EA044811B1 - MODELS BASED ON "CODECHAIN", DEVICES, SYSTEMS, METHODS AND THEIR APPLICATIONS - Google Patents

Description

Field of technology to which the present invention relates

Embodiments of the present invention relate, without limitation, to the field of IoT (Internet of Things) and electronic identities, in particular relate to a new network access mechanism and, more specifically, relate to CodeChain-based models, devices, systems, methods and their applications.

BACKGROUND OF THE INVENTION

The rapid proliferation of portable smart devices such as smartphones is not only making people's lives easier and communicating more easily, but is also driving the Internet Revolution. A large number of new ways of transmitting information have emerged, and new business models have been created accordingly. However, limited by traditional theories of the Internet, current business models are still implemented by people based on interactions between web pages (or applications) and operators. This mode of interaction does not allow us to sufficiently study the features, methods and models of interaction between people and objects in everyday life, as a result of which people’s actions are artificially divided into online actions and offline actions, the consequence of which is that, although actions in Online and offline modes have the same meaning for business; online data and models are isolated from offline data and models.

The traditional Internet is implemented based on an IP channel; While the collection of mobile terminals allows everyone to have a portable smart device, if necessary, the mobile terminal can receive information in accordance with the instruction (intention, social status or social position) of the person and transmit such information to the business system.

Traditional human-nature and human-human interactions can be considered as analogues. In the traditional Internet world, human-machine interaction is carried out through keyboard and mouse input, voice input, screen display, etc., which is inefficient; This kind of human-machine interaction requires education, training and training. Due to such limitations, existing Internet business models must contribute significant amounts of money to the development and promotion of human-machine interaction (so-called traffic acquisition costs).

The negative aspect of the current Internet economy is that there is an Internet monopoly barrier in Internet portals, payment services, commenting services, classification services, social services and e-commerce platforms provided by service providers. Namely, although the Internet is flat in a technical sense, in practical applications, the information explosion of the Internet era makes the user rely more on various universal services on the Internet to find the desired service. Thus, the user not only loses ownership of personal data, but is also forced to passively accept the inequalities in quality and price associated with various monopolistic commercial services on the Internet. In particular, each user contributes to the value of the Internet service company, but it is the service company, not each user who contributes to the value, that is entitled to the added value. The present invention is intended to overcome this disadvantage, i.e. every action of every individual contributing to the value of the network can be reflected in the access and verification of the codechain, thereby offering positive feedback to every electronic identity.

In recent years, with the development of the mobile Internet, people are beginning to access the Internet to get up to date. Scanning the code allows the user to see what they get, which gradually breaks the barrier of information monopoly of Internet service providers, creating a new economic model of the Internet characterized by sharing. Due to its flexibility, the sharing economy has grown at a rapid pace since its inception and has become widespread. However, since the sharing economy still uses the technical infrastructure of the Internet, various problems constantly arise.

For example, a virus in two-dimensional code, forged two-dimensional code, information forgery, theft of personal information, authors of paid information posts that cause problems such as illegal P2P (peer-to-peer) financing, illegal virtual currencies, illegal sales through a network of intermediaries, illegal information sharing, especially these problems relating to fundamental economic activities in the life and work of ordinary people) pose new challenges for the stability and unity of the country and the harmonious life of the people.

With the advancement and popularity of two-dimensional codes, their increasing use has changed the way of access to a certain extent. However, the use of 2D codes is mainly based on smartphone applications, whereby the user must find the appropriate application based on the principle of the target object, and then use the camera to scan and identify. The entire process requires high human involvement, which is still inconvenient to use.

- 1 044811

The original intention of proposing and using two-dimensional codes is mainly to overcome the disadvantages of bar codes such as insufficient capacity and poor identification. The essence of this technology is to read data from static two-dimensional code using a two-dimensional code reader and process the data on a background server, thereby realizing the entire intelligent process. Currently, the entire process is also limited by the amount of 2D code data, while the specifications and templates for compiling various 2D codes make reading and compiling the background server even more difficult.

It was proposed to implement the 2D code scanning process using two sets of servers. When using this process, the 2D code does not have to retain all the data; instead, through an instruction associated with the second server, the processing server can obtain sufficient information hidden in the two-dimensional code, thereby completing the business information processing process. Thus, the amount of interactive data involved in a single 2D scanning process can be close to infinity, completely solving the capacity problem, and the transmission of private and confidential information also becomes more secure. This technology is now widely used in various fields such as 2D code payment and bicycle rental, and thus has become one of the foundations for building a new business model using IoT.

However, a business process such as WeChat payment, which is implemented solely based on 2D code scanning technology, has a critical defect. Because 2D codes can be released randomly and always contain a link to a second server, a person cannot know whether the second server is reliable during the scanning process; thus, by using fake server and hacking tools to steal and steal data, credit card misuse and fraud can be easily committed.

IoT has evolved from various stand-alone data networks into a global interconnected IoT: gaining popularity and development of cloud computing technologies such as 5G and NB-LTE networks; big data computing and artificial intelligence, which turns mechanical computing into intelligent computing (ALPHA GO: deep learning, estimation, probability determination), which, however, is gradually deviating from people because it also comes from the wrong philosophical way of thinking the sum of the parts equals the whole .

Modern AI (artificial intelligence) is based on the Internet/IoT, i.e. with an IP address as the main connection; and all equipped network access devices are based on IP address management. This networking allows different nodes on the network to be IP addresses, i.e. machines, including networked computers, mobile phones, self-driving cars, aircraft, refrigerators, air conditioners, etc., even part human, part machine with a chip implanted in the brain. All of the above turned AI into Homo Deus (divine man), i.e. it may exist in network space or at any time, in any place (multiple places) or not in any place, which is an embodiment of a silicon-based civilization. However, since they are not human and are not associated with human society, a lot of chaos arises (hackers, sponsored posts, anonymous users, etc.); Meanwhile, unidirectional point-to-point communication cannot truly reflect the characteristics of social communication in human society.

The present invention is intended to highlight the value expression of human society (other than robots) that can give information greater meaning through human intervention during the information dissemination process. When using the chain information dissemination method (person-oriented dissemination based on a network of personal relationships), the information recipient can not only receive the original information, but can also receive the attribute information transmitted by the disseminator; In addition, more related information can be obtained through the distribution chain, helping to make smarter decisions and take more rational actions. Moreover, such attribute information not only allows the recipient to obtain the route of information dissemination, but also allows him to judge the authenticity, quality and validity of the connotations of the information.

However, attribute information is superimposed by the disseminator on the original information, which has the following characteristics: 1) subjectivity: assigning a value to an attribute carries a pronounced subjectivity of the disseminator, which changes with time, conditions surrounding the disseminator, and other objective elements; 2) possibility of falsification: the reliability of information can be very easily changed for personal interests; 3) low propagation efficiency: due to the limitations of the contact range, chain propagation efficiency is slower and less efficient than Internet publishing/forwarding, so the likelihood of its use will be reduced; 4) high cost: ensuring the reliability of information in the distribution chain requires very high verification costs, which can lead to a linear increase in the cost of information, which will affect the volume and frequency of information use

- 2 044811 mation.

Typical problems are blockchain and bitcoin technology. As a typical transaction ledger information that circulates on the Internet and requires very high reliability, blockchain technology uses a cryptographic algorithm and voting model to verify the authentication of transaction information, which creates an array on the Internet of a complete and distributed database with a chain structure that contains all the histories transactions; however, over time, the complexity of the cryptographic algorithm and the complexity of searching a chained database also increases exponentially. Probably, such a regime can only be maintained by a continuous increase in the Bitcoin exchange rate, which obviously goes against objective rules.

Blockchain is considered a revolutionary technology because it solves the problem of decentralization of the information network, as a result of which reliable information agreed upon across the network can be transmitted based on consensus; however, its problems are also very noticeable: 1) high cost; 2) the inability to suppress the spread of illegal and fake information by the initiator of the dissemination of information. A pronounced variant of the second problem is that Bitcoins, based on blockchain technology, are widely used in money laundering and cybercrime.

According to blockchain technology, it is argued that the advantages of the ledger are that all ledgers contain multiple copies with cryptographic technology, so that financial fraud becomes impossible in future economic technologies; and that blockchain 2.0 is present in accounting, i.e. each ledger corresponds to an economic activity, and at the core of each economic activity is a contract or part of a contract, so the blockchain includes the second concept, i.e. smart contract; and the third advantage is that it changes the mechanism of social trust. In the business world, achieving trust between people requires many interactions; This can be characterized by the expression: time opens a person’s heart. However, when the Internet operates on the basis of blockchain technology, the mechanism for gaining the trust of the entire society undergoes significant changes, i.e. strangers can immediately gain each other's trust. If someone tries to commit counterfeiting in blockchain technology, it means the end of their activities in this world. The third problem with blockchain technology is critical: any machine consensus will backfire. Once one point fails, the entire system will be paralyzed. In the present invention, it is believed that the consensus of human society should be a consensus mechanism based on people as such, rather than machines based on IP addresses.

However, the approval of Bitcoin valuation and use is based on community verification (human-machine community) based on IP addresses, which is a disgrace to human society.

In today's Internet environment, the most typical e-commerce flow looks like this: a consumer registers on a merchant's website to access product information, places an order with the merchant and makes payment through a third-party payment service provider, upon confirmation of payment completion, the merchant delivers the goods or provides other services. Third-party payment is explained by the most typical service purchased from a merchant: when the payer transfers money to the bank account of a third-party payment service provider, the third-party payment service provider writes the amount received to the merchant's account registered with the third-party payment service provider; then: based on an agreement between the collector and the payer, the collector, under certain conditions, can transfer his money to an account registered with a third-party payment service provider, to the bank account of the collector, or receive funds from it. During this process, the third-party payment service provider holds significant amounts of funds, which are usually called reserves and are always used by the third-party payment service provider for various types of value-added financial services, becoming an additional source of profit for the third-party payment service provider.

The main problem for the existing e-commerce flow is:

1) During the transaction process, the trader is in an advantageous position regarding information, since he can disseminate any unverified information about the product to consumers, even false information, to deceive consumers into making very irrational consumption decisions;

2) the presence of a payment to a third party is associated with the consumer’s distrust in his payment to the seller, which objectively creates another influential party.

Due to the mandatory payment to the third party and the relationship of economic interests between the third-party payment service provider and the merchant, it is often the case that the merchant and the third-party payment service provider jointly defraud consumers;

3) During the entire transaction process, the merchant and the third-party payment service provider can easily access all the information of consumers, especially the third-party payment service provider. Taking into account its own interests, the third party payment service provider may fully integrate all personal information of the consumer in accordance with applicable

- 3 044811 by the rules of the Commission for the Regulation of Banking Activities; if such information is used for commercial purposes, consumer privacy will be compromised;

4) From a technical point of view, in order to prevent illegal cyber activities such as malicious viruses, password theft, network attack, etc., consumers should use more personal information, such as identification documents, fingerprints, faces, locations, etc. , which are not related to consumption, as proof of identity (in contrast, the seller only uses a digital ID as proof of identity; the consumer's weak position is more visible), which creates a greater and less controllable risk of leakage of the consumer's personal information. On the other hand, with increasingly high costs of identity verification and risk control, a third-party payment service provider will be motivated to use consumer data collected in this way for profit.

Due to the advantageous position of the third-party payment service provider, its illegal actions can cause great damage to the financial security of the entire country. In fact, harm manifests itself in various aspects of national economic activity; It is noticeable that a number of new economic crimes are rapidly growing, including collusion between third-party payment service providers and illegal merchants to implement Ponzi schemes and financial pyramid schemes; illegal cash withdrawals from credit cards through a third party payment service provider; illegal trade in consumer personal consumption data; illegal online gambling; telecommunications fraud, etc.

With the emergence of new e-commerce models such as offline cash by scanning code, self-service supermarket, Fresh Hema chain, etc., the above-mentioned issues are becoming more prominent, even consumers are appreciating the convenience of consumption provided by new information technologies.

In case of payment to a fourth party, the fourth party service provider provides an information agent service between the bank and the collector so that no debit occurs; Under the current regulatory scheme, fourth party payment service providers do not require a third party payment license. In actual transactions, some payments to the fourth party use third-party payment services; in this case, the third-party payment service provider performs the functions of a bank. Services provided by general purpose banks and third-party payment service providers cannot meet the diverse requirements, complexity and automation of electronic payment services in the market; that's why the fourth party payment comes in. However, finding a way to make integrated fourth party payments convenient and secure is still a challenge that must be addressed. The bank account system must be constantly updated, while the solution is not to create a new networked financial accounting system (electronic account system) with class II and class III accounts as the system-forming principle, and account-based management modes such as electronization of the currency of existing banking systems, insurance accounts of third-party payment companies and prepaid cards cannot reach the development of the era of widespread payment by scanning a code. If electronic currency is considered as an account currency, then the internal settlement account is fundamentally different from the subsidiary account. The sub-account can expand its functions indefinitely, which is the main contradiction of account-based currencies, such as insurance fund account for third-party payment company, prepaid card, Yuebao, Jieba, Huaba systems. The only solution is to launch a purely digital currency as described in the present invention, i.e. digital currency codechain. Electronic identity management and digital currency are used as a means, while specialized accounts such as a fund account cannot be used to pay:

Technically, a non-financial institution, such as a third-party payment service provider, is not allowed to open a financial account. In practical transactions, due to the existence of a delay in transaction time and the right to control the account, to guarantee the transaction, there is an intermediate distance account between the information account and the financial account for the third-party payment service provider during the period of time from the prepayment and the actual payment. The money in this part is called a reserve fund, which is deposited into a reserve account with a third-party payment service provider. This is equivalent to a savings account. The account structure under the current central banking system is a tree diagram. However, due to the complexity of the transaction and the variability of payment terms, the opening of functional accounts is unlimited, i.e. any transaction can obtain multiple intermediate state functional accounts. This is the fundamental contradiction between the current account monetary system and the complex and variable network transaction.

A common idea for addressing account currency problems is to further differentiate the types and functions of financial accounts; strengthening regulation, monitoring money laundering activities and preventing risks by creating NetsUnion or similar institutions (to manage payments for online network transactions), improving the system

- 4 044811 UnionPay clearing and settlement (mainly for offline transactions) and setting up bank sub-accounts.

However, as regards the information account, the regulator for currency issuance and payment management does not limit its development; however, secondary market clearing and fundraising activities must be strictly prevented and controlled; Laws must be followed to ensure that the third party or fourth party payment service provider does not become a shadow financial institution.

In actual operations, regarding online transactions, setting up the NetsUnion payment clearing system is the first initiative to regulate financial account transfer activities for online payments to avoid an intermediate state account between the financial account and the information account. For offline transactions, they rely entirely on the excellence of UnionPay's current clearing and settlement system. The significant problem still lies in the definition of the information account and the information account itself.

Since the account serves a foreign exchange financial service, any transaction structure class accompanying payment activities can receive a functional account class; This class of functional accounts is characterized by rules that limit the right to control the account balance. These rules are variable and involve multiple parties; they spread easily beyond the regulatory system, but are also the driving force behind financial innovation. These rules are also a limiting factor for the development of account currency.

There is therefore a need to urgently regulate the management and structure of the information account, which is neither under the jurisdiction of the central bank nor under the jurisdiction of other regulatory authorities. This is the crux of the problem.

For example, a universal prepaid travel code (that is, all payments for expenses at a scenic spot can be made by scanning the same code): the central bank does not care about the actual transaction situations; when the user pays money to the company storing the value of the universal prepaid travel code, the money in the financial account is transferred from the user to the company storing the value; however, the central bank is not interested in whether the company storing value delivers its products (trade property, service property). Another example is Yeebao (Alibaba money market fund): from the central bank's point of view, the moment of transferring money to Yeebao is equivalent to purchasing Tianhong funds; however, the central bank is not interested in whether Tianhong supplies its products.

However, the information account operated by such commercial companies having trading property and service property can automate the flow of information to match the actual transaction with the purchase and sale transaction on Tianhong Fund, which can even obtain the right to issue currency on its own by falsely increasing the balance of the information account ( similar to the activities of the second central bank).

In other words, according to the computer science theory for economic trading services, the financial account and the information account cannot be separated from each other; any attempt to control and monitor the circulation of account-type digital currencies based on the separation of a financial account from an information account theoretically has serious loopholes.

The time when a large amount of funds is invested in the NetsUnion project creates a trap for the future; in order to solve constantly emerging problems in the near future, it is necessary to create a second, even third company, NetsUnion.

In addition, the main reason for the failure of many hypotheses in economics is the blind belief in the basic theorem that the sum of the parts equals the whole. The parts cannot be combined into a whole: the whole must be understood as a high-level concept of structure.

