WO2018141141A1

WO2018141141A1 - Circulation method for binary system digital currency

Info

Publication number: WO2018141141A1
Application number: PCT/CN2017/084638
Authority: WO
Inventors: 吕文华; 董宁; 宛海加
Original assignee: 吕文华
Priority date: 2017-02-06
Filing date: 2017-05-17
Publication date: 2018-08-09
Also published as: CN107067254A

Abstract

A circulation method for a binary system digital currency, comprising: a transmitting end transmits to a trusted platform a first transaction packet for acknowledging the transmission of a digital currency obverse packet (S510); when the first acceptance result is received, a digital currency obverse packet being endorsed is transmitted to a receiving end (S530); the receiving end transmits to the trusted platform a second transaction packet for acknowledging the receipt of the digital currency obverse packet (S540); the trusted platform receives and verifies the second transaction packet transmitted by the receiving end for acknowledging the receipt of the digital currency obverse packet, updates current holder information, authenticates and signs a digital currency reverse packet, and then returns a second acceptance result respectively to the transmitting end and to the receiving end (S550). Allowed is the implementation of the "digitalization of printed notes" and the utilization of the technology to issue a new currency, various costs for currency issuance are reduced, circulation inaccuracy due to dormancy of conventional printed notes is effectively reduced, the unfavorable situation in which conventional printed notes could not be tracked, traced, or analyzed for statistics is effectively improved on, and the technical effect of safety in safekeeping and transporting is effectively increased for the holder.

Description

Method for circulation of binary system digital currency

Technical field

The present invention relates to the field of Internet technologies, and in particular, to a method for circulating a binary system digital currency.

Background technique

Banknotes: commonly known as "money", are familiar to everyone today. There are many inconveniences and disadvantages in banknotes, such as: First, the cost of anti-counterfeiting: banknotes anti-counterfeiting requires a lot of cost in printing, banknote verification and other links. Second, the cost of transportation: cash trucks, escorts, etc. Third, the cost of replacement: easy to be old, damaged, damaged. There are phenomena such as easiness and damage in the circulation of banknotes, and there are cases of damage or burning in the preservation process. Renewed coins need to be reissued regularly to recycle old coins. Fourth, the price of sedimentation: Chinese people love cash, especially in the vast rural areas. A large amount of money is stored in the home, which causes some currencies to be unable to participate in market circulation. The government can only avoid by issuing more money, replenishing banknotes, increasing credit and budget quotas. Deflation This is to say from a certain perspective that banknote sleep also disrupts the stability of currency issuance. V. The disadvantages of anonymity: Because the banknotes do not have the tracking function of the traces of circulation, a large number of bribery and money laundering exist. Sixth, the loss of theft: easy to be stolen or robbed, carrying a lot of banknotes cash is not safe. Not convenient.

Bitcoin: It has been defined by the central bank as “a valuable commodity, not a currency”. Bitcoin has no issuers and is randomly mined. More similar to the original gold mining. It is a primitive form that everyone can mine. The reason why the popularity is worshipped is because the number of bits that can be mined is limited, and there is a limit to the number of plums that can be produced. It is therefore considered as network gold. The bottom layer of Bitcoin is supported by blockchain technology. It is a game for all people mining. The core point is "common witness and mutual trust." The underlying support for this common witness is the blockchain technology. The core of blockchain technology is the decentralized, non-centralized concept of pure interconnection and mutual trust. It is also because of this decentralized "Utopia" characteristic that Bitcoin cannot be called the legal currency of a country. It also makes it difficult to integrate blockchain technology into the banking system of the existing binary system (central bank + commercial bank), and it is even less likely to accept the "Utopia" type of digital currency issuance mechanism realized by blockchain technology. The issuance of digital coins must be controlled by the central bank in an orderly manner and for effective monitoring of the design, issuance, circulation and return of digital coins. Therefore, it can be clearly stated that Bitcoin and even the underlying blockchain technology have congenital defects. trap

Netcoin: such as "Q coins", "game coins", "xx beans", etc., is just a way for a merchant to book their own books, and is equivalent to the website points. From the technical point of view or from the perspective of the distribution mechanism, the currency cannot be equated with the digital currency.

Therefore, there is an urgent need for a technology to achieve "digitalization of banknotes" or to use the technology to issue new forms of digital currency to solve the above technical problems: the ideal digital coin must first conform to the binary architecture of the banking industry, with a clear issuer and It can be controlled for distribution, circulation and recycling. It is advisable in a binary banking system. It can be transferred offline between individuals (C2C). It is payable in commercial consumption (B2C). Real-name holding in the circulation link, real-name signing and signing, tracking traces can be traced, traceable, and analyzable.

