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EA-053291-B1 - A unified method of access via a digital face code chain

EA053291B1EA 053291 B1EA053291 B1EA 053291B1EA-053291-B1

Abstract

The invention relates to a unified method of accessing a digital face via a code chain, characterized by the following steps: information corresponding to a first subject is obtained, and information corresponding to at least one other subject is obtained through heterogeneous access; by identifying a 5W encoding carrier, information corresponding to the first subject is obtained: information on an indicator of a partner's digital face corresponding to an industry code server; and elements corresponding to an industry code server, and 5W codes corresponding to the elements, where the 5W codes represent rights to participate in the distribution of income from the elements; information indicating identification information on a partner and/or a partner's digital face associated with the said 5W. The present invention ensures seamless integration between the real world in offline mode and the virtual world in online mode through reposts and forwarding, and allows for omnichannel management and digital distribution in a value creation system during the distribution process. The said 5W encoding medium can also be used as a form of expression of digital assets, adopting SGR (special drawing rights under 5W code) as a unit of equivalent exchange, which can be freely exchanged for digital currency in each industry code server.

Inventors

  • СЮЙ Вэй

Assignees

  • СЮЙ Вэй

Dates

Publication Date
20260504
Application Date
20200911
Priority Date
20190927

Claims (18)

  1. The key to brain science lies in understanding the dynamic processes that distinguish human intelligence from artificial intelligence: neural circuits can constantly rewire themselves, but a problem in one of the billions of switches in AI chips or other chips can cause them to freeze. The EarthBrain approach does not rely on the activity of any single brain cell. The EarthBrain approach is based on a dynamic and holistic structure that first requires a dynamic and holistic understanding. Using this method, it is possible to construct a brain-like model that can explain the behavior of the human population on Earth. The digital face glasses can be regarded as a tool for human evolution, the code chain is an access method, the elements containing 5W in the real world (meta-codes) are access points, and the real interaction method between the three helps human society rely on the three-dimensional world to build a new type of production relations in the four-dimensional space to improve human behavior. Although the present invention has been described in detail with reference to preferred embodiments, it should be understood that the foregoing description is not intended to limit the present invention. Various modifications and variations of the present invention will become apparent to those skilled in the art upon reading the foregoing description. Accordingly, the scope of the present invention should be defined by the appended claims. CLAUSES OF THE INVENTION 1. A method of accessing a cloud data processing platform that provides for various entities belonging to different sectors of economic activity, a server corresponding to the entity that manages information related to a specific sector of economic activity and information about entities related to the specified sector of economic activity; a plurality of distributors distributing encoding media containing information relating to subjects, wherein the plurality of distributors form distribution chains comprising several levels of distributors; an encoding media distributed at the corresponding level, wherein each encoding media contains information comprising information about the subject and corresponding identification information of the distributor at the same level; information about the behaviour of the distributor at each level and its identification information are registered by the industry code server corresponding to the subject; user terminal device: identifies the distributed encoding medium, provides access to the page corresponding to the first subject, receives information corresponding to the first subject, receives information about the access route to information corresponding to at least one other subject; a user terminal device accessing a page corresponding to at least one other entity via an access route corresponding to the first access information to obtain information about the other entity; the other entity includes a second entity; and the user terminal device interacting with a second server corresponding to the second entity.
  2. 2. The access method according to claim 1, wherein the information corresponding to the first subject is the first information corresponding to elements associated with the first server; and the information corresponding to at least one other subject is information corresponding to elements associated with at least one other server.
  3. 3. The access method according to paragraph 1, which provides for access of the terminal device to a second page corresponding to a second subject, through an access route corresponding to the information about the first access, to obtain second information corresponding to elements associated with the second server; wherein the first server corresponding to the first subject and the second server corresponding to the second subject are different servers.
  4. 4. The access method according to paragraph 3, which provides for the terminal device to receive second information and information about the access route to information corresponding to at least one other subject on the second access page, and access to a third page corresponding to the third subject, through the access route corresponding to the information about the route for receiving the third information corresponding to - 63 053291 elements associated with a third server, or to obtain third party information and information on the access route to information corresponding to at least one other subject.
  5. 5. The access method according to paragraph 4, in which the third entity is an entity different from the second entity; and the third server corresponding to the third entity is a server that is different from the second server, or the third entity is an entity different from the first entity and the second entity; and the third industrial code server corresponding to the third entity is a server that is different from the first server of the second server.
  6. 6. An access method according to any one of paragraphs 1-5, which provides, from a page corresponding to any subject, access to a page corresponding to at least one other subject other than the current subject, via an access route corresponding to information about an access route to information corresponding to at least one other subject, or access to an integrated page; wherein the integrated page contains access routes corresponding to a page from a plurality of other subjects other than the current subject, for obtaining information corresponding to a plurality of other subjects, respectively.