The disadvantage of blindly believing in the sum of the parts equals the whole principle is that to find the origin of a thing, one must divide the thing to obtain its components and essential parts; The fewer parts a thing is divided into, the more main parts it produces. However, given quantum entanglement, a different way of thinking is needed to solve the problems. General relativity is also a suitable approximation theorem. Why is this so? Because Einstein's general theory of relativity is a classical theorem that is incompatible with quantum mechanics. Although general relativity is appropriate, it is only a satisfactory classical approximation, and no one knows where it comes from, from what quantum structure. It still remains the biggest unsolved problem to find a more fundamental and more suitable quantum structure that can demonstrate general relativity, gravity and elementary particles. Quantum entanglement is the source of matter and spacetime. In the present invention, quantum entanglement is considered to be the origin of all matter (see New Revolutions of Physics); It is not without reason that quantum entanglement is the source of all matter. From quantum entanglement, one can derive the equation of motion of matter, such as Maxwell's equation and Dirac's equation. But it is somewhat unjustified to claim that quantum entanglement is the source of time and space, because

- 5 044811 that it is still impossible to derive the equation of Einstein's general theory of relativity from quantum entanglement. The present invention attempts to interpret, infer, quantize and reproduce the origin of the world from the point of view of the macro world.

Although scientists are trying to figure out the real origins of elementary particles, spacetime and gravity, progress is very slow in the long term. In 1989, during research in condensed matter physics, new matter was discovered, i.e. topological matter. It was later discovered that topological matter arose from quantum entanglement in a complex system. It seems that quantum entanglement of topological matter has no bearing on the origin of elementary particles; but in the present invention they are considered to be completely related. In other words, quantum entanglement in a complex system is the source of elementary particles, space-time and gravity.

However, the idea of self-referral is not accepted in biological sciences research. The development of AI robots confirms this flawed logic. Thus, the empirical system of the entire Western world is increasingly deviated from the right direction due to the incorrect theorem that the sum of the parts equals the whole. This is not a problem of artificial intelligence, but a problem of human cognitive abilities, which reduces the systematic wisdom of man to the level of mechanical reductionism; people constantly find themselves in desperate situations: using robots to replace humans, and finally destroying humans. Cliffs Notes explains quantum mechanics this way: Scientists have proven that atoms can exist in two states at the same time, a phenomenon called superposition. For example, one atom can simultaneously exist in two positions. On a larger scale, the superposition gets even weirder. Since all matter in the world is made of atoms, some physicists even suggest that all matter exists in multiple dimensions, making a parallel world possible.

Brief Disclosure of the Present Invention

The purpose of the present invention is to provide a codechain-based model, device, system, method and their application to solve various problems described above using a new network access mechanism.

To achieve this goal, the technical solution of the present invention proposes a method for providing a codechain-based service, comprising:

identifying the encrypted storage medium by the user's terminal device to access the codechain server to obtain an access address of the codechain server;

interaction between the terminal device and the codechain server based on the access address to receive a list of service objects sent to it from the codechain server;

causing the terminal device to interact, based on the service address included in the service object list, with the service provider's server pointed to by the service address, to receive the service provided by the service provider.

Optionally, the codechain server provides an encrypted storage medium identified by the user via the terminal device; when the service is provided by one service provider, the codechain server issues the encrypted storage medium after receiving the code issue request submitted by the service provider; or, when multiple service providers provide their respective services, the codechain server issues encrypted storage media based on code requests sequentially submitted by the plurality of service providers.

Optionally, when the codechain server receives a code release request submitted by one or more service providers, the codechain server issues the encrypted storage medium after verifying the service provider or service providers based on the electronic identity information of the respective service providers.

Optionally, the list of service objects includes a script indicating a service sequence and parameter, a service address of one or more service providers providing the service, and a dynamic digital token corresponding to one or more service providers; wherein the dynamic digital token corresponding to each service provider contains a description of the environment in which the service provider provides the service and the electronic identity identification information of the service provider.

Optionally, in the service object list, the service address of the service provider providing the service is indicated by the service sequence; the user's terminal device combines the parameter required by the script and the data provided based on the parameter to obtain a service parameter, which is provided to the server pointed to by the service address to obtain the service.

Optionally, the user's mobile terminal further obtains a dynamic digital token by identifying the encrypted storage medium, wherein the dynamic digital token includes a description of the environment in which the service provider provides the service and electronic identity information of the service provider.

Optionally, when the user's terminal device communicates with the codechain server, the codechain server receives a request to authenticate the service provider based on the dynamic

- 6 044811 digital token, which is obtained as a result of identifying the encrypted data carrier and contains information confirming the electronic identity of the service provider, and the codechain server sends a list of service objects to the terminal device in response to an authenticated request.

Optionally, when the user's terminal device communicates with the codechain server, the codechain server receives a request to authenticate the encrypted storage medium; The codechain server sends a list of service objects to the terminal device in response to an authenticated request.

Optionally, the user provides information to the codechain server confirming the identity of the user's electronic identity when interacting with the codechain server through a terminal device; the user provides to the server information confirming the user’s digital identity when interacting with the service provider’s server through a terminal device; information confirming the identity of the user's electronic identity corresponds to the user and/or the terminal device.

The present invention provides a codechain server, an electronic identity terminal device, an electronic identity server, and an integrated system used in a service provision method.

Another technical solution of the present invention proposes a method for implementing codechain-based interaction in which each electronic identity is characterized by the presence of identity information, wherein the identity information corresponds to the identity represented by the electronic identity and/or the terminal device used by it; the method involves: identification by the terminal device of an encrypted data carrier generated according to the codechain access protocol to allow the electronic person to access the codechain network from the person; and performing data exchange with another electronic identity and/or system in accordance with the trust of the identity.

Optionally, the code issuing center issues the encrypted storage medium and manages information associated with the encrypted storage medium; the electronic identity identifies the encrypted data carrier to obtain an access address pointing to the server of the code issuing center; By interacting with the server of the code issuing center, the electronic person receives information associated with the encrypted data carrier.

Optionally, the electronic identity receives a transition command pointing to another electronic identity and/or system by interacting with the code issuing center server.

Optionally, when interacting with the code issuing center server, the electronic identity receives, upon provision of information confirming the identity of the electronic identity, content corresponding to the attribute of the electronic identity in the information associated with the encrypted data carrier; or, when interacting with another electronic identity and/or system, the electronic identity receives, upon provision of information confirming the identity of the electronic identity, content corresponding to the attribute of the electronic identity in the information associated with the encrypted storage medium;

Optionally, one or more electronic identities acting as the issuer submits a code release request to the code issue center, and the code issue center issues the encrypted storage medium after verifying the issuer's identity; wherein the information associated with the encoded storage medium contains information of the issuing party.

Optionally, when the electronic identity accesses the codechain network by identifying the encrypted storage medium, the code issuing center records information confirming the identity of the electronic identity in information associated with the encrypted storage medium.

Optionally, when the electronic identity performs data transmission, the code issuing center records information confirming the identity of the electronic identity in information associated with the encrypted storage medium; or, when the electronic identity performs a data transfer, the code issuing center generates a new encrypted storage medium based on the codechain access protocol, wherein the encoded information of the new encrypted storage medium contains the data to be transmitted and information confirming the identity of the electronic identity.

Optionally, when the electronic identity performs a data transmission, the identity represented by the electronic identity filters the information and/or provides additional information based on the information identified from the encrypted storage medium and then transmits the data.

Optionally, an electronic identity is characterized by a unique identification chain that creates a key string together with a key for decoding the identification chain.

The present invention provides an electronic identity terminal device, a code issuing center, and an integrated system used in a method for realizing interaction.

A further technical solution of the present invention is to provide an encoded storage medium, which encoded storage medium can be applied to, without limitation, any of the above described methods or systems.

Optionally, identification of the encrypted storage medium is triggered by executing at least one of the following operations:

scanning or filming an encrypted storage medium using an electronic identity camera;

scanning or capturing an encrypted storage medium provided by an electronic person through the camera of another electronic person or through various other means of optical reading access, including access based on quantum entanglement of a quantum codechain (including, without limitation, the effect of access based on quantum condensation and access to code issuing center server for material calculation and quantum computing);

engaging, by means of a terminal device, the electronic identity of an encrypted storage medium or a hyperlink from the same source as the encrypted storage medium;

viewing by pointing a camera at an electronic identity at an encrypted storage medium;

wherein the camera or terminal device of the electronic identity is linked to information confirming the identity of the electronic identity.

optionally, information associated with the encoded storage medium is controlled by a code issuing center issuing the encrypted storage medium; and any electronic identity accesses and interacts with the code issuing center server by identifying the encrypted data carrier;

any electronic identity receives, upon provision of information confirming the identity of the electronic identity to the code issuing center, content corresponding to the attribute of the electronic identity in the information associated with the encrypted data carrier; and/or any electronic identity receives, upon provision of information confirming the identity of another electronic identity to the code issuing center, information associated with the specified other electronic identity.

Optionally, a start command for the application is generated based on the identification of the encrypted storage medium to ensure that the electronic person receives the service; the application is installed on any of the following devices, or the run command is generated by any of the following devices based on the result of identifying the encrypted storage medium:

a device containing a camera, a wearable device in signal connection with the camera, a terminal device in signal connection with the camera or wearable device, and a cloud backend server in signal connection with the camera or wearable device or terminal device.

Optionally, the encoded storage medium corresponds to a special drawing right (SGR), which is a unit of measurement of the actual intellectual agreement based on the right.

Optionally, when the designated subject accesses and uses the encrypted storage medium as digital currency, its lifespan covers the lifespan of the subject's codechain; the subject includes a set of services provided by the issuing party of the encrypted storage medium; The service life of the codechain begins from the moment the encrypted data carrier is issued by the code issuing center and ends after the full provision of the service according to the subject.

Optionally, the encoded storage medium is an optical lattice pattern, visible or invisible to the human eye, in the form of a one-dimensional code, two-dimensional code or multi-dimensional code, which is also static or characterized by a chiaroscuro oscillation or a frequency oscillation; or the encoded storage medium is a three-dimensional stereoscopic code with a three-dimensional stereoscopic structure formed according to an encoding rule.

Another technical solution of the present invention is to provide a camera that can scan or shoot or view any of the above encoded storage media, and identifies the encoded storage media using a built-in processor of the camera or an external processor in signal connection with the camera; the camera is built into the wearable device or terminal device, or the standalone camera is in signal connection with the wearable device or terminal device, or a cloud backend server.

Optionally, the wearable device is smart glasses.

Optionally, automatic identification of the encrypted storage medium is triggered by pointing the built-in camera at the encrypted storage medium for viewing; and information associated with the encoded storage medium is provided by any of a camera, smart glasses, another wearable device, a terminal device in signal connection with the camera or smart glasses signal, and a cloud backend server in signal connection with

- 8 044811 camera, or smart glasses, or terminal device, and is provided by the smart glasses, or other wearable device, or terminal device.

Optionally, content corresponding to the electronic identity attribute in information associated with the encoded storage medium is provided based on the electronic identity information of at least the camera, smart glasses, other wearable device, and the terminal device, and is provided.

Optionally, information associated with the encoded storage medium when provided by the smart glasses or other wearable device or terminal device is overlaid on top of the information originally provided by the smart glasses or other wearable device or terminal device for simultaneous presentation.

Optionally, when pointing the camera at an encoded storage medium, automatic focusing is performed based on the registered shooting parameter or the specified shooting mode; or the camera receives the optical signal reflected from the encoded storage medium and performs automatic focusing based on the measurement result of the distance between the camera and the encoded storage medium.

Optionally, when the encoded storage medium is a three-dimensional stereoscopic code, the surface of which forms a three-dimensional stereoscopic structure according to the encoding rule, the camera receives the optical signal reflected from various parts of the three-dimensional stereoscopic structure, and realizes identification of the three-dimensional code based on the measurement result of the difference of distances from different parts to cameras.

Optionally, the electronic identity camera takes a video or photograph of landmark information in the specific environment of the object, and the code information along with an encrypted storage medium containing information confirming the identity of the electronic identity is sent to a cloud back-end server for linking;

Through any of the following operations, a wearable device or terminal device of an electronic identity or other electronic identity can represent a virtual environment corresponding to the environment of the object; wherein preferably the corresponding electronic identity receives content corresponding to the attribute of the electronic identity in the virtual environment when providing information confirming the identity of the electronic identity; operations include:

identification of the encrypted storage medium presented or distributed; or identifying an encoded storage medium based on location information in the object's environment; or identifying an encoded storage medium that can be retrieved according to a condition, the condition including any one or more of the object's surroundings, landmark information, a video or image containing the landmark information, and information confirming the electronic identity of the person taking the picture.

Hereinafter, embodiments and technical effects of the present invention will be set forth with reference to the accompanying drawings.

Brief description of the figures

In fig. Figure 1 shows a schematic diagram of service provision based on codechain;

in fig. Figure 2 shows a schematic diagram of the implementation of write-off through a fourth party based on a codechain;

in fig. 3 shows a circuit diagram of the connection relationship of codechain-based smart glasses;

in fig. 4 shows a circuit diagram of autofocus and encoded storage medium identification for running an application;

in fig. 5 shows a schematic diagram of the output of an optical-acoustic signal reflected from an encoded storage medium to perform decoding and identification;

in fig. 6 shows a schematic diagram of service provision in accordance with the attribute of an electronic identity based on the identity of an electronic identity;

in fig. 7 shows a schematic diagram of the use of the codechain together with the environment in the field of AR/VR (augmented reality/virtual reality);

in fig. 8 shows a schematic diagram of the relationship between a digital device and an electronic identity in the codechain-based IoT era;

in fig. 9 shows the code scanning payment scheme based on account management;

in fig. 10 shows a diagram of the payment flow according to the codechain principle;

in fig. 11 shows a schematic diagram of the comparison between blockchain and codechain;

in fig. 12 shows a schematic diagram of the codechain formation;

in fig. 13 shows a schematic diagram of calculation and verification according to the codechain authentication mechanism;

- 9 044811 in Fig. Figure 14 shows a schematic diagram of state migration according to the codechain authentication mechanism.

Detailed Disclosure of Embodiments

The present invention proposes a codechain-based model of electronic identity in IoT and a method for its implementation. The codechain principle is based on the concept of an electronic personality, which implements a way of viewing and creating a world characterized by the interconnection of all things and all substances, as well as human orientation. During the interaction between a person and a thing, the electronic personality must transmit its own information quickly to the system (electronic personality environment) in digital form.

Electronic identity refers to an intermediary network that represents a person (individual, legal entity, etc.) to perform data transfer in the process of human-machine interaction, which performs actions and participates in the network of electronic identities using the subject identifier of the electronic identity ( Electronic Identity DNA) as a means of identification, where the intermediary network can dynamically store basic identity information and transmit the information to the business system after obtaining permission from the individual and when necessary. Electronic identity data can be stored in different business systems (for example, WeChat and Facebook); Thus, identification of an electronic person is implemented in the form of a chain, i.e. An electronic identity may simultaneously be characterized by the presence of multiple subjects to access a unique identity chain based on a specific subject. The electronic identity identification chain and the identity decoding key together form a key chain.

In the codechain network, the electronic identity, its actions and goods (commodities) are combined offline and online, i.e., every time the electronic identity accesses the codechain network, which can be individually represented as a two-dimensional scan, or click /look at two-dimensional code (see what you get, see what you think), but can also be a way of expressing a hyperlink with a combination of two-dimensional code and a homogeneous link. The information included in the hyperlink is identical to the information included in the uniform two-dimensional code and is generated based on the same predefined encoding rule; the hyperlink further contains a two-dimensional code that can be registered and accessed in the real world, but can also be accessed by clicking on a smart device, for example, by long pressing on an image of the two-dimensional code to identify the hyperlink for access to the codechain network. A specific access operation is performed by a terminal device, which allows reading in digital form, for example, through a mobile phone, tablet computer, smart glasses, which perform information interaction with another electronic person or system after accessing the codechain network; the electronic identity information may then correspond to the identity information of the person and/or its smart device.

The main node associated with the codechain network is an electronic identity, not an IP/machine (any machine consensus mechanism will backfire because when one point fails, the entire system will be paralyzed). The electronic identity should then be a server or operation running a terminal that is controlled by holding the identity and presenting a portion of the person's activities.

If the e-identity is considered only as a WeChat ID or miniprogram, it is still not technically equivalent to the backend. The electronic identity must be characterized by the following: 1) can normally launch a session; 2) can normally wait for a session request and start a session; 3) the session between electronic personalities may not be subject to human intervention (there is not necessarily a human-machine interface, in which the quantum effect is in fact only one embodiment); the underlying technology, particularly as applied to digital currency codechain, is a consensus mechanism based on an electronic identity; it is also characterized by quantization, individualization, flexibility and low cost; human society needs a human-based consensus mechanism.

Codechain represents a means of increasing efficiency; while the electronic identity identifier is only one embodiment implemented in a program that completely applies a human-centric approach, but deviates from a matter-centric approach (machine/IP address-based artificial intelligence principle); Thus, the electronic identity is defined as follows: all digital devices belonging to the individual + personal information server + access element to the external network (in the form of the subject’s codechain); thus, an embodiment in the current physical network may include a piece of software on a home smart terminal. The server part transmits its service code based on negotiation; electronic identity in the codechain provides authentication

- 10 044811 access and filtering; the electronic identity receives the service information and interacts with the holding identity, which represents the identity holder, to manage a piece of information for the interaction, thereby facilitating the person's work:

The codechain access protocol is the lowest layer, and then the various higher layer protocols mentioned above are defined. Thus, the technical change is to change the inequality between the individual and the backend. The most important basis of the protocol is the codechain digital currency, codechain valuation and interaction with the codechain service: creating human action in digital form and restoring an informatized new world.

