TWI817479B - A location-appropriate "Metaverse" social system that combines the real world and multiple virtual worlds for virtual and real interaction - Google Patents

Abstract

The present invention provides a location-appropriate "Metaverse" social system that combines the real world and multiple virtual worlds for virtual and real interaction, allowing users to perform various online/offline interactions and virtual and real integration through actual movement after positioning through mobile devices. Community activities include: a virtual world management module and a user module. The virtual world management module combines the basic map information of the real world to expand an entrance world and creates a plurality of parallel virtual worlds, wherein the virtual world has a base block and at least one territorial block; the user module , allowing the user to create a personal account and a virtual character bound to it to be displayed on the mobile device. In terms of action, the user can switch to any virtual world in parallel across worlds to participate in the community, and use the virtual character to move with the user in the portal world to carry out location-appropriate social activities.

Description

A place-appropriate "Metaverse" social system that combines the real world and multiple virtual worlds for virtual and real interaction

The present invention is related to the related technical fields under the concepts of "Metaverse", Location-Based Service (LBS), and Virtual World. In particular, it is a method that combines the real world and plural virtual worlds. It is a location-appropriate "Metaverse" social system for virtual and real interaction, which allows users to conduct various social activities through online/offline interaction and virtual and real integration through actual movement after positioning on their mobile devices.

Location-Based Service (LBS) is a value-added service that obtains the location information (geographical coordinates) of mobile terminal users through the mobile operator's radio communication network or external positioning methods (such as GPS) and provides users with corresponding services. Location-appropriate services can be applied in many different areas, such as health, entertainment, work or personal life. This service can be used to identify the location of people or objects to provide nearby information. It can also identify the user's current location to send advertisements to mobile devices, such as personalized weather, traffic, activities and other information, or even provide localized games. . For example, "Taiwan Patent Announcement No. I467506; Method of constructing interactive situations in a network environment" uses the characteristics of location-based services to consider distance differences like the real world under different geographical locations in the game, and will use Users can set powers or game character data to make corresponding adjustments.

With the popularity of mobile devices equipped with network functions, and based on the continuation of the development of location-specific services, the world-famous "Pokémon GO" was launched. It is an application game that uses mobile devices such as smartphones and is based on location-based services combined with augmented reality technology. The game is licensed by Nintendo and The Pokémon Company, and is developed and operated by Niantic, Inc., and was launched in July 2016. It will be released on both iOS and Android platforms starting this month. The game process allows players to use the real world as a platform to further capture, fight, train and trade virtual monsters "Pokémon", and during the capture process, the augmented reality function can be turned on corresponding to the real world. Since the game extensively combines local services and augmented reality, it brings users an extremely rich and in-depth immersive experience. Therefore, after the game was released and became popular around the world, mobile devices have emerged in various fields to achieve augmentation. The craze for reality and location-based services.

For example, "China Patent Publication No. 108512887 A; A retail system based on a geographical location AR platform" provides local AR promotional messages based on the user's location to encourage users to enter the store to increase sales conversion rate, thereby promoting consumption and confirm the drainage effect. Another example is "China Patent Announcement No. 109040971 B; Outdoor collaborative task implementation method and system based on AR and LBS", which uses the augmented reality in the game to set customized treasure chests or golden beans in specific areas or paths to stimulate users They go to explore to obtain corresponding rewards, thereby achieving the effect of attracting crowds. For another example, "Chinese Patent Publication No. 108446930 A; AR Advertising Media Implementation Method" targets the advertising information at the user's location and compares it with physical images to carry out advertising media marketing based on this and allow the advertising media to be more accurate. Interactive and interesting. In addition, there is also "Chinese Patent Publication No. 112115383 A; A method of information sharing based on LBS social platform", which uses various video messages uploaded by users to the service server, further adds geographical location information and shares them on the social platform map. Real-time content scenes in real life are shared to the map ecological platform through real-time video, so that people can know the actual situation of other places and achieve the effect of information interconnection.

Metaverse is used to describe the concept of a virtual environment created under the Internet. This synthetic environment includes objects, resident users, and their interactive relationships. The concept of metaverse in a broad sense refers not only to the virtual synthetic world, but also to the entire Internet, including the scope of augmented reality. In the conventional technology, for example, "Chinese Patent Publication No. 101482900 A; System and method for group control in virtual reality applications" briefly explains that users can use their respective avatars to interact in a computer simulation space. The avatar acts as an agent and interacts with other people socially and economically, allowing the user to control the actions of the corresponding avatar and further control the actions of other users in the corresponding group. This prior technology is a prototype of the simple metaverse concept, but it also illustrates the technical significance of users being able to perform various behaviors in a computer-created environment with virtual identities. In fact, this concept was later put into practice in the aforementioned "Pokémon GO", which also showed the specific implementation overview of the Metaverse. For example, "US Patent Publication No. US20210252384 A1; Linking real world activities with a parallel reality game" further motivates users to go to the real world in the geographical area by determining whether the client device is at a real-world landmark associated with the geographical area. location and display virtual elements on client devices at virtual world locations that correspond to real-world locations, thereby leveraging locality services to connect real-world activities and experiences.