Summary of the invention

In order to solve the above technical problem, the present invention provides a method for circulation of a binary system digital coin, by which the "digitalization of banknotes" is realized or a new currency is issued by using the technology, thereby reducing various types of costs in currency issuance, Effectively reduce the inaccuracy of circulation caused by the precipitation and sleep of traditional banknotes, effectively improve the unfavorable situation that traditional paper cannot be tracked, traced and statistically analyzed in circulation, effectively improve the safety of holders' transportation and transportation: and adapt to the Internet era. The environment improves the application experience and security needs of online payment and transactions.

In order to achieve the above object, an aspect of the present invention provides a digital coin conforming to a binary system, the digital coin comprising:

The digital currency positive message is used to transmit the digital currency positive message containing the digital certificate of the sender to the digital signature field of the coin currency content of the positive message of the digital currency to the receiving end for display in the circulation link; and

The back of the digital coin is used to authenticate and sign the information of the positive message of the digital currency from the sender to the receiver using the digital certificate of the trusted platform or the digital certificate of the registration center. The back of the digital coin is not used as the digital currency stub. Between the ends, do not leave the trusted platform.

Further, the digital currency positive message includes, but is not limited to, a text content, a pattern information, and/or a digital certificate signature of the issuing institution on the front side of the digital currency;

The back of the digital coin includes but is not limited to the text content and pattern letter on the back of the digital coin. Signature, issuer digital certificate signature, former holder digital certificate signature, current holder digital certificate signature and/or registration center digital certificate signature.

Further, the text content on the front side of the digital currency includes but is not limited to one or more of a message header, an issuer, a digital currency denomination, a digital currency unit, a year number, and/or a currency number;

The pattern information on the front side of the digital coin includes, but is not limited to, one or more of a stamp code, a pattern code, and/or a shading code;

The text content on the back of the digital coin includes, but is not limited to, one or more of a message header, an issuer, a digital currency denomination, a digital currency unit, a year number, a currency number, and/or a currency number derivative code;

The pattern information on the back side of the digital coin includes, but is not limited to, one or more of a stamp code, a pattern code, and/or a shading code;

The registration center digital certificate is used for authenticating the signature of the flow information to the sender and/or the receiver.

Further, the currency number is generated by a coin number generator, including but not limited to a unique currency number of the digital currency generated by the combination of the crown word and the unique serial number, the currency number being distributed to the digital currency positive report when the digital currency is issued Text and digital coin back message;

The contents of the message header, issuer, digital currency denomination, digital currency unit, year number, currency number derivative code, stamp code, pattern code, and shading code of the digital currency are preset by the issuing institution and imported into the coinage server. in.

The invention also provides a method for circulation of a binary system digital coin, which is applied to the digital currency conforming to the binary system, the method comprising:

The sending end sends the first transaction message for signing the positive message of the digital currency to the trusted platform;

Receiving the first acceptance result returned by the trusted platform;

Sending a digital currency positive message in the signing to the receiving end based on the first acceptance result.

Further, the sending end sends, to the trusted platform, a first transaction message for signing a positive message of the digital currency, including:

The sender obtains the information of the receiver through the handshake protocol;

Requesting a transaction message based on a positive message of the digital currency from the server,

Receiving the first transaction message based on the digital coin positive message returned by the server, using the hair The sending end digital certificate signs the first transaction message, and sends the signed first transaction message to the trusted platform through the trusted channel established with the trusted platform, where the first transaction message carries at least Receiver information.

Further, the receiving the first acceptance result returned by the trusted platform includes:

Receiving the first acceptance result of the successful return of the trusted platform, the transaction time carried by the first acceptance result; simultaneously locking the circulation authority of the positive message of the digital currency, and opening only the transaction content based on the first transaction message Operational authority; or

Receiving the first acceptance result of the failure of the signature returned by the trusted platform, and stopping the subsequent operation of the message on the back of the digital coin.

Further, after the first receiving result is sent to the receiving end, the digital coin positive message in the signing end includes:

Receiving a second acceptance result returned by the trusted platform, where the second acceptance result includes:

Receiving the receipt success message returned by the trusted platform during the transaction time, or

The transaction time expires, receiving the receipt failure prompt information returned by the trusted platform, and receiving the digital currency positive message with the circulation authority.