In the era of IoT, an important task in the architecture of social information is to create a system for protecting personal data; the principle of the codechain platform regulates the privacy protocol (which can be anonymity/screen name in the client side, and the server side can be traced back to the real name); the use of an intelligent home data center (an intermediary device for an electronic identity to access the codechain; for an individual, it represents a more secure technical and engineering means than accessing the Internet directly through a personal digital device.

Nowadays, there are many kinds of home smart centers, such as TV, set-top box, smart gateway, etc.; different manufacturers supply different products. In contrast, the nodes associated with an e-person are not things such as furniture and household appliances, but are also e-persons. Their importance in communication and distribution constitutes the social value of the electronic personality; while household appliances, which are given the attribute of electronic personality, can become one of the objects for the codechain network of the new era, i.e. home smart center. An electronic personality does not exist in itself, but is a subject node of a social network formed by a specific IoT space-time, and thus has various attributes (a smart home is one of the personalized attributes given to an electronic personality), which is very similar to some important devices in IoT. The most important thing is the smart home control center. Electronic identity intermediary device is a universal session protocol of the electronic identity service side.

In fig. Figure 8 shows the relationship between digital device and electronic identity in the codechain-based IoT era. The electronic identity may be a proxy server that supports HTTP. Control of personal information and, in conclusion, the implementation of a network of links of subjective actions, which is aimed at oneself and is a continuation of the social network of human actions in the form of an interweaving. Proxy-server part of a person's electronic identity B/C: codechain allows for downward adaptation; the access method should change the current B-S and C-S methods, which can be decentralized, or P2P; Every person has an intermediary device in the digital world, and this intermediary device is an electronic person.

At a conceptual level, the exchange of information between electronic identities should not be carried out on a client-server basis, which is unequal. However, the exchange must be based on equality. Codechain digital currency represents the exchange of a certain amount of information between electronic individuals. The main form of codechain digital currency should not be an account hosted on the serving part: the identifier is the triggering factor for scanning access, which is a property on which the DNA of circulation and distribution is superimposed, as well as the body of the program for registering and performing actions on the account in digital currency. It uses a consensus mechanism based on electronic identity in the codechain network, rather than an IP-based consensus mechanism for groups of robots; The Bitcoin fork shocked many people in society, as one key characteristic of the blockchain is immutability. The hard form indicates that the blockchain cannot be changed, and also reveals a more important fact:

Blockchain is not a system without trust requirements. Indeed, we should not trust one institution (such as a bank); in fact, we trust a third party. When you own cryptocurrency, you trust miners to secure the network and confirm transactions; you trust developers to maintain and improve codes; and you trust users to use the platform in a sustainable manner. You don't trust one side, but the entire community. Blockchain redistributes trust from one party to a larger number of distributed parties. The more trust is distributed, the lower the risk of fraud. Thus, we must build a system with stronger trust, rather than build a system without a trust requirement. The entire system is based on trust in a group of robots (if Bitcoin is considered a kingdom, then the proponents of different expansion solutions are different parties in the kingdom. Currently, Bitcoin has two main opposing parties: Bitcoin Core and NYA (New York Agreement). The first controls Bitcoin codes and trusted authority; the latter is an association of exchange owners and large mining companies

- 11,044,811 centers, with NYA established at the time of the signing of the New York Agreement in May of this year).

The codechain principle can ideally solve the problems mentioned in the Background Art section of the present invention, and which further provides an IoT model having greater expansion, higher security and reliability. The first generation of the Internet is a network connecting IP and IP with the IP address as the basis; two IPs are like two hunters in a dark forest who are anonymous and unknown to each other. The second generation of the social network is created on the basis of the subject, social status and social position. The codechain network is an improved model of the interconnection system based on the electronic identity network, proposed taking into account the above two generations.

A codechain network can be viewed as a three-dimensional model expressing the connections between the first and second generations; Compared with the point-to-point service provided by the identity seller system in the first generation, and compared with the distribution of forwarded point-to-plane feedback based on the social network between people in the second generation, the codechain model places more importance on the connection between person and thing and the connection between people, thereby seamlessly combining online and offline modes, providing a more efficient, safer and more reliable distribution of high quality commercial service, and at the same time, it can effectively protect privacy.

The two-dimensional code referred to in the present invention refers to a two-dimensional code chain code based on the above code chain principle, wherein the code information of each two-dimensional code chain code includes an issuer (which must be an electronic identity) issuing a code issue request and a list of service objects. Each identification (e.g., code scan) of a two-dimensional codechain code represents a connection, whereby a service provided by the issuing party can be associated with the scanned electronic identity, and the code-scanning electronic identity can obtain the desired service through data exchanged between electronic personalities.

A service that is available to all e-persons, and all object e-persons receiving each service, constitute a matrix of communication between the person and the service, called Matrixlink. Codechain not only records all archived links, but also records potential links based on the intent of each electronic identity (wave function based on social status and social position. The actual occurrence of the wave function is referred to as collapse), which prevents the link (i.e. action) from occurring. in accordance with the intention of the electronic identity, and finds a potentially necessary service for the identity.

An electronic identity is defined as follows: an electronic identity is a set of intermediary services issued to a specific individual in a codechain network that contains an attribute of a specific subject social position running in 5W space-time, with the social network acting as the weave that typically accesses the service by scanning the 2D code, clicking on the Moments tab and viewing through the glasses; and in the future will have a global brain, accessed through a quantum codechain. Function: recording, provision and protection of personal data of the individual according to the requirements of the individual; performing the automated process required when receiving a network service; performing the desired automatic data analysis and automatic feedback process; sorting and storing data on an individual’s activities; communicating activity data of the desired individual to the global brain, and providing data and computing services according to the requirements of the global brain.

An open payment system (codechain digital currency payment system) is defined as a set of codechain digital currency payment services provided by the codechain cloud platform. Function: Providing automatic services such as authentication, anti-counterfeiting, anti-repetition and transaction recording for the service provider on the codechain network when the person to whom the service is provided pays with digital currency. Notes: During the supporting development process in which the service provider provides services, the open payment system can play an important role in regulating the smooth flow of payments and improving the efficiency of payment program development, and thus represents the most fundamental function of codechain cloud platform service. However, the open payment system provides a standard caching tool between codechain digital currency and traditional fiat money not backed by gold/central bank digital currency.

Codechain Digital Currency Definition: Codechain digital currency refers to a type of special information transmitted on a codechain network, such information represents the information in question for which the service provider receives payment from the individual to whom the service is provided. Function: Reflects the contribution and value of the service provided by the service provider. Adapted for the network of electronic personalities. Notes: codechain digital currency is an element of special attribute information for each completed transaction on the codechain network; In codechain technology, the object of the completed transaction cannot be counterfeited, which is guaranteed by the notary service provided by the electronic identity in the codechain, and is thus different from the account currency, which is exclusively a digital currency.

The codechain principle fundamentally solves this problem in the information account. In fig. 9 shows the code scanning payment scheme based on account management. The money is transferred to the seller's account from the personal account of a third-party payment service provider; in actual operations there are various methods: scanning, scanning and simple translation, but their general flow is indicated in the diagram shown in Fig. 9.

As can be seen, the payment movement process operates on the basis of crediting the user and merchant to a third party payment account; Thus, payment to a third party is necessary to ensure the safety of the user's and merchant's funds. However, based on the logic and interests of doing business, paying a third party will inevitably result in benefits by leveraging the user's and seller's trust and stored user data, including:

1) disclosure and sale of user payment data;

2) assistance to fraudulent sellers in legalizing illegal income and obtaining illegal profits;

3) under the guise of asset management, luring users and sellers to purchase a financial product associated with payment to a third party;

4) negligence in risk prevention, resulting in user data being exposed to an insecure Internet environment, but with blame placed on users and sellers. Therefore, as far as account currency is concerned, payment to a third party technically takes center stage and all information is captured by the third party payment service provider. Thus, the technical imperfection of the account currency entails a huge security risk in terms of gaining popularity and stimulating payment by scanning the code.

In fig. Figure 10 shows a payment flow diagram according to the codechain principle. Money refers to the information transmitted by an electronic identity to the seller, which is in the form of purely digital currency. In a codechain digital currency system, the payer and payee are characterized by equal positions, and the transaction between them is witnessed and recommended by electronic identities in the codechain. The recommending electronic identity receives a reward for contributing to the creation and expansion of the system.

What codechain and blockchain have in common is that in a mainstream payment environment, a decentralized system guarantees information equality between the different parties to a transaction. The difference between codechain and blockchain is as follows: 1) scope of application: codechain is completely based on the business entity, so its scope of application is limited and the time of use is limited; 2) authentication mechanism: the codechain uses an electronic identity for authentication, while the blockchain uses a cryptographic algorithm for authentication, as a result of which the efficiency of the codechain is significantly increased and costs are significantly reduced; 3) the codechain can be controlled as a whole, i.e. the total amount and scope of digital currency in the codechain subject can be controlled by a special institution (digital bank).

In fig. 11 shows the technical innovation of codechain authentication: codechain is a technology for establishing a distributed ledger using a trust (based on an electronic identity network system) relationship (forming a codechain network) in a human-human network, which is more flexible than trust in machines (for example, an IP group blockchain-based addresses, as opposed to human society and silicon-based civilization, which is approaching isolation); in addition, it is also characterized by low cost; Additionally, it also ensures information security.

Transactions in traditional e-commerce:

1) transaction data is divided between the agency and the service provider;

2) inequality of information: the agency has information about consumer consumption. The service provider has information about the consumption of all consumers;

3) there is no verification of information.

Codechain-based transactions:

1) transaction data is in the codechain, and the codechain forms a decentralized ledger;

2) transaction verification: in the codechain, the participant verifies the transaction and, together with others, sets up a common ledger;

3) security of information: a person not participating in the transaction, other than the regulatory authority, has no rights to obtain information.

In the era of IoT, an important task in the architecture of social information is to create a system for protecting personal data; the codechain principle regulates the personal data protection protocol; the use of an intelligent home data center (an intermediary device for an electronic identity to access the codechain; for an individual, it represents a more secure technical and engineering means than accessing the Internet directly through a personal digital device.

Codechain focuses on the economic entity (trade) rather than the money (finance); in the codechain, digital currency delivery and service delivery are the same; in the codechain, electronic identities are independent and equivalent objects; many changing transaction flows can be created without the need to specifically define an information account to manage money.

Thus, a human-centered (electronic personality) ecological system is created; while multiple actors form human society (the juxtaposition of digitized human actions). Any transaction on the codechain has a record and can be tracked, avoiding circumstances where the monetary transaction does not match the actual transaction. Thus, the task of developing an information account has been largely solved, which avoids the risks associated with the free opening of an information account while maintaining the innovative impulse in the field of payments, finance and business.

Thus, essentially 1) the codechain does not change the structure and implementation of current financial accounts, which only regulates the process of information interaction, verification and recording of the actual economic activities of the subject at the end of the transaction; 2) codechain digital currency is an evolution, not a revolution, of central bank digital currency to adapt to the ever-changing transactions and financial innovations brought about by the development of information technology and IoT in practice; 3) Based on the development of codechain digital currency for end-use, the promotion and development of traditional digital account currency in the Belt and Road Initiative can be restored, thereby gradually replacing the dominant settlement position with traditional account currencies.

Technically, the core digital currency regulation system of the codechain issues codes uniformly, verifies the codechain uniformly, and registers the codechain uniformly, thereby realizing its confidentiality and eligibility; a support architecture tailored for large-scale end-use applications is a critical technical element.

Determination of the distribution of circulation of the surplus value network: according to the precondition of codechain access, with a certain 5 W (i.e. IoT space-time) as the starting point, realizing full-channel codechain access (offline-online federated communication) on based on a specific subject (advertising a specific product or type of activity). It not only generates a trackable source 2D code (the access mesh of the IoT world), but also generates and overlays a new 2D code and/or an e-identity access hyperlink on top of the original 2D code by scanning the 2D code and clicking on the Moments tab on the social network, thus thereby creating a new network system of electronic personalities, so that the degree of contribution of each channel of circulation of the message can be quantized and tracked, thereby realizing the capitalization of investment in advertising, the assessment of the distribution of the message.

In human society, value is created from access and distribution based on a value system of all for one and one for all, i.e. the definition of value in Capital is focused on the production phase: unsystematic human labor concentrated in production/product, the unit of measurement of which is currency; while the circulation and dissemination of surplus value is intended to discover the origin of the true, good and beautiful, and spread the formation of the value chain, so that the value system specific to human society is formed on the basis of the quantized value of love in human society, the unit of measurement of which is represented by in the form of a codechain digital currency, which differs from Bitcoin, which is a value system that is formed on the basis of the computer’s CPU/GPU computation time (rules of the robot world), in that the value system is formed on human society; it answers the question of the meaning of human labor (based on physical labor being replaced by robots and mental labor being replaced by AI), human survival/value creation, which can relate to the corresponding description of codechain quantum digital currency.

The application of the codechain mainly involves tracking and identifying the advertising code, with the electronic identity accessing the codechain. Newspaper media can become a monitored access point of a network of electronic personalities, releasing news in two-dimensional codechain format on various paper media, online and on television to gain political and economic effect. The management of electronic identities can be distributed as in human society using two-dimensional scanning, going to the Moments tab, so that network users can access the network of electronic identities. In this example, the news release area and the social media distribution area are connected through a codechain; media plans IoT access, releases and tracks the subject, and provides an authoritative certification system; The social dissemination of electronic identities online creates a completely new system for the new codechain marketing network, and also contributes to the dissemination and circulation of the surplus value system.

In fig. Figure 1 shows an example interaction process based on a two-dimensional codechain code. Electronic identity 1 provides a sales service and instructs electronic identity 2 to provide a payment service; servers of electronic identity 1 and electronic identity 2 sequentially submit a request for the issuance of a two-dimensional code characteristic of the service to the codechain server; the codechain server implements a uniform verification of the codechain: issuing a service-specific two-dimensional code after checking the real identification data of electronic identity 1 and electronic identity 2. Electronic identity 2 as a client views the service object or advertisement and scans the two-dimensional code through an intelligent terminal, thereby receiving the service intelligently way: first, it authenticates from the codechain server whether the 2D code is real when receiving the service; the smart terminal then receives a command from the codechain server (including a redirect command to the designated page for entering parameters), thereby receiving the service from the server that actually provides the service. The same two-dimensional codechain code allows the smart terminal device to interact with the e-identity server 1 to receive the sales service and interact with the e-identity server 2 to receive the payment service, respectively, while moving to other interaction phases to receive the service based on the list of service objects, included in its code information.

The codechain's 2D code and corresponding data structure are different from other http traversal methods provided by insecure 2D crawling. In addition to providing a codechain server address, the two-dimensional codechain code of the present invention further provides a dynamic digital token provided pursuant to an issuance request from a service issuer (e.g., e-identity 1 or 2), wherein the token indicates a description of the environment in which the party the service issuer may provide the services, as well as the service provider itself. After scanning is completed, the smart terminal device requests the codechain server to authenticate the service issuer using the identification character of the electronic identity to which the service is provided (for example, electronic identity 3) as a parameter or part of a parameter according to the codechain server address specified in the two-dimensional code and dynamic digital token; if the codechain server is authenticated, a list of service objects is returned; Meanwhile, the question requested by the person to whom the service is provided is recorded in the codechain (also called codechain uniform record).

The data structure of the list of service objects is provided below: __________________

a script indicating the sequence and parameter of the service; service address 1, dynamic digital token 1 service address 2, dynamic digital token 1

The smart device reads data corresponding to the required parameters from the electronic identity data 3 based on the data structure according to the parameter required by the script, collects the data into a service parameter, and transmits the service parameter to the server specified by the service address, thereby receiving the service. For situations with a large number of service providers, the same principle may apply.

The camera with built-in processor can automatically capture and identify two-dimensional codechain code, and can automatically generate communication with the corresponding application or target service through a uniform IoT protocol (such as codechain access protocol) based on the identification result, thereby providing an additional function for the application. The whole process can be carried out automatically without human intervention, and is convenient and reliable to use. In some other examples, the data processing required in the identification or access process may also be implemented by a processor external to the camera, for example, by configuring the process on the smart mobile device and background server that communicate with the camera. The camera may be provided separately from or integrated into the smart mobile device. The intelligent terminal device may further comprise an information transmission/reception unit that performs information interaction with a codechain server or a service provider server, an input unit for human-machine interaction, and a display unit, etc., which are not listed here.

Payment service application based on codechain

Traditionally, payment service refers to the provision of collection and payment services to customers regarding transaction-specific money. In China, the provision of traditional payment services requires a payment license; In the era of electronic payments, since collection and payment can already be implemented in real time over the network, the so-called integrated payment to the fourth party (i.e. payment information service) arises. Bundled payment to a fourth party does not imply control over the money, but simply puts into practice an information transfer service between a customer and a financial institution that can provide more satisfying and sophisticated services to customers while avoiding the qualification problem. Codechain technology can provide the most effective technical guarantee for a payment service.

