JP7300772B1 - Metaverse trading system - Google Patents

Abstract

A new transaction using meta-birth data is provided. A server 2 that creates a meta data, a user terminal 3 that creates a user avatar, and a transactor terminal 4 that creates a transactor avatar are communicably connected by a blockchain network 5. means for displaying an image of meta-birthday data; means for adopting a specific meta-birthday data from the image-displayed meta-birthday data; and transactions including the balance of tokens between the user terminal 3 and the transactor terminal 4 with respect to the adopted meta-birthday data. and means for performing [Selection drawing] Fig. 10

Description

The present invention relates to a metaverse trading system using a three-dimensional virtual space (metaverse).

Techniques for displaying an artificially constructed Metaverse on a user terminal and allowing users to experience various contents are widespread. Also, a technology that allows a user to experience the Metaverse by operating an avatar existing in the Metaverse has become widespread.

Patent Literature 1 discloses a system that provides products and services to users on the Metaverse. Patent Literature 2 discloses a system that evaluates virtual items used in the Metaverse when the virtual items are put up for sale.

Japanese Patent No. 7004886 Japanese Patent Application Laid-Open No. 2021-15571

SUMMARY OF THE INVENTION An object of the present invention is to provide a metaverse transaction system that enables new transactions by using created metaverse data.

The metaverse trading system of the present invention comprises a server that creates metaverse data, a user terminal that creates user avatars, and a transactor terminal that creates transactor avatars, which are communicatively connected via a blockchain network. means for image-displaying the meta-birthday data; means for adopting a specific meta-birthday data from the image-displayed meta-birthday data; and means for conducting a transaction.

The present invention is characterized in that the transaction is made between the user avatar and the transactor avatar.
Further, the trader terminal is associated with specific content in the meta-birthday data created by the server, and the trader associated with the specific content is selected by the user avatar selecting the specific content in the meta-birthday data. It is characterized in that a transaction is made between a terminal trader avatar and said user avatar.
Further, the server includes a metaverse data creation unit and a metaverse data unit that stores a plurality of metaverse data created by the metaverse creation unit, and the user terminal includes an output unit that displays an image of the metaverse; a meta birthday data selection unit that selects meta birthday data from the meta birthday data unit of; a meta birthday data determination unit that adopts a specific meta birthday data from the selected meta birthday data; The trader terminal is characterized by comprising an information registration unit for registering information including tokens related to the meta-data, and a trader avatar registration unit for registering trader avatars.

According to the present invention, new transactions using meta-data are possible.

1 is a configuration diagram showing an entire embodiment of the present invention; FIG. 1 is a block diagram of a server; FIG. 1 is a block diagram of a user terminal; FIG. FIG. 3 is a block diagram of a transactor terminal; 4 is an image of meta-birthday data A; 3 is an image of meta-birthday data B; 3 is an image of meta-birthday data C; 4 is an image of meta-birthday data D; 4 is an image of metaverse data E; It is a timing chart showing the operation. It is a front view which shows an example of an avatar. 10 is an image of meta-birthday data F; 3 is an image of meta-birthday data G; 4 is an image of meta-birthday data H; 3 is an image of meta-birthday data I;

FIG. 1 is a block diagram showing the overall configuration of a metaverse trading system according to one embodiment of the present invention, FIG. 2 is a block diagram showing the configuration of a server, FIG. 3 is a block diagram showing the configuration of a user terminal, and FIG. It is a block diagram showing a configuration.

As shown in FIG. 1, the Metaverse trading system 1 includes a server 2, a plurality of user terminals 3, and a plurality of transactor terminals 4, which are connected by a blockchain network 5 for mutual communication. It is possible. Since the blockchain network 5 uses encryption technology such as electronic signatures, falsification of data can be easily detected, and since transaction histories are recorded by everyone, there is an advantage that the entire system does not go down.
The server 2 creates a plurality of meta-data, the user terminal 3 creates user avatars, and the transactor terminal 4 creates transactor avatars. As the server 2, the user terminal 3, and the transactor terminal 4, personal computers, smart phones, tablets, etc. are used.

As shown in FIG. 2, the server 2 includes a meta-data part 20, a token data recording part 22, a communication part 23, an output part 24, an input part 25, a control part 26, and a bus 28 connecting them. A meta-data generation unit 27 is connected to the meta-data unit 20 .

