of metaverse-cities and metaverse-companies that can provide a new economic paradigm that did not exist before.

Recently, Web 3.0 technology, the next-generation web that realizes the values of decentralization and individual ownership, has been put into practical use and is recognized as the trend of the future Internet services.

Meanwhile, not only is the digital content paradigm changing from PCs to smartphones and VR HMDs, but interest in Metaverse technology, which refers to a three-dimensional virtual world linked to reality, 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.

This conventional metaverse service 1) provides services online to connected clients, but 2) costs for service provision (purchase costs, admission fees, commissions, etc.) are paid by the clients, making it economical for service providers and service consumers. It has the advantage of being effective.

However, the conventional Metaverse service can expect significant growth for platform companies through fees and advertising revenue, but there is no mechanism in place for service sellers or buyers to share the platform's profits, making it difficult to expect protocol economic effects. It has disadvantages.

In addition, the conventional, platform-centered economic system structure not only limits scalability and participation because clients use the metaverse only when their desired needs match the services provided by the metaverse, but also the service Because it is structured so that profit generation occurs only for the provider, it has structural limitations with little economic effect.

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.

In addition, the conventional metaverse service has a structural limitation in that profit generation is limited to sales and consumption, so the profit generation effect for sellers and consumers is very minimal, and profits cannot grow voluntarily.

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, in the prior art (S900), a platform that is a VR shopping mall that provides VR services can achieve rapid growth by generating enormous profits through commissions and advertisements, but sellers or buyers of the platform cannot share the profits of the platform, so they do not participate in the platform. It has structural limitations that result in poor scalability and low economic effectiveness.

In addition, the conventional technology (S900) not only lacks a voluntary growth engine because economic profits are made only through transactions with service targets, but also individual-centered economic activities are impossible, and only users who need the services provided by the platform can participate. It has the disadvantage of significantly lowering user participation and scalability.

In other words, the prior art (S900) has established a system that can generate platform profits, but not only does it not describe any technology or method by which platform sellers or buyers can share the platform profits, but also does not describe the platform's services. Since participation is limited to users, user participation and scalability are limited, and the economic effect is insufficient, which 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 an e-commerce service based on the metaverse, but during e-commerce transactions, sales-fee and residence-fee to the sales and supply avatar and metaverse-city. Among Metaverse-cities, public offering and listing of land division ownership of high-quality unlisted-cities provides stock trading services, and among Metaverse-companies, high-quality companies are publicized and listed, but Metaverse-cities By providing relevant vendors and related avatars with the opportunity to participate in the public offering, a protocol economic ecosystem is established in which profits are generated through Metaverse activities alone, and at the same time, participants can share the profits of the Metaverse platform, creating a citizen assetization effect. Metaverse-City and Metaverse can maximize user participation and interest by providing an environment in which the profits and value of the Metaverse-City can grow voluntarily, thereby providing a new economic paradigm that did not exist before. -It is intended to provide a metaverse operating system that supports land division ownership transactions through the listing of companies.

The solution of the present invention for solving the above problem is at least one client on which a platform application or securities trading application is installed; Service - Merchant terminal selling products; E-commerce services are provided to connected clients based on a metaverse-map containing multiple Metaverse-cities, and when a request is made to register an affiliated store from the affiliated store terminal, the 2D/ By creating a VR-affiliate where items that are 3D models and 2D/3D models of service-products sold by the affiliated store are exposed, the created VR-franchise is placed in the metaverse-city selected by the affiliated store terminal, and e-commerce When profits are generated, the Metaverse/e-commerce management server pays a residence-fee to the Metaverse-city where the profits were generated; It includes a stock exchange operation server, and the stock exchange operation server connects to the metaverse/e-commerce management server to collect city DB for each metaverse city and at the same time corporate database of metaverse companies registered as VR-affiliates. DB collection unit that collects; Among each metaverse-cities, the city DBs of unlisted cities that are metaverse-cities that have not yet been listed are extracted, and the city DB of each unlisted-city is compared with the preset filtering conditions to list each unlisted-city. After determining whether or not listing is an unlisted city, an IPO (Initial Public Offering) is executed for the land division ownership of the listed city, and the quantity of land division ownership of the unlisted city (quantity of issued land division ownership), public offering price, Metaverse-city-based listing management department that establishes the public offering date and listing date plan; At each preset period (T), among each metaverse-company, extract the corporate DBs of unlisted metaverse-companies that have not yet been listed, and then compare the city DB of each unlisted-city with the preset filtering conditions. Thus, a second listing determination module determines whether each unlisted company is listed, and an IPO (Initial Public Offering) is executed for the unlisted company whose listing has been decided in the second listing decision module, and the corresponding unlisted city Metaverse-corporate-based listing management department, which includes a second IPO service module that establishes public offering quantity, public offering price, public offering date, and listing date plan; From the listing date established by the Metaverse-City-based Listing Management Department or the Metaverse-Corporation-based Listing Management Department, securities transactions are made for land division ownership in newly listed cities for which public offering has been completed or securities listed for newly listed companies. It includes a securities trading service department that operates and manages the service, and if the second IPO service module determines that listing of the unlisted company is necessary, the second IPO service module is operated by the metaverse-city where the unlisted company is located. A listing resolution is made by the land division owners, and when the listing of the unlisted company is resolved by the land division owners of the metaverse-city, the public offering shares are based on the public offering ratio (r1) previously set for the metaverse-city. Allocates, the second IPO service module includes a preferential subscriber selection module that selects preferential subscribers for newly listed companies, and the preferential subscriber selection module extracts the corporate DB of newly listed companies and extracts the extracted companies. Corporate DB input/analysis module that analyzes the DB; A purchase history avatar extraction module that extracts purchase history avatars that are users who have experience purchasing a service-product through a VR-affiliate store, which is a newly listed company, by referring to the analysis data detected through the corporate DB input/analysis module; A sales history vendor extraction module that extracts sales history vendors that are vendors that have a history of supplying service-products through the VR-affiliate, which is a newly listed company, by referring to the analysis data detected through the corporate DB input/analysis module; It includes a priority subscriber decision module that determines the purchase history avatars extracted from the purchase history avatar extraction module and the sales history vendors extracted from the sales history vendor extraction module as priority subscribers.

In addition, in the present invention, the second listing determination module includes a data extraction/analysis module for extracting corporate DBs of unlisted companies from among the corporate DBs collected by the DB collection unit; A comparison module that analyzes the corporate database of each unlisted company extracted by the data extraction/analysis module and compares whether or not the preset listing conditions are met for each unlisted company; A qualification determination module that determines whether each unlisted company satisfies the listing conditions by using the comparative data detected in the comparison module; It is executed when a candidate company that is an unlisted company that satisfies the listing conditions is detected in the eligibility determination module. After referring to the metaverse-address of the candidate company and detecting a metaverse-city with the corresponding metaverse-address, A listing resolution progress module that processes the stock listing of the candidate company for land division owners in the detected metaverse-city; Through the listing resolution progress module, it is executed when the listing resolution of the candidate company is passed in the corresponding metaverse-city, and it is desirable to include a listing decision module that determines the candidate company as a newly listed company.

In addition, in the present invention, the second IPO service module includes a listing manager selection module that selects a metaverse-city or securities company that has decided to list a newly listed company determined to be listed in the second listing decision module as a listing manager; Establishes the public offering date, public offering stock quantity, public offering stock par value, public offering price, and listing date of the newly listed company, 1) the public stock allocation ratio (r1) of the Metaverse-City that has resolved the listing of the new listed company, and 2) the new listing. The allocation ratio (r2) of public offering shares of other metaverse-cities that participated in the company's public offering, and 3) the allocation ratio of public offering shares (r3) of purchase history avatars, which are users with a history of purchasing service-products provided by VR-affiliates, which are newly listed companies. ) and, 4) the public offering stock allocation ratio (r4) of sales history sellers who have a history of supplying services and products through VR-affiliates, which are newly listed companies, and 5) the public offering stock allocation ratio (r5) of general investors. It is desirable to further include a public offering schedule establishment module that establishes the allocation ratio.

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In addition, in the present invention, the metaverse-city-based listing management department or the metaverse-company-based listing management department selects one of the securities depositories as the depository when a new listed city or a new listed company is determined, and a securities company After designating one of them as a trading broker, an issuer management account is opened through the depository, the transaction is verified at the depository through the depository, and payment is made and deposited through the depository and the trade broker. It is desirable to decide on an operation method so that transactions can take place.

In addition, in the present invention, the metaverse-city-based listing management department or the metaverse-company-based listing management department selects a transfer agent when a new listed city or a new listed company is determined, and then deposits it in one of the securities depositories. After selecting the institution, opening a trading brokerage on its own, designating the opened trading brokerage as a trading broker, opening an issuer management account through the above-mentioned depository, and having the transaction certified at the above-mentioned depository through the above-mentioned trading broker. , it is desirable to determine an operation method so that payment, deposit, and transactions are carried out through the depository institution and the transaction broker.

In addition, in the present invention, when the metaverse-city-based listing management department or the metaverse-company-based listing management department determines a new listed city or new listed company, it issues virtual currency and simultaneously opens a trading brokerage, and operates a depository institution on its own. After creation, it is desirable to determine the operation method so that transactions are verified at the depository through the transaction broker, and payment, deposit, and transactions using coins are made through the depository and the transaction broker.

In addition, in the present invention, the metaverse-city-based listing management unit determines the issuance quantity of the land division ownership when the listing of the land division ownership of the unlisted city is resolved, and then divides the retained earnings by the land division ownership issuance quantity to produce earnings per share (EPS, Earning Per Share) and at the same time calculate the Price-Earning Ratio (PER) of the comparative industry in the stock market or the listed metaverse city, and then the stock price of the comparative industry in the stock market or the listed metaverse city. It is advisable to determine the expected public offering price by multiplying the earnings ratio (PER) and the calculated earnings per share (EPS), then determine the listing date/public offering price and execute the public offering stock subscription service.

In addition, in the present invention, the affiliated store terminal includes at least one non-face-to-face affiliated store terminal installed in a non-face-to-face affiliated store that provides sold service-products to buyers through delivery or delivery services, and the metaverse/e-commerce management server When a request for affiliate registration is received from the non-face-to-face affiliated store terminal, VR exposes items that are 2D/3D models of the non-face-to-face affiliated store and 2D/3D models of service-products sold by the non-face-to-face affiliated store, as well as information on each item. -VR-Affiliate Building Department that creates affiliates; When you receive a request for membership by receiving your actual residence and virtual address on the metaverse from the client, an avatar and VR exhibition room are created in the account of the user who requested membership, and when purchasing or distributing items of the avatar in the future, An avatar/VR exhibition-room construction department that displays the sold items in the VR exhibition-room of the corresponding avatar; When receiving a request to purchase a specific item from an avatar visiting the VR affiliated store or another avatar's VR exhibition room, a purchase service unit that receives information required to purchase the item from the avatar; After processing the payment according to the information entered in the purchase service department, it is linked with the non-face-to-face affiliated store terminal selling the item, so that the service-product corresponding to the processed item is delivered or delivered to the user's residential address. and a payment/delivery service unit, wherein the avatar/VR exhibition-room construction unit places the purchased item in the VR exhibition-room of the avatar who purchased the item when the payment for the purchase item is processed by the payment/delivery service unit. It is desirable to display it.

Additionally, in the present invention, the metaverse/e-commerce management server includes a database unit; When a request is made to sell one of the displayed items from an avatar visiting the VR exhibition room of the VR-affiliate store or another avatar, identification information of the sales supply avatar that provided the sales, demand avatar that provided the sales, and item identification Information and sales demand A sales relationship register that generates sales relationship information including VR exhibition-room identification information of an avatar, stores the generated sales relationship information in the database unit, and simultaneously outputs it to the avatar/VR exhibition-room construction unit. It further includes, when the avatar/VR exhibition-room construction unit receives sales relationship information from the sales relationship register, displays the sold items in the VR exhibition-room of the avatar in demand by referring to the input sales relationship information. It is desirable.

In addition, in the present invention, the metaverse/e-commerce management server sets the friend avatar selected by the avatar as a friend relationship with the avatar according to the request of the avatar, and then provides friend relationship information including the avatar identification information and friend avatar identification information. A friend relationship register that is created and then stored in the database; A sales target recommendation unit that runs after the purchase service unit; It is executed when the recommendation of a sales target is completed in the sales target recommendation unit, and generates sales recommendation information including identification information of the purchase request avatar, which is the avatar requesting purchase, identification information of the sales recommendation avatar, purchase item identification information, and purchase date. After doing so, it further includes a sales recommendation information generating unit that stores the sales recommendation information in the database and outputs it to the sales relationship register, and the sales target recommendation unit stores the sales recommendation information generated by the sales recommendation information generation unit and stored in the database. a sales recommendation information extraction module that searches for and extracts sales recommendation information including a purchase request avatar, which is an avatar requesting a purchase, from the database unit; a friend relationship avatar extraction module that searches the database unit and extracts friend relationship avatar information of the purchase request avatar from the database unit; a sales relationship avatar extraction module that searches the database unit and extracts sales relationship avatar information of the purchase request avatar from the database unit; The items on display in the VR exhibition room of each friendship avatar extracted by the friendship avatar extraction module are searched, and among the extracted friendship avatars, the item requested for purchase is displayed in the VR exhibition room. Candidate sales targets that are avatars are selected, items on display in the VR exhibition room of each sales relationship avatar extracted by the sales relationship avatar extraction module are searched, and among the extracted sales relationship avatars, items requested for purchase are selected in VR. A candidate sales target selection module that selects candidate sales targets that are sales relationship avatars displayed in the exhibition room; With reference to the sale recommendation information extracted by the sale recommendation information extraction module, the number of sale recommendations of the candidate sale targets selected by the candidate sale target selection module is extracted, and then the extracted sale recommendation numbers are ranked from lowest to highest. Accordingly, a sorting module based on the number of sales recommendations that sorts candidate sales targets; It includes a sales target determination module that determines to recommend a priority sales target placed at the top among the candidate sales targets sorted in the number of sales recommendation sorting modules, and the sales relationship register generates the sales recommendation information. When the sales recommendation information is input from the department, the input sales recommendation information is referred to and the VR exhibition of the sales supply avatar, which is the sales recommendation avatar, the sales demand avatar identification information, which is the purchase request avatar, the purchase item identification information, and the sales demand avatar are displayed. -It is desirable to generate sales relationship information by matching room identification information.

In addition, in the present invention, the metaverse/e-commerce management server further includes a fee calculation and payment unit executed after the payment/delivery service unit, and the payment/delivery service unit identifies purchase avatar and purchase item upon completion of payment. After generating non-face-to-face transaction information including information, purchase date, purchase quantity, and total sales amount, the generated non-face-to-face transaction information is stored in the database unit, and at the same time, the fee calculation and payment unit and the avatar/VR exhibition are displayed. -Output to the room construction unit, and the fee calculation and payment unit receives the non-face-to-face transaction information output from the payment/delivery service department, searches the database unit, and searches for purchase item identification information included in the input non-face-to-face transaction information and A data input/extraction module that extracts sales relationship information including purchase avatar identification information; If the sales relationship information is extracted by the data input/extraction module, it is determined that there is a sales-commission payment target, but if the sales relationship information is not extracted, it is determined that the purchase avatar did not purchase the purchase item through sales. , a fee eligibility determination module that terminates the operation; It is executed when the commission eligibility determination module determines that a sales-commission payment target exists, and extracts the sales supply avatar identification information, which is the avatar that provided the sales, by referring to the sales relationship information extracted by the data input/extraction module. Avatar extraction module for distribution and supply; A total sales amount and sales-commission rate extraction module that extracts the total sales amount and sales-commission rate by referring to the non-face-to-face transaction information extracted by the data input/extraction module; Referring to the total sales amount and sales-commission rate extracted by the total sales amount and sales-commission rate extraction module, the sales-commission to be paid to the relevant sales supply avatar is calculated by multiplying the extracted total sales amount by the sales-commission rate. -Commission calculation module; It is desirable to include a commission payment module that processes the affiliated store that sold the item to pay the sales commission calculated by the sales commission calculation module to the sales and supply avatar.

In addition, in the present invention, when requesting franchise registration, the non-face-to-face affiliated store terminal includes sales type information, affiliated store 2D/3D modeling data (or 2D/3D modeling construction data), seller address, delivery/delivery area, and each service-product information ( After generating affiliated store registration request data by matching product name, sales price, 2D/3D modeling data, detailed information, sales-commission rate, exhibition period), it is transmitted to the Metaverse/e-commerce management server, and the Metaverse/e-commerce When an avatar requests to purchase a specific item, the purchase service department of the management server compares the delivery/delivery area of the non-face-to-face affiliated store with the residential address of the avatar who requested the purchase, and compares the residential address of the avatar who requested the purchase with the non-face-to-face affiliated store. If it is included in the delivery/delivery area of the affiliated store, it is desirable to execute the payment/delivery service unit, but if the residential address of the avatar requesting purchase is outside the delivery/delivery area of the non-face-to-face affiliated store, the operation is terminated.