Electronic virtual asset (digitization of assets) is a new concept. Since it can be used as a currency by a real user, an electronic virtual asset is always confused with a currency, which gives rise to some wrong concepts and ideas. The most typical electronic virtual asset is a specialized prepaid card. To reduce operating costs, in particular capital cost pressure, the seller uses a method of collecting advance payments from buyers, i.e. first collects cash from customers and then provides services based on their requirements. When a merchant receives upfront payment from customers, it is effectively selling a customer service contract that capitalizes that contract so that the contract can be considered an electronic virtual asset. Assuming that the unit of a specialized prepaid card is a point, the customer returns the number of contract points to the service provider when the service is provided.

The typical usage flow of a dedicated prepaid card is: first, the customer purchases the prepaid card to earn a number of points, and the regulatory agency collects 20-40% of the cash to prevent the merchant from evading the service agreement; secondly, the seller extracts cash for improved services, storage, etc., with which he first pays expenses; third, the customer comes to the merchant to consume and pays with multiple points, with the merchant providing the service and determining its sales volume.

In the above flow, the first stage is the payment process where the client pays money to receive the electronic contract. The second stage also includes payment; the seller pays money to improve services to his service provider. The third stage is the exchange process, in which the service is exchanged for an electronic contract; Moreover, it is also a process similar to payment.

In the following, some flow variations are further analyzed. If a customer does not wish to receive services after purchasing a prepaid card, the traditional approach is for the customer to contact the merchant for a refund; in this case, since the seller has paid the cost, this refund operation may cause commercial difficulties for the seller, which will affect the services provided to other customers. Thus, an exchange service has been developed. In other words, the customer does not demand a refund from the seller, but sells the electronic contract of seller A on the market to exchange for an electronic contact of his need, for example, the electronic contract of seller B. A typical example is Points Mall. Since the electronic contract has a price, this process also involves payment or quasi-payment.

The digital capitalization of the consumption smart contract codechain includes the following contents:

1) Using a smart contract to block a real right, and the unit of measurement of the contract is a separate two-dimensional codechain code/digital currency codechain, i.e. a smart contract based on the control of a real right is simply referred to as a special drawing right (SGR); each code may be characterized by a different price unit.

A preferred example is that the relevant information about the two-dimensional codechain code and its changes are all recorded and managed by a single institution. Based on various encoding rule parameters, the corresponding 2D codechain code information can be directly obtained by identifying the 2D codechain code, or a jump address pointing to the server of the codechain management institution is identified, and then the corresponding 2D codechain code information can be obtained by interacting with the server ( some examples of relevant information will be provided below).

2) A one-time subscription of a two-dimensional codechain code corresponding to the SGR is carried out through the issuing party's codechain electronic identity platform, which is similar to the primary market for the issue of shares. The codechain management institution associates the two-dimensional codechain code with the subscriber's electronic identity ID and records the corresponding subscription information.

3) In the issuance process, consumers with cultural innovation can be discovered and rewarded through the two-dimensional code chain recording and distribution chain to impose additional value on the smart contract, thereby giving SGR additional value to the individual; additional information (eg, comments, recommendations, etc.) provided by the distributor for the 2D codechain code and its corresponding SGR and/or the distributor's electronic identity may be overlaid on the 2D codechain code.

4) One-time issued two-dimensional codechain code (SGR of the smart contract was linked to the account

- 16 044811 electronic identity identifier) can be listed on the secondary market, i.e. in the exchange of digital assets, which represents a trading mode corresponding to the receipt of a liquidity premium; for example, by seeking confirmation from various parties (exchange, transaction parties, bank, etc.), the two-dimensional codechain code, which is characterized by a successful transaction history between electronic identities, and the codechain management institution will accordingly adjust the binding information between the two-dimensional codechain code and the new identifier electronic identity and will record the relevant transaction information.

5) For actual consumption, two-dimensional code ordering and debiting by two-dimensional code can be performed (payment by scanning offline is equivalent to making a one-time use of a smart contract, subject to the agreed goods or services, i.e. debiting) through the payment system by two-dimensional code codechain, so that the cost of operations is effectively reduced with the help of codechain's built-in information technology. If it has been confirmed to various parties that the two-dimensional codechain code has been decommissioned, the codechain management institution will record it.

6) In addition, when the two-dimensional codechain code corresponding to this special drawing right allows the consumption transaction in more codechain franchisors, it can be used as a universal codechain digital currency.

7) Codechain digital currency can be cashed out at a digital currency bank (digital bank) to receive the designated other currency, points, bitcoins, etc. (the exchange rate may be fixed or floating, or may refer to a package of market price exchange rates of another codechain electronic identity server).

8) The insurance claims agency (linked to each SGR) when the smart contract cannot be executed is called a digital insurance company.

From the above analysis, it can be seen that the payment and quasi-payment process, which is more complex than the payment operation for the general service transaction, is present in the actual service process of electronic virtual assets. Codechain is the optimal technical tool for uniform implementation of this process (i.e. integration of finance and transactions of legal entities).

First, the codechain-based payment service is a comprehensive upgrade version of the integrated fourth-party payment, the most important feature of which is the information intermediation service for the quasi-payment exchange process between the electronic contract and the service, in addition to the information intermediation service for the actual process payment. The second important feature is uniform accounting for the payment and quasi-payment process, which avoids information isolation caused by different exchange channels or payment channels. The third important feature is the uniform use of electronic identity technology, which can guarantee information security during the payment and quasi-payment process (including solving the problems of impersonating a collector, assigning personal payer profiles, forgery and falsification during data transfer, etc.).

In fig. Figure 2 provides a brief overview of an example of a codechain-based payment service. Both the collector and the payer are electronic personalities; the codechain payment service institution acts as a fourth party that accepts a request from the collector asking to pay a specific payer and notify the bank about it; the bank confirms the payment from the payer and transfers money from the payer’s account to the collector’s account, and then notifies the codechain payment service about the successful payment; The codechain payment service institution records and notifies the collector of a successful payment. Various kinds of specific information related to payment, such as payer information, payee information, amount, server transfer address such as bank, notifications, etc., can be obtained from the codechain payment institution after accessing on a uniform basis. codechain protocol (for example, overlaying information such as the DNA of corresponding electronic identities by identifying the two-dimensional codechain code). The codechain payment service according to the present disclosure adds a quasi-payment process in the form of debiting electronic assets, so that the convenience and safety of customers in use, as well as the reliability of government regulation, are largely guaranteed.

Codechain Payment Service Products:

A. Basic payment products: Based on the characteristics of codechain technology, basic scan code payment products can be divided into four types according to the characteristics of scan code payment and user scenarios: scan code payment, scan code payment, scan code debit and debit by scanned code. For example, four codes correspond to the following four products. The party scanning the code identifies the access code; and the party with the scanned code submits a code that the other party must identify.

B. Combined payment product: To make it easier for customers to use, payment and debit are combined, i.e. the combination of debit and payment is performed in one transaction. Product under

- 17 044811 only supports scanning the code.

C. Directed Transfer Product: To support the merchant in using pre-collected funds and to ensure that the merchant uses funds in a reasonable and legal manner, the payment service provides a directed transfer payment product.

In addition, to enable the customer to make the most of the aggregated e-contract products, the payment service supports a two-way e-contract transfer product.

The benefit of a codechain payment service includes strong security based on codechain technology. The main code scanning payment product in the market is based on a static 2D code, so it is difficult to determine whether the party issuing the 2D code is genuine, whether the payee is reliable and whether personal payment information will be assigned, etc.

In this aspect, codechain technology has the following features:

1. Dynamic encoding of two-dimensional code.

The codechain server uniformly manages the scanned object. The 2D code does not store the actual payment address; The payer's smart device will receive the service address of the actual payment service provider from the codechain server, thereby preventing serious security issues such as virus/payment code misappropriation delivered through an illegal link, etc. If the device representing the 2D code is a smart device, the codechain server will regularly update the 2D code to solve the problem of payment forgery by forging the 2D code; it can also constrain the environment of use by defining one or more of the 5Ws (who, what, in which channel, to whom, and with what effect) in IoT spacetime in a two-dimensional codechain code.

2. Transfer of private and personal information through a network of electronic identities.

The third party payment and banking system are controlled by the central bank, which is considered technically secure. However, in the traditional 2D code payment environment, the payer's bank account number, identification information and even private information, including payment password, are all transmitted through the payment network, and the merchant and the payment to the fourth party on the network will receive such information, thereby creating great risk for customers . This problem can be solved using a codechain payment service; The codechain payment service does not decode personal private information, but first encrypts the private personal information underlying the electronic identity, and then directly sends the encrypted information to the bank, thereby effectively preventing the risk of personal information leakage.

Or, with access to the codechain in each smart terminal, a new two-dimensional codechain code, on which information about the electronic identity is superimposed and containing various attributes, is again generated for implementation in the subject network of electronic identities, a specific subject consensus mechanism for the entire network, similar to the blockchain, so that verify the identity of the electronic person accessing and the use of value.

Thus, it is different from blockchain, which is a machine consensus mechanism that has unfortunate consequences: when one point fails, the entire system will be paralyzed. The consensus of human society should be a consensus mechanism based on people as such, not machines based on IP addresses. Codechain is a means of increasing efficiency, while the core technology of digital currency codechain is a consensus mechanism based on electronic identities, which is characterized by quantization, personalization, flexibility and low cost.

3. Monitoring the activities of the electronic personality.

The codechain payment service allows for unified accounting and uniform code issuance. To solve the problems of forging electronic identity to carry out illegal transactions and launder illegal income in practice, the codechain payment service can effectively distinguish between appropriate actions and inappropriate actions based on electronic identity action records and action analysis; such non-compliant actions will be dealt with, including suspending the transaction as requested by the seller, to mitigate further losses.

The differences between a codechain-based network and a Bitcoin-based blockchain are as follows.

Due to the upper limit of throughput and the speed limit, the ideal use of Bitcoin should be limited to a clearing system: the blockchain can only be used for clearing and settlement. The invention of Bitcoin-based blockchain redefines enterprise; blockchain eliminates various frictions, which contributes to the development of some businesses that do not operate on a leader model; a company's mission statement can be encoded into the blockchain so that the company can operate completely autonomously. These Distributed Autonomous Corporations (DACs) will create a new economic entity in the form of Robocorps that will slowly permeate our economy and society. However, the end of this solution will revert to the old multi-center path. Thus, the upper limit of the value of the blockchain is the Swift network: the Internet becomes unnecessary

- 18 044811 for clearing and settlements.

Thus, blockchain-based Bitcoin becomes one of the basic supporting technologies, which has nothing to do with social transaction for purchasing goods and digital currency; cross-border calculation should follow the consensus of the United Nations or major states in the Belt and Road Initiative, rather than the contribution of one car, one ticket or one person to one ticket. Thus, it can be believed that the structure of Bitcoin is separate from the basic attributes of human society, and is not human-oriented. Trying to design Bitcoin to record the transactions of an entire society on one master ledger is unlikely to succeed.

The distributed ledger proposed by blockchain technology is the first technical solution proposed in the era of the Sharing Economy, which can effectively solve the problems of information monopoly and information falsification that have plagued the information technology sector since its inception. However, Bitcoin technology has serious disadvantages such as 1) high costs - large computing power in a meaningless cryptographic algorithm, which significantly increases social costs; 2) anonymity - the user, service provider and miner are anonymous; It is possible that an anonymous user may engage in illegal activities such as money laundering through this system.

Codechain technology and codechain access protocol mark the real world and the virtual world on the Internet as a two-dimensional codechain code object, and overlay the codechain electronic identity attribute and DNA onto the two-dimensional codechain code, thereby creating a codechain network in the IP virtual world. Internet and IoT of the real world; this network can record (not just transactions) all people in a common ledger, which uses the codechain access protocol to implement offline O2O access by scanning 2D code and a series of SNS-based dissemination actions when clicked in WeChat. In applications such as electronic payments and digital currency in business, the present invention provides a security policy for conducting business from a mobile device that offers ease of flow, identity authentication, transaction non-repudiation, communication security, information confidentiality, service availability, data integrity and data privacy.

Codechain technology effectively solves the main problem of blockchain technology while maintaining all the advantages of blockchain technology; hence it is called an advanced version of blockchain technology. An information object in a codechain is an electronic identity that is more flexible and cost-effective than a mining machine, which consumes a significant amount of energy resources. The e-identity has the property of global uniqueness (the same e-identity can have different e-identifiers based on different entities, allowing traceability between different entities), which facilitates verification of the main ledger. The subject codechain has a shorter lifespan (unlike the lifespan of blockchain-based Bitcoin, with the starting point of the lifespan of the codechain digital currency being the moment when the digital bank issues it as agreed and in accordance with the rules, and its ending point being the moment when the digital bank cashes it and trades it as agreed.The digital bank must ensure that the digital currency traded in the subject codechain is fixed, and the fixing instrument so issued is legal tender such as the yuan, or a service provided by the service provider in the codechain , or another good or service with the possibility of a transaction for the opposite party (typically represented by a special drawing right); its functions in the codechain include: accepting a request from the subject server of the codechain to issue a check (voucher, special drawing right, etc.), providing a guarantee for the issuance of digital currency, exchange and cashing of digital currency (Special Drawing Right), thereby realizing that the completeness of the codechain is guaranteed by the digital bank.

In this way, the cost dilemma caused by the constant increase in the main register and the volume of main register data can be effectively avoided. The efficiency of information dissemination is different from the blockchain mining incentives, with codechain applying the dissemination incentive. Digital currency as incentives is not Bitcoin that comes out of thin air, but a fixed digital currency that is a reward based on the value system of circulating circulation, and thus is more convenient for regulation, avoiding money laundering and Ponzi schemes; Blockchain is based on the RSA cryptographic algorithm, while codechain can be based on quantum cryptography, which is thus more secure and efficient.

The code issuing center occupies a unique position in the operation of the codechain system and performs the following actions: 1) issuing two-dimensional service codes; 2) checking two-dimensional service codes; 3) record the codechain and provide authoritative records of codechain transactions and transaction authentication records. The code issuance center offers important functions such as authenticating the legal identity of electronic identities, providing legal authentication in the codechain, and ensuring the integrity and fairness of codechain records. Codechain technology effectively solves problems related to regulation, especially in the context of the rapid development of Internet banking and the hysteresis of the regulatory system.

Codechain is the most active elementary economic unit; equality between electronic identities guarantees equal positions of different economic entities in major economic activities, but also ensures absolute flexibility in the services that different services can provide. The technical innovation of codechain is that the code issuing center is regulated by relevant authorities, which guarantees compliance with the real name requirements of the Internet (codechain-based IoT economic activities, code forgery technology, verification and authority records can effectively prevent illegal activities such as falsification in the information field.The digital bank is also regulated by the central bank, which guarantees the legality of the financial service in the Internet transaction environment to prevent financial risks.

For example, intelligent prepaid travel code: in the traditional travel prepaid consumption mode, there are the following disadvantages: 1) the issue of funds supervision; 2) area of limited use; 3) the difficulty of returning the balance; 4) restriction for use throughout the territory.

The codechain model can effectively solve the above problems: 1) the digital bank is responsible for the supervision of funds; 2) using the codechain access protocol, any association and individual can develop a service paid for using a travel code; 3) the automatic exchange service provided by the digital bank ensures the universality of the prepaid voucher issued in different territories; 4) the user can get more opportunities to travel through his service compared to other individuals.

As another example, the supply-demand principle of new cold chain fresh seafood in a traditional direct marketing/pyramid scheme faces the following problems: 1) membership fees in a traditional member recruitment scheme cannot be waived; 2) Seafood shelf life and quality tracking depend on a different system. The codechain scheme can solve the above problems: 1) quality tracking and transactions are performed in one system; 2) technically, the problem of payment without delivery can be prevented, which can effectively avoid the illegal pyramid scheme such as recruiting people; 3) the value of the distribution chain can be reflected: the electronic person who distributes the value of the product can receive a consumption voucher (surplus value based on circulation and distribution) to receive income from his contribution.

Codechain further applies to codechain digital asset exchange and special drawing right. Unlike the traditional blockchain digital currency, a codechain digital asset refers to a tradeable digital asset for the exchange of real rights within the codechain association, in which, based on the management of real rights, the digital asset exchange converts the product chain agreement into a breakable, tradeable, transferable , an exchangeable and trackable smart contract according to the codechain agreement with the smart two-dimensional codechain code as the data carrier (which is different from the security of a REIT) in the sense that the codechain digital asset corresponds to a thing in the real economy that can to be ultimately consumed rather than financial virtual bubbles).