  7. 7. The access method according to paragraph 6, in which the integrated page is controlled by the centralized control server of the main system, and the centralized control server of the main system is communicatively connected to the servers related to the corresponding entities.
  8. 8. An access method, according to any of paragraphs 1-6, which provides for access to the page of the subject corresponding to the given server, and/or obtaining information corresponding to the given subject, by interacting with any of the servers; or based on the information received corresponding to any of the subjects, interaction with the server corresponding to that subject and/or access to the page corresponding to that subject; or by accessing a page corresponding to any of the subjects, obtaining information corresponding to that subject, and/or interacting with a server corresponding to that subject.
  9. 9. An access method according to any one of paragraphs 1-8, in which one or more encoding media associated with each subject correspond to a page of the subject; and any one or more of the following steps are performed by identifying the encoding means: access to the subject page corresponding to the identified coding tool; or obtaining information about a relevant subject, and/or obtaining information about a relevant subject and information about an access route to information corresponding to at least one other subject; or interaction with a server related to the relevant entity.
  10. 10. An access method according to any of paragraphs 1-9, in which the determination of compliance with the specified conditions is carried out using one or a set of several of the following servers: the first server to which the first subject corresponds; or a server corresponding to at least one of the other entities; or a centralized management server connected to servers corresponding to each subject; or other third party servers; formulate the specified conditions using one or a combination of several of the following servers: the first server to which the first subject corresponds; or a server corresponding to at least one of the other entities; or a centralized management server connected to servers corresponding to each subject; or other third party servers.
  11. 11. The access method according to paragraph 10, in which compliance with the specified conditions includes: whether any or each of the user, distributor, or distributor performs the specified operation; and/or whether it complies with the specified conditions, one or more time data, location data, digital identification data of an individual corresponding to any or each of the user, distributor.
  12. 12. The access method according to claim 11, wherein when it is determined that the prescribed conditions associated with the user are met, one or more of the following steps are performed: ensure that the user receives information corresponding to the first subject; - 64 053291 or ensure that the user receives information about access to information corresponding to at least one other subject; or provide for the user to obtain information corresponding to at least one other subject through an access route corresponding to access to information corresponding to at least one other subject.
  13. 13. The access method according to claim 1, wherein the user terminal device is selected from any one or a combination of the following components: a smartphone, a tablet, a personal computer, a wearable device, and a smart home appliance; wherein the wearable device includes smart glasses.
  14. 14. The access method according to claim 13, wherein the user terminal device includes smart glasses that detect and identify an object for access to a first server application that manages information about the object, and provides the first server application with first basic information that can label any one or more current location, time and identification data corresponding to the smart glasses or their user, wherein the first basic information is used when the first server application requests the second server application to issue an original code; wherein the original code corresponds to information about the object managed by the first server application, or corresponds to information about the object managed by the first server application and the first basic information; and the smart glasses record and identify the original code for accessing the first server application and provide the first server application with second basic information that can mark any one or more current data on location, time and identification corresponding to the smart glasses or its user, wherein the second basic information is used when the first server application requests the second server application to issue a new code; wherein the new code corresponds to information on the object managed by the first server application and the second basic information; wherein the second server application corresponds to a server for managing information related to a specific branch of economic activity to which the server belongs, or corresponds to a main management server associated with a plurality of servers for managing information related to specific branches of economic activity to which the servers belong.
  15. 15. The access method according to claim 14, wherein the first server application transmits the first basic information provided when the smart glasses access the second server application to request the issuance of the original code; The smart glasses record and identify the original code for accessing the first server application, and the first server application requests the second server application to issue a new code upon determining that the first basic information satisfies a predetermined rule; and the second server application, accordingly, generates the original code or the new code in accordance with the request transmitted from the first server application to issue the original code or the new code, stores the original code or the new code, and transmits the original code or the new code to the first server application for storage.
  16. 16. The access method according to claim 14, wherein, upon first fixation and identification of an object, the smart glasses access the first server application to provide first basic information, wherein the basic information is used when the first server application requests the issuance of an original code by a second server application; and upon fixation or identification of an object for a second time, the smart glasses access the first server application to obtain information corresponding to the original code, and/or provide second basic information, which will be used when the first server application requests the issuance of a new code by the second server application.
  17. 17. The access method according to paragraph 14, wherein: the second server application supports searching, querying and analyzing one or more of the following data: information obtained as a result of fixing and identifying the object, information managed by the first server application, first basic information, second basic information, information corresponding to the original code, and information corresponding to the new code.
  18. 18. The access method according to paragraph 14, wherein: The object includes a human face, an object, a landmark, and a house number, including a store sign. -