The aforementioned conventional technologies, whether they are "Metaverse", Location-Based Service (LBS), Virtual World, Virtual Reality, or Augmented Reality , Mixed Reality, etc., are all basic technologies that have been developed to a considerable extent. How to create inventions based on these basic technologies that are more practical, convenient, and closely related to all aspects of daily life activities is This is the origin of the present invention. Considering that most users today conduct social activities through online social platforms such as Facebook, Twitter, IG, and other similar social platforms or software functions, and the performance status of these social tools The styles or models generally tend to be consistent, and within this framework, they have been developed to the limit of functional performance without more new imagination and experience. In view of this, the inventor of the present invention based on the technical foundation in the fields of "Metaverse", location-based service (Location-Based Service, LBS), and virtual world (Virtual World), and then conceived a new and unprecedented method The social service platform proposes a location-appropriate "Metaverse" social system that combines the real world and multiple virtual worlds for virtual and real interaction, and allows users to conduct online/offline interaction and virtual and real interactions through actual movement after positioning on their mobile devices. Integrate various social activities, thereby changing the old habits and old thinking of using traditional social platforms, and creating a new online/offline integrated business interaction model.

The purpose of this invention is to propose a new type of social interaction model, which is different from the traditional text-based various electronic bulletin boards, theme boards, discussion threads, business web page static information; and Facebook, IG and other related Instead of using social platforms or software functions with similar expressions, we use the concept of parallel virtual world cosmology to create various themed worlds, combined with localized service technology for users to locate through mobile devices, supplemented by actual actions, and can cross worlds into online/online Interactive and virtual-real integration social activities.

In order to achieve the above purpose, the present invention proposes a location-appropriate "Metaverse" social system that combines the real world and multiple virtual worlds for virtual and real interaction, allowing at least one user to locate through a mobile device and then use actual movement to conduct online/ Various social activities for offline interaction and virtual and real integration, including: a virtual world management module that combines basic map information of the real world to expand an entrance world and create multiple parallel virtual worlds, among which The virtual worlds each have a customized world title, and each virtual world has a display column information corresponding to the world title. In addition, the entrance world has a plurality of point information, and each of the point information has a geographical parameter; Each virtual world has a base block and at least one adjacent territory block. The base block is used to present the display information, and the territory block points to the geographical location of the entrance world; when the user enters After entering any of the virtual worlds, you can move between the base block and the territory block, and browse or edit the display information in the base block for social activities, or quickly transfer to the corresponding entrance world through the territory block. The corresponding geographical location; and a user module for the user to create a personal account and to be connected by telecommunications with the virtual world management module, including: a virtual character creation module for creating a virtual character, and the virtual character It is bound to the personal account and can be displayed on the mobile device; and a login module for the user to log in to the virtual world management module with the personal account, and use the avatar in the portal world as needed. The movement of the user presents synchronous displacement. When the user moves to the location of the point information, the content of the point information can be read or written to update, which is a site-appropriate social activity; among which, the user can read or write the content of the point information. The portal world can be arbitrarily switched to any virtual world to browse or edit the display column information for social activities.

Further, the point information can be created by the user by selecting a location after moving in the portal world. When the point information is created, the content of the point information is written and updated, or the point information is When at least one task occurs around the information or when the task is completed, an event will be recorded respectively. The event has a time parameter and a geographical parameter corresponding to the point information, which can enhance the freedom of experience and allow The user's personal behavior is more significant and characteristic.

Carrying on from the above, in order to provide users with an immersive experience that better integrates reality and reality, in another embodiment, an NFT digital product is correspondingly generated based on a single event or a combination of two or more events; and the virtual world The management module also issues a cross-border currency, which can be circulated in each virtual world and used for the NFT digital commodity transaction; among them, the cross-border currency can be recharged to obtain or complete the transactions generated around the point information. Obtained after this mission.

Furthermore, some of the attributes of the NFT digital product are visible data that can be displayed through the mobile device. For example, the NFT digital product is the visual data of the accessories worn by the virtual character, and the NFT digital product can be worn on the virtual character.

In order to enhance the diversity of location-based services, in another embodiment, it is further included that the user can execute a drone mode and move to a remote range that is not the user's location within a limited time; or the user can The user can execute a patrol mode to move to a patrol range centered on the user's location; or another user can execute a summoning mode, causing the summoned user to move to the location where the summoning mode is performed. The user's location enables the user to participate in the task generated around the point information at a location other than his or her current location without actually moving.

Further, in order to enhance the social interaction among users, the entrance world is divided into a plurality of land parcels. The user can select an attribute and move to the land parcels, and then occupy the land according to the portion owned by the user. Land chips are used to occupy the land, and a reward value is obtained after the occupation; if more than two users compete for the right to occupy the land, the users will be divided into groups according to their respective attributes, and then the users will be divided into groups according to the attributes of each group. The player with the larger total number of land chips will be determined to occupy the land and obtain the reward value, and the reward value will be distributed according to the proportion of the land chips invested by the users occupying the land, and the reward value can be converted into the span Boundary currency.

Carrying forward the above, after occupation, these land parcels will be mapped to the surroundings of the corresponding land parcel that has the right to occupy to form the territorial land parcel. The territorial land parcel can be embedded with various static or dynamic electronic information and mapped again to the corresponding land parcel. Presentation can more intuitively commend the charm of the community and increase user interaction and entertainment.