The trusted platform receives and verifies the first transaction message sent by the sender to the positive message of the digital coin and the second transaction message after the receipt of the positive message of the digital currency sent by the receiver;

The current holder information in the back message of the digital coin corresponding to the second transaction message is updated, and the second party acceptance result is returned to the sender and the receiver respectively after signing the signature on the back of the digital coin.

Further, the trusted platform receives and verifies the first transaction message sent by the sending end after the positive message of the digital currency is signed, including:

The trusted platform receives the first transaction message sent by the sender after signing the positive message of the digital currency;

Retrieving the signature of the first transaction message by the sender public key certificate, and after the verification is passed, freezing the back message of the digital coin corresponding to the first transaction message during the transaction time; Return the first acceptance result of successful signing;

After the verification fails, the first acceptance result of the failure of the signing is returned to the sending end, and the subsequent operation of the message on the back of the digital coin is stopped.

Further, the trusted platform receives and verifies the second transaction message sent by the receiving end after the positive message of the digital coin is signed, and updates the current holding in the back message of the digital coin corresponding to the second transaction message. Information, and after signing the signature on the back of the digital coin; returning the second acceptance result to the sender and the receiver respectively, including:

Receiving the signed second transaction message sent by the receiving end within the transaction time, and retrieving the signature of the second transaction message by the receiving end public key certificate. After the verification is passed, the second transaction message corresponding to the second transaction message is thawed. The back of the digital coin; updating the holder information on the back of the digital coin based on the second transaction message, and using the digital certificate of the trusted platform to sign the back of the digital coin for authentication; respectively to the transmitting end and the receiving end Returning the second acceptance result of the successful receipt;

After the verification fails, the backend of the digital coin corresponding to the first transaction message is thawed, and the second acceptance result of the failure of the receipt is returned to the sender and the receiver respectively;

The second transaction message after the signature sent by the receiving end is not received within the transaction time, the back of the digital currency corresponding to the first transaction message is thawed, and the second acceptance of the failure of the receipt is returned to the sending end and the receiving end respectively. result.

Further, the verification fails, including but not limited to, the same digital coin positive message is repeatedly signed or the digital certificate of the sender is unqualified.

The invention provides a binary system digital currency circulation method, which is applied to the digital currency complying with the binary system, and the method comprises:

The receiving end receives the digital currency positive message in the signing sent by the sending end;

Sending to the trusted platform a second transaction message for signing a positive message of the digital currency;

Receiving a second acceptance result returned by the trusted platform based on the second transaction message.

Further, the sending, by the trusted platform, a second transaction message for signing a positive message of the digital currency, comprising:

The receiving end acquires the sending end information by using a handshake protocol;

Requesting a request for a transaction message based on a positive message of the digital currency to the server,

Receiving the second transaction message based on the digital coin positive message returned by the server, using The receiving end digital certificate signs the second transaction message, and sends the signed second transaction message to the trusted platform during the transaction time through the trusted channel established with the trusted platform, the second The transaction message carries at least the sender information.

Further, the receiving the second acceptance result returned by the trusted platform includes:

Receiving the second acceptance result of the successful receipt returned by the trusted platform; and storing the digital currency positive message with the circulation authority; or

Receiving the second acceptance result of the failure of the receipt returned by the trusted platform, and deleting the digital currency positive message in the signature sent by the received sender.

The invention also provides a method for circulation of a binary system digital coin, the method comprising:

After receiving and verifying the first transaction message sent by the sender to the first party of the digital currency, the trusted platform returns the first acceptance result to the sender;

After receiving the first acceptance result, the sending end sends the digital currency positive message in the signing to the receiving end;

The receiving end sends a second transaction message for signing the positive message of the digital currency to the trusted platform;

The trusted platform receives and verifies the second transaction message sent by the receiving end after the receipt of the digital coin positive message, and updates the current holder information in the back message of the digital coin corresponding to the second transaction message, and updates the number After the signature of the back of the coin is signed, the second acceptance result is returned to the sender and the receiver respectively.

The invention also provides a circulation system of a binary system digital coin, the system comprising:

a first sending end sending module, configured to send, by using a sending end, a first transaction message for signing a digital coin positive message to the trusted platform;

a sending end receiving module, configured to receive a first receiving result returned by the trusted platform;

The second sending end sending module is configured to send the digital currency positive message in the signing to the receiving end based on the first receiving result.