The meta-birth data creating unit 27 creates a plurality of meta-birth data. The metaverse created by the metaverse creating unit 27 is stored in the metaverse data unit 20 . The meta-birthday data section 20 individually stores a plurality of created meta-birthday data as indicated by meta-birthday data A, meta-birthday data B, meta-birthday data C, . . . A plurality of meta-birth data are different image data that do not overlap. Metaverse data is a combination of a plurality of three-dimensional images. Image data may be either a still image or a moving image.

Metadata are illustrated in FIGS. 5 to 9, respectively. A meta-birth data A in FIG. 5 is a remote island P, and a meta-birth data B in FIG. A meta-birthday data C in FIG. 7 is a shopping street, a meta-birthday data D in FIG. 8 is a street corner in the Edo period, and a meta-birthday data E in FIG. 9 is a Japanese sword. These meta-birth data are created by the meta-birth data creation unit 27 and stored in the meta-birth data unit 20 .

One meta-birth data is picked up by the user terminal 3 from the meta-birth data unit 20 , and the picked up meta-birth data is transmitted from the communication unit 23 to the user terminal 3 and the transactor terminal 4 . The token data recording unit 22 records whether the virtual currency (token) traded via the network 5 is the balance between which user terminal 3 and which transactor terminal 4 . The communication section 23 communicates with the network 5, the output section 24 displays and prints out data, and the input section 25 adds, changes, and corrects data. The control unit 26 controls the server 2 as a whole.

The user terminal 3, as shown in FIG. It has a selector 39 and these are connected by a bus 30 .

The meta-birth data selection unit 39 selects meta-birth data in the meta-birth data unit 20 of the server 2, and the output unit 31 displays the selected meta-birth data as a three-dimensional image. On the user terminal 3, the user can see this meta-birth data. The meta-data determining unit 32 determines whether or not to adopt the meta-data displayed as an image. When the displayed meta-birthday data is adopted by the meta-birthday data determination unit 32 , the communication unit 34 transmits the adopted meta-birthday data to the transactor terminal 4 .

The token data section 33 is divided into a payment section, an income section, and a balance section, and records the current denominations in these sections using tokens. The communication unit 34 communicates with the server 25 and the transactor terminal 43 via the network 5, the input unit 35 adds, adds, and corrects data, and the storage unit 36 stores the user avatar used by the user. It stores face shape, figure, identifiers such as passwords, authentication data such as electronic signatures, history data of past transactions, and the like.

The user avatar registration unit 38 registers the user avatar created by the user avatar creation unit 38a. The user avatar may be singular or plural. In the case of a plurality of items, they are identified by an identifier or the like. A meta-birthday data selection unit 39 selects meta-birthday data from the meta-birthday data unit 20 of the server 2 . The output unit 31 displays the selected metabar data as an image. The control unit 37 controls the user terminal 3 as a whole.

As shown in FIG. 4, the transactor terminal 4 has a communication section 41, an output section 42, an input section 43, a calculation section 44, a control section 45, a transactor avatar registration section 46, and an information registration section 47, which are connected to a bus. 40 are connected.

The communication unit 41 communicates with the server 2 and the user terminal 3 via the network 5, the output unit 42 displays and prints out data, and the input unit 43 adds, changes, and corrects data. conduct. The calculation unit 44 calculates a token related to the meta-birth data that the user terminal 3 has decided to adopt. Further, when receiving meta-data whose adoption has been determined from the server 2, the calculation unit 44 determines execution conditions for purchase, transfer, handover, etc. related to the meta-data. The transactor avatar registration unit 46 registers the transactor avatar created by the transactor avatar creation unit 46a. The transactor avatar may be singular or plural. In the case of a plurality of items, they are identified by an identifier or the like. The information registration unit 47 registers transaction information including tokens related to meta-birth data. The control unit 45 controls the transactor terminal 4 as a whole.

FIG. 11 shows an example of avatars 50 used for server avatars and trader avatars. The avatar 50 has a human figure and has a display section 51 that displays an identifier for distinguishing it from other avatars. For identification purposes, not the identifier, but the face or appearance as a whole may be changed.