In addition, in order to enhance the stickiness between online and offline, the virtual world management module issues at least one digital coupon in each virtual world online, and the cross-border currency can be used to purchase the digital coupon, and the Digital coupons can be used in offline physical store transactions.

Furthermore, in order to improve the participation of each user, the user obtains a contribution value after executing at least one event in the portal world, and a contribution value is generated based on the total contribution value of two or more users. 1. Ranking information.

To sum up, the present invention presents various themes such as brands, businesses, institutions, legal persons, activities, idols or channel management in the concept of parallel virtual worlds with cross-border visits, and matches the titles of each world Display a list of information to enhance the personalized performance of the theme world. In addition, the use of localized services and NFT digital product technology based on the concept of "events", combined with functions such as land occupation activities, various games, and virtual cross-border coins, allows online/offline merchants and other various points to use them. The degree has been greatly improved, thereby deepening the social interaction of each user and obtaining a better immersive experience to enhance their loyalty and sense of following.

In order to enable those with ordinary knowledge in the art to clearly understand the contents of the present invention, the following description is accompanied by the drawings, for which please refer.

Please refer to Figures 1 and 2, which are respectively a system functional block diagram of the operating architecture of the present invention and a schematic diagram of the portal world display page of the preferred embodiment of the present invention. As seen from the figure, the present invention proposes a location-appropriate "Metaverse" social system that combines the real world and multiple virtual worlds for virtual and real interaction, allowing at least one user 7 to locate through a mobile device 8 and then use actual movement to conduct online activities. / Various social activities for offline interaction and virtual and real integration, including: a virtual world management module 1 and a user module 2. The virtual world management module 1 combines basic map information 9 of the real world to expand an entrance world 4 and creates a plurality of parallel virtual worlds 10 . In other words, the basic map information 9 of the real world at least includes various basic information indicators such as streets or buildings, such as Google Maps and other similar attributes, and this system uses the basic map information 9 as a basis to further change The "Metaverse" model of the portal world 4 is derived based on the location and content of its visual environmental representation or information configuration. After the user 7 performs on-site positioning on the corresponding mobile device 8, he or she can further perform subsequent social activities of location-based service (LBS) in the portal world 4.

Further, each of the virtual worlds 10 has a customized world title 11, and each virtual world 10 has a display column information 111 corresponding to the world title 11, and the entrance world 4 has a plurality of point information 112, Each of the point information 112 has a geographical parameter 1120. The point information 112 can be understood as the unit concept of "a discussion thread", and the point information 112 allows each user 7 to leave messages, post pictures, place audio and video information and other various social interactions.

The world title 11 can be set to various attributes or connotations for presentation according to requirements. For example, food world, idol world, boutique world, sports world, 3C world, power machinery world, science fiction world, literature world, video game animation world, movie and drama world, animal world, insect world, cat world, environmental protection world, etc. The virtual world of inferior connotation 10. Taking the world title 11 as the idol world as an example, the corresponding display information 111 can use design elements related to single or multiple idols to configure the environment. For example, the virtual world 10 of the global idol group AKB48, the display information 111 It can be designed to form an integrated expression that is visually and intuitively related to the AKB48 clothing or album appearance. In addition, in order to deepen the social interaction and adhesion between users and each virtual world 10, the display information 111 can be edited and embedded by the owner of the virtual world 10 to embed various static or dynamic electronic information, such as photos, videos, and videos. Streaming, or text interactive information on the bulletin board. This can deepen the interaction between fans and idols, and at the same time, it can also satisfy fans to get the real feeling of contacting idols as if they were physically present.

On the other hand, the point information 112 may also be set as various information sites related to the world title 11 of each virtual world 10, such as the point information 112 of stores selling idols or star peripherals, or for The point information 112 of the location of various purposeful activities, such as support parties, autograph sessions, concerts, flash mob activities, charity activities, agency promotions, etc. When the user 7 moves to the point information 112, he or she can perform corresponding online/offline interactions and various social communication behaviors integrating virtual and real situations. Incidentally, the foregoing examples are for illustrative purposes only. In fact, the world title 11 can be set to various virtual worlds 10 with upper/lower representations.

Furthermore, the user module 2 allows the user 7 to create a personal account and is connected to the virtual world 10 management module via telecommunications, including: a virtual character creation module 20 and a login module 21 . Among them, the virtual character creation module 20 is used to create a virtual character 201, and the virtual character 201 and the personal account are bound to each other and can be presented on the mobile device 8. The login module 21 allows the user 7 to log in to the virtual world management module 1 with the personal account, and the virtual character 201 moves synchronously with the user 7 in the portal world 4 . When the user 7 moves to the position of the point information 112, the content of the point information 112 can be read or written to update, which is a location-appropriate social activity. In other words, when the user 7 moves in the real world, the virtual character 201 representing the user 7 can explore various point information 112 in the portal world 4 for location-appropriate social interaction and communication.