The first sending end sending module includes:

a first handshake protocol unit, configured to obtain, by the sending end, the receiving end information by using a handshake protocol;

a first requesting unit, configured to request, from the server, a transaction message based on a digital coin positive message,

a first sending unit, configured to receive a first transaction message based on a digital coin positive message returned by the server, and use the sender digital certificate to sign the first transaction message, and establish a trusted channel with the trusted platform And sending the signed first transaction message to the trusted platform, where the first transaction message carries at least the receiving end information.

Further, the sending end receiving module includes:

The first receiving unit is configured to receive a first acceptance result of the successful return of the trusted platform, the transaction time carried by the first acceptance result, and simultaneously lock the circulation authority of the positive message of the digital currency, and only open the first transaction based on the first transaction The operational authority of the transaction content in the message; or

The second receiving unit is configured to receive the first receiving result of the signing failure returned by the trusted platform, and stop the subsequent operation on the back of the digital coin.

Further, the method further includes: receiving a second acceptance result returned by the trusted platform, where the second acceptance result includes:

a third receiving unit, configured to receive, during the transaction time, the signing success prompt information returned by the trusted platform, or

The fourth receiving unit is configured to receive the receipt failure prompt information returned by the trusted platform after the transaction time expires, and receive the digital currency positive message with the circulation authority.

The receiving verification module is configured to receive and verify, by the trusted platform, the first transaction message sent by the sending end for the positive message of the digital coin and the second transaction report after the receipt of the positive message of the digital currency sent by the receiving end Text

The update signing module is configured to update the current holder information in the back message of the digital coin corresponding to the second transaction message, and after signing the signature on the back of the digital coin; returning to the sending end and the receiving end respectively Second, accept the results.

Further, the receiving verification module includes:

Receiving a verification unit, configured to: after receiving, by the trusted platform, the first transaction message after the signature of the positive message of the digital currency sent by the sending end;

Retrieving the sender's public key certificate to verify the signature of the first transaction message. After the verification is passed, Freezing the back message of the digital coin corresponding to the first transaction message during the transaction time; returning the first acceptance result of the successful signing to the sending end;

Further, the update and signing module includes:

The update signing unit is configured to receive the second transaction message after the signature sent by the receiving end within the transaction time, and obtain the signature of the second transaction message of the receiving end public key certificate, and after the verification is passed, the thawing is performed. The second transaction message corresponds to the back of the digital coin; based on the second transaction message, the holder information on the back of the digital coin is updated, and the digital certificate on the back of the digital coin is used for signing the signature on the back of the digital currency; Returning the second acceptance result of the successful receipt to the sender and the receiver respectively;

The invention provides a circulation system of a binary system digital coin, the system comprising:

The first receiving end receiving module is configured to receive, by the receiving end, a digital currency positive message in the signing sent by the sending end;

a receiving end sending module, configured to send, to the trusted platform, a second transaction message for signing a digital coin positive message;

The second receiving end receiving module is configured to receive the second receiving result returned by the trusted platform based on the second transaction message.

Further, the receiving end sending module includes:

a receiving end sending unit, configured to receive, by the receiving end, the sending end information by using a handshake protocol;

a second requesting unit, configured to request, from the server, a transaction message feedback request based on a digital coin positive message,

The receiving end receiving unit is configured to receive a second transaction message based on the digital coin positive message returned by the server, and use the receiving end digital certificate to sign the second transaction message, and establish a trusted channel through the trusted platform. And sending the signed second transaction message to the trusted platform during the transaction time, where the second transaction message carries at least the sender information.

Further, the second receiving end receiving module includes:

a second receiving end receiving unit, configured to receive a second receiving result that is successfully returned by the trusted platform; and store a digital currency positive message with a circulation right; or

The present invention also provides a circulation device for a binary system digital coin, including the system described.

The invention also provides an operating system of a binary system digital coin, which is applied to the method for circulating a digital currency or a binary system digital currency according to the binary system, the system comprising:

The issuance library is used for signing and storing the digital coins after leaving the factory, and the digital coin is signed and distributed to the bank library, and the back of the digital coin is signed and distributed to the trusted platform;

a bank library, which is an intermediate circulation library for distributing positive digital message from the issuing library to the bank for signing and storing the digital currency positive message distributed by the distribution library;

a trusted platform for signing and storing the back message of the digital coin distributed by the distribution library, recording the transfer information of the flow of the back of the digital coin, and performing the signing and verification management on the transfer information;

a registration center for registering and managing data of the digital currency uploaded by the trusted platform in the coinage, circulation and/or circulation links;

The certification center is used to verify the data of the digital currency uploaded by the trusted platform in the circulation and/or circulation, and manage the ownership authentication of the digital currency uploaded by the trusted platform in the circulation and/or circulation;

A data analysis center for monitoring, monitoring, predicting, and/or alerting data uploaded by a registration center and/or certification authority.