In addition, in the present invention, the affiliated store terminal further includes at least one face-to-face/fixed affiliated store terminal installed at a fixed location and a face-to-face/fixed affiliated store that sells service-products only to customers who visit the location, and the in-person/fixed affiliated store When requesting franchise registration, franchise name, seller address, franchise 2D/3D modeling data (or 2D/3D modeling construction data), each service-product information (product name, sales price, 2D/3D modeling data, detailed information, sales-commission rate, After generating the merchant registration request data by matching the exhibition deadline), it is transmitted to the metaverse/e-commerce management server, and the customer-avatar identification information, sales supply avatar identification information, and When sales confirmation request data containing service-product (item) identification information is received, it is determined whether the visiting customer purchased the service-product included in the received sales confirmation request data at the affiliated store, and then the sales confirmation request data is sent. If the visiting customer purchases the service-product included in the affiliated store, sales confirmation request data is sent to the metaverse/e-commerce management server, and the sold service-product identification information, sales quantity, sales amount, and sales time are included. transmits face-to-face sale confirmation information, and the metaverse/e-commerce management server further includes a sale confirmation information processing unit that processes face-to-face sale confirmation information transmitted from the face-to-face/fixed affiliated store terminal, and the sale confirmation information processing unit A sales confirmation information input module that receives face-to-face sales confirmation information transmitted from a face-to-face/fixed affiliated store terminal; An identification module that identifies the sales supply avatar, the sales demand avatar, and the purchase item by referring to the person's avatar identification information, sales-avatar identification information, and item identification information included in the face-to-face sales confirmation information entered through the sales confirmation information input module. ; a sales relationship information extraction module that searches the sales relationship information registered in the database unit and extracts sales relationship information matching the sales supply avatar identification information, sales demand avatar identification information, and item identification information identified by the identification module; In the sales relationship information extraction module, 1) if the sales relationship information is extracted, the face-to-face sales confirmation information transmitted from the face-to-face/fixed affiliated store terminal is determined to be normal data; 2) if the sales relationship information is not extracted, the face-to-face/fixed affiliated store terminal determines that the face-to-face sales confirmation information is normal data; a sales relationship determination module that determines that the face-to-face sales confirmation information received from the fixed affiliated store terminal is abnormal data and terminates the operation; The sales relationship determination module is executed when the face-to-face sales confirmation information received from the face-to-face/fixed merchant terminal is judged to be normal data, and includes purchase item identification information, sales supply avatar identification information, sales demand avatar identification information, and total sales. After generating face-to-face sales transaction information including amount, sales-commission rate, exhibition period, purchase date, purchase quantity, and face-to-face/fixed merchant terminal identification information, the generated face-to-face sale transaction information is stored in the database and simultaneously stored in the avatar. It includes a /VR exhibition-room construction unit and a face-to-face sales transaction information generation module that outputs to the fee calculation and payment unit, and when the avatar/VR exhibition-room construction unit receives face-to-face sales transaction information from the sales confirmation information processing unit, it inputs it. With reference to the face-to-face sales transaction information, the purchase item is displayed in the VR exhibition room of the sales demand avatar, and when the commission calculation and payment department receives the face-to-face sales transaction information from the sales confirmation information processing department, the entered face-to-face sales transaction is processed. After calculating the sales-commission with reference to the information, it is preferable that the face-to-face/fixed-type affiliate store pays the calculated sales-commission to the city of residence of the sales supply avatar and the sales demand avatar.

In addition, in the present invention, when requesting membership registration, the client receives login information, personal information (age, gender, residential address), residential type information, and family composition type information from the user, and receives the entered login information, personal information, and residential type information. After matching the information and family composition type information to generate membership registration request data, the generated membership registration request data is transmitted to the Metaverse/e-commerce management server, and the Metaverse/e-commerce management server is used by the client. After matching the login information, personal information, housing type information, family composition type information included in the membership registration request data received from Member registration book stored in the department; It further includes a similar avatar recommendation unit executed in response to a request from an avatar, wherein the similar avatar recommendation unit includes a request avatar profile extraction module for extracting avatar profile information corresponding to an avatar that has requested the similar avatar recommendation from the database unit; An individual who extracts personal information from the profile of the request avatar extracted by the request avatar profile extraction module, then searches through pre-registered avatar profile information and selects avatars with the same personal information as the extracted request avatar's personal information. Information-based screening module; Among the profiles of the request avatar extracted by the request avatar profile extraction module, the residence type information of the request avatar is compared with the residence type information of each of the first selected avatars, which are avatars selected by the personal information-based selection module, Among the first selection avatars, a housing type-based selection module that selects the second selection avatars, which are the first selection avatars with the same housing type as the requested avatar; Among the profiles of the request avatar extracted by the request avatar profile extraction module, the family composition type information of the request avatar is compared with the residence type information of each of the secondary screening avatars selected by the residence type-based selection module, 2 A family composition type-based selection module that selects similar avatars, which are secondary avatars with the same residential type as the requested avatar, among the secondary selection avatars; It includes a similar avatar list creation module that generates a similar avatar list, which is a list of similar avatars selected by the family composition type-based selection module, and then transmits the generated similar avatar list to a client that has requested a similar avatar recommendation, the client When receiving a similar avatar list from the metaverse/e-commerce management server, it is desirable to display the received similar avatar list on the monitor.

In addition, in the present invention, the metaverse/e-commerce management server is built by the VR-affiliate store built by the VR-affiliate building unit and the avatar/VR exhibition-room building unit on the pre-produced metaverse mobile-map. a metaverse space creation unit that creates and updates the metaverse space by matching and arranging the avatars and VR exhibition-rooms; When the client connects, the metaverse space created by the metaverse space creation unit is provided to the connected client and the avatar of the connected user is placed on the metaverse movement-map, and then the metaverse service is operated. It further includes a bus operating unit, and the metaverse operating unit utilizes an operating manual table, which is data recording the operating procedures and operating methods of the metaverse service, to search and detect the motion of the avatar in the metaverse space, and to call the avatar. and an event detection and output module that determines the event content and type upon request and then outputs event information; It provides metaverse space to the connected client and simultaneously displays the connected avatar on the metaverse movement-map. The metaverse service is operated using the operation manual table, and the information output by the event detection and output module is operated. 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 event information in the metaverse space.

Additionally, in the present invention, it is preferable that the metaverse space provided by the metaverse operating unit is operated in an open-world manner.

In addition, in the present invention, the service-product information included in the affiliated store registration request data further includes purchase cycle (T1) information, and the metaverse/e-commerce management server creates an avatar or an avatar by the avatar/VR exhibition-room construction unit. It is executed when a VR exhibition-room is built or rebuilt, and storage information including information on items currently displayed in the VR exhibition-room, purchase cycle (T1), and purchase time is created/updated in the database. Storage information generation unit to store; After extracting the storage information stored in the database, refer to the purchase cycle (T1) and purchase time information of each item in the extracted storage information, and repurchase for each item at the point when the purchase cycle (T1) has elapsed from the purchase time. It further includes a purchase request item selection unit that compares whether the current time is adjacent to the repurchase time point and selects the item as a purchase request item, and the avatar/VR exhibition-room construction unit determines the purchase request item selection unit. When a purchase request item is selected, it is desirable to reconstruct the avatar or VR exhibition room so that the display method of the purchase request item is displayed differently in the avatar or VR exhibition room to which the selected purchase request item is applied.

In addition, in the present invention, when trading an item, the metaverse/e-commerce management server extracts the metaverse-city to which the metaverse-address of the sales supply avatar or the sales demand avatar belongs, and then gives the total sales amount to the extracted metaverse-city. It is desirable to pay a proportional residence-fee.

In addition, in the present invention, the metaverse-city based listing management unit is a data extraction module that extracts each city DB of unlisted cities that are metaverse-cities that have not yet been listed among the city DBs collected by the DB collection unit. ; an actual population comparison module that compares the actual population of each unlisted city with a preset first threshold value, referring to the city DB of each unlisted city extracted by the data extraction module; Comparison of the avatar population by referring to the city database of each unlisted city extracted by the data extraction module and comparing the avatar population, which means the number of subscribers of avatars who have registered each unlisted city as their residence, with a preset second threshold. module; Referring to the city database of each unlisted city extracted by the data extraction module, the avatar population of each unlisted city is divided by the actual population and then multiplied by 100 to obtain the avatar population ratio, which means the ratio of avatar subscriptions to the actual population. Calculating avatar population ratio calculation module; an avatar population ratio comparison module that compares the avatar population ratio calculated by the avatar population ratio calculation module with a preset third threshold; 1) the actual population number is greater than or equal to the first threshold in the actual population number comparison module, 2) the avatar population number is greater than or equal to the second threshold in the avatar population comparison module, or 3) the avatar population number ratio is greater than or equal to the second threshold in the avatar population ratio comparison module. 3 If it is above the threshold, it is desirable to include a listing decision module that determines whether to list the land division ownership of the unlisted city.

In addition, in the present invention, the stock exchange operation server is executed every preset first cycle (T1), and calculates the number of permanent avatars for each listing-city, the number of floating avatars, the number of VR-affiliated stores, transaction amount, sales-fee, and residence-fee. It is desirable to further include a dividend calculation and execution department that processes execution after calculating dividends proportional to at least one of the above.

In addition, in the present invention, the stock exchange operation server is executed every preset first cycle (T1), and calculates the number of permanent avatars for each listing-city, the number of floating avatars, the number of VR-affiliated stores, transaction amount, sales-fee, and residence-fee. It is desirable to further include displaying at least one of the data on the quotation window of the land division ownership securities system in real time or within a certain period of time to help determine the value of land division ownership.

According to the present invention, which has the above problems and solutions, e-commerce services are provided based on the metaverse, and during e-commerce transactions, sales-commissions and residence-fees are paid to the sales and supply avatars and metaverse-cities, and metaverse - Among cities, public offering and listing of the land division ownership of high-quality unlisted-cities provides stock trading services, and among Metaverse-companies, public offering and listing of high-quality companies, Metaverse-cities, related sales outlets and related By providing avatars with the opportunity to participate in public contests, we build a protocol economic ecosystem in which profits are generated through Metaverse activities alone, and at the same time, participants can share the profits of the Metaverse platform, maximizing the effect of citizen capitalization, and Metaverse By providing an environment in which the profits and value of Bus-City can grow voluntarily, increasing user participation and interest, through the listing of Metaverse-City and Metaverse-Company, which can provide a new economic paradigm that did not exist before It will be possible to support land division ownership transactions.

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 operating system, which is an embodiment of the present invention.
Figure 3 is a relationship diagram for explaining Figure 2.
Figure 4 is a block diagram showing the stock exchange operation server of Figure 2.
Figure 5 is a block diagram showing the metaverse-city based listing management unit of Figure 4.
Figure 6 is a conceptual diagram for explaining the securities trading operation method setting module of Figure 5.
Figure 7 is another conceptual diagram of Figure 6.
Figure 8 is another conceptual diagram of Figure 6.
Figure 9 is a block diagram showing the listing determination module of Figure 5.
FIG. 10 is a conceptual diagram for explaining the operation process of the IPO service module of FIG. 5.
FIG. 11 is another conceptual diagram of FIG. 10.
FIG. 12 is another conceptual diagram of FIG. 10.
Figure 13 is a block diagram showing the metaverse-company based listing management unit of Figure 4.
FIG. 14 is a conceptual diagram for explaining the second securities transaction operation method decision module of FIG. 13.
Figure 15 is a block diagram showing the second listing determination module of Figure 13.
FIG. 16 is a block diagram showing the second IPO service module of FIG. 13.
Figure 17 is a block diagram showing the priority subscriber selection module of Figure 16.
Figure 18 is an example diagram for explaining the allocation ratio of public offering shares established by the public offering schedule establishment module of Figure 16.
Figure 19 is a table showing the market price of land division ownership in Seoul provided by the Securities Exchange Service Department of Figure 4.
Figure 20 is a graph showing the number of permanent avatar transactions and floating avatar transactions for 'Seoul' provided by the securities trading service department of Figure 4.
Figure 21 is a graph showing the monthly fee amount for the permanent avatar and the monthly fee amount for the floating avatar in 'Seoul'.
Figure 22 is a block diagram showing the metaverse/e-commerce management server of Figure 2.
FIG. 23 is a conceptual diagram for explaining sales relationship information applied to the metaverse/e-commerce management server of FIG. 2.
Figure 24 is an example diagram for explaining a VR affiliated store built by the VR affiliated store construction unit of Figure 22.
FIG. 25 is an exemplary diagram showing a VR exhibition-room constructed by the avatar/VR exhibition-room construction unit of FIG. 22.
Figure 26(a) is an example showing how the avatar/VR exhibition-room construction unit builds an avatar to display the purchase request item when a razor is selected as a purchase request item by the purchase request item selection unit of Figure 22. And (b) is an example showing how the avatar/VR exhibition-room construction unit builds an avatar to display the purchase request item when the haircut is selected as a purchase request item by the purchase request item selection unit of FIG. 22. am.
Figure 27 is an example showing how the avatar/VR exhibition-room construction unit builds a VR exhibition-room to display the purchase-requested items when instant rice is selected as a purchase-requested item by the purchase-requested item selection unit of Figure 22. am.
Figure 28 is a block diagram showing the metaverse operating unit of Figure 22.
Figure 29 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 28.
Figure 30 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 28.
Figure 31 is a block diagram showing the similar avatar recommendation unit of Figure 22.
Figure 32 is a block diagram showing the sales target recommendation unit of Figure 22.
Figure 33 is a block diagram showing the pre-sale confirmation information processing unit of Figure 22.
Figure 34 is a block diagram showing the fee calculation and payment unit of Figure 22.
Figure 35 is a conceptual diagram showing the process in which sales-commissions and residence-fees are paid by the fee calculation and payment department of Figure 34.
Figure 36 is a block diagram showing a second embodiment of the fee calculation and payment unit of Figure 34.
Figure 37 is a conceptual diagram showing the process in which sales-commissions and residence-fees are paid by the fee calculation and payment department of Figure 36.

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

Figure 2 is a configuration diagram showing a metaverse operating system, which is an embodiment of the present invention, and Figure 3 is a relationship diagram for explaining Figure 2.

The Metaverse operating system (1), which is an embodiment of the present invention, provides e-commerce services based on the Metaverse, and pays sales-fees and residence-fees to the sales and supply avatars and Metaverse-Cities during e-commerce transactions. , Among Metaverse-cities, public offering and listing of land division ownership of high-quality unlisted-cities provide stock trading services. Among Metaverse-companies, public offering and listing of blue-chip companies, Metaverse-cities, and related sales outlets. By providing participants and related avatars with the opportunity to participate in the public offering, a protocol economic ecosystem is established in which profits are generated through Metaverse activities alone, and at the same time, participants can share the profits of the Metaverse platform, thereby maximizing the effect of citizen capitalization. By providing an environment in which the profits and value of the Metaverse-City can grow voluntarily, the Metaverse-City and Metaverse-Enterprise can provide a new economic paradigm that has never existed before by increasing user participation and interest. This is to support land division ownership transactions through listing.

In addition, as shown in FIG. 2, the Metaverse operating system 1 includes a Metaverse/e-commerce management server 300 and a Metaverse/e-commerce management server 300 that provides Metaverse and E-commerce services to connected clients. A platform integrated management server (3) including a stock exchange operation server (500) that provides securities trading services for bus-city ownership (hereinafter referred to as land division ownership), and an affiliated store capable of non-face-to-face sales of service-products ( Non-face-to-face affiliated store terminals (9), which are terminals installed in non-face-to-face affiliated stores), face-to-face/fixed affiliated store terminals (11), which are terminals installed in affiliated stores (face-to-face affiliated stores) that conduct face-to-face sales of service-products, and users ( Clients (5-1), ..., (5-N), which are terminals carried by the user, and metaverse/e-commerce of the platform integrated management server (3) installed on each client (5) Platform applications (7) that provide metaverse/e-commerce services to users by accessing the metaverse/e-commerce platform provided by the management server (300) are installed on the user terminal and linked with the stock exchange operation server (500) A securities trading application (8) that provides securities trading services to users, a platform integrated management server (3), clients (5-1), ..., (5-N), and a non-face-to-face affiliated store terminal (9) It consists of a communication network (10) that provides a data movement path between face-to-face/fixed merchant terminals (11).

The communication network 10 is between the platform integrated management server 3, clients 5-1, ..., (5-N), non-face-to-face affiliated store terminals 9, and face-to-face/fixed affiliated store terminals 11. It is a network that supports data communication, 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.

Clients 5-1, ..., (5-N) support connection to the communication network 10 and are digital devices possessed by each user, specifically, desktop-PC (Desk-top It can be composed of a PC, laptop, smartphone, tablet PC, etc.

At this time, the user is a participant registered to the Metaverse-based e-commerce platform provided by the Metaverse/e-commerce management server (300) of the platform integrated management server (3) or uses the stock trading service provided by the stock exchange operation server (500). It means user.

Additionally, a platform application (7) and a securities trading application (8) are installed on the client (5).

At this time, the client 5, which is not shown in the drawing, includes a communication module (not shown) that transmits and receives data with the metaverse/e-commerce management server 300 of the platform integrated management server 3 through the communication network 10, and a platform A memory (not shown) on which the application 7 is installed, a keypad (not shown) that receives commands from the user, and a monitor (not shown) on which content and a graphic user interface (GUI) are displayed. It consists of an application management module (not shown) that is linked to the platform application (7).