What is particularly special is that the user 7 can arbitrarily switch from the portal world 4 to any of the virtual worlds 10 to browse or edit the display list information 111 for social activities, and can also perform social activities in the portal world 4 The point information 112 carries out site-appropriate social activities, and when the activities initiated by the virtual world 10 are related to the point information 112 of the entrance world 4, the users 7 must participate in and shuttle through actual movements. The portal world 4 and the virtual world 10. For example, the user 7 is in the virtual world 10 of the "Idol World" and participates in a favorite food collection activity launched by the idol group. At this time, the user 7 can appropriately move to the point information 112 of each designated food. Accordingly, Complete the activity instructions of virtual and real interaction. In addition, the "metaverse" model of the present invention can continuously intersperse various point information 112 integrating virtual and real, that is, in the portal world 4, virtual stores that do not exist in the real environment can be presented, or virtual stores that are different from reality can be presented. The environment displays building information at the same location or in the surrounding area, such as point information 112 for creating a pop-up event around the actual store. Therefore, in order to enhance the diversity and applicability of the "Metaverse" model, the user can update 7 To be immersed in the virtual-real conversion between the virtual world 10 and the real world, the point information 112 can be created by the user 7 after moving in the portal world 4 by selecting a location. When the point information 112 is created, the content of the point information 112 is written and updated, or when at least one task occurs around the point information 112 or the task is completed, it will be recorded to form an "event" respectively. And the "event" has a time parameter and the geographical parameter 1120 corresponding to the point information 112 . For example, when the user 7 leaves a message at a certain point information 112, this behavior has the meaning of the location and time when it is performed, which includes the geographical parameter 1120 of the point information 112 and the The time parameter is defined as an "event". Whether the point information 112 is an online virtual site or is presented in combination with an existing physical site, in order to enhance the social interaction of the user 7 , various mini-games can be set around the point information 112 for this use. 7 participants, such as common tasks in the game such as killing monsters, obtaining treasures, limited activities, AR interactions, etc., all belong to this category, and the execution of these tasks will also be generated as "events" accordingly. Generally speaking, the present invention uses a composite interest map, such as parallel virtual worlds 10 with themes of interests such as food, music, house stuff, etc., to integrate offline actual location clustering and online virtual communities to allow people with diverse interests to Users7 can communicate socially with like-minded partners.

On the other hand, each virtual world 10 is composed of a base block 101 and at least one adjacent territory block 102. The base block 101 is used to present the display information 111, and the territory block 102 points to the entrance world. 4 geographical location; when the users 7 enter any of the virtual worlds 10, they can move between the base block 101 and the territory block 102, and browse or edit the display row information 111 in the base block 101 for social activities. Group activities, or quickly transfer to the corresponding geographical location of the entrance world 4 through the territory block 102, thereby participating in various activities of the point information 112. Therefore, each user can further browse or edit the display list information 111 presented by the base block 101 to conduct social activities for different followers or the virtual world 10 of interest, such as in the virtual world 10 The bulletin board position of the display column information 111 leaves a message for interaction, or the administrator of the virtual world 10 puts the user 7 information with better or higher interaction, such as the user 7's photo or the virtual world 10 The represented idol records the audio and video stream that the user 7 wants to express, thereby allowing each user 7 to significantly enhance the social adhesion with the virtual world 10; and each user 7 is interested in all Following the virtual world 10 will further stimulate the enthusiasm for participating in various activities organized by the virtual world 10 , which is completely different from the past social software interactions that were too monotonous, had poor interactivity, or followers might be Followers flow into the social interaction model of cold subscription number information.

Please refer to Figures 1, 2 and 3 again. Figure 3 is a schematic diagram of converting "events" to generate NFT digital goods in a preferred embodiment of the present invention. In many games in the past, the concept of virtual goods, treasures or equipment was common. However, these virtual goods usually only depend on the game and are lost when the game ends or is closed. Furthermore, these virtual goods usually do not have economic value or unique characteristics. Even if there are transactions, they are currently mostly economic activities of private exchange between players rather than rigorous supporting measures. In the field of digital commodity trading, "Non-Fungible Token" (NFT) is now derived, commonly known as "NFT". NFT can represent something unique or a digital asset and is unique. And NFTs are irreplaceable for each other, and everything from digital goods such as items existing in the virtual world to physical assets can be represented by NFTs. In addition, in order to maintain the security of such digital goods, enhance trust and ensure their The value is further coupled with blockchain technology to be chained. Since blockchain technology has decentralized storage, that is, it uses a decentralized storage method and is a decentralized calculation, no one can modify the data on the Internet at will, thus eliminating the possibility of human manipulation and modification; and it cannot be tampered with. This means that once each piece of data is written, it cannot be changed. Once the data is verified, it is permanently written into the block. A special algorithm is used to ensure that the data is not tampered with in a one-to-one function. Therefore, these assets All ownership rights are transferred on the chain using blockchain technology. In the past, NFTs were mostly carried out in the form of "product digitization", such as paintings, music, videos, player cards, virtual treasures, etc. However, different from the conventional technology, the present invention uses "events" to shape digital products. The concept is based on "memory" and "commemoration"; such as concerts, parties, dates or football games... etc. Therefore, the present invention can correspondingly generate an NFT digital commodity based on a single event or a combination of two or more "events". Moreover, the NFT digital product has added three-dimensional geographical elements and four-dimensional time elements, which means increasing the meaning of "location" of the NFT digital product, giving the meaning of coordinates in three-dimensional space, and adding "time" to the NFT digital product. The mark on " marks the positioning of the scale in four-dimensional time. According to this, "events" that are well-known, recognized by the public, and have universal value and represent honor or privilege can be commercialized because of the collective memory attributes of the group; or private activities that are of special significance to the individual because of the attributes of personal collection and memories, and have "Events" that are highly commemorative and collectible are commercialized.