The digital asset of the codechain can, in an innovative way, route the consumer's order back to the work units in the corresponding nodes of the value Internet, until the principle of distribution of smart contracts tracking and limiting the production elements is clearly presented. Each actual consumer can not only limit consumption, but can also participate in foreign exchange investment and stock prices; thus, the codechain digital asset is the real embodiment of the Sharing Economy. The digital codechain exchange contains four systems: asset submission, verification and documentation, credibility tracking and transaction exchange, the unit of accounting of which is the special drawing right (SGR). It is a unit of accounting for codechain digital assets created by the codechain digital asset exchange, which is available to members for reconciling the balance of regular trade settlements in the digital asset based systems of various eligible enterprises/regions/countries. When a codechain federation contract member has an unfavorable regular trading balance, he can exchange SGR for other digital assets with other members of the system to settle the unfavorable balance or repay loans from the digital settlement bank; The SGR can also serve as an international reserve currency, like gold and freely exchangeable currencies; however, since the SGR is not only a unit of accounting, but also serves as a real means of payment; its use should be based on code scan payment using a 2D codechain code to be directly used for merchant or non-trade payments. A constant SGR value is associated with a bundle of goods, but its market value is not fixed. Members of the codechain association can receive any product in a reservation package with the SGR to satisfy international balance of payments rights for regular trading.

Thus, the codechain can ensure the sustainable development of the credit system of the information society and promote the interconnectedness of the global value Internet; on this basis, codechain helps the alliance of developing countries to use their abundant resources and unleash their potential to solve their long-term problems, such as insufficient solvency in terms of foreign exchange reserves in international trade, difficulties in financing public-private partnership (PPP) projects and cross-border settlement; Therefore, codechain can enhance the foreign payment capabilities of a developing country alliance, stabilize the exchange rates of their national currencies, and facilitate their foreign financing. Codechain can promote the capital liquidity of global resources, carry out efficient resource adjustment, and unlock excess productivity to allow each individual in each association, especially in the developing country alliance, to share the value dividends of the globalized work units of the industrial chain, so as not to become a victim of globalization.

Codechain federation is the union of various entities that establish an individual codechain cloud server based on different entities to follow the same codechain access protocol and access the code issuing center uniformly; codechain digital currency is a unit of measurement, the circulation of which occurs between various subject servers; Meanwhile, the subject servers are connected to the digital asset exchange through the code issuing center, so that the codechain digital currencies can cash out the SGR within the codechain digital asset exchange according to the fixed exchange rate or the floating exchange rate, thereby realizing the interconnection within the association.

Traditional banks can be changed to become SGR digital currency settlement banks: codechain digital banks. Digital currency codechain and code issuance center (i.e., the function of a single clearinghouse for payment by scanning a code): many business models can be derived from the codechain; codechain can free impoverished countries from foreign exchange reserves. Codechain digital currency SGR (special drawing right, codechain digital asset accounting unit created by codechain digital asset exchange), which is the most original digital super asset created based on equal value exchange, can not only outperform Bitcoin, but also take advantage of the great performance advantage labor of various producing countries in sectors such as the Belt and Road, to promote the globalization of digital currency with real assets as the basic unit of measurement, thereby realizing equality and justice.

By establishing a code scanning payment clearinghouse and a single code issuing center within the United Nations, structured big data can be controlled and human-generated financial risks can be avoided because codechain-based code scanning can be tracked throughout the process (which can be unified across the control center issuing the code chain, i.e. the code issuing center).

Digital currency generated from surplus value in the field of circulation and ways of processing and overcoming the monopoly position of banknote printing will be illustrated with the aim of realizing the globalization of national wealth and the welfare of citizens within the UN framework, which are measured in real assets.

Currency emerges from simple, individual and special exchange. With the development of productivity and the expansion of commodity production, the form of added value gradually increases. When a commodity, specifically acting as an equivalent for any commodity, is separated from the commodity world, a universal form of value arises.

However, the further development of productivity and the further expansion of the scale of commodity exchange require that the universal equivalent be assigned to a special form of the commodity; then currency appears. However, regardless of the form of value, the value of a commodity must be embodied in another real commodity. However, with the development of human civilization, especially in connection with the proliferation of mobile terminals, in an era where the mobile network exists always and everywhere, which is spurred by the gaining popularity of mobile terminals, including wearable devices, digital currency emerges as a manifestation of any commodity.

If Marx's Capital fully explains the theory of surplus value in the production sector and currency exchange, then the codechain theory of digital currency further illustrates the value system in circulation and exchange; codechain implements a measurement standard that is a traceable and digitally quantifiable measurement standard, i.e. digital currency can become a universal equivalent. In this document it is called SGR (Special Drawing Right, a unit of accounting for codechain digital assets created by a codechain digital asset exchange).

SGR comes from circulation and distribution, while use of SGR comes through the two-dimensional code chain system. The quantized concept of OOH commons, citizen welfare also includes the objective value of international welfare credit

OOH and national credit, thereby ushering in a new era of prosperity for nations.

From the perspective of human and electronic identity (human intermediary in the digital world) as the core network element, codechain technology solves codechain network problems related to information sharing, information verification, information monopoly and information falsification through decentralized data, and effectively reduces operating costs systems. Codechain technology inherits the innovative sustainability of a decentralized market from a micro perspective based on multiple entities, uniform code issuance, real name authentication and macro regulation (different codechains based on different entities constitute their own set of ecological systems), but also offers the concept of centralized governance from a macro perspective (implementing interconnectedness at the macro level), thereby solving various problems in the field of information control and verification, as well as preventing illegal actions.

The above approach can answer the main criticism of socialism proposed by Hayek, i.e. The activities of an individual are unpredictable, therefore it is impossible to build socialism on the basis of a planned economy.

It can be seen that codechain is not only a major improvement on blockchain in terms of ideas and technology, but also effectively implements a local decentralized model at a lower cost; While maintaining the advantage of decentralization, codechain also overcomes the main dilemma of blockchain technology.

In addition, the main reasons for the failure of many hypotheses in economics are blind faith in the basic theorem, the sum of the parts equals the whole. The parts cannot be combined into a whole: the whole must be understood as a high-level concept of structure.

The disadvantage of blindly believing in the sum of the parts equals the whole principle is that in order to find the origin of a thing, one must divide the thing to obtain its components and essential parts; The fewer parts a thing is divided into, the more main parts it produces. Quantum entanglement occurs at the micro level, while codechain is the manifestation of quantum entanglement from the micro level to the macro level.

Ultimately it will be realized that the conceptual parts of all scientific theories are essentially no different from philosophical or religious concepts, and the best way to deal with these concepts may be to neglect them. According to this analysis, the possibility of falsification in the future will become negligible. Of course, in the future these theories may be considered not as scientific theories, but as a mental tool for explaining sensations. If this ideology becomes dominant in the future, it will actually be a breakthrough through today's scientific age (referred to as relative to the previous Age of Magic, Age of Religion, and Age of Philosophy), and people will realize the change in ideology. Subjective consciousness cannot yet determine how many entanglements remain and what effects may be caused by the entanglements.

Consequently, the brain, central nervous system and peripheral nervous system are characterized by the presence of functional subdivisions; information reduction (confusion) often occurs in the brain; The central nervous system is the quantum backbone network, and the peripheral nervous system is responsible for information gathering and feedback control. The subconscious is the real confusion. Consciousness is one or one creating two; and the subconscious is one, divided into two; the subconscious is the natural embodiment of entanglement, while consciousness is the manifestation of the collapse of the quantum state.

To rediscover the world, the shackles of original thought must be broken in order to perceive them in a higher dimension; without entanglement there would be no knowledge; without knowledge there would be no wisdom; the quantum micro level is reflected as a multidimensional connection in the macro view, which is not equipped with artificial intelligence. Human wisdom, which seems abstract and complex, is actually superficial and simple. Studying the relationship between quantum entanglement and wisdom is the original intention for developing a global brain based on electronic personalities.

The influence of thoughts on the micro/mesoscopic world through observation has a definite conclusion in the area of entanglement (as was shown in the book The Message of Water by the Japanese scientist Masaru Emoto). When we are faced with the problem of explaining the macroworld, the lack of theories is obvious. Mathematics cannot fulfill this mission because it has a fundamentally incorrect hypothesis: the sum of the parts equals the whole. In fact, cognition is only imagination caused by the nervous activity of the brain. Currently, it is still unknown how to combine cognition with objectivity to make a real impact.

The computer program is based on algebra; while the combination of geology and algebra constitutes complete mathematics: geology and pictography are two similar types of expressions of meaning, which is also the wisdom of human knowledge. Codechain is a higher-dimensional 22 044811 that is implemented based on a high-level structure. By connecting electronic personalities through codechain and uniting love, a global brain is formed. Where do the atomic elements that make up an element come from? This question is of great educational importance. The value of a metal is only a psychological price given by a person. Therefore, to emphasize the importance of interdisciplinarity, codechain emerges. If there was no life in the world, who would comprehend information?

Applications for glasses based on codechain and AR technology.

Currently, two-dimensional codes are being used more and more widely. However, the identification and processing of 2D codes mainly depends on specific applications in mobile phones, which are not only difficult to use but also lack a uniform interface. Traditional approaches cannot yet meet the requirements of mobile IoT. The present invention proposes to embed a camera (chip) supporting a codechain-based IoT protocol into smart glasses. Smart glasses can be used in a natural way, which is very convenient for identifying two-dimensional codechain code, freeing users from the time-consuming process of using different applications to identify and process different two-dimensional codes and using mobile phones to capture two-dimensional codes, and allowing users to identify any two-dimensional code that is visible ; further combined with a unified protocol and backend platform, the present invention facilitates faster development of mobile IoT. In fig. Figure 3 shows a schematic diagram of the connection relationship between the codechain-based smart glasses, the intelligent terminal device and the cloud backend.

In one example, the glasses are linked to a mobile phone to enable electronic identity detection and start-up. The glasses correspond to a two-dimensional code that can uniquely identify the glasses ID; using a mobile phone, scan and access a two-dimensional code (for example, a mobile phone camera or WeChat has a unified code scanning access function), so that the mobile phone and/or WeChat are associated with the glasses (the glasses ID and the WeChat ID of the mobile phone become the IDs of the electronic personality). Code scanning access attributes can be set in the menu setting interface of the mobile phone, such as language selection, voice volume, filter access, indoor or outdoor shooting mode selection, etc.; then with the functions of uniformly scanning the code and viewing the hidden two-dimensional code of the mobile phone/WeChat, the mobile phone/WeChat after scanning the code can not only realize the closed-loop transaction function, but also can generate a new two-dimensional code and/or hyperlink on which the electronic identity ID is superimposed . First, functional implementation (for example, real-time playback, via Bluetooth headset, language corresponding to the 2D code (in the case of multiple languages, according to the language automatically set by the glasses/mobile phone); new 2D code and/or hyperlink are generated and presented in mobile phone/WeChat, and the code scanning action is recorded, thereby realizing the traceability of the entire process.

For example, a toll collector on a highway wears glasses to view, i.e. scan the payment code of each driver or vehicle (which can start at a distance of 4 or 5 m); Based on the data obtained by scanning the code to access the codechain server, verification operations such as driver's license and license plate verification can be performed simultaneously; in addition, the additional function of determining whether the driver is a chauffeur or a taxi driver can be implemented. The glasses can automatically focus and identify two-dimensional toll codes corresponding to the corresponding vehicles or drivers; after identification, the payment image is displayed on the glasses screen; and then confirmation of payment can be performed by control using a given action (touch, key press, voice command, etc.).

This embodiment has the advantage that: a payment code (including a non-HTTP format command that is capable of performing a payment function in the cloud backend) can be generated using a uniform code issuance (including a uniform code issuance agency, a uniform protocol , but without limitation). After the glasses scan and identify the access code, the parameters of the glasses (for example, electronic identity, environment and action; if necessary, capturing the performance image while making a payment by scanning the entry code) are substituted into the cloud backend connected to the network via NB IoT (Narrowband Internet of Things), thereby fulfilling the payment function. Since the entire process does not require access to the website through an http connection to a DNS parsing server with an IP address as the base, a secure payment is made; instead, it is a network-specific secure payment access protocol dominated by a codechain access protocol with a writable environment. Similar glasses worn by the driver can also identify the toll code, which is issued uniformly, and access the cloud backend to complete the payment.

- 23 044811

In a specific embodiment, the glasses, watch, and mobile terminal in this example may have an engine with a recording core built into them. An acquisition engine is a software/middleware that controls an optical camera to identify optical signals. The optical signal may be a visible light or infrared ray, an ultraviolet ray or an optical signal with a chiaroscuro or frequency variation, or an optical lattice pattern. The read raw optical information applies the two-dimensional codechain code encoding/identification principle, and after undergoing classified identification, error correction, matching, verification and/or signal format conversion, operating commands are generated for the background server. Operational commands are transmitted to the back-end server by devices such as mobile terminals, and further processing based on transaction management according to relevant rules implements functions such as downloading, opening an application, e-commerce, transaction and payment.

The light frequency can control the playback frequency to refresh the screen using the plugin to form the optical lattice pattern on various devices, such as TV, computer and mobile phone screen, e-book reader screen, etc. As shown in FIG. 4, AR glasses can automatically aim and identify the optical lattice pattern encoded based on codechain technology, so that a terminal device such as a mobile phone/computer connected to the glasses via Bluetooth can receive the analyzed operating command transmitted from the glasses and run the plugin or other light frequency application (for example, when performing an operation such as playing captions on a video animation), etc. Or a device such as an e-book reader can be connected to the glasses via Bluetooth or connected to the cloud backend via WIFI/4G; After the AR glasses are pointed at the optical lattice pattern on the screen of the e-book reader with the light frequency for identification, the e-reader can receive the parsed operating command transmitted from the glasses, or the glasses transmit the command to the background server, causing the device eBook Reader is connected to the cloud backend via WIFI/4G and thus receives the command to run a plugin or other light frequency application. Thus, when someone wears the glasses to watch stories or video content on a TV, computer, e-reader, they can achieve the effect of synchronous playback of the corresponding content (related to the story or video content, including animated images, obstacles, comments, reference instructions, etc., but without limitation). The application of light frequency could allow the right developer to upload files in DIY (do-it-yourself) format, for example, to an app store, which, after verification, can be downloaded by consumers to mobile phones or computers; The application of light frequency can be used in combination with the use of AR glasses for viewing videos (for example, through glasses lenses, flexible screens worn on the hands, etc.) when reading books with the naked eyes. Fees collected in favor of DIY workshop creators can be based on each call, view, use and comment, thereby promoting widespread entrepreneurship.

Regarding WeChat and Apple Inc., regarding Apple's termination of the WeChat rewards function with codechain technology, after the consumer has pointed their glasses at the two-dimensional reward code presented in WeChat, and the glasses have scanned, identified and analyzed the command, the glasses are connected to the mobile phone via Bluetooth (or the glasses connect to the cloud backend via NB IoT and issue a command for a specific WeChat previously associated with the mobile phone), thereby triggering the launch of the WeChat payment program to make the payment.

By providing a light sensitivity control method, a terminal and a chip, a wearable device such as AR glasses can recognize specific shooting modes such as indoor, outdoor, store, museum, auto focusing and scanning to access (specific shooting modes can be determined automatically or by manual control, such as voice control, touch control or menu control, etc.), to adjust the parameter model based on light sensitivity intensity, tone change, etc., thereby forming an evaluation function. For example, in the shooting mode, the library lowers their head down to read a book (two-dimensional code identification in focusing mode with a short distance of about 20 cm), and raises their head to look at a person at a distance of 10 m (focusing at 10 m); control can be performed automatically using the glasses, without additional control operations such as button press, touch, voice command, etc., and/or, as shown in FIG. 5, a ranging method can be used. For example, a camera or other device emits infrared light, supersonic wave, or laser radiation at an object to be identified, and receives light or an acoustic wave returned from the object to be identified through the camera, which determines the range; and then the distance to the object is calculated based on the ranging method. With this technology, the difference in distance between signals returned from different

- 24 044811 angular positions of a 3D stereoscopic code (3D stereoscopic code structure based on a 2D code chain encoding mechanism) formed on the surface of an object are processed to obtain a mechanism similar to scanning a flat 2D code, thereby realizing identification and access to the 3D stereoscopic code. 3D stereoscopic code, which is different from flat 2D code; due to its three-dimensional stereoscopic nature, it can be identified through the light sensitivity of the codechain access device; such access using light sensitivity control is called light sensitivity access.

In view of the above, a light sensitivity control device (or integrated circuit) is provided, comprising an optical sensor, a register, a data processor, a memory and a display (optional). The photosensitivity control device may further comprise: a sensitive matrix, a sampling and holding circuit, an analog-to-digital converter, a function register, a data register, an index register, a control circuit, an input/output circuit, a processor, and a memory device.

The sensitive matrix receives the optical signal; the sensing matrix is connected to the corresponding signal input end of the function register; the various data signal ends of the function register are connected to the corresponding signal input ends of the corresponding data registers; the data signal output ends of the various data registers are connected to the data signal end of the index register; the signal end of the index register is connected to the signal end of the control circuit; The signal output data end of the processor is used as an output of the light sensitivity control device to control an application corresponding to a mobile smart device containing the light sensitivity control device, or to control a special function module for identifying and decoding the captured two-dimensional code.