Additionally, when the client (5) requests membership registration with the metaverse/e-commerce management server (300) of the platform integrated management server (3), the client receives login information, personal information (age, gender, residential address, etc.), metaverse- When address, housing type information, and family composition type information are input, membership registration request data is generated by matching the entered login information, personal information, metaverse-address information, housing type information, and family composition type information. The membership registration request data is transmitted to the metaverse/e-commerce management server (300) of the platform integrated management server (3).

At this time, the metaverse-address refers to the virtual address where the user wishes to reside in the metaverse space, and the residential type refers to the user's residence type, such as 'apartment', 'villa', 'single-family house', 'one-room', 'two-room', etc. It refers to the actual type of residence of the user, and the family composition type refers to the user's actual family members.

For example, when registering as a member, the client 5 can register two addresses, one of which is a metaverse address that is public to other avatars and is a virtual address, and the other is a virtual address that is not public to other avatars. It is the actual residence address, which is the address where the user actually resides.

At this time, the actual residential address refers to the address where the actual person who can receive delivery when the avatar purchases a product through e-commerce resides, and the metaverse/e-commerce management server 300 is operated by the client 5. If a real residential address is registered, when a service-product is purchased by the corresponding avatar, the service-product is delivered/delivered to the already registered real residential address.

In addition, the metaverse/e-commerce management server 300 is configured so that when an avatar purchases a service-product, the seller of the service-product 1) the metaverse-city already registered by the avatar who purchased the service-product or 2) It is configured to pay a residence-fee to the metaverse-city corresponding to the actual residence address already registered by the avatar who purchased the service-product.

For example, when the client (5) registers as a member, not only can a random address in the metaverse be registered as 'Meta 1 District 100', but also register 'Incheon' as the actual residential address, Accordingly, when the avatar purchases a service-product, the metaverse/e-commerce management server 300 ships/delivers the service-product to a pre-registered actual residential address, but the service-product seller 1) ensures that the avatar is The residence-fee must be paid to the registered metaverse-city or 2) the metaverse-city corresponding to the actual residential address already registered by the avatar.

In other words, when registering as a member, the client (5) can register 1) a metaverse-address that is a virtual address in the metaverse and is open to others, and 2) an actual address of residence that is not open to others. there is.

In addition, when a specific avatar purchases a service-product, the metaverse/e-commerce management server 300 ensures that the service-product is delivered/delivered to the avatar's actual residence address and corresponds to the avatar's actual residence address. It is configured to pay a residence-fee to the metaverse-city or the metaverse-city registered by the avatar.

The platform application (7) is installed on the client (5) and linked with the metaverse/e-commerce management server (300) of the platform integrated management server (3), and the metaverse provided by the metaverse/e-commerce management server (300) It is an application, software, or application that connects to a space and provides e-commerce platform services to users.

The securities trading application (8) is installed on the client (5) and linked with the stock exchange operation server (500) to provide securities trading services to users, such as a normal home trading system (HTS) and mobile trading. It is a system (MTS, Mobile Trading System).

That is, the client 5 can perform stock trading in the stock exchange market provided by the stock exchange operation server 500 through the stock trading application 8.

Non-face-to-face affiliated store terminals (9) are installed at non-face-to-face affiliated stores that sell services and products through the metaverse/e-commerce management server (300) of the platform integrated management server (3) or are owned by the manager of the non-face-to-face affiliated store. It is one terminal.

At this time, non-face-to-face affiliated stores refer to affiliated stores that can sell services and products to customers through shipping/delivery services without the customer having to visit the affiliated store. Examples include online shopping malls, offline shopping malls, restaurants, flower shops, cafes, etc. As another example, it may also include an affiliated store that sells services and products to customers who visit an offline store while also providing delivery/delivery services.

In addition, as shown in FIG. 3, when the non-face-to-face affiliated store terminal 9 wants to register its affiliated store as a seller in the Metaverse-based e-commerce platform service of the Metaverse/e-commerce management server 300, it registers the affiliated store. After generating the request data, the generated affiliated store registration request data is transmitted to the metaverse/e-commerce management server (300) of the platform integrated management server (3).

At this time, the affiliated store registration request data includes the affiliated store name, sales type (non-face-to-face sales), address of the seller, delivery/delivery area, 2D/3D modeling data (or 2D/3D modeling construction data) corresponding to the affiliated store, and services sold - Includes product information (product name, sales price, 2D/3D modeling data, detailed information, purchase cycle (T1), etc.).

At this time, the purchase cycle (T1) refers to the elapsed time from when one item is purchased to when repurchase is necessary. For example, if the service product is ‘instant rice’, the purchase cycle (T1) can be set to ‘8 hours’, which is the elapsed time for each person’s meal.

In addition, the non-face-to-face affiliated store terminal (9), when a change occurs in the service-product items registered in the metaverse/e-commerce management server (300) (new service-product addition, existing service-product sales discontinuation, etc.), the service -Request a change in product registration. At this time, when requesting a registration change, online/offline affiliated store terminals (9-1), ..., (9-N) provide details of the change, name of the changed service-product, sales price, 2D/3D modeling data, detailed information, etc. It is transmitted to the Metaverse/e-commerce management server (300) of the platform integrated management server (3).

In addition, the non-face-to-face affiliated store terminal (9) receives delivery/delivery information including service-product identification information, purchase information (quantity, type, color, size, etc.), payment cost, delivery address, etc. from the metaverse/e-commerce management server (300). When delivery request data is received, the delivery/delivery service is used to deliver the purchase request and payment-completed service-product to the delivery address.

The face-to-face/fixed affiliated store terminal 11 is a terminal installed at a face-to-face affiliated store, which is an affiliated store that sells services and products to customers visiting a fixed location.

At this time, face-to-face affiliated stores refer to affiliated stores that sell services and products only to customers who visit a fixed location, that is, do not provide delivery or delivery services. For example, restaurants, hair shops, cafes, optical stores, clothing stores, This may include cosmetics stores, etc.

In other words, a face-to-face affiliated store refers to an affiliated store that sells services and products in a face-to-face manner only to customers who visit the site.

For example, in the present invention, even if they are the same restaurant, 1) a restaurant that delivers dishes through a delivery service may be included in the non-face-to-face affiliated store, and 2) a restaurant that provides dishes to customers who visit the restaurant without a delivery service may be included in the non-face-to-face franchise. 3) Restaurants that provide food to customers who visit the site while also providing delivery services can be included in both non-face-to-face and face-to-face franchises.

In addition, as shown in FIG. 3, the face-to-face/fixed affiliated store terminals (11-1), ..., (11-N) are connected to the metaverse/e-commerce management server (300) of the platform integrated management server (3), When you want to register your affiliated store as a seller, you generate affiliated store registration request data and then transmit the generated affiliated store registration request data to the platform integrated management server (3).

At this time, the affiliated store registration request data includes affiliated store identification information, sales type information, seller address, affiliated store 2D/3D modeling data (or 2D/3D modeling construction data), and each service-product information.

In addition, the face-to-face/fixed merchant terminal (11) may change the service-product items registered in the metaverse/e-commerce management server (300) of the platform integrated management server (3) (add new service-product, sell existing service-product) When a stoppage, etc.) occurs, a request is made to change the registration of the service-product.

In addition, the platform application (7) is installed in the face-to-face/fixed merchant terminal (11), and the platform application (7) of the face-to-face/fixed merchant terminal (11) is installed on the terminal (5) of the buyer who visited the site and purchased the service-product. ), when you receive sales confirmation request data including your avatar identification information, sales avatar identification information, and service-product identification information, we check whether the buyer purchased the service-product included in the received sales confirmation request data on-site. After determination, if the buyer purchases the service-product included in the sales confirmation request data on-site, the sales confirmation request data, sold service-product identification information, sales quantity, and sales are sent to the platform integrated management server (3). Send sale confirmation information including price and sales time.

At this time, the sales amount in the sales confirmation information includes only the amount for the service-product purchased. For example, a buyer visits a face-to-face affiliated store and purchases service-products 'A', 'B', and 'C', and among the service products 'A', 'B', and 'C', the service that the buyer received- When the product is 'A', the face-to-face affiliate store performs payment for all the service-products 'A', 'B', and 'C' purchased by the buyer, but only for the service-product 'A' purchased by the buyer. Pre-sale confirmation information is generated and transmitted to the metaverse/e-commerce management server (300) of the platform integrated management server (3).

The platform integrated management server (3) provides e-commerce services and metaverse platform services to connected clients (5), the metaverse/e-commerce management server (300), and the metaverse/e-commerce management server (300). It consists of a stock exchange operation server (500) that provides metaverse-land ownership (land division ownership) and stock trading services of listed companies.

Hereinafter, the stock exchange operation server 500 of the platform integrated management server 3 will be described in detail through FIGS. 4 to 21, and the metaverse/e-commerce management server 300 will be described through FIGS. 22 to 37. Let me explain in detail.

Figure 4 is a block diagram showing the stock exchange operation server of Figure 2.

The stock exchange operation server 500 of FIG. 4 is a metaverse-city's stock listing, public offering, metaverse-stock trading of land division ownership that is the city's ownership, metaverse-company's stock listing, public offering, metaverse company-of This is a server for managing and controlling stock transactions, etc.

At this time, the metaverse-city refers to the city that constitutes the metaverse-map provided by the metaverse/ecoverus management server (300), and the land division ownership of each metaverse-city is made up of actual people or avatars. In each metaverse-city, VR-affiliates are placed to sell service items, and a detailed description of these metaverse-cities and VR-affiliates will be described in detail in FIGS. 22 to 37, which will be described later.

In addition, as shown in FIG. 4, the stock exchange operation server 500 includes a control unit 501, a database unit 502, a data transmission and reception unit 503, a DB collection unit 504, and a metaverse-city-based listing management unit. (505), Metaverse-Corporate Based Listing Management Department (506), Integrated Analysis Data Generation Department (507), Dividend Calculation and Execution Department (508), Application Management Department (509), and Securities Trading Service Department (510).

The control unit 501 is the operating system (OS) of the stock exchange operation server 500, and the control objects 502, 503, 504, 505, 506, 507, 508, Manage and control the operations of (509) and (510).

Additionally, the control unit 501 executes the metaverse-city-based listing management unit 505 and the metaverse-company-based listing management unit 506 at every preset cycle (T).

The database unit 502 stores securities transaction databases necessary for stock exchange operation.

Additionally, the database unit 502 stores the city DB collected by the DB collection unit 504.

At this time, the city DB refers to information on each of the metaverse-cities that make up the metaverse space. In detail, it includes VR affiliated store information for each metaverse-city, permanent avatar information, dynamic avatar information, e-commerce transaction amount, It includes total sales-commission, total residence-commission, etc., and a permanent avatar refers to an avatar whose residence is in the metaverse-city, and a floating avatar refers to another metaverse that visits the metaverse-city and performs economic activities. -It means the avatar of the city.

For example, an avatar whose residence in the metaverse-city is set to 'Incheon' may visit the metaverse-city of 'Seoul' or access a VR affiliated store located in the metaverse-city of 'Seoul' to perform transaction activities. In this case, the avatar in question will be selected as the permanent avatar of the 'Seoul' metaverse-city.

Additionally, the database unit 502 stores the corporate DB collected by the DB collection unit 504.

At this time, the corporate DB is information about each company registered as a VR-affiliate (metaverse-company) of the metaverse platform, and in detail, each metaverse-company's metaverse-address, actual sales, actual profit, metaverse It includes sales through the bus platform, profits through the Metaverse platform, residence-fee, sales-fee, and a list of fee payment targets.

The data transmitting and receiving unit 503 transmits and receives data with the metaverse/e-commerce management server 300 and clients (5-1), ..., (5-N).

The DB collection unit 504 connects to the metaverse/e-commerce management server 300, collects city DB and company DB, and stores the collected city DB and company DB in the database unit 503.

Figure 5 is a block diagram showing the metaverse-city based listing management unit of Figure 4.

The Metaverse-City based listing management unit 505 of FIG. 5 selects the best Metaverse-Cities among the Metaverse-Cities constituting the Metaverse space of the Metaverse platform provided by the Metaverse/e-Commerce Management Server 300. Manage the progress of listing, public offering, IPO, etc.

In addition, as shown in FIG. 5, the metaverse-city-based listing management unit 505 consists of a securities trading operation method setting module 551, a listing determination module 553, and an IPO service module 555.

FIG. 6 is a conceptual diagram for explaining the securities trading operation method setting module of FIG. 5, FIG. 7 is another conceptual diagram of FIG. 6, and FIG. 8 is another conceptual diagram of FIG. 6.

The securities transaction operation method setting module 551 is executed under the control of the control unit 501 and sets the securities transaction operation method of land division ownership, which is the ownership of the metaverse-city.

Referring to FIGS. 6 to 8, looking at the securities trading operation method setting module 551, as shown in FIG. 6, the securities trading operation method setting module 551 is configured to set a specific meta by the future listing determination module 553. Once the listing of Bus-City is decided, a transfer agent (Korea Securities Depository, etc.) is selected, an issuer management account is opened at the Korea Securities Depository, and an actual securities company is designated as a land division ownership transaction broker.

Accordingly, the Securities Transaction Service Department (510) allows land division owners and investors to trade through their securities accounts, and at the same time, transactions are certified at the Korea Securities Depository through securities companies, and payments are made through the Korea Securities Depository and securities companies. Ensures that payments, deposits, and transactions take place.

In addition, as shown in FIG. 7, the securities transaction operation method setting module 551 uses a transfer agent (Korea Securities Depository, etc.) when the listing of a specific metaverse-city is determined by the subsequent listing determination module 553. After selection, an issuer management account is opened at the Korea Securities Depository, a 'Land Divided Ownership Trading Brokerage' is created on its own that performs the same functions as a known stock exchange, and the created 'Land Divided Ownership Trading Brokerage' is used as a trading broker. Designate as

Accordingly, the Securities Trading Service Department (510) allows land division ownership holders and investors to trade through their securities accounts, and at the same time, transactions are certified at the Korea Securities Depository through the 'Land Division Ownership Trading Brokerage', and the Korea Securities Depository and Payments, deposits, and transactions are made through the 'Land Divisional Ownership Transaction Brokerage'.

In addition, as shown in FIG. 8, the securities transaction operation method setting module 551 issues virtual currency and simultaneously conducts land division ownership transactions when the listing of Metaverse-City is determined by the subsequent listing determination module 553. A brokerage office will be opened, and a land division ownership Korea Securities Depository with the same functions as the Korea Securities Depository will be created within the platform to establish a deposit and settlement system and transaction system.

In other words, the stock exchange operation server 500 of the present invention is built so that cities that wish to list land division ownership can deposit and settle land division ownership on their own through the securities transaction operation method setting module 551, thereby enabling the securities transaction service department. (510) A listed city in the metaverse becomes a land division ownership issuance and transfer agent on its own, deposits the land division ownership into the issuer management account of the Korea Securities Depository, and links it with a land division ownership trading brokerage (acting as a securities company in the real world). Through the securities account opening service, it is possible to freely conduct land division ownership transactions through the land division ownership owner's securities account (land division ownership account) and the new investor's securities account (land division ownership account).

In other words, the present invention allows the metaverse/e-commerce management server 300 to primarily generate profit to the seller due to the transaction during an e-commerce transaction, but separate sales-commission and residence-fee from the metaverse-city and By paying to the avatar, profits are generated for users not directly related to the transaction and for the Metaverse-City, and ultimately, the land division ownership of the Metaverse-City is structured to be sold and sold through the stock exchange, thereby creating a voluntary basis for the Metaverse-City. Not only is value growth possible, but by building a system so that the value growth of the metaverse-city is directly linked to land owners, it is possible to provide a new economic paradigm that has never existed before by increasing the profits, participation, and scalability of avatars.

In other words, the conventional e-commerce system had the limitation of providing economic benefits only to sellers selling service-products and platform operators, and general users could not share in the profits of the platform at all. However, the present invention is a method of e-commerce transactions. Upon activation, the economic value of the metaverse-city will grow and at the same time, support transactions of land division ownership of the metaverse-city through the stock exchange, and protocol economic effects can be expected.

Figure 9 is a block diagram showing the listing determination module of Figure 5.

The listing judgment/decision module 553 of FIG. 9 is executed at a preset period (T) under the control of the control unit 501, and among the city DBs collected by the DB collection unit 504, listing has not yet been completed. After extracting unlisted metaverse-cities that are not listed, the city DB of each extracted unlisted-city is analyzed and utilized to determine whether the land division ownership of each unlisted-city should be listed on the stock exchange.

In addition, as shown in FIG. 9, the listing judgment/decision module 553 includes a data extraction module 5531, an actual population comparison module 5532, an avatar population comparison module 5533, and an avatar population ratio calculation module 5534. ), avatar population ratio comparison module (5535), listing decision module (5536), and valuation calculation module (5537).

The data extraction module 5531 extracts each city DB of unlisted cities that are metaverse cities that have not yet been listed among the city DBs collected by the DB collection unit 504.

The actual population comparison module 5532 compares the actual population of each extracted unlisted city with a preset first threshold.

At this time, the first threshold refers to the minimum value of the actual city population that can be judged as safe to list the metaverse-city on the stock exchange.