For example, as shown in Figure 3, "Alex" proposed to "Cloudia" at a certain restaurant with the point information 112, because the "event" has a time parameter 1121 and the corresponding point information 112. The geographical parameters 1120. Therefore, it is exciting that when "Alex" successfully proposes to "Cloudia" and wants to preserve this memorable moment, the "event" can be converted into an NFT digital commodity, such as digital certificate 1122, in this system. Another example is that an NBA star sets a historical record on a certain day and at a certain venue, and the "event" generated based on the time parameter 1121 and the geographical parameter 1120 can correspondingly generate various peripheral NFT digital products related to the "event". The users must move to the venue appropriately and participate in the game at that time to have the opportunity to obtain the NFT digital product issued corresponding to the record generation date and location. Another example is a concert held by an idol at a certain time and place. Special activities are set up for the concert, such as the task of "guessing the correct track at the concert", and the highest level fan certification is given to the user7 who completes the task on the spot. A rare and limited edition NFT digital product certificate. In the future, the user 7 who owns the NFT digital product certificate can obtain the exclusive gift provided by the idol in a virtual and real way.

Since the ownership of NFT digital goods is recorded through blockchain technology, these NFT digital goods are decentralized, non-tamperable, and traceable, which ensures the uniqueness and economic value of the NFT goods. Continuing, in order to make the NFT product closer to the usage impression of virtual and real integration, part of the attributes of the NFT digital product are visible data that can be displayed through the mobile device 8 . For example, various certificates such as player cards, licenses, coupons, membership cards, etc.; or the visible data of the accessories worn by the NFT digital product for the virtual character 201, and the NFT digital product can be worn on the virtual character 201 . In addition to satisfying the sense of glory of each user 7, the visible data can, for example, wear and display unique clothes and accessories on the virtual character 201. For online/offline virtual and real integrated businesses or activities, etc., for special status Various types of certificates need to be supported by this visual data as an identification aid, and the visual data is more helpful in improving transaction liquidity.

Furthermore, in order to facilitate the transaction and circulation of the NFT digital goods, the virtual world management module 1 also issues a cross-border currency, which can be circulated in each virtual world 10 and used for the transaction of the NFT digital goods; and The point information 112 in the portal world 4 includes at least one NFT trading merchant, allowing the user 7 to conduct NFT digital commodity transactions at the NFT trading merchant. Among them, the cross-border currency can be obtained by recharging or completing the tasks generated around the point information 112. Of course, in order to improve the circulation reliability and security of the cross-border currency, the cross-border currency issued by the present invention is also chained through blockchain technology. As various virtual products on the blockchain, they are highly secure and tradable, and an auction mechanism is set up on the NFT trading merchant to allow each user7 to sell the NFT digital they own. commodity. Once the NFT digital product is available for trading, it will have the following advantages: 1. Maintain liquidity, maintain product exposure and topicality; 2. Free bidding, creating room for product value-added; 3. Promote communication and competition among players/fans, Accordingly, the system can greatly promote social interaction among the users. On the other hand, it has been explained above that "various mini-games can be set around the point information 112 for the user 7 to participate in, such as various tasks common in games such as killing monsters, obtaining treasures, limited activities, AR interactions, etc." , so by "obtaining it after completing the task generated around the point information 112", the currency can be issued in the same way as "Chain Game" (GameFi). As for the NFT dealer, it can be attached to a physical store in a virtual and real way and be built and presented on the portal world 4; or it can be simply set up virtually without a corresponding physical store. The above two execution methods are both appropriate. Of course, it is also appropriate to derive a virtual pop-up store on this basis.

Please also refer to Figures 1~3, 4A, 4B and 4C. Figures 4A, 4B and 4C are schematic diagrams of the location of the extended location service positioning points in the "drone mode", "cruising mode" and "summoning mode" respectively according to the preferred embodiment of the present invention. The advantages of traditional location-based services are the characteristics of regional attributes, location guidance, personal participation, and integration of reality and virtuality. However, its disadvantages are regional restrictions, forced displacement, and monotonous repetition of non-migrating players. Therefore, it is To enhance the diversity of location-based services, in this embodiment, as shown in Figure 4A, it also includes that the user 7 can execute a drone mode and move to a location other than where the user 7 is located within a limited time. Remote range. For example, after executing the drone mode, the drone props displayed on the entrance world 4 can be moved and projected to a distant map location, and the view of the location can be opened in a short time, such as obtaining random games, killing monsters, leaving messages, etc. Various tasks or information such as activities. As shown in Figure 4B, the user 7 can perform a patrol mode and move to a patrol range centered on the location of the user 7, so that the user 7 can simulate a patrol area without moving the actual location. Move around the patrol area to explore various tasks or information such as random games, monsters, messages, activities, etc. As shown in Figure 4C, another user 7 performs a summoning mode, so that the summoned user 7 moves to the position of the user 7 performing the summoning mode, so that the user 7 does not need to actually The mobile user can also participate in the tasks generated around the point information 112 that is not at the current location, and can drag online friends to the current location to share the fun of various limited tasks at the location.