One example provides a smart travel Bluetooth headset (with codechain access camera) based on codechain access that can view hidden 2D code (pre-setting personal attribute preferences) distributed by the Belt and Road initiative's multilingual satellite TV.

As the user walks down the street, the glasses (which also include a 2D code that is personally used by the user and a hidden 2D code) function as a guide, telling the stories and legends of the city (the glasses access the hidden 2D code; the headset reproduces the stories and legends of the city on a specific language).

People can break out of the world where everyone is looking at screens and enter the real world to interact with people and interact with things. Multilingual voice versions are configured and selected by the headset:

For example, it provides a good opportunity to learn the Shanghai dialect and learn the history of Shanghai waterfront, revive the historical values of announcers and voice actors (telling old stories of Shanghai) and the resources of older Shanghai residents (historical accents and languages), experience the truth of Shanghai stories and cultures, and also gives an opportunity to create urban cultures, breathe new life into historically defunct cultural heritage sites, and create a codechain museum for smart travel and smart cities. For example, you can experience the history and culture of the Silk Road; attend local performances such as storytelling, games and singing and Shaoxing opera. They can be played through the headset to which the glasses are connected, and the mobile phone can display various views of the newly created two-dimensional codechain code and/or hyperlinks:

The glasses have the function of setting settings, and the menu can be configured using voice control: access and play video or record each time the code is scanned; ensuring that playback continues from the moment it was stopped by re-scanning the code; or finish playing the previous content first and then start the next one. The menu can also be customized in the mobile phone/WeChat by scanning the code (uniquely corresponding to the glasses ID) with the mobile phone/WeChat, thereby realizing the custom function.

In fig. Figure 6 shows a schematic diagram of how different users can receive different content based on the same two-dimensional code. In the following, an example will be given with a different access method based on light sensitivity and environment:

In the example application of 5D theater, a hidden 2D code (such as an optical lattice pattern generated as a change in light and shade, fluctuation in refresh rate, invisible light, etc., which is invisible to the naked eye, but may be identified by glasses) is superimposed on the film; spectators enter the theater with modified 3D glasses, i.e. glasses described above; When viewers watch a big movie on a big screen, based on their individual attribute properties (e.g., gender, preferences, desired ending of the movie), the glasses scan a hidden 2D code for access;

- 25 044811 and based on various attributive properties, a small film specific to each viewer is played on the small screen of the glasses; The watched movie may not only include a voiceover, but may also include a completely different ending according to the preference attribute settings. In addition, after the glasses scan the code and quickly identify the two-dimensional code command, they can directly output short movie rumors that are pre-stored in the glasses; they can also communicate with the backend in real time via a WiFi/5G communication module; The backend controls the mobile phone already linked to the glasses to play and save the playback recording on the mobile phone for later verification. The DNA of the user's electronic identity can also be superimposed on the mobile phone to share the resulting ending and other contents on the SNS network for distribution. The ideal mode is to instantly download and play the introductory video and other operating instructions for the glasses without mobile phone interference.

Likewise, the hidden 2D code can also be overlaid on various static or dynamic objects in an environment such as a museum, gallery, exhibition, etc.; relevant information such as background information and dynamically presented content can be obtained by identifying and accessing the glasses; audio content can be played through the glasses' Bluetooth headset to achieve a natural, instant sound effect such as human communication (i.e., each piece tells a story), but can also be displayed on the glasses' display device; it may also be recorded and presented in a mobile phone previously linked to and associated with the glasses. In addition, a separate electronic identity identifier may be imposed; Based on your preferences, the information received can be more relevant and personalized. Or the hidden 2D code can also be in polarized light mode, i.e. The display screen uses polarized material. AR glasses can identify polarized light in such a way that light polarized at 0°, 90° generates 0.1 (i.e. the effect of alternating black and white colors in a two-dimensional code) upon identification.

The display device may further comprise a flexible display screen, which is a flexible and bendable electronic circuit that is directly applied to the skin of a person's body, for example, by implanting the circuit into the skin to turn the skin into a touch screen. Such an electronic circuit contains a flexible transistor, an organic LED, a sensor, an organic solar cell, etc., which are connected by a pliable, flexible wire. Of course, these components are made very thin and deposited on a flexible substrate to form a large area of skin-like electronic circuitry, and then implanted into human skin. This circuit has very high sensitivity; even slight muscle contractions can be accurately recorded. Existing wearable devices cannot achieve such high sensitivity. In addition, when combined with codechain quantum material, access and display can exhibit non-silicon-based quantum entanglement effect, so that it is not only capable of generating quantum entanglement effect at the moment of access through the global brain, but also allows feedback to the electronic skin through quantum entanglement effect during the reading process to further stimulate the senses, thereby obtaining a satisfactory positive feedback loop.

By controlling the flickering frequency of the light (eg, LIFI light) to cover and irradiate the real object, the optical signal capturing unit (glasses camera) is configured to receive the optical signal; by recognizing and identifying with the optical signal identification middleware, the optical signal capturing unit can be driven to identify the optical signal; the optical signal is decoded by the decoding unit, and after decoding the optical signal, the optical signal is converted into a server operating command corresponding to the optical signal; the transmission unit is configured to transmit a working command to the server. Thus, access to the LIFI codechain is formed; at the light show festival on the Shanghai embankment, the LIFI codechain laser can be reproduced so that the glasses can access to create a two-dimensional code (digitization) with an overlay of its own DNA and a video image simulating the real environment, etc.

A LIFI beam covering a real object can also be realized by controlling the flicker/refresh frequency (frequency of light, simply called light frequency) to form an image on a computer/TV screen: an optical signal capture unit (glasses camera) is configured to receive an optical signal; by recognizing and identifying with the optical signal identification middleware, the optical signal capturing unit can be driven to identify the optical signal; an execution decoding unit with the ability to decode the optical signal and convert the optical signal into a server operating command corresponding to the optical signal; the transmission unit is configured to transmit a working command to the server. Based on the above technology, chain access at light frequency can be realized.

Example of chain access at light frequency: device made with control device

- 26 044811 light sensitivity, can automatically focus and capture or continuously capture the encoded storage medium based on the environment surrounding the mobile smart device and/or the state of the mobile smart device to identify the two-dimensional code existing in various images, thereby realizing the effect of stepless gain control access by scanning a code, similar to multi-point touch (i.e., the pointing and focusing actions of normal 2D code scanning without manual intervention), which becomes a standard feature of smart glasses in this example.

Example: AR glasses that can be accessed through light sensitivity access and light frequency access; the device configured with the light sensitivity control device can perform automatic focusing based on the environment surrounding the mobile smart device and/or the state of the mobile smart device, and can be controlled by operations such as voice command, touch and menu. The display can project the image that has been adjusted by the lens on the nose pad onto the lens of the glasses, and finally project the AR effect using the light guide design of the lens into the human eye (a microscopic OLED display can be built into the frame of the glasses, thereby realizing the control effect stepless gain of access by scanning a code, similar to multi-point touch (i.e. pointing and focusing actions to scan a regular two-dimensional code without manual intervention), thus this display of the image on the screen can be controlled by rotating the eyeball. This can also be color, flexible, skin-like display: the color on the ultra-thin nanostructured surface can be changed by applying an external voltage.In addition, this ultra-thin nanostructured surface can reflect ambient light.The thin liquid crystal layer is a multi-layer structure made on a metal nanostructure, the shape of which resembles microscopic egg packaging that can absorb light of some wavelengths and reflect light of other wavelengths. The reflected color can be adjusted by applying a voltage to the liquid crystal layer. The interaction between liquid crystal molecules and plasma waves on a nanostructured metal surface plays an important role in realizing a full-color tunable screen without polarization dependence. Combination with flexible and scalable nanometer material: The thin film nanometer material is formed from an interwoven and complex nanofibrous silk mesh, with the silk mesh attached to a solid matrix using electrolytic deposition technology. In addition to being flexible and expandable, it also has the properties of transparency and high conductivity; this nanoscale silk mesh can be created by electrospinning polyacrylonitrile microfibers. First, a spool of microfibers is wound around a solid matrix, turn by turn, to form a complex mesh structure, and then the metal alloy is sputtered onto the silk mesh and coated with copper. Thus, access to the glasses, signal conduction, flexible display and touch control are implemented as a single unit.

When using the above mode in the real world, each person can use the hidden two-dimensional code to create an issuing party for the owner of the glasses for identification and access purposes, thereby obtaining matching information based on various attributes of the owner or other conditions set by the issuing party; for example, owners with different attributes receive different personal representations of the corresponding dispensed materials (items accessed through the light frequency chain and the glasses manufacturer may be called a representative or accessor, and thus become part of the value chain, value codechain ); At this moment, after the glasses scan the code and quickly identify the two-dimensional code command, they communicate with the backend through the 5G communication module in real time, the video command and other operating commands are instantly downloaded and played back without manual intervention or interference from other devices such as mobile phone.

Classroom applications of four-dimensional space in audiovisual teaching.

The teacher prepares high-level, mid-level and low-level educational software, and generates and displays a teaching two-dimensional code (which can be text or displayed on the screen in ppt format, or can be a hidden two-dimensional code on the teacher's face or body: students set in advance level based on their degree of acceptance, so that when different students access the educational software by scanning a 2D image with the glasses, different contents (on the screen of the glasses) can be displayed based on different levels, which can also be displayed on the mobile phone in signal connection with the glasses via Bluetooth, while high, middle and low levels can also be preset in the mobile phone, the content corresponding to the corresponding levels can be pre-stored in the glasses or mobile phone, or can be retrieved from the cloud storage over the network and displayed accordingly in according to the commands.

The present invention provides a method, apparatus and system for generating application

- 27 044811 AR development and AR instance presentation. According to embodiments of the present invention, the prefetching of local recognition and cloud recognition, as well as the smart switching function, are implemented by interoperating and by pre-caching a local recognition package containing a portion of the augmented reality instances, whereby local recognition is first performed by the local recognition package, and then Performs cloud recognition after local recognition fails, eliminating problems such as excessive storage space consumption and excessive network response delay. In addition, recognition modes can be switched based on the user's needs in the real environment, which meets the universal needs of the user's environment. The present invention not only implements a base object recognition and tracking function, but also can provide functions that facilitate the presentation of augmented reality content, including the presentation of video content and 3D animation content. The present invention interprets and executes a script file through an interactive control sub-module, thereby implementing a cross-platform augmented reality interaction detection mechanism that is suitable for multiple platforms and makes user interactions more versatile.

Applications for glasses based on codechain and AR technology.

The above modes can be widely applied to the real world and real environments, but can also be applied to environments such as movies, television, stories, games, for further distribution.

In digital mode, for example, in the form of a star concert, a large poster is hung with a hidden two-dimensional code; with assigned AR glasses, the user's specified portrait can be superimposed on the star image captured by the glasses' camera to produce a close-up group photo; or in simulation mode, where video is shot with glasses in a natural landscape, the user can embed his portrait into the landscape. For such content, which combines the content provided by the user with a short image, after the user's own DNA (electronic identity identifier) is superimposed on it, a two-dimensional codechain code is issued and transmitted to the SNS or other network service, resulting in reading, sharing, affixing Likes, rewards, applications, purchases and anti-counterfeit tracking can all be implemented in the Moment tab.

For example, with AR glasses in combination with LBS (geolocation service), in particular landmark information, a mode is provided for generating a two-dimensional codechain code that carries its own DNA. As shown in FIG. 7, AR glasses were linked to the electronic identity ID; in a specific LBS environment, a video is taken or a logo that includes a landmark is captured; After the video/image obtained by the 2D code carrying DNA is uploaded to the cloud backend, the 2D code can be searched according to the condition including: LBS, identifier matching the image on which the reference logo is superimposed, electronic identifier identity (overlay time sequence) and the state of the scanned or transmitted two-dimensional code (overlaid with LBS information). A person using AR glasses or a specific e-identifier to download a two-dimensional code with an e-identifier is considered the owner of the reference territory; the host is given certain rights, for example the physical world can be captured and scanned, for example using a master application, to establish a kingdom of electronic personalities in cyberspace in parallel (encircling the earth), creating a way of relating the real world to the digital world through a physical real estate model that represents represents a new way to eliminate property bubbles and support widespread entrepreneurship and innovation; at this time, AR glasses become a tool for creating value through creative work.

The main AR application and the application contain: an AR engine layer module, an AR resource module, and a plurality of external application modules. The AR engine layer module is configured to load an identification parameter into the AR resource module upon receiving an AR function initiation command transmitted from an external application module; the AR resource module is configured to construct a kingdom of electronic identities of the target AR environment using an AR resource package that has been successfully identified based on the identification parameter, and call the corresponding external application module based on the received interactive operating information of the target AR environment.

How to use the AR application client: Scan the two-dimensional code of the kingdom of electronic identities with AR glasses to access the AR environment; or scanning the landmark logo along with LBS information (avoiding remote scanning) to implement AR functionality in the host application client. This improves the user experience and increases user loyalty to the application client.

In addition, the method of specifying the owner additionally provides for the overlay of information about the geo

- 28 044811 graphical GPS location based on XML configuration file information or overlaying landmark logo information; and capturing the environment and superimposing and obtaining the host's own image or an animated image thereof onto the image or video, wherein the template insert image may be generated from the original image or original video configured and uploaded by the user and combined with a predefined three-dimensional model of the environment; the combined image or video can be displayed via AR; a three-dimensional environment displaying a combined virtual and real world is combined with a user image; Meanwhile, the user can customize his own AR display environment. With this method, the user can customize a video or image of an AR environment and at the same time generate a 2D code with their own DNA to upload to the cloud backend. Thus, when other visitors match the LBS information by landmark shooting (by image identification and matching with the cloud part) or GPS positioning, they can find out information about the owner of the electronic personality kingdom; overlay can be controlled by menu type selection or voice recognition.

Because the host uses the AR glasses to generate a 2D host code/hyperlink and video with image and text containing information about the master ID, landmark and LBS, due to which when the visitor is wearing the AR glasses, then by visiting that place, he can get the 2D code host/hyperlink and video with image and text based on LBS access; on this basis, the visitor overlays his own electronic identity identifier (DNA) and generates his own two-dimensional code/hyperlink and video with image and text, which is uploaded to the cloud part after saving locally or directly uploaded to the cloud. The advantages of generating a 2D code are that it can not only be printed and pasted, but can also be shared online for easy visitor access (similar to recording in a digital LBS environment); it may even contain the host's own DNA to provide more ways to access the environment of the kingdom of electronic personalities. The Kingdom of Electronic Identities (a new world reconstructed through codechain) offers the digitized expression, analysis and use of a combination of different objects physically existing in the real world, different types of people and human activities. The host initiates this action to generate 2D source code; with access and distribution (the two-dimensional code can be generated repeatedly and overlaid on various contents, including new DNA) by newcomers, and the digital kingdom can expand without limit.

The technical solution of repeatedly generating two-dimensional codes becomes the basis for a practical social game, thereby realizing IoT applications in real life. For example, an AR game method based on the two-dimensional code of 61 masters involves: linking the two-dimensional code of 51 masters with the concept of yin-yang and the five elements (ancient Chinese philosophy), Heavenly trunks and Earthly branches (ancient Chinese number system), horoscopes and Chinese signs of the zodiac, as well as chemical elements, so that the visitor scans the two-dimensional code 61 of the host using glasses (or a mobile phone), with the two-dimensional code 61 including the properties (for example, oxygen) of the host A.

Game user B (with the hydrogen property) a second time generates a new 2D code 62 based on 2D code 61, wherein 2D code 62 involves synthesizing (water) attributes of the game's main user A and user B. In addition, the game user C can generate the 2D code 63 for a third time, the 2D code 63 including synthesis of attributes A, B, and C. There is no time limit for generating the 2D codes. Of course, the issuing party that generates can arbitrarily set the attributes in the game (the kingdom of electronic personalities).

For example, a gaming system is proposed: an AR television gaming system containing: a card, a camera, a set-top box and a TV; wherein the card is placed in an area identified by the camera, the camera is connected to the set-top box, the set-top box is connected to the TV, as well as an image recognition library, a model associated with the image recognition library, and a UI (user interface) environment stored in the set-top box; wherein the camera is configured to receive video information in the identified area and transmit video information to the set-top box; the set-top box is configured to process the received video information, identify the card information and compare the identified card information with the image in the image identification library, and in case of successful matching, call the model and UI environment associated with the image, and control the television display; and the television set is configured to display video information received by the camera, a map matching model, and an environment UI output by the set-top box.

For example, a method is provided for generating one or more augmented reality (AR) objects by a mobile device, the method comprising: capturing an image of one or more target objects, wherein the one or more target objects are located against a predetermined background; dividing the image into one or more regions corresponding to one or more target objects, and one or more regions corresponding to a predetermined background; converting one or more areas corresponding to one or more target objects into a digital image; and generating, at least in part, based on the digital image, one or more AR objects corresponding to the one or more target objects.

Through the above method of accessing and using the codechain, the present invention can effectively evaluate and monitor the activities of each person by the entire society based on social justice, distributive justice proposed by Hayek.