The avatar population comparison module 5533 compares the avatar population, which means the number of subscribers of avatars that have registered each unlisted city as their residence, with a preset second threshold.

At this time, the second threshold refers to the minimum value of the avatar population at which it can be determined that it is okay to list the metaverse-city on the stock exchange.

The avatar population ratio calculation module 5534 divides the avatar population of each unlisted city by the actual population and then multiplies it by 100 to calculate the avatar population ratio, which means the ratio of avatar subscriptions to the actual population.

The avatar population ratio comparison module 5535 compares the avatar population ratio calculated by the avatar population ratio calculation module 5154 with a preset third threshold.

At this time, the third threshold refers to the minimum value of the avatar population ratio that can determine that it is okay to list the metaverse-city on the stock exchange.

The listing determination module 5536 determines whether 1) the actual population number is greater than or equal to the first threshold value in the actual population comparison module 5532, 2) the avatar population number is greater than or equal to the second threshold value in the avatar population comparison module 5533, or 3) If the avatar population ratio comparison module 5535 is greater than or equal to the third threshold, it is determined that the land division ownership of the unlisted city will be listed on the stock exchange.

At this time, the control unit 501 terminates the operation of the listing judgment/decision unit 553 in the listing decision module 5536 if 1) there is no listing target city that is an unlisted city, and 2) if the listing target city is one If there are more than one, the valuation calculation module (5537) is executed.

The valuation calculation module (5537) is executed in the listing decision module (5536) when there is more than one city to be listed, and analyzes the city DB of the city to be listed using a preset valuation algorithm, and determines the listing target city. Calculate the city's valuation (α).

At this time, the valuation calculation algorithm calculates the valuation (α) in proportion to the number of permanent avatars, number of floating avatars, number of VR affiliated stores, transaction amount, sales-commission, and residence-commission in each listing target city.

For example, when 'Wonju' is a city subject to listing, the valuation calculation module 5537 calculates the number of permanent avatars in 'Wonju', the number of floating avatars, the number of VR affiliated stores, transaction amount, sales-fee, and residence-fee. The valuation (α) can be calculated to be proportional.

The valuation (α) calculated by this valuation calculation module 5537 can be used when setting the issuance quantity and public offering price in the IPO service module 555.

FIG. 10 is a conceptual diagram for explaining the operation process of the IPO service module of FIG. 5, FIG. 11 is another conceptual diagram of FIG. 10, and FIG. 12 is another conceptual diagram of FIG. 10.

The IPO service module 555 performs an IPO (Initial Public Offering) of a listing target city that is an unlisted city that has been determined in the listing determination module 553 to require listing of land division ownership.

In addition, as shown in FIG. 10, the IPO service module 555 determines the issuance quantity of the land division ownership when the listing of the land division ownership of an unlisted city is decided, and then divides the retained earnings by the number of land division ownership issuances to obtain the earnings per share. After calculating (EPS, Earning Per Share) and at the same time calculating the price-earnings ratio (PER) of the comparative industry or listed city in the stock market, the price-earnings ratio (PER) of the comparative industry or listed city is calculated. After determining the expected public offering price by multiplying (PER) and the calculated earnings per share (EPS), the listing date/public offering price is determined and the public offering stock subscription service is performed.

In addition, when allocating public offering stocks to related companies such as VR affiliated companies, the IPO service module 555 allocates the public offering stock of related companies to related companies (VR affiliated companies) based on sales, number of transactions, and commission. It may be structured to allocate public offering stocks based on amount, etc.

In addition, as shown in FIG. 12, the IPO service module 555 decides to list the land division ownership of an unlisted city and then converts the retained earnings, residence fees, sales fees, 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 module 555 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]

In this way, the metaverse operating system (1) of the present invention provides 1) the metaverse/e-commerce management server (300) of the platform integrated management server (3) to sell to the avatar and metaverse-city during e-commerce transactions - commissions and By paying a residence fee, it not only generates profits through metaverse activities alone, but also has the advantage of providing an environment in which the profits and value of the metaverse-city can grow voluntarily.

However, although this method is very useful for the profit structure of the Metaverse-City or the Metaverse platform, it has a very limited structure in which participating avatars only make profit through sales, so the profits of the Metaverse-City are shared between participants (avatars). It has structural limitations that prevent it from doing so.

Accordingly, the metaverse operating system (1) of the present invention 2) allows the stock exchange operation server (500) of the platform integrated management server (3) to allocate the land division ownership of the metaverse-city to the avatars and at the same time, divide the land ownership. By operating a stock exchange for the metaverse-city, it is possible to establish a structure in which the profits of land division owners (avatars) increase along with the growth of the metaverse-city, thereby maximizing the effect of citizen capitalization, as well as improving the land division ownership of the metaverse-city. It can increase transaction reliability and convenience.

In other words, the present invention uses sales-commissions and residence-fees to enable the economic value of the metaverse-city to grow according to the activation of e-commerce transactions, and at the same time, the land division ownership of the metaverse-city through the stock exchange. By supporting transactions, protocol economic effects and a participant-centered economic system can be expected.

Figure 13 is a block diagram showing the metaverse-company based listing management unit of Figure 4.

The Metaverse-company based listing management unit 506 in Figure 13 manages services such as listing decisions, public offerings, and IPOs of high-quality companies among Metaverse-companies registered as VR-affiliates of the Metaverse platform.

In addition, as shown in FIG. 13, the metaverse-corporate based listing management unit 506 includes a second securities transaction operation method setting module 561, a second listing determination module 563, and a second IPO service module 565. ).

FIG. 14 is a conceptual diagram for explaining the second securities transaction operation method decision module of FIG. 13.

The second securities transaction operation method decision module 561 of FIG. 14 is executed under the control of the control unit 501 and sets the metaverse-company securities transaction operation method.

At this time, Metaverse-company refers to a company/company registered as a VR-affiliate of Metaverse.

For example, as shown in FIG. 14, the second securities transaction operation method decision module 561, when the listing of the metaverse-company is determined by the second listing decision module 563, transfer agent ( After selecting the Korea Securities Depository, etc.), an issuer management account can be opened at the Korea Securities Depository, and an actual securities company can be designated as the trading broker.

Accordingly, the Securities Exchange Service Department (539) allows shareholders and investors of listed companies to trade through their securities accounts, and at the same time, transactions are certified at the Korea Securities Depository and Clearings Institute through securities companies, and the Korea Securities Depository and securities companies Through this, payment, deposit, and transaction are carried out.

Figure 15 is a block diagram showing the second listing determination module of Figure 13.

The second listing determination module 563 in FIG. 15 is executed at a preset period (T) under the control of the control unit 501, and among the corporate DBs collected by the DB collection unit 504, unlisted metaverse- After extracting companies, the corporate database of the extracted unlisted companies is analyzed to judge and decide whether or not to list each unlisted company on the stock exchange.

In addition, as shown in FIG. 15, the second listing determination module 563 includes a data extraction/analysis module 5631, a comparison module 5632, a eligibility determination module 5633, and a listing resolution progress module 5634. , consists of a listing decision module (5635).

The data extraction/analysis module 5631 extracts corporate DBs of unlisted companies from among the corporate DBs collected by the DB collection unit 504.

The comparison module 5632 analyzes the corporate database of each unlisted company extracted by the data extraction/analysis module 5631 and compares whether the preset listing conditions are met for each unlisted company.

The eligibility determination module 5633 uses the comparison data detected in the comparison module 5632 to determine whether each unlisted company satisfies the listing conditions.

At this time, when an unlisted company (hereinafter referred to as a candidate company) that satisfies the listing conditions is detected in the qualifications determination module 5633, the control unit 501 executes the listing decision progress module 5634.

The listing resolution progress module 5634 refers to the metaverse-address of the candidate company, detects the metaverse-city with the corresponding metaverse-address, and then sends the corresponding information to the land division owners of the detected metaverse-city. Proceed with a resolution on stock listing of the candidate company.

At this time, the method of deciding whether to list Metaverse-City can be applied through voting by executives or voting by land division owners.

In other words, land division owners of a metaverse-city can invest in the metaverse-company through a resolution to list a specific metaverse-company, and accordingly, the profits of the metaverse-company have a stake in the metaverse-company. Because it is directly connected to the city, and the profits of Metaverse-City are shared with the land division owners, it is possible to maximize the effect of citizen capitalization, as well as activating transactions for land division ownership, expanding the land division ownership transaction market. Various investors can participate.

In other words, the present invention provides 1) economic benefits to the metaverse-company due to sales during e-commerce transactions, and 2) economic benefits to the avatar and metaverse-city through sales-fees and residence-fees. 3) Through the stock exchange, it supports Metaverse-City's land division ownership and Metaverse-Corporate securities trading, but is structured to support and induce Metaverse-City's public offering service when the Metaverse-City is listed. As a result, the growth of the Metaverse-City is directly linked to the land owners, allowing participants to share the profits of the Metaverse-City, as well as the growth in the value of the Metaverse-City, which is a Metaverse-City with a stake in the company, i.e. It can be shared among land division owners, making it possible to build a participant-centered economic system.

In addition, the control unit 501 progresses the listing decision module 5635 when the listing of the candidate company is passed through the metaverse-city resolution through the listing decision progress module 5634.

The listing decision module 5635 is executed when the listing resolution of a candidate company is passed in the corresponding metaverse-city through the listing resolution progress module 5634, and determines the candidate company as a newly listed company.

At this time, when the new listed company is determined in the listing decision module 5635, the control unit 501 executes the second IPO service module 565.

FIG. 16 is a block diagram showing the second IPO service module of FIG. 13.

The second IPO service module 565 in FIG. 16 is executed when the second listing determination module 563 determines that the candidate company is a newly listed company, and performs an IPO (Initial Public Offering) of the newly listed company.

In addition, as shown in FIG. 16, the second IPO service module 565 includes a listing manager selection module 5651, a preferred subscriber selection module 5652, a public offering schedule establishment module 5653, and a public offering public offering module 5654. ), consists of the public offering stock subscription/allocation module (5655).

The listing manager selection module (5651) selects the metaverse-city or securities company that has decided to list the newly listed company determined in the second listing decision module (563) as the listing manager. New listings for which listing has been decided. Metaverse-City or a securities company that promotes the listing of a company is selected as the listing manager.

Figure 17 is a block diagram showing the priority subscriber selection module of Figure 16.

The priority subscriber selection module (5652) consists of a corporate DB input/analysis module (56521), purchase history avatar extraction module (56522), sales history vendor extraction module (56523), and priority subscriber determination module (56524).

The corporate DB input/analysis module (56521) extracts the corporate DB of a newly listed company that has been decided to be listed, and then analyzes the extracted corporate DB.

The purchase history avatar extraction module (56522) refers to the analysis data detected through the corporate DB input/analysis module (56521) and records the purchase history of an avatar who has experience purchasing services and products through the newly listed company VR-affiliate. Extract avatars.

The sales history vendor extraction module (56522) refers to the analysis data detected through the corporate DB input/analysis module (56521) and records the sales history of vendors that have a history of supplying services and products through the newly listed company VR-affiliate. Extract vendors.

For example, when metaverse-company 'A', which operates a delivery platform, is determined to be a newly listed company, the purchase history avatar extraction module (56522) selects avatars that have experience requesting food delivery through the 'A' delivery platform. The purchase history is extracted as an avatar, and the sales history vendor extraction module (56523) extracts the vendors that supplied food through the 'A' delivery platform as sales history vendors.

The priority subscription target determination module 56524 determines the purchase history avatars extracted from the purchase history avatar extraction module 56522 and the sales history vendors extracted from the sales history vendor extraction module 56523 as priority subscription targets.

In other words, the stock exchange operation server 500 of the present invention determines whether to list high-quality companies among Metaverse-companies registered as VR-affiliates, but when deciding on listing, the service-product is previously sold through the VR-affiliate. By selecting participants with a history of purchasing or supplying as priority candidates for public offering stock subscription, Metaverse-corporate investment is induced in small business owners and individuals who participated in the Metaverse platform, thereby not only improving the company's profit structure but also small business owners, individuals, etc. The profit structure can also be effectively improved.

The public offering schedule establishment module (5653) determines and establishes the public offering date, public offering stock quantity, public offering stock par value, public offering price, listing date, public offering stock allocation ratio, etc. of the newly listed company that has been decided to be listed, and generates public offering information by matching them.

At this time, the allocation ratio of public offering shares is determined based on the 'Capital Market and Financial Investment Services Act', and in detail, 1) the allocation ratio of public offering shares of Metaverse-Doshi (listing manager) that has decided to list the newly listed company ( r1), 2) the allocation ratio of public offering shares of other metaverse-cities (hereinafter referred to as other cities) that participated in the public offering (r2), 3) the allocation ratio of public offering shares of the purchase history avatar (r3), and 4) the sales history of the seller It consists of the public offering stock allocation ratio (r4), and 5) the public offering stock allocation ratio (r5) of general investors who are avatars or sellers who have signed up for the Metaverse platform.

Figure 18 is an example diagram for explaining the allocation ratio of public offering shares established by the public offering schedule establishment module of Figure 16.

For example, when the public offering schedule establishment module 5653 establishes the public offering stock allocation ratio of a specific newly listed company, as shown in Figure 18, 1) the public offering stock allocation ratio (r1) of the listing manager Metaverse-City 2) The allocation ratio (r2) of public offering shares of other metaverse-cities participating in the public offering is set to '20%', 3) The allocation ratio (r3) of public offering shares of avatars with purchase history is set to 20%, 4) The allocation ratio (r4) of public offering shares to sales history sellers can be set to 20%, and 5) the allocation ratio (r5) of public offering shares to general investors who are avatars or sellers who have joined the Metaverse platform can be set to '15%'.

The public offering announcement module 5654 refers to the public offering schedule established in the public offering schedule establishment module 3653, and when the public offering date arrives, it announces the public offering information and simultaneously notifies the relevant parties of the public offering information.

The public stock subscription/allocation module (5655) operates overall services related to public stock subscription according to the public offering schedule, and when public stock subscription is completed, stocks are allocated according to subscription.

Returning to FIG. 4, looking at the integrated analysis data generation unit 507, the integrated analysis data generation unit 507 is executed when the stock exchange market opens on that day by the securities trading service department 510, and is executed by the securities trading service department (510). 510), the transaction database of the day's market is processed and analyzed by referring to the securities transaction database created in 510) to generate integrated analysis data.

At this time, the integrated analysis data generation unit 507 includes market information on land division ownership, changes in the number of avatars, transaction volume, transaction amount, etc. for each listed city, and market information, transaction volume, transaction amount, etc. for each listed company. Includes.

The integrated analysis data generated by the integrated analysis data generation unit 507 is utilized by the securities trading service unit 510.

The dividend calculation and execution unit 508 is executed every preset first cycle (T1), and distributes dividends proportional to the number of permanent avatars for each listing-city, the number of floating avatars, the number of VR affiliated stores, transaction amount, sales-commission, and residence-fee. After calculating the dividend, it is executed to shareholders holding shares of the listed city.

In addition, the dividend calculation and execution unit 508 calculates dividends proportional to sales, profits, etc. for each listed company and then executes them to shareholders holding shares of the listed company.

The application management unit 509 manages updates to the firmware, GUI, etc. of the securities trading application 8.

Figure 19 is a table showing the market price of land division ownership in Seoul provided by the securities trading service department in Figure 4, and Figure 20 shows the number of permanent avatar transactions and floating avatar transactions for 'Seoul' provided by the securities trading service department in Figure 4. 21 is a graph showing the monthly fee amount of the permanent avatar and the monthly fee amount of the floating avatar in 'Seoul'.

When the subscription for public offering shares is completed by the Metaverse-City-based Listing Management Department (505) or the Metaverse-Corporate-based Listing Management Department (506) and the listing date is reached, the Securities Exchange Service Department (510) is listed in the same manner as a normal stock exchange - It provides overall services such as trading and deposit settlement of stocks of cities or listed companies.

In addition, the securities trading service unit 510 analyzes and processes the integrated analysis data in accordance with the request of the connected securities trading application 8, and provides response data according to the request into charts and graphs, as shown in FIGS. 19 to 21. , tables, etc. are provided to the user.

In addition, the securities transaction service department 510 evaluates the value of land division ownership for each metaverse-city at each preset second cycle (T2), and then reports the valuation score for each metaverse-city in charts, graphs, tables, etc. Provided to users through.

At this time, the value of land division ownership of each metaverse-city is proportional to 1) the number of permanent avatars, the number of floating avatars, the number of VR affiliated stores, transaction amount, sales-commission, and residence-fee, etc., and 2) the corresponding metaverse-city is It can be calculated by reflecting the stock price of the Metaverse-company in which it has shares.

That is, in the present invention, the value of land division ownership of each metaverse-city is proportional to the number of permanent avatars in the metaverse-city, the number of floating avatars, the number of VR affiliated stores, transaction amount, sales-fee, and residence-fee, etc. At the same time, it is proportional to the value of the metaverse-company in which the metaverse-city has a stake.

Hereinafter, with reference to FIGS. 22 to 37, the metaverse/e-commerce management server 300 of FIG. 2 will be described in detail.

Figure 22 is a block diagram showing the metaverse/e-commerce management server of Figure 2.