Please refer to Figures 1 to 5 together. Figure 5 is a schematic diagram of the page occupied by the preferred embodiment of the present invention. In this embodiment, in order to further enhance the social interaction between the users 7 , the entrance world 4 is divided into a plurality of plots 3 , and the user 7 can select an “attribute” and move to these plots. 3. Then occupy one of the land chips owned by the user 7, and obtain a reward value after occupying it. The movement method of the user 7 can be actual movement, executing the drone mode, the patrol mode or receiving Another user 7 goes to the land parcel 3 in the summoning mode; if two or more users 7 compete for the right to occupy the land parcel 3, the users 7 will be determined according to their respective "attributes". Divide yourself into groups, and then determine whether the group has occupied the land 3 according to the total number of chips in the land with the larger number, and obtain the reward value, and distribute the land according to the proportion of the chips invested by the users occupying the land 3. Reward value, which can be converted into the cross-border currency. In terms of specific implementation, for example, occupation points can be obtained by playing various games with occupation chips, and after completing the game, it can be judged whether the occupation value exceeds a preset value to determine whether the occupation conditions are met; or one can further compare the occupation values of each attribute group. , determine who occupies the land parcel 3. The "attribute" can be understood as the corresponding followers of a certain idol or the same issue. Therefore, through the space competition system, the cohesion between fans or groups can be strengthened. At the same time, for like-minded partners, it can also improve the relationship between their social friends. As the number of groups expands, the entire community's connections continue to expand outward. On the other hand, the number of territory blocks 102 can also be used to show the number of subscriptions or followers of the base block 101, thereby intuitively commending the community charm index of the virtual world 10. Therefore, further, the occupying activity can be combined with the expansion of the territory block 102, that is, for a certain activity in the entrance world 4, the leader of each virtual world 10 can lead his followers to occupy the land. Attack and defense, and the final winner of the territory determined by the system, the information of the plot 3 corresponding to the entrance world 4 is mapped to the location of the territory plot 102 adjacent to the base plot 101 of the virtual world 10 to which the winner belongs, When any base block 101 is adjacent to a larger number of territorial blocks 102, its community charm index will be correspondingly higher.

In order to increase the interactive entertainment, the administrator of the virtual world 10 can also place decorative objects on the territory block 102. The decorative objects include various static or dynamic electronic information, such as photos, video streams, or text interactive information. Objects, and the decorative objects placed on the territory block 102 can be mapped again to the corresponding block 3 position of the entrance world 4. When each user 7 moves in the entrance world 4, in addition to directly viewing the various locations Block 3 belongs to the virtual world 10, and various electronic information can be further embedded to edit the territory block 102, and then the edited appearance of the territory block 102 is mapped to the corresponding block 3, thereby adding to the fun of competition. . For example, in the virtual world 10 of the global idol group AKB48, the person in charge of the virtual world 10 can place an advertising billboard object embedded with the AKB48 promotional poster on the territory 102, and the advertising billboard will be mapped to the corresponding land parcel in the entrance world 4. 3, when each user 7 moves to the corresponding plot 3 of the entrance world 4, they can see that there is an advertising billboard object embedded with the AKB48 promotional poster on the plot 3.

In addition, in addition to the aforementioned cross-border coins that are popular in the virtual worlds 10, which can be used to purchase the NFT digital goods, the cross-border coins obtained from completing tasks, recharging, or occupying land activities can also be used to purchase the virtual goods. The world management module 1 issues at least one digital coupon in each virtual world 10 online, for example, a digital coupon that can be discounted or exchanged through the mobile device 8 when making purchases in a physical store, thereby enhancing the online and offline experience. Lower the mutual adhesion of consumption behavior. Furthermore, in order to increase the participation of each user 7, the user 7 will obtain a contribution value after executing at least one event in the portal world 4, and for each contribution of two or more users 7 The total amount of value generates a ranking information. In the same way, of course, the ranking information can also be used as a healthy competition for community interaction. Once the player obtains a better ranking in the ranking information, the system can also provide actions such as the corresponding cross-border currency or the special NFT digital product. Rewards, thereby stimulating each user 7 to more actively deepen community participation in the virtual world 10 .