A transaction having the above configuration requirements includes means for displaying an image of meta-birthday data, means for adopting specific meta-birthday data from the image-displayed meta-birthday data, and user terminal 3 and transactor terminal 4 for the adopted meta-birthday data. and means for conducting transactions involving the balance of tokens between.
In the transaction by this means, when the user terminal 3 selects the meta-birthday data of the server 2, the step of displaying the image of the meta-birthday data, and the step of determining whether the user terminal 3 adopts the displayed meta-birthday data. and a step of conducting a transaction including the balance of tokens between the user terminal 3 and the transactor terminal 4 with respect to the adopted meta-data.

FIG. 10 shows a timing chart for the above transactions. The server 2 transmits the meta data of the meta data unit 20 to the user terminal 3 (step S1). The user terminal 3 displays an image of the transmitted meta-birthday data (step S2), selects one meta-birthday data from the image-displayed meta-birthday data (step S3), and displays an image of the selected meta-birthday data (step S4). ). After that, the user terminal 3 determines whether or not to adopt the meta-data displayed as an image (step S5). When the user terminal 3 decides to adopt, it transmits the adopted meta data to the transactor terminal 4 (step S6), and the transactor terminal 4 receives it (step S7). As a result, a transaction including the balance of tokens on the screen between the user terminal 3 and the transactor terminal 4 is performed (step S8). Transactions are made with respect to execution conditions such as purchases and deliveries made in relation to the meta-birth date, timing thereof, token conditions, and other conditions.
The balance of tokens resulting from this transaction is stored in the token data section 33 of the user terminal 3 . The token balance is transmitted from the user terminal 3 to the server 2 and recorded in the token data recording unit 22 of the server 2 .

A specific example of this transaction will be described below.
FIG. 5 shows the meta-birthday data A created by the meta-birthday data creation unit 27 of the server 2, which is a three-dimensional image of the remote island P. FIG. The user terminal 3 displays the image of the remote island P, and when the user avatar arrives at the remote island P, a three-dimensional image of welcoming the user avatar, such as laying on the user avatar, is displayed.

When the user terminal 3 decides to adopt the isolated island P, the server 2 transmits to the user terminal 3 a three-dimensional image (meta-birthday data B) of the forest land on the isolated island P shown in FIG. The user terminal 3 can operate the three-dimensional image to see detailed information on the forest land such as the type of tree and growth condition, and based on this information, decides to adopt the forest land and transmits it to the trader terminal 4. do.

When the user terminal 3 decides to adopt the forest land, it is transmitted to the trader terminal 4 . By this transmission, a transaction including the balance of tokens is performed between the user terminal 3 and the transactor terminal 4 . At this time, the trader terminal 4 may present to the user terminal 3 additional transaction conditions including tokens relating to logging work of forest land and construction of residential land. As described above, the land development of the forest land on the remote island P proceeds. The transactor terminal 4 can present the user terminal 3 with subsequent building construction and tenant recruitment.

In the transaction between the user terminal 3 and the transactor terminal 4 described above, the user avatar and the transactor avatar can be made to appear, and the transaction can be conducted via these avatars. That is, when the user avatar appearing on the screen decides to adopt the remote island P and the forest land, the user avatar and the trader avatar make transactions including the balance of tokens.
With such a configuration, it is possible to conduct new transactions through the Metaverse.

In the present invention, it is also possible to provide specific content in the meta-data and conduct transactions via this specific content. In this transaction, specific content in the meta-birthday data created by the server 2 is associated with the trader terminal 4, and when the user avatar selects the specific content in the meta-birthday data, the trader associated with the specific content is Transactions are made between the trader avatar of the terminal 4 and the user avatar. A specific example of this transaction will be described.

FIG. 7 shows the meta-birthday data C created by the meta-birthday data creation unit 27 of the server 2, which is a three-dimensional image of the shopping street. FIG. 8 shows the meta birthday data D created by the meta birthday data creating unit 27, which is a three-dimensional image of a street corner in the Edo period. Several stores are displayed in these images, and one or more of them is designated as specific content. Then, this specific content (shop) and the transactor terminal 4 are associated.