As shown in FIG. 22, the metaverse/e-commerce management server 300 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 process. Department (34), VR franchise building department (35), member registration department (36), account creation department (37), avatar/VR exhibition-room construction department (38), storage information creation department (39), purchase request item Sorting department (40), metaverse space creation department (41), metaverse operation department (42), friend relationship register (43), sales relationship register (44), review information register (45), purchase service department (46), Payment/delivery service department (47), similar avatar recommendation department (48), sales target recommendation department (49), sales recommendation information generation department (50), sales confirmation information processing department (51), fee calculation and payment department (52) It consists of

The control unit 30 is the operating system (OS) of the metaverse/e-commerce management server 300, and the control objects (31), (32), (33), (34), (35), (36), ( 37), (38), (39), (40), (41), (42), (43), (44), (45), (46), (47), (48), (49) , (50), (51), and (52) manage and control the operations.

In addition, when the control unit 30 receives affiliated store registration request data from the non-face-to-face affiliated store terminal 9 or the face-to-face/fixed affiliated store terminal 11 through the data transmitting and receiving section 32, it stores the received affiliated store registration request data in the affiliated store register ( Enter 33).

At this time, the affiliated store registration request data includes sales type (non-face-to-face or face-to-face), affiliated store name, address of seller, delivery/delivery area, 2D/3D modeling data (or 2D/3D modeling construction data) corresponding to the affiliated store, and service sold. -Includes product information (product name, sales price, 2D/3D modeling data, detailed information, etc.), purchase cycle (T1) information, and purchase cycle (T1) is from the purchase of one item to the point when repurchase is necessary. means the elapsed time.

In addition, when the control unit 30 receives service-product registration request data from the affiliated store terminals 9 and 11 through the data transmitting and receiving unit 32, it sends the received service-product registration request data to the service-product registration/renewal unit. Enter (34).

In addition, the control unit 30 receives membership request data from the platform application 7 through the data transmitting and receiving unit 32 and, upon receiving a request for membership, inputs the received membership request data into the membership registration unit 36. .

Additionally, the control unit 30 inputs the metaverse space data generated by the metaverse space creation unit 41 to the metaverse operation unit 42.

Additionally, when the control unit 30 receives sales confirmation information from the face-to-face/fixed affiliated store terminal 11, it inputs the received sales confirmation information into the sales confirmation information processing unit 51.

In addition, when non-face-to-face transaction information is generated in the payment/delivery service department 47 or face-to-face sales transaction information is generated in the sales confirmation information processing unit 51, the control unit 30 generates the generated non-face-to-face transaction information and face-to-face sales transaction information. is input into the avatar/VR exhibition-room construction unit (38) and the fee calculation and payment unit (52).

In addition, when sales relationship information is generated in the sales relationship registration unit 44, the control unit 30 inputs the generated sales relationship information to the avatar/VR exhibition-room construction unit 38 to create the avatar VR exhibition-room construction unit 38. ) is executed.

The database unit 31 includes affiliate store registration information registered by the affiliate store registration unit 33, avatar profile information registered by the member registration unit 36, and avatar identification assigned to the user account by the account creation unit 37. Information and VR exhibition-room identification information are stored.

At this time, VR exhibition-room refers to a personal space on the metaverse allocated to each user (avatar) account. In detail, it refers to the service-product (hereinafter referred to as item) purchased by the avatar through the metaverse. It refers to a private space where purchased 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 avatars and VR exhibition-rooms built by the avatar/VR exhibition-room building unit 38.

At this time, VR affiliated stores refer to the space on the metaverse where service-products sold at non-face-to-face affiliated stores or face-to-face/fixed affiliated stores are displayed. As applied in the normal metaverse, 360° user viewpoint movement and autonomous positioning are possible. It is built to be portable.

That is, the metaverse/e-commerce management server 300 of the platform integrated management server 3 of the present invention registers affiliated stores and provides metaverse platform services according to requests from affiliated store terminals 9 and 11.

Additionally, the database unit 31 stores the metaverse space created by the metaverse space creation unit 41.

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. And while moving the viewpoint, it is built to enable visits to adjacent VR affiliated stores or VR exhibition rooms of other avatars.

Additionally, friend relationship information generated by the friend relationship registration unit 43 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 44. In this case, 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. The sales relationship information includes identification information of the sales demand avatar, which is the avatar that applied for sales, identification information of the sales supply avatar, which is the avatar that provided the sales, service-product identification information, and VR exhibition-room identification information of the sales demand avatar. .

FIG. 23 is a conceptual diagram for explaining sales relationship information applied to the metaverse/e-commerce management server of FIG. 2.

Looking at the sales relationship information with reference to Figure 23, when 'A' avatar first purchases the 'M' item displayed at the VR affiliated store, the 'M' item is exposed in the VR exhibition room of 'A' avatar.

In this situation, assuming that 'B' avatar and 'C' avatar receive the 'M' item stored in the VR exhibition room of 'A' avatar, the item displayed in the VR exhibition room of 'B' avatar is The order information of the distribution relationship information of the 'M' item is set to 'A->B', and the order information of the distribution relationship information of the 'M' item displayed in the VR exhibition room of the 'C' avatar is set to 'A-> It is set to C'.

Also, assuming that the 'M' item sold by the 'B' avatar is distributed to the 'D' avatar and the 'E' avatar, and the 'M' item sold by the 'C' avatar is distributed to the 'F' avatar. , the order information of the sales relationship information of the 'M' item displayed in the VR exhibition-room of the 'D' avatar is set to 'B->D', and the 'M' displayed in the VR exhibition-room of the 'E' avatar The order information of the sale relationship information of the item is set to 'B->E', and the order information of the sale relationship information of the 'M' item displayed in the 'F' avatar is set to 'C->F'.

In other words, when an avatar purchases a specific item through distribution, the metaverse/e-commerce management server 300 of the platform integrated management server 3 of the present invention pays a sales-commission to the distribution supply avatar, which is the avatar that supplied the distribution. By being configured to do so, the avatar can generate revenue simply by displaying items in his or her VR exhibition room, which not only increases user participation but also has the advantage of providing user-centered revenue generation opportunities.

In other words, the metaverse operating system (1) of the present invention not only targets users for shopping and purchasing service-products through metaverse-based e-commerce services, but also engages in activities on the metaverse (making friends, making sales, etc.) Since even users seeking to generate profits can participate, participation voluntariness and scalability can be maximized, and this expansion of user participation can revitalize the Metaverse market and increase the economic effect of the Metaverse market. .

The data transmitting and receiving unit 32 transmits and receives data with clients 5 connected to the communication network 10, non-face-to-face affiliated store terminals 9, and face-to-face/fixed affiliated store terminals 11.

The affiliated store register 33 is executed when a request for affiliated store registration is received by receiving affiliated store registration request data from the affiliated store terminals 9 and 11.

At this time, the affiliated store registration request data is: 1) When transmitted from the non-face-to-face affiliated store terminal (9), affiliated store identification information, sales type information, affiliated store 2D/3D modeling data (or 2D/3D modeling construction data), and each service-product 2) When transmitted from the face-to-face/fixed merchant terminal (11), merchant identification information, sales type information, and merchant 2D/3D modeling data (or 2D/3D modeling construction data), each service-product information, and seller address information.

For example, when establishing a VR franchise for 'A' restaurant (franchise) located in Jongno, Seoul, the franchise register 33 sets the metaverse 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 operated when 1) an affiliated store is newly registered by the affiliated store register 33 or 2) service-product registration request data is transmitted from a previously registered affiliated store terminal (9, 11). It runs.

In addition, the service-product registration/update unit 34 is 1) when a franchise is newly registered and executed by the franchise register 33, the service-product information (product name, sales price, 2D/3D) included in the franchise register 33; After extracting modeling data, detailed information, sales-commission rate, purchase cycle (T1), 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 receives service-product registration request data from the affiliated store terminal (9 or 11) registered in the 2nd period, and when the service-product registration request is executed, the corresponding affiliated store terminal (9 or 11) receives the service-product registration request data. Alternatively, the service-product registration request data received from 11) is processed and referred to, the existing service-product information of the relevant 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 24 is an example diagram for explaining a VR affiliated store built by the VR affiliated store construction unit of Figure 22.

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

Additionally, when a new affiliated store is registered and executed by the affiliated store register 33, the VR affiliated store construction unit 35 uses 2D/3D modeling data included in the affiliated store registration information for the affiliated store registered by the affiliated store registry 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 platform integrated management server (3) or may be composed of a known Unity or Unreal engine.

In addition, as shown in FIG. 24, the VR affiliated store construction unit 35 refers to the service-product information of the corresponding affiliated store and creates an object-space ( A VR affiliated store (900) is constructed so that a large number of VR affiliates (902) are deployed.

At this time, the VR affiliated store 900 may be comprised of multiple sales outlets, and each sales outlet may be allocated to each product group. For example, the VR affiliated store 900 may be composed of a store corresponding to the ‘shoes’ product group, a store corresponding to the ‘home appliances’ product group, 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 2D/3D modeling data used in the VR affiliated store construction unit 35 may be a 2D/3D model file, data required to construct a 2D/3D model, or 360° images taken of an actual affiliated store. At this time, if the VR affiliated store construction unit (35) does not receive separate 2D/3D modeling data from the mobile affiliated store terminal (13) from the affiliated store terminal (9 or 11), it uses the pre-designed 2D/3D model to create a new VR You can build an affiliate store.

For example, if the 2D/3D modeling data transmitted from the affiliated store terminal (9 or 11) is 360° images, the VR affiliated store construction unit 35 determines the playback order (connection) of the acquired 360° videos according to the spatial layout. After setting the relationship (relationship, movement relationship), you can build a VR affiliated store by selecting a specific point or object (sales service-product) in each 360° video as an object, and matching the information tag for each object. You can.

At this time, the information tag may be composed of the product name, sales price, product group, detailed information, sales-commission rate, purchase cycle (T1) information of the service-product, and review information registered by the review information register 45, which will be described later.

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

For example, when a new service-product is registered by the service-product registration/update department 34, the VR affiliated store construction department 35 creates a newly registered service-product in accordance with the product group of the already established VR affiliated store 900. Change the VR affiliated store (900) to place the 2D/3D model of the product in the object-space (902) or, for service-products that have been discontinued, change the VR affiliated store (900) to remove the items displayed in the object-space (902) ) can be changed.

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 41, 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 platform application 7, which will be described later.

In addition, the membership registration unit 36 includes login information, personal information (age, gender, residential address, etc.), residential type information, and family composition type information included in the transmitted membership registration request data, and an account creation unit 37 to be described later. After matching the avatar identification information generated by creating avatar profile information, the generated avatar profile information is stored in the database unit 31.

The account creation unit 37 assigns an avatar to a user account registered by the member registration unit 36 and allocates a 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. 25 is an exemplary diagram showing a VR exhibition-room constructed by the avatar/VR exhibition-room construction unit of FIG. 22.

The avatar/VR exhibition-room construction unit 38 is assigned an avatar and VR exhibition-room to the account of a user who has registered as a member by the account creation unit 37, or the VR exhibition-room is created due to the purchase and distribution of the avatar. Executed when changes to exhibition items are required.

In addition, the avatar/VR exhibition-room construction unit 38 creates an avatar by reflecting the avatar's gender, appearance, body, etc. according to the user's selection, and according to the control of the metaverse operation unit 42, the avatar selects a specific item. When purchasing, selling, or clicking, the avatar is rebuilt to wear the item.

For example, the avatar/VR exhibition-room construction unit 38 can remove the avatar's beard when the avatar is male and purchase a 'shaving' item, and when purchasing a 'clothing' item, the avatar can You can wear the corresponding clothing.

At this time, when purchasing a haircut service product through a VR affiliated store, the avatar maintains a neat hairstyle, but as time passes from the date of the haircut (cut), the hair length becomes longer and the hairstyle becomes unkempt. It can be set to change state.

Additionally, the avatar/VR exhibition-room construction unit 38 sets the previously designed 2D/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. 25, the avatar/VR exhibition-room construction unit 38 displays 2D/3D images of the purchased or distributed item when the avatar purchases or receives a specific item by the purchase service unit 46. The model (object) 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 38 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 user purchases or By displaying the 2D/3D model (object) of the item at a preset location in the sub-room corresponding to the product group of the distributed item, you can provide the service you purchased or distributed to other avatars who visit your VR exhibition-room. It is possible to create the effect of promoting and advertising the product.

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

Additionally, information tags are matched to the 2D/3D models of service-products displayed in the VR exhibition-room (910). At this time, the information tag is registered by the affiliated store information that is the seller of the service-product, the product name, sales price, detailed information, sales-commission rate, purchase cycle (T1) information of the service-product, and the review information register 45, which will be described later. Includes review information.

In other words, an avatar can visit another avatar's VR exhibition room and view the 2D/3D modeling of each displayed item, as well as check review information through the item's information tag, providing information about the item. Because sharing is possible, trust in services, products, and transactions can be increased.

In addition, when the avatar/VR exhibition-room construction unit 38 receives sales relationship information from the sales relationship register 44, the service-product identification information included in the input sales relationship information and VR exhibition-room identification of the sales demand avatar Referring to the information, the VR exhibition room is rebuilt so that the sale item is displayed in the VR exhibition room of the avatar in demand.

In addition, when the avatar/VR exhibition-room construction unit 38 receives non-face-to-face transaction information from the payment/delivery service unit 47, the purchase avatar identification information included in the input non-face-to-face transaction information and the service-product of the purchased item are provided. Referring to the identification information, purchase date, purchase quantity, and total sales amount information, the VR exhibition room is reconstructed so that the purchased item is displayed in the VR exhibition room of the corresponding purchase avatar.

This avatar/VR exhibition-room construction unit 38 is executed when 1) the first VR exhibition-room is assigned to a user account, and simultaneously builds the VR exhibition-room for the user. At the same time, 2) when the item of the avatar is sold by the sales relationship register 44, which will be described later, the VR exhibition room 910 is updated so that the sold item is displayed, and 3) the purchase service department 46 When the avatar's item is purchased, the VR exhibition room 910 is updated so that the 2D/3D model of the purchased item is displayed, so that the VR exhibition room can be changed in real time according to the avatar's actions (purchase or sale). There will be.

The storage information creation unit 39 is executed when an avatar or VR exhibition-room is built or rebuilt by the avatar/VR exhibition-room construction unit 38, and represents information on items currently displayed in the VR exhibition-room. After creating/updating storage information, it is stored in the database unit 31.

At this time, the storage information includes the product name, sales price, detailed information, sales-commission rate, purchase cycle (T1), purchase time, etc. of each item on display in the relevant VR exhibition-room.

At this time, the purchase time refers to the date/time when the avatar purchased the item.

The purchase request item selection unit 40 extracts the storage information stored in the database unit 31 and then selects the purchase request items by referring to the purchase cycle (T1) and purchase time information of each item in the extracted storage information.

In other words, the purchase request item selection unit 40 compares for each item whether the purchase cycle (T1) has elapsed from the purchase time (hereinafter referred to as the repurchase time) and whether the current time is adjacent to the repurchase time. Select the item as a desired purchase item.

At this time, when the purchase request item is selected in the purchase request item selection unit 40, the control unit 30 executes the avatar/VR exhibition-room construction unit 38.

Figure 26(a) is an example showing how the avatar/VR exhibition-room construction unit builds an avatar to display the purchase request item when a razor is selected as a purchase request item by the purchase request item selection unit of Figure 22. And (b) is an example showing how the avatar/VR exhibition-room construction unit builds an avatar to display the purchase request item when the haircut is selected as a purchase request item by the purchase request item selection unit of FIG. 22. 27 shows how the avatar/VR exhibition-room construction unit builds a VR exhibition-room so that the desired purchase item is displayed when instant rice is selected as a desired purchase item by the purchase request item selection unit of FIG. 22. This is an example diagram.

As shown in (a) of FIG. 26, the avatar/VR exhibition-room construction unit 38, when 'razor' is selected as a purchase request item by the purchase request item selection unit 40, displays a product on the avatar's face. You can rebuild your avatar to display a beard.

In addition, as shown in (b) of FIG. 26, the avatar/VR exhibition-room construction unit 38, when 'hair cut' is selected as a desired purchase item by the purchase request item selection unit 40, the avatar's You can reconstruct your avatar so that it appears with a long, messy hairstyle.

For example, if the purchase request item selection unit 40 selects ‘vitamins’ as a purchase request item, the avatar/VR exhibition-room construction unit 38 can reconstruct the avatar with a tired expression and appearance.

In addition, as shown in FIG. 27, the avatar/VR exhibition-room construction unit 38 selects the instant rice item (I) when 'instant rice' is selected as a purchase request item by the purchase request item selection unit 40. The VR exhibition room 910 can be rebuilt so that it is displayed in an enlarged manner.

That is, when a purchase request item is selected by the purchase request item selection unit 40, the avatar/VR exhibition-room construction unit 38 selects the purchase request item in the avatar or VR exhibition room to which the purchase request item is applied. By reconstructing the avatar or VR exhibition room so that the display method is displayed differently, users can immediately and accurately recognize the item they want to purchase by viewing the avatar or VR exhibition room.

The metaverse space creation unit 41 is created 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 constructed VR exhibition rooms (910).

At this time, the metaverse-map refers to the map where the basic movement of the avatar takes place, and the basic space where the established VR affiliated stores and VR exhibition rooms are located.