Please refer to Figures 1 to 7 together. Figure 6 is a diagram of the user's action cycle in this social system according to the preferred embodiment of the present invention; Figure 7 is a schematic diagram of the execution display page of the preferred embodiment of the present invention. . For the sake of understanding, the following is a more detailed example of the implementation of the present invention. As seen from Figures 6 and 7, after the user 7 enters the system, he can log in to the corresponding mobile device 8 The application page is displayed, and a personal account is created through the user module 2, and the corresponding virtual character 201 is created for Avatar editing, with details such as expression editing, clothing/accessory editing, or action editing. After the virtual character 201 corresponding to the personal account is created, you can enter the portal world 4 and the virtual world 10 to perform social activities, such as searching for the point information 112 with the attribute "stronghold" A. The "base" A defined by the present invention refers to the recommendation site/food site/store site/official site, etc. built by the system, which allows the user to use the "base" A as "a discussion site" "String" unit, and a carrier that can leave messages and interact on the "stronghold" A. In addition, the way to find "Stronghold" A is to contact or explore "Stronghold" A through self-movement, patrol mode, summoning mode, or drone mode. Furthermore, the "promotional spaceship" D defined by the present invention refers to the one that appears on the display page to promote real-time information on where special events are currently available, and allows the user to quickly transmit the information after 7 clicks. Again, the above examples are only partial examples, and the method of finding "stronghold" A can be derived or expanded in other ways. Next, when the user 7 explores "stronghold" A, he can engage in social activities, map games, store shopping, and gift-giving social activities. The social behaviors include making friends with other users 7 , leaving messages to chat, communicating through letters, or the behavior of “setting up and planting flags” customized for the present invention. The so-called “setting up and planting flags” means that the user 7 selects the entrance A temporary "stronghold" A is established at the last location in World 4. In terms of properties, it is also a carrier for leaving messages and discussions. In terms of function, the probability of some surrounding derivative tasks is lower than that of "stronghold" A. Once the "setting up and planting flag" behavior is completed, the system can apply to the system administrator for approval to be converted into "stronghold" A, thereby obtaining permanent and more functional point characteristics. In addition, the map game system includes various "map missions" F, "treasure chest exploration" to find "local specialties" C, or battle games with "local enemies" E and "tour bosses" B. In addition, for store shopping, you can visit the icon displayed as "Store" G on the 4th page of the entrance world to conduct online transactions. As for the gift-giving behavior including leaving messages of support or competing for rankings, that is, the user 7 can give gifts at the "base" A or "plant the flag" of the favorite idol/store, which represents support for the idol/store, and the income from the gift The account will also be split and transferred to the idol/store owner. In terms of attributes, a gift also represents a string of messages, so the user 7 who gives the gift can leave a message to the idol accordingly, and there is a ranking list for gifts in each block, so the more gifts you give, the higher the ranking will be, so you can Increase the chance that the user's name and message will be noticed by idols. Incidentally, the "flag planting" and "stronghold" are essentially the point information 112, and the "map mission" F and "treasure chest exploration" are to find "local specialties" C, or with "local specialties" Enemy "E" and "tour leader" B engage in battle games, etc., are all of this "mission" attribute, and the above specific description is only one execution mode of this system, and is not the only expression method or action rule of this system.

In summary, the present invention is different from various electronic bulletin boards, theme boards, discussion threads, and merchant webpage static information that are traditionally presented in text format; as well as Facebook, Twitter, IG, Instead of using social platforms or software functions with similar expressions, we use the concept of virtual world cosmology to create various themed parallel worlds, combined with localized service technology for users to locate through mobile devices, supplemented by actual actions, which can cross worlds and become online. /Offline interaction and social activities integrating virtual and real events. Through this, the present invention presents various themes such as brands, businesses, institutions, legal persons, activities, idols or channel management in a parallel virtual world with the concept of cross-border mutual visits, and each user can target Different followers may be interested in the virtual world and further browse or edit the display information presented in the base block to conduct social activities. In addition, it utilizes location-specific services and NFT digital commodity technology based on the concept of "events", and combines it with functions such as land occupation activities, ranking information, various games, and virtual cross-border coins to allow online/offline merchants and other various points of contact. The stickiness of using the bit is greatly improved, thereby deepening the social interaction of each user, and obtaining a better immersive experience to enhance their loyalty and sense of following. At the same time, to add to the fun of competition, when users work together to successfully occupy a plot of land, the plot will be projected to the surroundings of the corresponding base block to form a territorial block like an expanded territorial concept, and the territorial block can be further edited and decorated visually. Map it to the land again to satisfy the active participation of these users. Therefore, the present invention is indeed different from the conventional technology and is a new type of virtual and real integrated social interaction system.

The above is only an illustration of the preferred embodiments within the patentable scope of the present invention, and is not intended to limit the scope of rights of the present invention based on the content of these embodiments; therefore, any changes in the meaning of the present invention may be made without departing from the equal scope of the present invention. Or modifications should still be covered by the patentable scope of the present invention.

1: Virtual world management module 10:Virtual world 101:Base block 102:Territory block 11:World title 111: Display column information 112:Point information 1120:Geographical parameters 1121: Time parameter 1122:Digital voucher 2:User module 20: Virtual character creation module 201:Avatar 21:Login module 3:Plot 4: Entrance world 7:User 8:Mobile device 9:Basic map information A: Stronghold B: Tour leader C:Local specialty D: Propaganda spaceship E: Local enemy F: Map mission G: store

Figure 1 is a system functional block diagram of the operating architecture of the preferred embodiment of the present invention. Figure 2 is a schematic diagram of the portal world display page according to the preferred embodiment of the present invention. Figure 3 is a schematic diagram of converting "events" to generate NFT digital goods according to a preferred embodiment of the present invention. Figure 4A is a schematic diagram illustrating the location of expanded geo-adaptive service positioning points when executing the "UAV mode" according to a preferred embodiment of the present invention. Figure 4B is a schematic diagram illustrating the location of expanded location-adaptive service anchor points in the "cruise mode" according to a preferred embodiment of the present invention. Figure 4C is a schematic diagram illustrating the position of the extended geo-adaptive service anchor point in the "summoning mode" according to the preferred embodiment of the present invention. Figure 5 is a schematic diagram of the page occupied by the preferred embodiment of the present invention. Figure 6 is a diagram of the user's action loop in this social system according to the preferred embodiment of the present invention. Figure 7 is a schematic diagram of the execution display page of the preferred embodiment of the present invention.