Further, in the trusted platform, the signing information is verified and verified, including:

Signing the sign-off information with a trusted platform digital certificate, verifying the digital signature of the back-end message of the digital currency by the issuing system, the banking system and/or the user client;

Registering the identity of the current holder of the digital currency with the registration centre;

Apply to the registration center and delete the message on the back of the digital currency according to the instructions;

Apply to the registration center and renew the new digital currency to the legal holder as directed.

Further, the monitoring, monitoring, forecasting, and/or early warning of data uploaded by the registration center and/or the certification center includes, but is not limited to, analysis based on traces of digital currency records recorded by the registration center and/or the certification center, Currency circulation assessment controls and/or large data extraction on demand for digital currency circulation and different denomination usage rates.

Further, it also includes a coinage system;

The coinage system is configured to manufacture a digital coin conforming to a binary system, digitally sign the digital coin content using a coinage system digital certificate, and write the signature result into a corresponding field in the digital currency message, and issue and distribute The trusted channel established by the system leaves the digital currency and sends it to the distribution system of the distribution system.

Further, the coinage system further includes a style setting device, a batch setting device, and a coin number generator device;

The genre setting device, configured to set one or more of a message header, an issuer, a digital currency denomination, a digital currency unit, and/or a year number including, but not limited to, a digital coin;

The batch setting device is configured to set one or more of a batch number and/or a production quantity parameter including, but not limited to, a digital coin;

The coin number generator is configured to generate a unique combination currency number including, but not limited to, one or more of a crown word and a serial number, wherein the crown word includes but is not limited to a crown, a batch number Composition information; the currency number is distributed to the front of the digital currency and the back of the digital currency when the digital currency is issued.

The invention also provides a method for operating a binary system digital coin, which is applied to a circulation system of a binary currency or a binary system digital currency according to the binary system, the method comprising:

The issuing library signs and stores the digital coins after leaving the factory, and signs the digital currency positive message and distributes it to the bank library. At the same time, the digital coin back message is signed and distributed to the trusted platform;

The bank library signs and stores the digital currency positive message distributed by the distribution library, and is an intermediate circulation library for the digital currency positive message to be distributed from the issuing library to the bank;

The trusted platform signs and stores the back message of the digital coin distributed by the distribution library, records the transfer information of the flow of the back of the digital coin, and performs the signing and verification management of the signed transfer information;

The registration center registers and manages the data of the digital currency uploaded by the trusted platform in the coinage, circulation and/or circulation links;

The certification center verifies the data of the digital currency uploaded by the trusted platform in the circulation and/or circulation, and manages the ownership certification of the digital currency uploaded by the trusted platform in the circulation and/or circulation;

The Data Analysis Center monitors, monitors, predicts, and/or alerts data uploaded by the registration center and/or certification authority.

The trusted platform performs the signing and verification management of the signing information, including:

Further, it also includes:

The coinage system manufactures a digital currency that conforms to the binary system, digitally signs the digital currency content using the coinage system digital certificate, and writes the signature result into the corresponding field in the digital currency message, and establishes trust through the distribution system. Channel, the step of shipping the digital currency and sending it to the distribution system of the distribution system.

Further, the coinage system further includes a style setting device and a batch setting device And coin number generator device;

The method for circulation of a binary system digital currency provided by the present invention sends a first transaction message for signing a positive message of a digital currency to a trusted platform through a sending end; the trusted platform receives and verifies the pair sent by the transmitting end After the first transaction message after the digital message is signed, the first transaction result is returned to the sending end; after receiving the first receiving result, the sending end sends the digital currency positive message in the signing to the receiving end; The receiving end sends a second transaction message for signing the positive message of the digital currency to the trusted platform. The trusted platform receives and verifies the second transaction message sent by the receiving end after the receipt of the digital coin positive message, and updates the current holder information in the back message of the digital coin corresponding to the second transaction message, and updates the number After the signature verification on the back of the coin is signed, the technical solution of returning the second acceptance result to the sender and the receiver respectively realizes the "digitization of the banknote", and the new currency can be issued by using the technology. The technical solution of the invention can effectively reduce various types of costs in the currency issuance: the cost of anti-counterfeiting: the anti-counterfeiting of banknotes requires a large amount of cost in the printing and banknote verification. Second, the cost of transportation: cash trucks, escorts, etc. Third, the cost of replacement: easy to be old, damaged, damaged. There are phenomena such as easiness and damage in the circulation of banknotes, and there are cases of damage or burning in the preservation process. Renewed coins need to be reissued regularly to recycle old coins.