That is, when the metaverse space creation unit 41 places VR affiliated stores and VR exhibition-rooms on the metaverse-map, it places them on the metaverse-map based on the addresses of each VR affiliated store and each VR exhibition-room.

In other words, when a client sets the address of his/her VR exhibition room to 'Gwangju' when registering as a member, the metaverse space creation unit 41 creates a name corresponding to the metaverse-city 'Gwangju' in the metaverse-map. The client's VR exhibition room is placed in that location.

In this way, the metaverse space created by the metaverse space creation unit 41 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.

FIG. 28 is a block diagram showing the metaverse operating unit of FIG. 22.

The metaverse operation unit 42 of FIG. 28 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, the metaverse operating unit 42 consists of an integrated control module 421, an operating manual table 422, and an event detection and output module 423, as shown in FIG. 28.

The operation manual table 422 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 422, 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 an avatar for an item displayed in a VR affiliated store or VR exhibition room, the distributed Operational procedures for displaying service-products in the VR exhibition-room of the corresponding avatar may be stored.

That is, the operation manual table 422 is used to operate the metaverse space under the control of the integrated control module 421 when executed.

The event detection and output module 423 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, an 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.

When the platform application 7 is connected, the integrated management module 421 provides metaverse space to the connected platform application 7 and operates the metaverse service by utilizing the operation manual table 422 and at the same time events. Response data according to the event information output by the detection and output module 423 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 423, the integrated management module 421 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 421 executes the purchase service unit 47 and simultaneously displays the avatar/VR display so that the purchased item is displayed in the avatar's VR exhibition room. -After executing the room construction unit (38) and the metaverse space creation unit (41), the metaverse service is continuously operated based on the metaverse space reflecting the changed VR exhibition-room.

As another example, the integrated control module 421 may request a recommendation for a sale target from the sale target recommendation unit 49 when an avatar who has requested a purchase wants to purchase an item directly without going through a sale.

Figure 29 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 28.

As shown in FIG. 29, the VR affiliated store operation process (S100) of the metaverse operated by the metaverse operating unit 42 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), sales target recommendation step (S112), relationship establishment step (S113), purchase service step (S114), 2nd VR exhibition-room correction It consists of a step (S115) and a VR affiliated store exit request step (S116).

The metaverse-map display step (S101) provides metaverse space to the platform application 7 to which the integrated management module 421 is connected. At this time, the platform application 7 displays the metaverse-space on the monitor of the client 5.

In the avatar moving step (S102), when the platform application 7 is connected, the integrated management module 421 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 requests and moving the position and viewpoint of the avatar on the metaverse-map according to 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 42 searches whether the avatar visits a specific VR affiliated store when moving 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 423 of the metaverse operating unit 42 outputs event information including identification information of the visited VR affiliated store and visit details to the integrated control module 421.

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 421 detects the event output by the event detection and output module 423. This is a step in which the visited VR affiliated store is displayed on the monitor of the client (5) through the corresponding platform application (7) by referring to the information.

The avatar moving step (S105) is a step in which the integrated management module 421 moves the position and viewpoint of the avatar on the displayed VR affiliated store according to the request and control of the avatar.

The information tag request step (S106) searches whether the metaverse operating unit 42 receives 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, proceed to the next step. 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 421 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 422 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 421 controls the distribution relationship register 44 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 distribution of a specific item is registered to the avatar in the sales relationship registration step (S109), and the integrated management module 421 is operated by the avatar/VR exhibition-room construction unit 38 ) is controlled to reconstruct the user's VR exhibition-room so that the items sold in the avatar's VR exhibition-room are displayed.

At this time, the VR exhibition-room reconstructed by the avatar/VR exhibition-room construction unit 38 is reflected in the metaverse space by the metaverse space creation unit 41, and the metaverse operation unit 42 displays the reconstructed VR. The Metaverse service is operated based on the Metaverse space that reflects the exhibition-room.

The item purchase request step (S111) is a step in which the event detection and output module 422 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 sales target recommendation 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 421 controls the sales target recommendation unit 49 to provide the corresponding avatar. The sales target extracted by the sales target recommendation unit 49 is exposed in a pop-up method.

At this time, the distribution target refers to the avatar finally selected based on the number of distribution recommendations among the avatars in a friend relationship or distribution relationship that have purchased or received the item, and is included in the distribution target recommendation unit 49, which will be described later. is created by

In the relationship setting step (S113), the integrated management module 421 controls the friend relationship register 43 and the sales relationship register 44 to select the avatar recommended through the sales target recommendation step S112 and the corresponding avatar. This is the stage of registering as a friend relationship or a sales relationship.

The purchase service step (S114) is a step in which the integrated management module 421 controls the purchase service unit 46 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 (S115) is performed when the avatar's item purchase is completed in the purchase service step (S114), and the integrated management module 421 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 (S116), the metaverse operation unit 42 searches whether the avatar requests to exit 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 30 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 28.

As shown in FIG. 30, the VR exhibition-room operation process 120 of the metaverse operated by the metaverse operation unit 42 includes the metaverse-map display step (S121), the avatar moving step (S122), and the 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), Friend relationship/sale relationship registration stage (S129), 3rd VR exhibition-room correction stage (S130), item purchase request stage (S131), relationship setting stage (S132), purchase service stage (S133), 4th VR exhibition- It consists of a room correction step (S134) and a 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. 11 described above, detailed descriptions will be omitted. Do this.

In the VR exhibition-room entry request step (S123), the metaverse operation unit 42 searches for whether a visit to a specific VR exhibition-room is requested from the avatar when the avatar moves through the avatar moving step (S122), and 1) if the avatar If the avatar requests a visit to a specific VR exhibition room, the next step is the VR exhibition room display step (S124). 2) If the avatar has not requested a visit to a specific VR exhibition room, a separate operation is performed. Return to the avatar moving step (S122) without performing and repeat the process.

At this time, the VR exhibition-room entry request step (S123) is 1) when the avatar requests a visit to a specific VR exhibition-room while moving through the metaverse-map, or 2) at the request of the avatar, a friend or seller relationship After exposing the list of avatars, when a specific avatar is selected from the avatars, it can 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 421 is an event detection and output module. 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 platform application 7, referring to the event information output by 423.

The avatar moving step (S125) is a step in which the integrated management module 421 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 42, and 1) avatar 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, the process returns to the avatar moving step (S125). Repeat.

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 421 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 422 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 421 is used to register the friend relationship register 43 and the distribution relationship register 44. ) is controlled to register the sales demand avatar, which is the avatar that requested the sales, and the sales supply avatar, which is the avatar that provided the sales, as a friend relationship and a sales relationship.

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 421 is operated by the avatar/VR exhibition-room. The construction unit 38 is controlled to rebuild the user's VR exhibition room so that the sold items are displayed in the VR exhibition room of the corresponding avatar.

The item purchase request step (S131) is a step in which the event detection and output module 422 searches whether the avatar requests the purchase of a specific item 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 421 uses the friend relationship register 43 and the sales relationship register 44. 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.

The purchase service step (S133) is a step in which the integrated management module 421 controls the purchase service unit 46 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 421 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.

The VR exhibition-room exit step (S135) searches whether the metaverse operation unit 42 has received a request from the avatar to leave the VR exhibition-room. 1) If the avatar requests to leave the VR exhibition-room, the next step Return to the metaverse-map display step (S121) and repeat the subsequent process, but 2) if the avatar has not requested to leave the VR exhibition-room, proceed to the avatar moving step (S125) without performing a separate action. Go back and repeat the process.

Going back to FIG. 22 and looking at the friend relationship register 43, the friend relationship register 43 sets the user avatar and the friend target avatar as a friend relationship according to the request of the integrated management module 421 of the metaverse operation unit 42. Afterwards, friend relationship information including self-avatar identification information and friend avatar identification information is generated and 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.

The sales relationship register 44 is executed at the request of the integrated management module 421 of the metaverse operation department 42.

In addition, the sales relationship register 44 contains the identification information of the avatar that applied for sales (the avatar for sales demand), the identification information of the avatar for which the sales application was applied (the sales supply avatar), and the person subject to sales from the integrated management module 421 of the metaverse operation department 42. By extracting the VR exhibition-room identification information of the service-product identification information and sales demand avatar, order information representing the order of the sales supply avatar and sales demand avatar is generated, and then sequence information, service-product identification information, and sales demand avatar are generated. Sales relationship information is generated by matching the VR exhibition-room identification information, and the generated sales relationship information is registered in the database unit 31 and simultaneously input into the avatar/VR exhibition-room construction unit 38.

The review information register 45 is executed according to the user's request. When review information for the item purchased by the user is input, review information is generated by matching the item identification information with the input review content, and the generated review is generated. The information is registered in the database unit 31.

The purchase service department 46 receives the purchase quantity, size, color, and delivery address from the avatar who has decided to purchase a specific item, at the request of the integrated management module 421.

When purchase information is entered by the purchase service department 46, the payment/delivery service department 47 processes the payment, and when the payment is completed, the purchased product is linked to the corresponding non-face-to-face affiliated store terminal 9 to the delivery address. Have it shipped or delivered to .

In addition, when payment is completed, the payment/delivery service department 47 generates non-face-to-face transaction information including purchase avatar identification information, purchase item service-product identification information, purchase date, purchase quantity, and total sales amount. The non-face-to-face transaction information is stored in the database unit 31 and simultaneously input into the avatar/VR exhibition-room construction unit 38 and the fee calculation and payment unit 52.

Figure 31 is a block diagram showing the similar avatar recommendation unit of Figure 22.

The similar avatar recommendation unit 48 of FIG. 31 is executed when a request for avatar recommendation is received from the platform application 7.

In addition, as shown in FIG. 31, the similar avatar recommendation unit 48 includes a request avatar profile extraction module 481, a personal information-based selection module 482, a housing type-based selection module 483, and a family composition type-based selection. It consists of a module 484 and a similar avatar list creation module 485.

The request avatar profile extraction module 481 extracts profile information of the avatar requesting similar avatar recommendation from the database unit 31.

At this time, profile information includes personal information (age, gender, address, etc.), housing type, and family structure type information, and housing types include 'apartment', 'villa', 'single-family house', 'one-room', 'two-room', etc. It consists of, and family composition type refers to family members.

The personal information-based selection module 482 extracts personal information from the profile of the request avatar extracted by the request avatar profile extraction module 481, then searches for pre-registered avatar profile information and extracts the personal information of the requested avatar. Select avatars with the same personal information as .

For example, the personal information-based selection module 482 may primarily select avatars of the same gender, similar age, and residing in similar areas.

The residential type-based selection module 483 compares the residential type information of the request avatar's profile with the residential type information of the avatars (primary selection avatars) selected by the personal information-based selection module 482, and selects the first selection avatar. Among them, the second selection avatars, which are the first selection avatars with the same housing type as the requested avatar, are selected.

The family composition type-based selection module 484 compares the family composition type information of the request avatar's profile with the residential type information of the secondary selection avatars selected by the residential type-based selection module 483, and selects the secondary selection avatars. Among them, similar avatars, which are secondary avatars with the same housing type as the requested avatar, are selected.

The pseudo-avatar list creation module 485 generates a pseudo-avatar list, which is a list of similar avatars selected by the family composition type-based selection module 484.

At this time, when the similar avatar list is created by the similar avatar list creation module 485, the control unit 30 controls the data transmitting and receiving unit 32 so that the generated similar avatar list is transmitted to the platform application 7 that requested similar avatar recommendation. do.

Meanwhile, when the platform application 7 receives a similar avatar list from the platform integrated management server 3, it displays the transmitted similar avatar list on the monitor of the client 5.

Figure 32 is a block diagram showing the sales target recommendation unit of Figure 22.

The distribution target recommendation unit 49 of FIG. 32 is executed at the request of the integrated control module 421 of the metaverse operation unit 42. At this time, when the avatar who has requested a purchase wants to purchase the item directly without going through the sale, the integrated control module 421 requests the sale target recommendation unit 49 to recommend a sale target.

In addition, as shown in FIG. 32, the sales target recommendation unit 49 includes a sales recommendation information extraction module 491, a friend relationship avatar extraction module 492, a sales relationship avatar extraction module 493, and a candidate sales target selection module. (494), a sorting module based on the number of sales recommendations (495), and a sales target decision module (496).

The sales recommendation information extraction module 491 searches the sales recommendation information generated by the sales recommendation information generation unit 50, which will be described later, and stored in the database unit 31, and provides an avatar that has requested a purchase (hereinafter referred to as a purchase request avatar). Corresponding sales recommendation information is extracted from the database unit 31.

The friend relationship avatar extraction module 492 searches the database unit 31 and extracts the friend relationship avatar information of the purchase request avatar from the database unit 31.

The sales relationship avatar extraction module 493 searches the database unit 31 and extracts the sales relationship avatar information of the purchase request avatar from the database unit 31.

The candidate sales target selection module 494 searches the storage information of the VR exhibition room of each friend relationship avatar extracted by the friend relationship avatar extraction module 492, and selects the item requested for purchase from among the extracted friend relationship avatars. Select candidate sales targets, which are friend relationship avatars, displayed in the VR exhibition-room.

In addition, the candidate sales target selection module 494 searches the storage information of the VR exhibition room of each sales relationship avatar extracted by the sales relationship avatar extraction module 492, and selects the items requested for purchase among the extracted sales relationship avatars. Select candidate sales targets that are sales relationship avatars displayed in the VR exhibition-room.

The sorting module 495 based on the number of sales recommendations refers to the sales recommendation information extracted by the sales recommendation information extraction module 491 and extracts the number of sales recommendations for the candidate sales targets selected by the candidate sales target selection module 494. Afterwards, the candidate sales targets are sorted according to the order of the extracted number of sales recommendations from low to high.

At this time, the sale recommendation information includes avatar identification information that has previously recommended sale, item identification information, purchase date, etc. for the purchase request avatar.

In addition, the sorting module 495 based on the number of sales recommendations randomly assigns priorities to candidate sales targets with the same number of sales recommendations.

The sales target determination module 496 determines to recommend the priority sales target placed at the top among the candidate sales targets sorted in the sales recommendation count-based sorting module 495 as the sales target.

At this time, the control unit 30 inputs the identification information of the distribution target avatar determined by the distribution target recommendation unit 49 into the friend relationship register 43 and the distribution relationship register 44, and sets the purchase request avatar and the distribution target avatar into a friend relationship. and set up as a sales relationship.

The sales recommendation information generation unit 50 is executed when the sales target recommendation is completed in the sales target recommendation unit 49, and includes identification information of the purchase request avatar, identification information of the sales target avatar, purchase item identification information, and purchase date. Generates sales recommendation information.

At this time, the sales recommendation information generated by the sales recommendation information generation unit 50 is stored in the database unit 31 under the control of the control unit 30.

Figure 33 is a block diagram showing the pre-sale confirmation information processing unit of Figure 22.

The sale confirmation information processing unit 51 of FIG. 33 is executed when sale confirmation information is transmitted from the face-to-face/fixed affiliated store terminal 11.

In addition, as shown in FIG. 33, the pre-sale confirmation information processing unit 51 includes a pre-sale confirmation information input module 511, an identification module 512, a pre-sale relationship information extraction module 513, and a pre-sale relationship determination module 514. , It consists of a face-to-face sales transaction information generation module (515).

The sales confirmation information input module 511 receives sales confirmation information transmitted from the face-to-face/fixed affiliated store terminal 11.

The identification module 512 refers to the avatar identification information, sale-avatar identification information, and item identification information included in the sale confirmation information entered through the sale confirmation information input module 511, and connects the avatar (person) who requested the sale. The sale-avatar that provided the sale is identified and the sold item is identified at the same time.

The sales relationship information extraction module 513 searches the sales relationship information registered in the database unit 31 and retrieves the sales relationship information matching the owner avatar identification information and the sales supply avatar identification information identified by the identification module 512. Extract.

The sales relationship determination module 514 determines that the sales relationship information extraction module 513 determines that 1) when the sales relationship information is extracted, the sales confirmation information received from the face-to-face/fixed affiliated store terminal 11 is normal data; 2 ) If the sales relationship information is not extracted, it is determined that the sales confirmation information transmitted from the face-to-face/fixed affiliated store terminal 11 is abnormal data.

At this time, if the sale confirmation information processing unit 51 determines in the sale relationship determination module 514 that the sale confirmation information received from the face-to-face/fixed affiliated store terminal 11 is abnormal data, it operates without performing a separate operation. Terminate.

The face-to-face sale transaction information generation module 515 is executed when the sale relationship determination module 514 determines that the sale confirmation information received from the face-to-face/fixed affiliated store terminal 11 is normal data.

In addition, the face-to-face sales transaction information generation module 515 includes the service-product identification information of the purchase item, purchase avatar identification information, total sales amount, sales-commission rate, exhibition period, purchase date, purchase quantity, and face-to-face affiliated store terminal identification information. Generate sales transaction information.

At this time, the control unit 30 stores the face-to-face sale transaction information generated by the face-to-face sale transaction information generation module 515 in the database unit 31, and simultaneously works with the avatar/VR exhibition-room construction unit 38 to calculate and pay fees. Enter Boo (52).