1: Virtual world management module

10:Virtual world

101:Base block

102:Territory block

11:World title

111: Display column information

112:Point information

1120:Geographic parameters

2:User module

20: Virtual character creation module

201:Avatar

21:Login module

4: Entrance world

7:User

8:Mobile device

9:Basic map information

Claims (10)

A location-appropriate "Metaverse" social system that combines the real world and multiple virtual worlds for virtual and real interaction. It allows at least one user to locate through a mobile device and then use actual movement to conduct various online/offline interactions and virtual and real integration. Community activities include: a virtual world management module that combines basic map information of the real world to expand an entrance world and create multiple parallel virtual worlds. Each of these virtual worlds has a customized world title. , and each virtual world has a display list information corresponding to the world title, and the entrance world has a plurality of point information, and the point information respectively has a geographical parameter; wherein, each virtual world has a base block and at least one adjacent territory block, the base block is used to present the display column information, and the territory block points to the geographical location of the entrance world; when the user enters any of the virtual worlds, he can Move between the base block and the territory block, and browse or edit the display column information in the base block to conduct social activities, or quickly transfer to the corresponding geographical location in the entrance world through the territory block; and a user model A group for the user to create a personal account and to be connected by telecommunications with the virtual world management module, including: a virtual character creation module for creating a virtual character, and the virtual character and the personal account are bound to each other and can be used in The mobile device is presented; and a login module is used for the user to log in to the virtual world management module with the personal account, and the avatar moves with the user in the portal world to present synchronous displacements. When the user When moving to the location of the point information, the content of the point information can be read or written to update, which is a site-appropriate social activity; Among them, the user can arbitrarily switch from the portal world to any virtual world to browse or edit the display row information to perform social activities. The location-appropriate "Metaverse" social system that combines the real world and multiple virtual worlds for virtual-real interaction as described in request 1, wherein the point information can be selected by the user after moving in the portal world. Created by yourself, when the point information is created, the content of the point information is written and updated, or when at least one task occurs around the point information or the task is completed, an event will be recorded respectively. The event is There is a time parameter and the geographical parameter corresponding to the point information. The location-appropriate "Metaverse" community system that combines the real world and multiple virtual worlds for virtual-real interaction as described in claim 2, wherein an NFT digital product is generated based on a single event or a combination of two or more events; And the virtual world management module also issues a cross-border currency, which can be circulated in each virtual world and used for NFT digital commodity transactions; among which, the cross-border currency can be recharged to obtain or complete the points. Obtained after the task generated by the surrounding information. The location-appropriate "Metaverse" social system that combines the real world and multiple virtual worlds for virtual and real interaction as described in claim 3, wherein the NFT digital product is visible data that can be displayed through the mobile device. As described in request 4, the location-appropriate "Metaverse" social system that combines the real world and multiple virtual worlds for virtual and real interaction, wherein the NFT digital product is the visual data of the virtual character's accessories, and can be The NFT digital product is worn by the virtual character. The location-appropriate "Metaverse" social system that combines the real world and multiple virtual worlds for virtual-real interaction as described in request 2 further includes that the user can execute a drone mode and move to a non-application location within a limited time. one of the remote ranges of the user's location; or the user is A patrol mode can be executed to move to a patrol range centered on the user's location; or another user can execute a summoning mode, causing the summoned user to move to the use of the summoning mode. location, so that the user can participate in the task generated around the point information at a location other than his or her current location without actually moving. A location-appropriate "Metaverse" social system that combines the real world and multiple virtual worlds for virtual-real interaction as described in claim 1 or 6, wherein the entrance world is divided into a plurality of plots, and the user can select an attribute. Move to these land plots, and then occupy them according to one of the land chips owned by the user, and obtain a reward value after occupying them; if more than two users compete for the right to occupy the land, these users will The users are divided into groups according to their respective attributes, and then the one with the larger total number of chips for the land in each group is determined to occupy the land and obtains the reward value, and based on the investment of the land occupied by the users occupying the land The reward value is allocated in proportion to the chips, and the virtual world management module further issues a cross-border currency, and the reward value can be converted into the cross-border currency. As described in request 7, a site-appropriate "Metaverse" community system that combines the real world and multiple virtual worlds for virtual and real interaction, in which, after occupation, these plots will be mapped to the corresponding base plots that have the right to occupy. To form the territorial block, the territorial block can be embedded with various static or dynamic electronic information and then mapped to the corresponding block for presentation. The location-appropriate "Metaverse" community system that combines the real world and multiple virtual worlds for virtual-real interaction as described in claim 8, wherein the virtual world management module issues at least one digital coupon in each virtual world online , the cross-border currency can be used to purchase the digital coupon, and the digital coupon can be used in transactions in offline physical stores. The location-appropriate "Metaverse" social system that combines the real world and multiple virtual worlds for virtual-real interaction as described in claim 2, wherein the user executes at least one task in the portal world After this event, a contribution value is obtained, and a ranking information is generated based on the total contribution value of two or more users.