It can effectively reduce the inaccuracy of circulation caused by traditional banknotes' precipitation and sleep: Chinese people love cash, especially in the vast rural areas. A large amount of money is stored in the home, which causes some currencies to not participate in market circulation. The government can only issue and reissue paper money by increasing the issuance. Increase credit and budget quotas to avoid deflation. From a certain perspective, banknote sleep also disrupts the stability of currency issuance.

It can effectively improve the unfavorable situation that traditional paper cannot be traced, traced and statistically analyzed in the circulation process: the drawback of anonymity: because the banknote does not have the tracking function of the trace of circulation, a large number of bribery and money laundering exist.

Can effectively improve the safety of the holder's custody and transportation: traditional banknotes are easy to be stolen or robbed, carrying A lot of banknote cash is not safe. Not convenient.

Adapt to the e-commerce environment in the Internet era to improve the application experience and security needs of online payment and transactions. In line with the government's "Internet +" policy direction.

It can also be used to exchange internet coins, game coins, and money in the Internet application field. Its functions and benefits are basically the same as the above-mentioned legal currency, and will not be enumerated one by one.

DRAWINGS

1 is a block diagram showing the structure of a digital coin conforming to a binary system according to the present invention;

2 is an example of a digital coin positive message conforming to a binary system according to the present invention;

3 is an example of a back-end message of a digital coin conforming to a binary system according to the present invention;

4 is a flow chart of a method for circulating a binary system digital currency according to the present invention;

Figure 5 is a second flow chart of a method for circulating a binary system digital currency according to the present invention;

6 is a third flowchart of a method for circulating a binary system digital currency according to the present invention;

7 is a fourth flowchart of a method for circulating a binary system digital currency according to the present invention;

Figure 8 is a block diagram showing the structure of a binary system digital currency circulation system according to the present invention;

9 is a second structural block diagram of a binary system digital currency circulation system according to the present invention;

Figure 10 is a third structural block diagram of a binary system digital currency circulation system according to the present invention;

Figure 11 is a block diagram showing the structure of a binary system digital currency circulation device according to the present invention;

Figure 12 is a block diagram showing the structure of a binary system digital currency circulation device according to the present invention;

Figure 13 is a block diagram showing the structure of a binary system digital currency circulation device according to the present invention;

Figure 14 is a block diagram showing the structure of a binary system digital currency circulation device according to the present invention;

15 is a structural block diagram of an operating system of a binary system digital coin according to the present invention;

Figure 16 is a flow chart showing a method of operating a binary system digital coin in accordance with the present invention;

Figure 17 is a block diagram showing the structure of an application example of a binary system digital coin in accordance with the present invention.

detailed description

The technical solutions in the embodiments of the present invention are clearly and completely described in the following with reference to the accompanying drawings in the embodiments of the present invention. It is an embodiment of the invention, but not all of the embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts shall fall within the scope of the present invention.

It is to be understood that the terms "first", "second" and the like in the specification and claims of the present invention are used to distinguish similar objects, and are not necessarily used to describe a particular order or order. It is to be understood that the data so used may be interchanged where appropriate, so that the embodiments of the invention described herein can be implemented in a sequence other than those illustrated or described herein. In addition, the terms "comprises" and "comprises" and "the" and "the" are intended to cover a non-exclusive inclusion, for example, a process, method, system, product, or device that comprises a series of steps or units is not necessarily limited to Those steps or units may include other steps or units not explicitly listed or inherent to such processes, methods, products or devices.

Embodiment 1

Referring to Fig. 1, there is shown a block diagram of a digital coin 100 conforming to a binary system. The digital coin 100 includes:

The digital currency positive message 11 is used for transmitting the digital currency positive message containing the digital certificate of the sender's face to the digital signature field of the coin currency content of the positive message of the digital currency to the receiving end for display in the circulation link. Use the currency content of the digital message with the sender's digital certificate on the front of the digital coin The digital signature is preferably performed by digitally signing the digital currency face message using the issuer digital certificate when the digital currency is issued, which can effectively prevent forgery and falsification. with

The back of the digital coin message 12 is used to authenticate and sign the information of the positive message of the digital currency from the sender to the receiver using the digital certificate of the trusted platform or the digital certificate of the registration center. The back of the digital coin is not used as the digital currency stub. The client runs between the clients without leaving the trusted platform.