In addition, by building an information society using codechain, the ultimate goal of information development is to realize the transition from an industrial society to an information society; The development of the two above-mentioned stages is to create conditions for the realization of this goal, so as to provide theoretical foundations, support and guarantee for world exchange and world commonwealth.

The information society is built on the basis of the space of reality and the network space; Therefore, it is necessary to abstractly represent the social system of reality space in the network space, and through the development and construction of information, maintain a holistic information execution environment of various areas of trade and industry in the network space.

Its main operation mode is to promote social information activities (including collection, processing, storage, transmission of information and the process from problem formulation to solution) into the network space, so as to realize high-speed and efficient operation in time and space, and realize the result of information processing in the space of reality, thereby realizing accuracy and efficient implementation. In addition, human activities are digitized and computerized for management and control; by combining each electronic personality through a codechain, a global brain is formed; codechain is a physical convergence, while a global brain is a convergence of minds.

Meanwhile, the Internet based on IP/IoT is currently constantly developing, and artificial intelligence derived from it has a development prospect: the survival and preferences of an individual are created and satisfied by the touch control system, which is equivalent to the case where the existence of an individual is dominated by other. The present invention attempts to create a model based on the idea of a quantum codechain (an interdisciplinary product combining physics, life science, computer science, financial economics, philosophy and social sciences, as well as religious beliefs, etc.) from another dimension and in another way . In a sense, we are studying a simple and computable, low-cost model of credit information dissemination based on the belief that information uncertainty is fundamental to society.

Quantum codechain is a quantum network mechanism for generating reaction and transferring entanglement that uses the carbon-based double-stranded DNA attribute (in which the silicon backbone is single-stranded by accessing light instead of electricity to the 5W (why, what, where, who, when) that make up the world. According to quantum codechain, the brain of an electronic personality is also considered as a quantum computer, and the encoded data carrier (for example, an optical two-dimensional code) of the quantum codechain becomes an external input stimulation of the brain synapses: different electronic personalities become individual cells of the global brain through intertwined communication with the human brain. access and transmission of the quantum codechain (signal transmission through a neural network), the quantum computer of each electronic personality can stimulate the thoughts of each electronic personality through the entanglement formed by accessing the quantum code, which leads to the fact that the quantum codechain (while preserving the structure of information) can combine information and energy the entire human race into a global brain.

The vital biological mechanism of human-machine interaction is not a purely physical electrical signal; instead, light is a very important tool. Light as a replacement for electricity will be the main focus in the future, since electricity only has a one-dimensional physical property, it can only serve as a medium; however, light has a multidimensional property that includes physics and computer science (the structure of information can be preserved), so entanglement is inherent in light. Access to a quantum chain link with light instead of electricity is embodied as entanglement at the micro level, as communication at the mesoscopic level, and as static convergence at the macro level.

The optimal access method based on a quantum circuit is a light access method instead of electricity. In a quantum device such as smart glasses, uniform access to the code issuing center (quantum computer) is provided through reflection/propagation of a light signal (the receiving device can detect the effect of quantum entanglement, but is not limited to this).

Smart digital devices are constantly being improved and improved: smart cameras, smart point-of-sale terminals, automatic vending machines, smart recording devices, etc. (which are constantly becoming more complex and more intelligent). A variety of mobile terminals and wearable devices that provide access to the quantum codechain and the advent of a new era of IoT constitute the physical basis of the electronic identity. An example of a wearable device is smart glasses (the material used is a low-power electronic device such as Weyl fermions; due to its stable topological properties, it plays an important role in quantum computing with high fault tolerance).

Codechain is a digital model that reflects the main types of human activity. The code in a codechain can be implemented as a two-dimensional code or a multi-dimensional code, a hidden two-dimensional code, or even any encrypted storage medium such as a quantum code that can be digitized for access detection, as long as it can record the information structure. Such a record may refer to records in code, or a record with consensus based on codechain verification, or a record by accessing a code distribution center, or a combination of various of the above. Code in a quantum codechain is defined as follows: code can be a data structure (service provider, service content, service state, source, associated service, attribute, etc.) describing actions; until it is accessed (i.e. until it is viewed) to create wavefunction collapse, can it be defined as a specific state from a qubit quantum liquid state (it needs support from quantum bits materials and quantum computers; thus creating a qubit world different from the silicon-based bit world). Human service communication protocol: generating entanglement effect to generate new code and new communication by accessing quantum codechain based on 2D scanning, goggle viewing, thinking, etc. to create a quantum codechain. The ideology of quantum codechain indicates that human participation is required to maintain the truthfulness and reliability of information dissemination, while human participation is based on the codechain model and is realized through access to the codechain network through activities such as 2D scanning, browsing, and thinking.

The electronic identity serves as an intermediary program for personal trust and a unique record for network interaction between a person and a network; The electronic identity can automatically perform some actions to provide, filter and forward data in accordance with the instructions of the person. The expanded meaning of a code generated in combination with an electronic identity is: re-consumption voucher derived from a person's travel consumption actions, general delivery voucher - a form of consumption code derived from a person's prepaid consumption actions, and logistics delivery voucher - a form of logistics code derived from from warehouse and logistics activities.

Code Issuing Center: Globally trusted and unique data center for issuing code to be scanned (including various reading access) to achieve uniform code issuance; Quantum computer is the best choice. According to the quantum codechain information processing network based on uniform code issuance, method for it and access device for reading, the issuing party submits the corresponding code issuing request to the main administrator (code issuing center), the main administrator or the code issuing agency authorized by him generates an encrypted storage medium (an encrypted storage medium can be captured by viewing and/or thinking, and is accessed and transmitted via a quantum code) so that the accesser can obtain information corresponding to the identified encrypted storage medium when identifying the encrypted one data carrier using an equipped access device for quantum reading (i.e., the state of the probability of the observed qubit quantum state of information is determined, the collapse of the wave function, which becomes significant for the macrocosm) and additionally receives the following information provided by the issuing party, including information that will be issued by the issuing party, the attribute state of the issuing party, the attribute state of the communicating party associated with the issuing party, and the information (qubit quantum state) resulting from the identification of another encoded storage medium by the quantum reader access device belonging to the issuing party. This access method is called quantum codechain access.

In addition, a civilization based on silicon (with a silicon element as a carrier), i.e. the robot will rule the world and will be able to destroy humanity; but by accessing the global brain through a quantum codechain, it is possible to unite the forces of all people in the fight against robots.

Definition of e-personality: In the era of mobile networks, with the popularization and promotion of e-personality glasses and quantum codechain, the action transaction of each space-time (5W IoT space-time) and node in life and space can be quantized, recorded and fully traceable (i.e. thinking and human activity), and you can also observe its real social effect (action and reaction of the electronic personality relative to the human

- 31 044811 society).

Each observation (analogous to macro-observation in quantum theory) of each electronic personality will generate a physical impact on the material world of the Earth: cause changes on the Earth, and such gradual changes lead to development on the Earth.

Each electronic personality is like each brain cell; quantum codechain is like a brain-based neural network, the access point (2D code/hidden 2D code) is like a brain synapse; glasses are equivalent to a transacting nerve neuron; Moreover, the network formed by the electronic personalities of different subjects through access to the quantum codechain is similar to a functional area of the brain with different functions; thus, individual electronic personalities can combine to form a global brain.

Codechain can be narrowly defined as an access method that replaces an electronic identity and transfers it to a cloud-based service backend by scanning a 2D code (offline) and clicking on the Moment tab (online), thereby realizing full-channel access and traceable control throughout the entire process.

Difference and relationship between codechain and 2D code: A typical 2D code is a static code that is not linked to a background server or controlled by a code scanning application, while a 2D codechain code is released under the control of a background server and is accessible through code scanning by an application controlled by a background server , thereby forming a coordinated connection of two-dimensional code + server + code scanning application.

Codechain is broadly defined as follows: the access device is not limited to a smartphone, but further includes the AR glasses mentioned herein; the access protocol is not limited to scan and push, but additionally includes read access, thinking and quantum codechain access (using quantum condensed state qubit material that generates quantum entanglement, i.e. collapse of the wave function upon access); The code issuing center also uses the quantum condensed matter mechanism.

For example, a person's moral quality can only be determined (i.e., collapsed) by a subject-oriented observer based on the social network and previous comments. In another example, the value of a codechain quantum digital currency refers to a definition based on a network of electronic personalities and an index of morality at the time of use, collapsed to a specific numerical value.

The global brain serves as part of the value system of human society; assessment of advertising capitalization and distribution of appeal is only one of the applications of the commercial activity of a network of electronic personalities, which will provide each person with the operating principle of one for all, all for one; each person lives in a self-centered system of a network of electronic personalities; when he sees an advertisement (O2O access), he can check its authenticity and rate it using SNS search, and allow comments to link his friends. All publicity points (the touchpoints of all sellers, i.e. see what you get, existing at any time and anywhere) constitute the neural synapse (O2O) hotspots and neural network propagation (SNS value chain propagation) of the global brain.

Each person is like a brain cell; the two-dimensional O2O code serves as the access point for brain synapses; the network of electronic personalities is the neural network of the brain; The morality index refers to the active degrees of different brain cells, which can form different active brain regions. The code issuing agency (ie the code issuing center) will become the think tank. In this way, a global brain is built; those. all electronic personalities on Earth are considered different brain cells; two-dimensional codes serve as access points for brain synapses; the network of electronic personalities is a brain nerve with various attributes; accessing a quantum codechain is like a brain nerve reflex. The glasses can use quantum condensed state access material.

Therefore, the code issuing center functions as a think tank for directing the evolution of human civilization. The present invention represents a great innovation, linking nations, races, classes, languages and cultures, and giving instructions to the inhabitants of the earth how to adapt to the environment of survival in a new situation.

Access to the quantum codechain by the global brain is a characteristic of a carbon-based civilization, which is significantly different from a silicon-based civilization. Carbon-based civilization uses the double-stranded carbon-based DNA property (while silicon-based civilization is single-stranded). This is a way to survive after an outbreak of a super crisis such as a robot instead of a person, when the singularity point of AI development exceeds the total number of people on Earth. This concerns not only the struggle for jobs, but also explains the meaning of human life.

If the thought of living people is a projection of the three-dimensional space of the Earth onto the heart of each person, i.e. four-dimensional space derived from an arbitrary combination of three-dimensional space-time, then the global brain is a five-directional space that can model and combine different kinds of four-dimensional brain space. Then, in the fifth-dimensional space, how people's love plays the role of matter will be studied, analyzed, quantized and interpreted, where love, instead of benefit, is the original force distributed by the network of electronic personalities. Einstein described in a letter to his daughter that love, love in human society is the invisible force of the universe.

Therefore, a comprehensive discipline of codechain can be formed by combining politics, economics, culture, technology, information, biology, physics, materials, philosophy, history, psychology, the Book of Changes (ancient Chinese philosophy about the laws of heaven and earth) and religion.

The present invention provides environment-based (5W) access to a specific subject through various quantum sensing access methods, which can accurately track the corresponding nodes during the information dissemination process and realize the quantization of the value (colloquially called the morality index) of the qubit quantum state based on propagation and transmission of information, as well as transformation of information energy. Energy in this case does not refer to thermodynamic energy, but is the initial force that affects human society and encourages society to develop and act.

Access to the codechain digital currency is carried out according to a specific entity based on the quantum codechain, which serves as a tool for payment and measurement of value; its service life covers the entire service life of the subject's codechain. A digital bank is an agency that carries out two-way conversion between currency in real society and codechain digital currency. The codechain entity refers to the set of services provided by the source code (open services issued by the serving entity on the codechain). Codechain lifespan: from the issuance of the source code by the code issuing center to the complete termination of the service provided by the entity, which is the entire lifespan of the entity's codechain. An information object distributed in a codechain: has the characteristic of quantum information that has not been tampered with during the distribution process; a connected information object has the effect of quantum entanglement. Quantum calculation: The information object has a typical quantum feature in the propagation process, which can be characterized by the quantum tunneling effect and the quantum superposition effect.

The code in codechain technology is significantly different from the 2D code in traditional applications: regular 2D code is only a trigger and a record for one action. Code in codechain technology has the following characteristics: 1) high reliability: uniform code issuance, source recording, improved credit transfer in the chain; 2) universal applicability: a one-time scan of the code performs many actions (creating an order, paying, calculating and generating a re-consumption voucher); 3) high level of security: protective isolation of personal data + complex multi-channel and encrypted transmission of activity data; 4) Traceability: By recording the actions of all people using the codechain and performing big data analysis, activity tracking and evaluation is ensured.

Codechain implementation model: the seller requests the original code from the code issuing center; the code issuing center issues a source code on which the DNA of the seller’s electronic identity is superimposed; the distributor identifies the source code or distribution code (by scanning or clicking) to obtain the relevant information, and can also obtain a new code on which the DNA of the distributor's electronic identity is superimposed for distribution; the consumer identifies the source code or distribution code (by scanning or clicking) to receive from the code issuing center information indicating the merchant's server to obtain services from the merchant, who may additionally receive a new code onto which the DNA of the consumer's electronic identity is superimposed for further distribution. During the process of issuing and distributing a codechain, the operating procedures of the distributor and the consumer can be performed iteratively, ultimately forming a codechain network covering a specific group of consumers.

Therefore, the new world of electronic personalities (cyberspace) can be reconstructed using quantum codechain. In the real world, there are different physical things, as well as different kinds of people and human actions. Currently, there is still a lack of their integration (things, person-thing, person-person) for their digital expression, analysis and use. Codechain technology marks all things (object things in the real world, such as landmarks, advertisements, goods, etc., as well as virtual things (or services) in the virtual world existing on the Internet) in the world as objects ( websites, online stores, etc.) with two-dimensional codechain codes and overlays the attributes and NDA (unique identifier) of the corresponding codechain electronic identities; thus, the network (uniting the relationships between the three aforementioned entities) based on the codechain implementation is built through the virtual world of the IP Internet and the real physical world; this network can digitally record (eg, upload to the cloud; write to a general ledger) the actions (not just transactions) of all people, thereby implementing traceability.

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Namely, the prescribed codechain access protocol (e.g., based on offline O2O environment access such as 2D code scanning, and actions such as clicking on WeChat based on SNS distribution chain) offers a uniform way of expression (e.g., 2D code codechain) of any arbitrary electronic person or any material (real or virtual) provided by it, thereby providing the ability to be accessible to any electronic person in the world of electronic persons (access by scanning a code, etc.), as well as providing a channel for any electronic person to distribute material provided to him or material provided by one electronic person to another (for example, by distributing the corresponding two-dimensional codechain code).

Quantum codechain technology can be characterized by three chains, among which two chains are chains of historical records (where the X-axis represents all things = object, the Y-axis represents the electronic personality; the one-time interaction between the electronic personality and the object, i.e. (X, Y) represents human activity, forms a node; the activity of an electronic personality, on which the DNA of the electronic personality (for example, the IMEI number of a mobile terminal) and the digital signature of the electronic personality (a dynamic token based on the DNA of the electronic personality and the environment of the object) are superimposed on top of the original object, MatrixLink, formed by all nodes (X*Y), is the base layer of the codechain.

The so-called dynamic token is designed to prevent the time shift of individual tokens by using time synchronization, synchronization between the server time and the token's built-in clock, and the server will record the time shift of each token. The algorithm may be a modified hash algorithm whose function can be expressed as H (Seed + SN + Time), where Seed is the value of the secret phrase; SN - token serial number; Time - time. As an algorithm, RSA offers two versions of the algorithm and currently uses a proprietary AES-based hash algorithm.

The third Z axis, for example, includes (but is not limited to) the propagation chain (X, Y), i.e. a chain of qubit information about a quantum state (if viewed on the X-axis, a record of each person's activity based on all things; or, if viewed along the Y-axis, a record of each person's activity in the physical world); while the Z axis represents the different views of different people on the same issue and their emotional and thinking ways such as pleasure, anger, sadness, joy. Labeled (X, Y, Z) and the quantum codechain access protocol, the store can be implemented in a distributed manner according to nodes X or nodes Y, so that an electronic identity can access through dimension X or dimension Y, realizing validity (based on trust to friends and recommendations), anti-counterfeiting (records cannot be tampered with), verification (code issuance is linked to a trusted center to generate a two-dimensional code/hyperlink containing a reliable identification) and tracking (the entire process can be traced).

The triaxial coordinate system introduces the concept of imaginary numbers, in which a clockwise rotation (similar to the vector direction corresponding to the probability of a person performing the first action) or a counterclockwise rotation (similar to another vector direction corresponding to the probability of a person performing the second action) is defined three-dimensional coordinate, is an expression of a wave function similar to quantum mechanics: when a person accesses the X/Y axis (performs the first or second action; for ease of understanding, the first action is referred to as a good action, and the second as a bad action), and is implemented by another person through the Z-axis propagation chain (5W information, e.g. who is doing, where to go), this is an external observation causing the collapse of the wave function, i.e. defined (actually a subjective definition by the observer) as first action/second action, while according to this concept, the generated X/Y axis of observation itself can propagate through the Z axis, thereby generating another definition of first action/second action of another XYZ; moreover, the intersection points (Z-axis) for the interaction between many things/environments (X-axis) with many people (Y-axis) in the real world are a set of first actions and second actions of the real world.