FIG. 34 is a block diagram showing the commission calculation and payment unit of FIG. 22, and FIG. 35 is a conceptual diagram showing the process in which sales-commissions and residence-commissions are paid by the commission calculation and payment unit of FIG. 34.

The fee calculation and payment unit 52 of FIG. 34 is executed when 1) non-face-to-face transaction information is input from the payment/delivery service unit 47 or 2) face-to-face sales transaction information is input from the sales confirmation information processing unit 51. do.

In addition, as shown in FIG. 34, the commission calculation and payment unit 52 includes a data input module 521, a sales relationship determination module 522, a sales supply avatar extraction module 523, total sales amount cost, and sales- It consists of a fee rate extraction module (524), a metaverse-city extraction module (525), a residence-fee calculation module (527), and a fee payment module (528).

At this time, the fee calculation and payment unit 52 may be executed when a service-product transaction is made or may be executed on a quarterly/yearly basis.

The data input module 521 receives non-face-to-face transaction information or face-to-face sales transaction information output from the payment/delivery service unit 47 or the sales confirmation information processing unit 51.

Additionally, the data input module 521 extracts corresponding sales relationship information from the database unit 31 by referring to the purchase item identification information and purchase avatar identification information included in the non-face-to-face transaction information or face-to-face sales transaction information.

When sales relationship information is extracted by the data input module 521, the sales relationship determination module 522 determines that an object for payment of sales-commission exists.

In addition, if the sales relationship information is not extracted by the data input module 521, the sales relationship determination module 522 determines that the purchasing avatar purchased the item directly rather than through sales, and charges a separate fee (sales fee). -It is determined that there is no object to pay (fee and residence-fee), and the operation is terminated.

At this time, the control unit 30 executes the sales supply avatar extraction module 523 in the distribution relationship determination module 522, if 1) it is determined that a commission payment target exists, but 2) if it is determined that a commission payment target does not exist, , ends the operation.

The pre-sale supply avatar extraction module 523 is executed when the pre-sale relationship determination module 522 determines that a fee payment target exists, and provides pre-sale with reference to the pre-sale relationship information extracted by the data input module 521. The identification information of one avatar, the sales and supply avatar, is extracted.

The total sales amount and sales-commission rate extraction module 524 extracts the total sales amount and sales-commission rate by referring to the non-face-to-face transaction information or face-to-face sales transaction information extracted by the data input module 521.

The sales-commission calculation module 525 refers to the total sales amount and sales-commission rate extracted by the total sales amount and sales-commission rate extraction module 524, multiplies the extracted total sales amount by the sales-commission rate, and supplies the corresponding sale. Calculate the sales-commission (P1) to be paid to the avatar.

The metaverse-land extraction module 526 extracts the metaverse-address of the sales supply avatar extracted by the sales supply avatar extraction module 523, searches for location information for each preset metaverse-city, and provides sales supply. Detect the metaverse-city to which the avatar's metaverse-address belongs.

The residence-fee calculation module 527 extracts the total sales amount (P') consumed in the sale of the corresponding service-product, then multiplies the total sales amount (P') by the preset residence-commission ratio (R2), and metaverse- Metaverse extracted by the land extraction module 526 - residence fee to be paid to the city (P2, ) is calculated.

For example, when the total sales price (P') of the item is 100,000 won and the preset residence-fee ratio (R2) is '2.0%', the residence-fee calculation module 527 sends the information to the corresponding metaverse-city. '2,000 won' as the residence-fee (P2) to be paid ( ) is calculated.

The commission payment module 528 pays the sales-commission (P1) calculated by the 1) sales-commission calculation module 525 to the sales and supply avatar.

In addition, the fee payment module 528 pays the residence-fee (P2) calculated by the 2) residence-fee calculation module 527 to the metaverse-city extracted by the metaverse-city extraction module 526 .

In other words, the present invention is a method in which the value of land division ownership increases as the fee left in the city increases, and the fee is paid by the seller to the subscriber who sold it and the Metaverse-City, and accordingly, the fee of the Metaverse-City is paid by the client. It is recognized as the company's net profit and can induce transactions.

Looking at the commission calculation and payment unit 52 with reference to FIG. 35, the commission calculation and payment unit 52 includes 1) the sales-commission (P1) calculated by the sales-commission calculation module 525 of FIG. 34 described above; is paid to the sales supply avatar, and at the same time, 2) the residence-fee (P2) calculated by the residence-fee calculation module 527 is paid to the metaverse-city where the sales supply avatar resides.

At this time, the commission calculation and payment unit 52 does not pay a separate sales-commission if there is no sales-commission payment target in the sales relationship determination module 522, but only the residence-commission is provided to the sales supply avatar or purchase avatar. It is paid to the virtual resident metaverse-city.

For example, when the total sales amount of the purchase avatar (sales demand avatar) is '30,000 won', the sales-commission rate is '0.5%', and the residence-commission rate is '1.0%', the commission calculation and payment unit 52 The sales-commission to be paid to the sales supply avatar can be calculated as '150 won (30,000 You can.

Figure 36 is a block diagram showing the second embodiment of the fee calculation and payment unit of Figure 34, and Figure 37 is a conceptual diagram showing the process of paying the sales-commission and residence-commission by the fee calculation and payment unit of Figure 36.

The fee calculation and payment unit 52' in FIG. 36 is the second embodiment of the fee calculation and payment unit 52 of the present invention.

In addition, as shown in FIG. 36, the commission calculation and payment unit 52' includes a data input module 521', a sales-commission target determination module 522', a pre-sale demand avatar extraction module 523', Total sales amount and sales-commission rate extraction module (524'), sales-commission calculation module (525'), metaverse-land extraction module (526'), residence-commission calculation module (527'), fee payment module (528') ).

The data input module 521' receives non-face-to-face transaction information or face-to-face sales transaction information output from the payment/delivery service department 47 or the sales confirmation information processing unit 51.

Additionally, the data input module 521' extracts corresponding sales relationship information from the database unit 31 by referring to the purchase item identification information and purchase avatar identification information included in the non-face-to-face transaction information or face-to-face sales transaction information.

When sales relationship information is extracted by the data input module 521', the sales-commission determination module 522' determines that sales-commission is eligible for payment.

At this time, if the sales-commission-eligible determination module 522' does not extract sales relationship information by the data input module 521', it determines that the purchasing avatar purchased the item directly rather than through sales, and separate It is determined that no sales-commission target exists.

At this time, the control unit 30 executes the sales demand avatar extraction module 523' in the sales-commission determination module 522', if 1) it is determined that there is a sales-commission target, and 2) the sales-commission is determined to exist. If it is determined that the payment target does not exist, the metaverse-land extraction module 526' is executed.

The pre-sale demand avatar extraction module 523' is executed when the sales-commission target determination module 522' determines that a sales-commission target exists, and the pre-sale relationship information extracted by the data input module 521' By referring to the extracted sales relationship information, the identification information of the sales demand ataba, which is the avatar that has received the sales, is extracted.

The total sales amount and sales-commission rate extraction module 524' extracts the total sales amount and sales-commission rate by referring to the non-face-to-face transaction information or face-to-face sales transaction information extracted by the data input module 521'.

The sales-commission calculation module 525' refers to the total sales amount and sales-commission rate extracted by the total sales amount and sales-commission rate extraction module 524', and multiplies the extracted total sales amount by the sales-commission rate. Calculate the sales-commission (P1) to be paid to the sales demand avatar.

The metaverse-land extraction module 526' is executed after the data input module 521' or is determined to be a direct purchase for which no sales-commission target exists in the sales-commission determination module 522'. It is executed when

In addition, the metaverse-land extraction module 526' refers to the non-face-to-face transaction information or face-to-face sales transaction information entered through the data input module 521', extracts the metaverse-address of the pre-sale demand avatar, and then extracts the metaverse-address of the pre-sale demand avatar. By searching the location information for each metaverse-city, the metaverse-city where the pre-sale avatar resides is detected.

The residence-commission calculation module 527' extracts the total sales amount (P') consumed in the sale of the corresponding service-product, and then calculates the extracted total sales amount (P') and the preset residence-commission ratio (R2). Multiply by the residence-fee (P2, ) is calculated.

The commission payment module (528') pays the sales-commission calculated by 1) the sales-commission calculation module (525') to the sales demand avatar.

Additionally, the fee payment module 528' pays the residence-fee calculated by the 2) residence-fee calculation module 527' to the metaverse-city extracted by the metaverse-land extraction module 526'. .

Looking at the commission calculation and payment unit 52' with reference to FIG. 37, the commission calculation and payment unit 52' includes 1) the sales-commission calculated by the sales-commission calculation module 525' of FIG. 36 described above; (P1) is paid to the sales demand avatar, and at the same time, 2) the residence-fee (P2) calculated by the residence-fee calculation module 527' is paid to the metaverse-city where the sales demand avatar resides.

As such, the Metaverse operating system (1), which is an embodiment of the present invention, provides e-commerce services based on the Metaverse, but during e-commerce transactions, sales-fees and residence-fees are paid to the sales/supply avatar and the Metaverse-city. Among Metaverse-cities, public offering and listing of land division ownership of high-quality unlisted-cities provides stock trading services. Among Metaverse-cities, high-quality companies are publicized and listed, and Metaverse-cities, By providing relevant vendors and related avatars with the opportunity to participate in the public offering, we are building a protocol economic ecosystem in which profits are generated through Metaverse activities alone, and at the same time, participants can share the profits of the Metaverse platform, maximizing the effect of citizen capitalization. Metaverse-City and Metaverse- can provide an environment in which the profits and value of the Metaverse-City can grow voluntarily, thereby increasing user participation and interest and providing a new economic paradigm that did not exist before. Through the listing of a company, land division ownership transactions can be supported.

1: Metaverse operating system 3: Platform integrated management server
5:Client 7:Platform application
8: Stock trading application 9: Non-face-to-face affiliated store terminal
11: Face-to-face/fixed merchant terminal 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: Storage information generation unit 40: Purchase request item selection unit
41: Metaverse space creation department 42: Metaverse operation department
43: Friend relationship register 44: Sales relationship register
45: Review information register 46: Purchase service department
47: Payment/Delivery Service Department 48: Similar Avatar Recommendation Department
49: Sales target recommendation section 50: Sales recommendation information generation section
51: Sales confirmation information processing department 52: Fee calculation and payment department
300: Metaverse/e-commerce management server 500: Stock exchange operation server
501: Control unit 502: Database unit
503: Data transmission/reception unit 504: DB collection unit
505: Metaverse - City-based listing management department
506: Metaverse-Corporate-based listing management department
507: Integrated analysis data generation department 508: Dividend calculation and execution department
509: Application Management Department 510: Securities Trading Service Department
5151: Data extraction module

Claims (22)