The electronic signature of the digital certificate has unforgeable and non-tamperable characteristics, including but not limited to an asymmetric key encryption method with a certificate authority, a certificate holder, and a signature time stamp, and supports the national secret algorithms SM2, SM3, and SM4. Electronic signature. All signatures in the front of the digital currency, the back of the digital currency (digital currency stub), and all transmissions of the digital currency positive message and the back of the digital currency are applicable to the national secret (SM2, SM3, SM4). Algorithm standard. And also supports the internationally accepted RSA algorithm standard. That is, the adaptive dual algorithm standard is supported at the same time. The trusted platform is the next level of the registration center and can be collectively referred to as the “father and son” relationship. Therefore, in order to reduce the pressure on the registration center, the digital certificate of the trusted platform or the digital certificate of the registration center can be used for authentication and signing.

Further, as shown in FIG. 2 and FIG. 3, the digital coin front message 11 includes, but is not limited to, text content, pattern information, and/or issuer digital certificate signature on the front side of the digital currency;

Digital coin back message (ticket stub) 12 includes, but is not limited to, text content on the back of the digital coin, pattern information, issuer digital certificate signature, previous holder digital certificate signature, current holder digital certificate signature and/or registration center Digital certificate signature.

Further, the currency number is generated by a coin number generator, including but not limited to The unique currency number of the digital currency generated after the unique serial number is combined. The currency number is distributed to the digital currency positive message and the digital currency back message when the digital currency is issued; the crown includes but is not limited to the crown, the batch number, etc. The batch number includes, but is not limited to, a combination of one or more of a set batch number and a production quantity parameter when the digital coin is generated.

Further, in the circulation link, when the digital coin is forwarded, the first and second digits of the digital coin are signed and signed by the sender and the receiver, and the digital message is received. The transfer information of the transfer is authenticated and signed in the message on the back of the digital certificate.

When the digital currency is in a different hand, it must be signed and signed, that is, the current holder of the digital currency must first use the digital certificate electronic signature to sign to whom the coin is to be handed over to others. The signature result is submitted to the trusted platform and trusted. The platform registers and signs the digital coin stub.

After receiving the positive message of the digital currency, the receiving end displays the digital currency content and the pattern in the terminal, and the receiving end must also use the digital certificate to sign the digital currency, and the signing result is submitted to the trusted platform for the back of the digital coin (coin) Root) Make a registration change owner. That is, the recipient changes to the current holder of the digital currency.

A digital coin conforming to the binary system provided by the first embodiment of the present invention, the positive message of the digital currency is a circulation flow message, the digital certificate of the issuer digitally signs the summary of the currency surface, and the authenticity of the digital currency is used for verification It is transferred in the process of bank access, commercial consumption, and personal funds. The back of the digital coin is stored in the trusted platform and does not participate in circulation. The status of the digital currency, the current holder's digital certificate signature, and the registration center digital signature are recorded. It is used for registration and registration in the trusted platform, does not participate in any social circulation, and does not leave the trusted platform. In the back of the digital coin (coin root), the status of the digital currency, the current holder's digital certificate signature, and the registration center digital signature can be used to provide a replacement certificate for the lost digital coin positive message. The transfer and signing of the digital currency can effectively eliminate problems such as copying, reuse, and theft. The digital currency root is only used in the trusted platform and does not participate in social circulation. Do not leave the trusted platform (unless it is when the currency is returned). In the present invention, the digital currency issuance adopts a "ticket stub certificate" strategy. When the digital currency is issued, one currency number is distributed to two digital currency messages, and one is distributed to the digital currency positive message (for circulation and display on the user side). Another message that is distributed to the back of the digital coin is the digital coin stub (for the transfer of the deposit certificate, which is not included in the circulation on the trusted platform). In the course of the research, the inventor discovered that the digital currency (positive) will also appear in the circulation process. Lost and damaged. For example, if the party signing the party sends out the signing, the party may fail to receive the digital currency due to network failure, power failure of the mobile phone, software driver, etc., or the digital currency message received is incomplete. This situation is considered a loss or damage to the digital currency. Since the invention adopts the digital coin stub mechanism, when the digital coin (front side) is damaged, the loss, the loss report, and the evidence are available, and the digital certificate electronic signature has legal effect, and the signing record of the digital currency stub can effectively prove that the Who will replace the new currency.