The codechain network is a direction map, and service information and payment information are transmitted on this map. The following features can be seen: a) local property: in a codechain network, the circulation of information is limited to the direction map of the codechain network, which is isolated from the global IP network; With isolation, the confidentiality and security of information can be effectively improved; b) information reliability: in the process of information dissemination by imposing the distributor DNA (additional attribute) on the codechain, the probability of disseminating relevant information is effectively increased, the probability of disseminating irrelevant information is reduced, thereby the reliability of information in the codechain network is significantly increased; c) equality: in the network, the consumer, distributor and seller are equal; any role can reveal related attribute information, such as silence, etc., which technically eliminates the unequal information conditions between the seller and the consumer; d) information isolation: personal information not related to the service cannot circulate on the network, so as to isolate personal information from the service, which also effectively improves the security level of personal information.

In the codechain-based e-business flow example, the consumer receives digital currency for transaction and settlement. In codechain, the information interaction between the consumer and the seller is the same; the parties to the transaction complete the transaction by exchanging information about the digital currency payment and information about the implementation of the service; The distributor (information intermediary) in the codechain serves as a witness who ensures that the transaction information between two parties is not tampered with and who can receive a reward in digital currency for his distribution activities. The digital bank provides a service for exchanging digital currency with RMB in the account and settling the transaction request between the parties, as a result of which the parties can receive RMB.

In this case, the receipt of digital currency and settlement are consistent with the interfaces of the existing system, respectively; With the promotion of codechain digital currency and the creation of a central bank digital currency system, a more convenient exchange system and a circulation and settlement system based on central bank digital currency may emerge.

It can be seen that, in addition to the code issuing center and the digital bank, each role in the codechain implementation model is the same in the information dissemination process, which completely eliminates the disadvantage of the existing IP-based network in which all information is concentrated in the service provider to provide the most effective technical guarantee to solve a fundamental problem in e-business.

In the codechain authentication mechanism (i.e., the technical structure of transaction authentication) in FIG. 12 shows the formation of a codechain through many combinations of service provider, agency, distributor, consumer, etc.; in fig. 13 shows a calculation and verification process in which the upper part of the transaction data structure represents the service code and status (for example, corresponding to the service data transmitted by the consumer, distributor and service provider to each other), and the lower part represents the payment code and status (for example, corresponding to the payment data transmitted by the consumer, distributor and service provider to each other); in fig. 14 shows a schematic diagram of state migration; The verification logic is as follows: 1) recording the status of the service code; 2) checking the status of the service code at both ends of the chain; 3) receiving operational data and changing the state of the service code; 4) receiving payment transaction data; 5) checking the source of the payment code to form a payment chain; 6) change in the status of the payment code; 7) receiving a payment code for rewards; 8) recording the complete chain of transactions; after that, calculating the hash value and generating historical data. Above are the simplest records and verification logic; relevant codechain entities can configure the service code state and payment code state migration; The MatrixLink protocol negotiates the information transfer event signal for state migration, and the final state cannot change.

The remuneration received by the distributor is based on the following considerations: the dissemination and examination activities paid by the distributor are entitled to remuneration to facilitate the circulation of product information and verification of accuracy, which is different from the way information is processed on the IP Internet. In codechain technology, the information distributor will perform quantized filtering of the information and overlay its own comments on the information on top of the original information; there is a relatively high probability that the recipient will not accept false information due to the disseminator's evaluation function regarding the credibility of the information. The morality index of the distributor will also be superimposed on the information, thereby forming the effect of quantum entanglement between the distributor and the recipient. This confusion effect should more accurately reflect the credibility of the information. Human activity is subject to quantum laws. The traditional way of disseminating information on the Internet cannot avoid data attacks from the authors of paid network posts with a majority advantage, while quantum computing can effectively avoid this dilemma.

In view of the above, the present invention proposes a solution different from the existing IP-IP internetworking on the Internet and establishes a method of interaction between people to solve problems in information transmission; In order to improve efficiency, the present invention proposes a new idea of quantum codechain and proposes a quantum codechain model, an electronic identity model and a digital currency model; the preliminary stage of merging these models is 2D code scanning, the update stage is browsing, while the premium state is accessing the quantum codechain (thinking) in this example, which points the way for further development of the system and its application.

Although the contents of the present invention have been described in detail through the above preferred embodiments, it should be understood that the above illustrations should not be construed as limiting the present invention. After reading the above

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Claims (24)

Many modifications and substitutions of the present invention will become apparent to those skilled in the art. Therefore, the scope of legal protection of the present invention is to be determined by the appended claims. CLAIM 1. A method for forming a service system based on a codechain, providing: providing a codechain server for releasing all encrypted storage media in at least one subject and managing information associated with a codechain formed by sequentially distributing and identifying an encrypted data object under the subject; the primary node of each codechain corresponding to the service provider requests the codechain server to release the primary encrypted storage medium under the subject; the primary encoded storage medium corresponds to a set of services provided by the service provider; identifying by the terminal device any user an encrypted storage medium associated with a previous node under the subject to obtain an access address of the codechain server and interact with the codechain server in accordance with the access address, wherein the codechain server records a time and geographic location corresponding to the terminal device of the user identifying the encrypted media data at a given time, identification information of the user and/or user terminal device, and activities performed in the codechain to form the monitored node, and information associated with the codechain is stored in a distributed manner in the user terminal device corresponding to each node; The user's terminal device also performs at least one of the following activities: requests the codechain server to release the encrypted storage medium associated with the node under the subject and distribute the encrypted storage media; said storage medium corresponds to at least information available to identify the primary encoded storage medium and identification information of the user and/or the user's terminal device; the remaining users identified for the encrypted storage medium become the next node of the codechain; and requests the codechain server to authenticate the encrypted storage medium; sends, after authentication by the codechain server, a list of service objects to the terminal device, which sends the request; communicates, through a terminal device based on a service address included in the service object list, with a service provider server pointed to by the service address to obtain a service provided by the service provider; and the transaction between the user and the service provider is authenticated by the remaining nodes on the codechain. 2. The method of providing services based on codechain according to claim 1, in which: when the service is provided by one service provider, the codechain server issues the primary encrypted storage medium after receiving the code issue request submitted by the service provider; or when a plurality of service providers provide their respective services, the codechain server issues primary encrypted storage media based on code issuance requests sequentially submitted by the plurality of service providers; and preferably, when the codechain server receives a code release request submitted by one or more service providers, the codechain server issues the encrypted storage media after verifying the service provider or service providers based on the electronic identity information of the respective service providers. 3. The method of providing a codechain-based service according to claim 1, wherein the list of service objects contains a script indicating the sequence and parameter of the service, the service address of one or more service providers providing the services, and a dynamic digital token corresponding to one or more service providers, wherein the dynamic digital token corresponding to each service provider contains a description of the environment in which the service provider provides the service and electronic identity information of the service provider, the server time being synchronized with the token's built-in clock. 4. The method of providing services based on codechain according to claim 3, in which: in the list of service objects, the service address of the service provider currently providing the service is indicated by the service sequence; the user's terminal device combines the parameter required by the script and the data provided based on the parameter to obtain a service parameter, which is provided to the server pointed to by the service address to obtain the service. 5. The method of providing a codechain-based service according to claim 1, wherein the user's mobile terminal further obtains a dynamic digital token by identifying an encrypted storage medium, wherein the dynamic digital token contains a description of the environment in which - 36 044811 swarm service provider provides the service, and identification information of the electronic identity of the service provider. 6. The method of providing a codechain-based service according to claim 1, wherein when the user's terminal device interacts with the codechain server, the codechain server receives a request to authenticate the service provider based on a dynamic digital token, which is obtained by identifying the encrypted storage medium and contains identification information electronic identity of the service provider; and the codechain server sends a list of service objects to the terminal device in response to the authenticated request. 7. The codechain-based service provision method of claim 1, wherein the codechain server receives a code release request sent by the user's terminal device and combines information available for identifying the primary encrypted storage medium with information for identifying the user's electronic identity after verifying the user in accordance with with the user's electronic identity identification information to release an encrypted storage medium associated with the user, and the user's electronic identity identification information corresponds to the user's identification information and/or the user's terminal device. 8. A method for providing services based on codechain according to claim 1, in which: the user provides identification information of the user's electronic identity to the codechain server when interacting with the codechain server through a terminal device; the user provides digital user identification information to the server when interacting with the service provider's server through a terminal device; the user's electronic identity identification information corresponds to the user and/or the terminal device. 9. A method for implementing codechain-based interaction to facilitate interaction between at least two electronic identities, in which each electronic identity is characterized by the presence of identification information, said identification information corresponding to the identity represented by the electronic identity and/or the terminal device used by the person; the method involves the terminal device identifying an encrypted storage medium to allow the electronic person to access the codechain network on behalf of the person according to the codechain access protocol; and performing, through the terminal device, in accordance with the instructions of the person, communication with another electronic person and/or system; wherein the system includes a code issuing center, the code issuing center server is configured to issue all encrypted storage media in at least one subject and manage information associated with the encrypted storage media under the subject; the encrypted data carrier under the subject forms a codechain after it has been distributed and identified consistently; each encrypted storage medium under the subject corresponds to the same primary information of the subject and corresponds to the identification information of the electronic person, which requests the code issuing center to release the encrypted storage medium and then distributes the encrypted storage medium; the primary node of the codechain corresponds to the electronic identity that provided the primary information; any electronic identity identifies any encrypted data carrier distributed through a terminal device to gain access to the address directed to the server of the code issuing center; the electronic identity interacts with the code issuing center server in accordance with the access address, requests the server to authenticate the identified encrypted storage medium, and, after authentication, the server sends the primary information and information related to the codechain where the electronic identity is currently located to the terminal device electronic identity; The code issuing center server records the time and geographic location corresponding to the current access of the electronic identity, the identification information of the electronic identity and the activities performed by the electronic identity into the information associated with the encrypted data medium of the subject, and the information associated with the current codechain, so that the electronic identity becomes monitored codechain node, the previous codechain node corresponds to the electronic identity distributing the encrypted data medium; relevant information of the current codechain is also stored in a distributed manner in the electronic identity terminal device corresponding to each node in the codechain to allow the electronic identity of each node to authenticate information related to the codechain. 10. A method for implementing codechain-based interaction according to claim 9, in which the electronic identity interacts with the server of the code issuing center to receive a transition command pointing to another - 37 044811 an electronic identity that provides primary information, so as to carry out data transfer with an electronic identity that provides primary information. 11. A method for implementing codechain-based interaction according to claim 9, in which: when interacting with the server of the code issuing center, the electronic person receives, when providing identification information of the electronic person, content corresponding to the attribute of the electronic person in the information associated with the encrypted data carrier; or when interacting with another electronic person and/or system, the electronic person receives, when providing the electronic person's identification information, content corresponding to an attribute of the electronic person in the information associated with the encrypted storage medium. 12. The method for implementing codechain-based interaction according to claim 9, in which the code issuing center releases an encrypted data medium corresponding to the primary information and identification information of the electronic person after authenticating the identity of the electronic person, which sends a request for issuing the code to the code issuing center; wherein the information associated with the encrypted storage medium contains information about the electronic identity, and the electronic identity receives the encrypted storage medium and then distributes the encrypted storage medium. 13. The method for implementing codechain-based interaction according to claim 9, wherein for the data transmission behavior carried out by the electronic person, the code issuing center records the identification information of the electronic person in the information associated with the encrypted data carrier and the information associated with codechain, where the electronic identity is currently located, the electronic identity corresponds to each of the nodes of the codechain, is stored in a distributed manner and authenticates the behavior associated with the transfer of data through the corresponding terminal device of the electronic identities. 14. The codechain-based interaction implementation method of claim 9, wherein when the electronic identity transmits data, the code issuing center generates a new encrypted storage medium, wherein the encoded information of the new encrypted storage medium contains data to be transmitted and identification information of the electronic identity . 15. A method for implementing codechain-based interaction according to claim 9 or 14, wherein when the electronic identity performs data transmission, the identity represented by the electronic identity filters information and/or provides additional information based on information identified from the encrypted data carrier and then transmits the data. 16. The method of implementing codechain-based interaction according to claim 9, wherein the corresponding time and geographic location, as well as the identification information of the electronic identity when the electronic identity identifies an encrypted storage medium for accessing the codechain network, are used to uniquely identify the current communication of the electronic identity. 17. An encrypted storage medium according to any one of claims 1 to 8 or any of claims 9 to 16, in which: identification of the encrypted storage medium is triggered by executing at least one of the following operations: scanning or filming an encrypted storage medium using an electronic identity camera; scanning or filming an encrypted storage medium provided by an electronic identity through the camera of another electronic identity; clicking on a homologous hyperlink attached to an encrypted data medium via an electronic identity terminal device, wherein the information contained in the encrypted data medium is the same as that contained in the homologous hyperlink; viewing by pointing a camera at an electronic identity at an encrypted storage medium; wherein the camera or terminal device of the electronic identity is linked to the identification information of the electronic identity; the identifiable encrypted data carrier belongs to a specific subject; the specified encrypted data medium under the subject corresponds to the same primary information of the subject and corresponds to the identification information of the electronic person, which requests the code issuing center to generate the encrypted data medium and then distributes the specified encrypted data medium; the encrypted data carrier under the subject forms a codechain, after distribution and identification step by step; the primary node of the codechain corresponds to the electronic identity that provided the primary information; After any electronic identity identifies the encrypted storage medium, the electronic identity device belonging to the electronic identity accesses and interacts with the server of the code issuing center that generated the encrypted storage medium, and the said server records the time, geographic location, identification information of the electronic identity and actions performed by the electronic identity corresponding to the identification, such that the electronic identity becomes a trackable node of the codechain; previous codechain node - 38 044811 corresponds to the electronic identity distributing the encrypted data medium; and information related to the codechain and recorded by the code issuing center server is also stored by the electronic identity device of each node of the codechain in a distributed manner, and the electronic identity corresponding to each node authenticates the information related to the codechain. 18. The encrypted storage medium according to claim 17, in which: information associated with the encrypted storage medium is managed by the code issuing center; the electronic identity, which identifies the encrypted storage medium, provides the identification information of the electronic identity to the code issuing center to obtain content corresponding to the attribute of the electronic identity in the information associated with the encrypted storage medium. 19. The encrypted storage medium according to claim 17, wherein the electronic identity identifies the encrypted storage medium, obtains identification information about the electronic identity providing the primary information, and provides the identification information to the code issuing center, and requests the code issuance center to authenticate the encrypted storage medium and the electronic identity , providing primary information, and after authentication, the code issuing center provides primary electronic identity information that identifies the encrypted data carrier. 20. The encrypted storage medium according to claim 17, in which: the launch command for the application is generated based on the identification of the encoded media; the application is installed on any of the following electronic identity devices or the launch command is generated by any of the following electronic identity devices based on the identification result of the encrypted storage medium: The electronic personality devices include a camera, a wearable device in signal connection with the camera, a terminal device in signal connection with the camera or wearable device, and a personal information server in signal connection with the camera or wearable device or the terminal device. 21. The encrypted storage medium according to claim 17, in which: the primary information corresponds to the smart contract for blocking the real right, the encoded storage medium corresponds to the special drawing right (SGR); the electronic identity associated with the encrypted data carrier receives the right to control the real right blocked by the smart contract; the electronic identity is linked to the encrypted data carrier by requesting the code issuing center server to generate the encrypted data medium, or the electronic identity completes the transaction, transfers a special real right corresponding to the encrypted data carrier, and the code issuing center or other cooperative management institutions re-link the encrypted data carrier to the electronic identity subscriber; the code issuing center server records the identification information of the electronic person currently associated with the encrypted storage medium into information associated with the encrypted storage medium. 22. The encrypted storage medium according to claim 17, in which: primary information about the subject, corresponding to the set of services, is provided by the provider of the service providing the primary information; an electronic identity that identifies any encrypted storage medium under the subject and sends a request to the code issuing center server to authenticate the encrypted storage medium and the service provider; after authentication, the electronic identity receives the service address and primary information from the server and interacts with the service provider's server controlled by the service address to receive the service provided by the service provider; transactions between the electronic identity and the service provider, the exchange of digital currency payment information and information about the execution of the service between the electronic identity and the service provider are certified by other nodes in the codechain. 23. The encrypted storage medium according to claim 17, in which: the encoded storage medium is an optical lattice pattern, visible or invisible to the human eye, in the form of a one-dimensional code, two-dimensional code or multi-dimensional code, which is also static or characterized by beam oscillations in chiaroscuro or frequency oscillations; or the encoded storage medium is a three-dimensional stereoscopic code with a three-dimensional stereoscopic structure formed according to an encoding rule. 24. A camera for scanning, or shooting, or viewing an encoded storage medium according to any one of claims 18 to 23, configured to identify the encrypted storage medium using a built-in processor of the camera or an external processor in signal connection with the camera; the camera is built into a wearable device or terminal device or is a stand-alone camera in signal connection with the wearable device -