At least one client on which a platform application or securities trading application is installed;
Service - Merchant terminal selling products;
E-commerce services are provided to connected clients based on a metaverse-map containing multiple Metaverse-cities, and when a request is made to register an affiliated store from the affiliated store terminal, the 2D/ By creating a VR-affiliate where items that are 3D models and 2D/3D models of service-products sold by the affiliated store are exposed, the created VR-franchise is placed in the metaverse-city selected by the affiliated store terminal, and e-commerce When profits are generated, the Metaverse/e-commerce management server pays a residence-fee to the Metaverse-city where the profits were generated;
Includes a stock exchange operation server,
The stock exchange operation server is
A DB collection unit that connects to the metaverse/e-commerce management server and collects the city DB for each metaverse-city and simultaneously collects the corporate DB of metaverse-companies registered as VR-affiliates;
Among each metaverse-cities, the city DBs of unlisted cities that are metaverse-cities that have not yet been listed are extracted, and the city DB of each unlisted-city is compared with the preset filtering conditions to list each unlisted-city. After determining whether or not listing is an unlisted city, an IPO (Initial Public Offering) is executed for the land division ownership of the listed city, and the quantity of land division ownership of the unlisted city (quantity of issued land division ownership), public offering price, Metaverse-city-based listing management department that establishes the public offering date and listing date plan;
At each preset period (T), among each metaverse-company, extract the corporate DBs of unlisted metaverse-companies that have not yet been listed, and then compare the city DB of each unlisted-city with the preset filtering conditions. Thus, a second listing determination module determines whether each unlisted company is listed, and an IPO (Initial Public Offering) is executed for the unlisted company whose listing has been decided in the second listing decision module, and the corresponding unlisted city Metaverse-corporate-based listing management department, which includes a second IPO service module that establishes public offering quantity, public offering price, public offering date, and listing date plan;
From the listing date established by the Metaverse-City-based Listing Management Department or the Metaverse-Corporation-based Listing Management Department, securities transactions are made for land division ownership in newly listed cities for which public offering has been completed or securities listed for newly listed companies. Includes the Securities Exchange Service Department, which operates and manages the service;
The second IPO service module is
If the second listing decision module determines that listing of an unlisted company is necessary, a listing resolution is made by the land division owners of the metaverse-city where the unlisted company is located, and the land division of the metaverse-city is carried out. When the owners decide to list the unlisted company, public offering shares are distributed to the relevant metaverse-city according to the preset public offering ratio (r1),
The second IPO service module is
Includes a priority subscriber selection module that selects priority subscribers for newly listed companies,
The above priority subscriber selection module is
Corporate DB input/analysis module that extracts the corporate DB of a newly listed company and then analyzes the extracted corporate DB;
A purchase history avatar extraction module that extracts purchase history avatars that are users who have experience purchasing a service-product through a VR-affiliate store, which is a newly listed company, by referring to the analysis data detected through the corporate DB input/analysis module;
A sales history vendor extraction module that extracts sales history vendors that are vendors that have a history of supplying service-products through the VR-affiliate, which is a newly listed company, by referring to the analysis data detected through the corporate DB input/analysis module;
A metaverse operating system comprising a priority subscriber decision module that determines the purchase history avatars extracted from the purchase history avatar extraction module and the sales history vendors extracted from the sales history vendor extraction module as priority subscribers. According to claim 1, the second listing determination module is
A data extraction/analysis module that extracts corporate DBs of unlisted companies from among the corporate DBs collected by the DB collection unit;
A comparison module that analyzes the corporate database of each unlisted company extracted by the data extraction/analysis module and compares whether or not the preset listing conditions are met for each unlisted company;
A qualification determination module that determines whether each unlisted company satisfies the listing conditions by using the comparative data detected in the comparison module;
It is executed when a candidate company that is an unlisted company that satisfies the listing conditions is detected in the eligibility determination module. After referring to the metaverse-address of the candidate company and detecting a metaverse-city with the corresponding metaverse-address, A listing resolution progress module that processes the stock listing of the candidate company for land division owners in the detected metaverse-city;
The metaverse operating system is executed when the listing resolution of the candidate company is passed in the corresponding metaverse-city through the listing resolution progress module, and includes a listing decision module that determines the candidate company as a newly listed company. . The method of claim 2, wherein the second IPO service module
A listing manager selection module that selects a metaverse-city or securities company that has decided to list a newly listed company determined to be listed in the second listing decision module as the listing manager;
Establishes the public offering date, public offering stock quantity, public offering stock par value, public offering price, and listing date of the newly listed company, 1) the public stock allocation ratio (r1) of the Metaverse-City that has decided on the listing of the new listed company, and 2) the new listing. The allocation ratio (r2) of public offering shares of other metaverse-cities that participated in the company's public offering, and 3) the allocation ratio of public offering shares (r3) of purchase history avatars, which are users with a history of purchasing service-products provided by VR-affiliates, which are newly listed companies. ) and, 4) the public offering stock allocation ratio (r4) of sales history sellers who have a history of supplying services and products through VR-affiliates, which are newly listed companies, and 5) the public offering stock allocation ratio (r5) of general investors. A metaverse operating system characterized in that it further includes a public offering schedule establishment module that establishes the allocation ratio. delete The method of claim 3, wherein the metaverse-city based listing management department or the metaverse-company based listing management department
Once a new listing city or a new listed company is decided, one of the securities depositories is selected as the depository, one of the securities companies is designated as a trading broker, and an issuer management account is opened through the depository. , A metaverse operating system characterized by determining an operation method so that transactions are verified at the depository through the transaction broker, and payment, deposit, and transactions are made through the depository and the transaction broker. The method of claim 3, wherein the metaverse-city based listing management department or the metaverse-company based listing management department
Once a new listing city or a new listed company is decided, a transfer agent is selected, one of the securities depositories is selected as the depository, and a trading brokerage is opened on its own, and then the opened trading brokerage is used as a trading broker. designate, open an issuer management account through the above-mentioned depository, ensure that transactions are certified at the above-mentioned depository through the above-mentioned transaction broker, and determine the operation method so that payment, deposit, and transactions are made through the above-mentioned depository and the above-mentioned transaction broker. A metaverse operating system characterized by: The method of claim 3, wherein the metaverse-city based listing management department or the metaverse-company based listing management department
Once a new listed city or a new listed company is determined, a trading brokerage is opened at the same time as issuing virtual currency, a depository is created on its own, and the transaction is verified at the depository through the transaction broker, and the depository is verified by the depository. And a metaverse operating system characterized by determining an operation method so that payment, deposit, and transactions using coins can be made through the transaction broker. According to claim 3, the metaverse-city based listing management unit
When the decision is made 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 land division ownership issuance quantity to calculate earnings per share (EPS) and at the same time compare the stock market. After calculating the price-earnings ratio (PER) of the industry or listed metaverse city, the price-earnings ratio (PER) of the comparative industry or listed metaverse city in the stock market and the calculated earnings per share (EPS) A metaverse operating system that determines the expected public offering price by multiplying , determines the listing date/public offering price, and executes a public offering stock subscription service. The method of any one of claims 5 to 8, wherein the affiliated store terminal
Sold service - includes at least one non-face-to-face affiliate store terminal installed in a non-face-to-face affiliate store that provides the product to the buyer through delivery or delivery service,
The metaverse/e-commerce management server is
When a request for merchant registration is received from the non-face-to-face affiliated store terminal, VR exposes items that are 2D/3D models of the non-face-to-face affiliated store and 2D/3D models of service-products sold by the non-face-to-face affiliated store, as well as information on each item. -VR-Affiliate Building Department that creates affiliates;
When you receive a request for membership by receiving the actual residence and virtual address on the metaverse from the client, an avatar and VR exhibition room are created using the account of the user who requested membership, and when purchasing or distributing items of the avatar in the future, An avatar/VR exhibition-room construction department that displays the sold items in the VR exhibition-room of the corresponding avatar;
When receiving a request to purchase a specific item from an avatar visiting the VR affiliated store or another avatar's VR exhibition room, a purchase service unit that receives information required to purchase the item from the avatar;
After processing the payment according to the information entered in the purchase service department, it links with the non-face-to-face affiliated store terminal selling the item, so that the service-product corresponding to the processed item is delivered or delivered to the user's residential address. Includes a payment/delivery service department that
The avatar/VR exhibition-room construction department
A metaverse operating system characterized in that when payment for a purchased item is processed by the payment/delivery service department, the purchased item is displayed in the VR exhibition room of the avatar who purchased the item. The method of claim 9, wherein the metaverse/e-commerce management server
database part;
When a request is made to sell one of the displayed items from an avatar visiting the VR exhibition room of the VR-affiliate store or another avatar, identification information of the sales supply avatar that provided the sales, demand avatar that provided the sales, and item identification Information and sales demand A sales relationship register that generates sales relationship information including VR exhibition-room identification information of an avatar, stores the generated sales relationship information in the database unit, and simultaneously outputs it to the avatar/VR exhibition-room construction unit. It further includes,
The avatar/VR exhibition-room construction department
A metaverse operating system characterized in that when sales relationship information is input from the sales relationship register, the sold items are displayed in the VR exhibition room of the sales demand avatar by referring to the input sales relationship information. The method of claim 10, wherein the metaverse/e-commerce management server
At the request of the avatar, the friend avatar selected by the avatar is set as a friend relationship with the avatar, and then friend relationship information including the avatar identification information and friend avatar identification information is created and stored in the database. register;
A sales target recommendation unit that runs after the purchase service unit;
It is executed when the recommendation of a sales target is completed in the sales target recommendation unit, and generates sales recommendation information including identification information of the purchase request avatar, which is the avatar requesting purchase, identification information of the sales recommendation avatar, purchase item identification information, and purchase date. After doing so, it further includes a sales recommendation information generation unit that stores the information in the database and outputs it to the sales relationship register,
The above recommendation for sale is
a sales recommendation information extraction module that searches the sales recommendation information generated by the sales recommendation information generation unit and stored in the database unit, and extracts sales recommendation information including a purchase request avatar, which is an avatar requesting a purchase, from the database unit;
a friend relationship avatar extraction module that searches the database unit and extracts friend relationship avatar information of the purchase request avatar from the database unit;
a sales relationship avatar extraction module that searches the database unit and extracts sales relationship avatar information of the purchase request avatar from the database unit;
The items on display in the VR exhibition room of each friendship avatar extracted by the friendship avatar extraction module are searched, and among the extracted friendship avatars, the item requested for purchase is displayed in the VR exhibition room. Candidate sales targets that are avatars are selected, items on display in the VR exhibition room of each sales relationship avatar extracted by the sales relationship avatar extraction module are searched, and among the extracted sales relationship avatars, items requested for purchase are selected in VR. A candidate sales target selection module that selects candidate sales targets that are sales relationship avatars displayed in the exhibition room;
With reference to the sale recommendation information extracted by the sale recommendation information extraction module, the number of sale recommendations of the candidate sale targets selected by the candidate sale target selection module is extracted, and then the extracted sale recommendation numbers are ranked from lowest to highest. Accordingly, a sorting module based on the number of sales recommendations that sorts candidate sales targets;
It includes a sales target determination module that determines to recommend a priority sales target placed at the top among the candidate sales targets sorted in the sales recommendation count-based sorting module,
The sales relationship register is
When the sales recommendation information is input from the sales recommendation information generation unit, the input sales recommendation information is referred to, and the sales supply avatar identification information, which is the sales recommendation avatar, the sales demand avatar identification information, which is the purchase request avatar, the purchase item identification information, and the sales recommendation avatar are provided. A metaverse operating system that generates sales relationship information by matching VR exhibition-room identification information of demand avatars. The method of claim 11, wherein the metaverse/e-commerce management server
It further includes a fee calculation and payment unit that is executed after the payment/delivery service unit,
The payment/delivery service department
Upon completion of payment, non-face-to-face transaction information including purchase avatar identification information, purchase item identification information, purchase date, purchase quantity, and total sales amount is generated, and then the generated non-face-to-face transaction information is stored in the database unit and simultaneously stored in the database. Output to the fee calculation and payment department and the avatar/VR exhibition-room construction department,
The above fee calculation and payment department
Receives non-face-to-face transaction information output from the payment/delivery service department, searches the database unit, and extracts sales relationship information including purchase item identification information and purchase avatar identification information included in the input non-face-to-face transaction information. Data input/extraction module;
If the sales relationship information is extracted by the data input/extraction module, it is determined that there is a sales-commission payment target, but if the sales relationship information is not extracted, it is determined that the purchase avatar did not purchase the purchase item through sales. , a fee eligibility determination module that terminates the operation;
It is executed when the commission eligibility determination module determines that a sales-commission payment target exists, and extracts the sales supply avatar identification information, which is the avatar that provided the sales, by referring to the sales relationship information extracted by the data input/extraction module. Avatar extraction module for distribution and supply;
A total sales amount and sales-commission rate extraction module that extracts the total sales amount and sales-commission rate by referring to the non-face-to-face transaction information extracted by the data input/extraction module;
Referring to the total sales amount and sales-commission rate extracted by the total sales amount and sales-commission rate extraction module, the sales-commission to be paid to the relevant sales supply avatar is calculated by multiplying the extracted total sales amount by the sales-commission rate. -Commission calculation module;
A metaverse operating system comprising a commission payment module that processes the affiliated store that sold the item to pay the sales-commission calculated by the sales-commission calculation module to the sales and supply avatar. The method of claim 12, wherein the non-face-to-face affiliated store terminal
When requesting franchise registration, sales type information, franchise 2D/3D modeling data (or 2D/3D modeling construction data), seller address, delivery/delivery area, each service-product information (product name, sales price, 2D/3D modeling data, Detailed information, sales-commission rate, exhibition period) are matched to generate affiliate registration request data and then transmitted to the metaverse/e-commerce management server,
The purchase service department of the metaverse/e-commerce management server
When an avatar requests to purchase a specific item, the delivery/delivery area available for the non-face-to-face affiliated store is compared with the residential address of the avatar requesting the purchase, and the residential address of the avatar requesting the purchase is determined to be in the delivery/delivery available area for the non-face-to-face affiliated store. When included in , the metaverse operating system runs the payment/delivery service unit, but terminates the operation if the residential address of the avatar requesting purchase is outside the delivery/delivery area of the non-face-to-face affiliated store. The method of claim 13, wherein the affiliated store terminal
At a fixed location, it further includes at least one face-to-face/fixed affiliated store terminal installed in a face-to-face/fixed affiliated store that sells service-products only to customers who visit the location,
The above face-to-face/fixed affiliated stores are
When requesting franchise registration, franchise name, seller address, franchise 2D/3D modeling data (or 2D/3D modeling construction data), each service-product information (product name, sales price, 2D/3D modeling data, detailed information, sales-commission rate, exhibition) After generating the merchant registration request data by matching the deadline), it is transmitted to the metaverse/e-commerce management server, and the customer-avatar identification information, sales supply avatar identification information, and service are received from the client of the visiting customer who purchased the service-product. - When sales confirmation request data containing product (item) identification information is transmitted, the service included in the received sales confirmation request data - After determining whether the visiting customer purchased the product at the affiliated store, the sales confirmation request data If the customer purchases the included service-product from an affiliated store, the sales confirmation request data and the sold service-product identification information, sales quantity, sales amount, and sales time are sent to the metaverse/e-commerce management server. Send face-to-face sales confirmation information,
The metaverse/e-commerce management server is
It further includes a sales confirmation information processing unit that processes face-to-face sales confirmation information transmitted from the face-to-face/fixed affiliated store terminal,
The sales confirmation information processing department
A sales confirmation information input module that receives face-to-face sales confirmation information transmitted from the face-to-face/fixed affiliated store terminal;
An identification module that identifies the sales supply avatar, the sales demand avatar, and the purchase item by referring to the person's avatar identification information, sales-avatar identification information, and item identification information included in the face-to-face sales confirmation information entered through the sales confirmation information input module. ;
a sales relationship information extraction module that searches the sales relationship information registered in the database unit and extracts sales relationship information matching the sales supply avatar identification information, sales demand avatar identification information, and item identification information identified by the identification module;
In the sales relationship information extraction module, 1) if the sales relationship information is extracted, the face-to-face sales confirmation information transmitted from the face-to-face/fixed affiliated store terminal is determined to be normal data; 2) if the sales relationship information is not extracted, the face-to-face/fixed affiliated store terminal determines that the face-to-face sales confirmation information is normal data; a sales relationship determination module that determines that the face-to-face sales confirmation information received from the fixed affiliated store terminal is abnormal data and terminates the operation;
The sales relationship determination module is executed when the face-to-face sales confirmation information received from the face-to-face/fixed merchant terminal is judged to be normal data, and includes purchase item identification information, sales supply avatar identification information, sales demand avatar identification information, and total sales. After generating face-to-face sales transaction information including amount, sales-commission rate, exhibition period, purchase date, purchase quantity, and face-to-face/fixed merchant terminal identification information, the generated face-to-face sale transaction information is stored in the database and simultaneously stored in the avatar. /VR Exhibition - Includes a face-to-face sales transaction information generation module that outputs to the room construction department and the fee calculation and payment department,
The avatar/VR exhibition-room construction department
When face-to-face sale transaction information is received from the sale confirmation information processing unit, the purchase item is displayed in the VR exhibition room of the sale demand avatar by referring to the entered face-to-face sale transaction information,
The above fee calculation and payment department
When face-to-face sales transaction information is received from the sales confirmation information processing unit, the sales-fee is calculated by referring to the inputted face-to-face sales transaction information, and then the face-to-face/fixed affiliate stores the calculated sales-fee with the sales supply avatar. A metaverse operating system characterized by processing payments to the city of residence of the demand avatar. The method of claim 14, wherein the client
When requesting membership registration, if login information, personal information (age, gender, residential address), housing type information, and family composition type information are entered from the user, the entered login information, personal information, housing type information, and family composition type information are collected. After matching to generate membership registration request data, the generated membership registration request data is transmitted to the metaverse/e-commerce management server,
The metaverse/e-commerce management server is
After matching the login information, personal information, housing type information, family composition type information included in the membership registration request data received from the client, and the identification information of the avatar assigned to the user who registered as a member, avatar profile information is generated, a member registration unit stored in the database unit;
It further includes a similar avatar recommendation unit that is executed according to the avatar's request,
The similar avatar recommendation section above
a request avatar profile extraction module that extracts avatar profile information corresponding to the avatar requesting similar avatar recommendation from the database unit;
An individual who extracts personal information from the profile of the request avatar extracted by the request avatar profile extraction module, then searches through pre-registered avatar profile information and selects avatars with the same personal information as the extracted request avatar's personal information. Information-based screening module;
Among the profiles of the request avatar extracted by the request avatar profile extraction module, the residence type information of the request avatar is compared with the residence type information of each of the first selected avatars, which are avatars selected by the personal information-based selection module, Among the first selection avatars, a housing type-based selection module that selects the second selection avatars, which are the first selection avatars with the same housing type as the requested avatar;
Among the profiles of the request avatar extracted by the request avatar profile extraction module, the family composition type information of the request avatar is compared with the residence type information of each of the secondary screening avatars selected by the residence type-based selection module, 2 A family composition type-based selection module that selects similar avatars, which are secondary avatars with the same residential type as the requested avatar, among the secondary selection avatars;
It includes a similar avatar list creation module that generates a similar avatar list, which is a list of similar avatars selected by the family composition type-based selection module, and then transmits the generated similar avatar list to a client who has requested a similar avatar recommendation,
The client is
A metaverse operating system characterized in that when a similar avatar list is received from the metaverse/e-commerce management server, the received similar avatar list is displayed on a monitor. The method of claim 15, wherein the metaverse/e-commerce management server
The VR-affiliate built by the VR-affiliate building department and the avatar and VR exhibition-room built by the avatar/VR exhibition-room building department are matched and placed on the already created metaverse mobile-map to create a metaverse. a metaverse space creation unit that creates and updates bus space;
When the client connects, the metaverse space created by the metaverse space creation unit is provided to the connected client and the avatar of the connected user is placed on the metaverse movement-map, and then the metaverse service is operated. It further includes a bus operation department,
The metaverse operation department
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 the connected client and simultaneously displays the connected avatar on the metaverse movement-map. The metaverse service is operated using the operation manual table, and the information output by the event detection and output module is operated. A metaverse operating system characterized by including an integrated management module that manages and controls the operation of the metaverse service by reflecting response data according to event information in the metaverse space. The metaverse operating system of claim 16, wherein the metaverse space provided by the metaverse operating unit is operated in an open-world manner. According to claim 17, the service-product information included in the affiliated store registration request data further includes purchase cycle (T1) information,
The metaverse/e-commerce management server is
It is executed when the avatar or VR exhibition-room is built or rebuilt by the avatar/VR exhibition-room construction unit, and includes information on items currently displayed in the VR exhibition-room, purchase cycle (T1), and purchase time. a storage information generation unit that creates/updates storage information and stores it in the database;
After extracting the storage information stored in the database, refer to the purchase cycle (T1) and purchase time information of each item in the extracted storage information, and repurchase for each item at the point when the purchase cycle (T1) has elapsed from the purchase time. It further includes a purchase request item selection unit that compares whether the current time is adjacent to the repurchase point and selects the item as a purchase request item if the current time is adjacent to the repurchase point.
The avatar/VR exhibition-room construction department
When a purchase request item is selected by the purchase request item selection unit, an avatar or VR exhibition room is created so that the display method of the purchase request item is displayed differently in the avatar or VR exhibition room to which the selected purchase request item is applied. A metaverse operating system characterized by reconstruction. The method of claim 14, wherein the metaverse/e-commerce management server
When trading an item, the metaverse-city of the sales supply avatar or the sales demand avatar is extracted, and then a residence fee proportional to the total sales amount is paid to the extracted metaverse-city. Bus operating system. The method of claim 19, wherein the metaverse-city based listing management unit
Among the city DBs collected by the DB collection unit, a data extraction module for extracting each city DB of unlisted cities that are metaverse-cities that have not yet been listed;
an actual population comparison module that compares the actual population of each unlisted city with a preset first threshold value, referring to the city DB of each unlisted city extracted by the data extraction module;
Comparison of the avatar population by referring to the city database of each unlisted city extracted by the data extraction module and comparing the avatar population, which means the number of subscribers of avatars who have registered each unlisted city as their residence, with a preset second threshold. module;
Referring to the city database of each unlisted city extracted by the data extraction module, the avatar population of each unlisted city is divided by the actual population and then multiplied by 100 to obtain the avatar population ratio, which means the ratio of avatar subscriptions to the actual population. Calculating avatar population ratio calculation module;
an avatar population ratio comparison module that compares the avatar population ratio calculated by the avatar population ratio calculation module with a preset third threshold;
1) the actual population number is greater than or equal to the first threshold in the actual population number comparison module, 2) the avatar population number is greater than or equal to the second threshold in the avatar population comparison module, or 3) the avatar population number ratio is greater than or equal to the second threshold in the avatar population ratio comparison module. 3 A metaverse operating system characterized by including a listing decision module that determines whether to list the land division ownership of the unlisted city if it is above the threshold. According to claim 20, the stock exchange operation server is
It is executed every preset first cycle (T1), and calculates dividends proportional to at least one of the number of permanent avatars, number of floating avatars, number of VR-affiliated stores, transaction amount, sales-commission, and residence-fee for each listed city. After doing so, the metaverse operating system further includes a dividend calculation and execution department that processes execution. According to claim 21, the stock exchange operation server is
It is executed every preset first cycle (T1), and at least one of the following data is collected in real time or at a certain time: the number of permanent avatars for each listing-city, the number of floating avatars, the number of VR-affiliated stores, transaction amount, sales-commission, and residence-commission. A metaverse operating system that further includes helping to determine the value of land division ownership by displaying it in the bid window of the land division ownership securities system.