In these three-dimensional images, when a user avatar as a customer enters a specific content store, a trader avatar as a clerk of the associated trader terminal 4 responds, and between the user avatar and the trader avatar A transaction is made and the user avatar can purchase the product of the transactor terminal 4 . As a result, a transaction for purchasing a product at the store of the specific content is performed. At this time, the trader avatar (clerk avatar) presents the product, its accessories, and tokens related to them to the user avatar as a customer, and the user avatar decides to purchase the product, thereby completing the transaction.

FIG. 9 is a meta-birth data E, which is a three-dimensional image of a Japanese sword. This meta-birthday data E is displayed at a specific store in the Edo period or a kendo dojo (not shown) as a specific content. Transactions, such as the purchase of Japanese swords, can be conducted with the trader avatar that resides in China.
Even in such a configuration, it is possible to carry out new transactions through the Metaverse.

FIG. 12 shows a meta-birth data F as a three-dimensional virtual space when land development is performed on the isolated island P in FIG.
In land development for remote island P, a tenant building 61, a dome 62, an outlet mall 63, a theater 64, an opera house 65, an art museum 66, and a shopping street 67 resembling Edo period or Kyoto are constructed. Moreover, in the land 68 on which these are not constructed, the land 68 can be traded by selling one section at the set selling price.

A user avatar can use each facility developed on land by moving to the facility, and can make a transaction by paying a usage fee with a token when using the facility. For example, when the user avatar moves to the opera house 65, it is possible to watch an event such as an opera held by the opera house 65. At that time, the opera house 65 receives box office income by paying the admission fee to the opera house 65. You can get it with tokens.

In a company that has moved into a tenant building 61, for example, a reception floor indicated by meta-birth data G in FIG. 13, an office floor indicated by meta-birth data H in FIG. 14, and an executive floor indicated by meta-birth data I in FIG. To construct. When the user avatar enters the reception floor (meta-birthday data G) of the company that resides in the tenant building 61, the trader avatar (reception avatar) stationed at the reception desk responds. Also, when the user avatar moves to the company's office (metadata H), a plurality of trader avatars (employee avatars) are working, and the user avatar can converse with these employee avatars. When the user avatar moves to the boardroom floor (metadata I), it is possible to converse with the trader avatar (officer avatar) in the boardroom.

1 Metaverse trading system 2 Server 3 User terminal 4 Trader terminal 5 Blockchain network 20 Metaverse data unit 22 Token data recording unit 23 34 41 Communication unit 24 31 42 Output unit 25 35 43 Input unit 26 37 45 Control unit 27 Metaverse data creation Part 28 30 40 Bus 32 Meta-Birthday Data Determining Part 33 Token Data Part 36 Storage Part 38 User Avatar Registering Part 39 Meta-Birthday Data Selecting Part 44 Calculating Part 46 Trader Avatar Registering Part 47 Information Registering Part 50 Avatar

Claims (2)

The server that created the meta data, the user terminal that created the user avatar, and the transactor terminal that created the transactor avatar are configured to be communicatively connected by a blockchain network,
means for displaying an image of the meta-data;
means for adopting a particular meta-birthday data from the meta-birthday data displayed as an image;
means for performing transactions including balance of tokens between the user terminal and the transactor terminal with respect to the adopted meta-data,
A specific content in the meta-birthday data created by the server is associated with the trader terminal, and when the user avatar selects the specific content in the meta-birthday data, the trader terminal associated with the specific content A system in which a transaction is made between a trader avatar and the user avatar,
the metaverse data includes a land-developed three-dimensional virtual space;
The user avatar conducts a transaction to pay the usage fee of the land-developed facility with tokens,
The metaverse trading system, wherein the specific content is a product in the facility, and when the user avatar selects the product, a token transaction is performed between the user avatar and the trader avatar. The server includes a metaverse data creation unit and a metaverse data unit that stores a plurality of metaverse data created by the metaverse creation unit,
The user terminal includes an output unit that displays an image of the metaverse, a metaverse data selection unit that selects metaverse data from the metaverse data unit of the server, and a metaverse data determination unit that adopts a specific metaverse data from the selected metaverse data. and a user avatar registration unit that registers the user avatar,
2. The metaverse according to claim 1, wherein said trader terminal comprises an information registration unit for registering information including tokens related to said metaverse data, and a trader avatar registration unit for registering trader avatars. trading system.

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