Description

Technical area The invention relates to a unified method of accessing a digital face using a code chain. Background technology With the rapid proliferation of smartphones and other portable smart devices, people's lives are becoming increasingly convenient, and communication between people is becoming more seamless. Along with this, an internet revolution is underway, resulting in a plethora of new methods for transmitting information and the creation of new business models. However, driven by traditional internet theory, existing access methods still rely on human interaction with a service provider's server via a web page (or app). Their shortcomings include the poorly understood characteristics, methods, and models of interaction between people and things in everyday life. The artificial division of human activity into online and offline leads to fragmentation of data and models, even though online and offline activities have equal commercial value. The dissemination of information in itself has value: for example, the dissemination of advertising, its essence lies in the transformation of the value of the resources used to disseminate the information. Advertising with high added value is necessarily distributed through resources that can disseminate information to a larger number of people under the same conditions. Specifically, the more audiences can be reached, the higher the advertising value. In traditional advertising, advertising is equivalent to distribution; control over the distribution process is lost. In the process from dissemination of advertising information to the conclusion of a transaction, each advertising activity contributes to the final transaction. Without any of these transfers, the information cannot be received by anyone with the intent to conclude a transaction, and the transaction cannot be concluded. Therefore, dissemination of information has value, and those who disseminate it should rightfully receive this value as compensation for their actions. However, this value has not been fairly assessed due to the lack of effective and universally applicable technical means for tracking the effective behavior of each disseminator throughout the entire process, as well as for assessing the value of each disseminator in the dissemination process. In a direct sales system, the relationships between the upper and lower levels are clearly defined at each level, facilitating the distribution of sales rewards among each level after a deal is closed. However, a drawback of the direct sales system, which fails to fully reflect the value of distribution, is that only members of the system are eligible to join the distribution network. Distributors can only earn income from orders, and acquiring orders becomes a profession in the direct sales system. Due to this utilitarian nature, as well as the impossibility of one person selling everything, the methods and scope of information dissemination (for example, product information) are objectively limited. Moreover, the distribution process and royalty calculation in the direct sales system cannot be verified by technical means. The entire process of information transmission, from dissemination to reception, must represent a chain passing through various interpersonal circles, with each intermediate link located at the intersection of two or more interpersonal circles. The interpersonal network formed in society is a complex of multi-level interpersonal circles oriented toward the self (i.e., an individual is located in different communities). These interpersonal circles are formed on the basis of various social relationships with varying degrees of closeness, such as blood, education, work, and hobbies (i.e., individuals are located in different communities). The interaction and information flow that occur in human social interaction, in addition to point-to-point methods such as meetings, phone calls, and text messages, are now increasingly dependent on the internet social media platform. Although there's now plenty of information available online through search engines, what you see isn't always what you need. And for average consumers, who aren't always up-to-date on what's happening online or at the forefront of e-commerce, there aren't enough keywords to conduct further searches. Therefore, existing methods of accessing information have significant limitations. The dissemination of information through social networks has the following characteristics: on the one hand, the publisher and the disseminator of information have a certain anticipation of whether the other party will receive the information or disseminate it further, based on their understanding of the recipient of the information in the relevant community, which is equivalent to a certain degree of active filtering behavior on the part of the disseminator. This makes the dissemination of information within an interpersonal circle more targeted. On the other hand, in a stable inte