Embodiment 2

Referring to FIG. 4, FIG. 4 is a flow chart showing a method for circulating a binary system digital coin, which is applied to a binary system digital coin 100 according to the first embodiment. The sending end of the signing process for the digital currency signing includes steps S210 to S230:

In the step S210, the sending end sends the first transaction message for signing the digital coin positive message to the trusted platform, including:

The sending end acquires the receiving end information through the handshake protocol; requests the server to receive the transaction message based on the digital coin positive message, receives the first transaction message based on the digital coin positive message returned by the server, and uses the sending end digital certificate to the first A transaction message is signed, and the signed first transaction message is sent to the trusted platform by using a trusted channel established with the trusted platform, and the first transaction message carries at least the receiving end information.

In step S220, receiving the first acceptance result returned by the trusted platform, including:

Receiving the first acceptance result of the successful return of the trusted platform, the transaction time carried by the first acceptance result; simultaneously locking the circulation authority of the positive message of the digital currency, and opening only the transaction content based on the first transaction message Operation authority; or receiving the first acceptance result of the failure of the signature returned by the trusted platform, and stopping the subsequent operation of the message on the back of the digital coin.

In step S230, the digital currency positive message in the signing is sent to the receiving end based on the first receiving result, and then includes:

In the circulation of digital coins, the signing must be signed when the hands are different. That is, the current holder of the digital currency must first sign the digital signature with the electronic signature when signing the coin, and the signature result is submitted to the trusted platform. The digital currency ticket stub is registered and signed by the trusted platform. Ensure the safety of digital coins in the circulation.

Embodiment 3

Referring to FIG. 5, FIG. 5 is a flow chart showing a method for circulating a binary system digital coin, which is applied to a binary system digital coin 100 according to the first embodiment. For the trusted platform in the process of signing and signing the digital currency, the process includes steps S310 to S320:

In step S310, the trusted platform receives and verifies the first transaction message sent by the sender to the digital coin positive message and the second transaction message sent by the receiver to the digital coin positive message.

The trusted platform receives and verifies the first transaction message sent by the sending end after the positive message of the digital currency is signed, including:

The trusted platform receives the first transaction message sent by the sender after signing the positive message of the digital currency; and the sender public key certificate is used to verify the signature of the first transaction message, and after the verification is passed, the transaction is frozen during the transaction time. The first transaction message corresponds to the back of the digital coin; the first acceptance result of the successful payment is returned to the sender; after the verification fails, the first acceptance result of the failure of the payment is returned to the sender, and the digital currency is stopped. Subsequent operation of the back message.

In step S320, the current holder information in the back message of the digital coin corresponding to the second transaction message is updated, and the signature of the digital coin back is verified; and the second acceptance is returned to the sending end and the receiving end respectively. result.

Receiving the signed second transaction message sent by the receiving end within the transaction time, and retrieving the signature of the second transaction message by the receiving end public key certificate. After the verification is passed, the second transaction message corresponding to the second transaction message is thawed. a message on the back of the digital coin; based on the second transaction message, updating the holder information on the back of the digital coin and using the digital certificate of the trusted platform to report the back of the digital coin The forensic certificate is added; the second acceptance result of the successful receipt is returned to the sender and the receiver respectively;

When digital currency is circulated in the Internet, it must be trusted by the trusted platform for digital currency stubs (Digital Coins) to protect against digital security, such as anti-copying, anti-theft, and anti-counterfeiting. The back side, which is the other half of the money, carries out the transfer and verification management. This design makes the digital currency (positive) that flows between the Internet easier and more feasible.

Embodiment 4

Referring to FIG. 6, FIG. 6 is a flow chart showing a method for circulating a binary system digital coin, which is applied to a binary system digital coin 100 according to the first embodiment. Receiving the receiving end in the signing process for the digital coin, including steps S410 to S430:

In step S410, the receiving end receives the digital currency positive message in the signing sent by the sending end.

In step S420, the second transaction message for signing the digital coin positive message is sent to the trusted platform, including:

The receiving end acquires the sending end information through the handshake protocol; requests the server for the transaction message feedback request based on the digital coin positive message, receives the second transaction message based on the digital coin positive message returned by the server, and uses the receiving end digital certificate pair The second transaction message is signed, and the signed second transaction message is sent to the trusted platform during the transaction time through the trusted channel established with the trusted platform, and the second transaction message is at least carried and sent. End information.

In step S430, receiving, according to the second transaction message, the second acceptance result returned by the trusted platform, including:

Receiving the second acceptance result of the successful receipt returned by the trusted platform; simultaneously storing the digital coin positive message with the circulation authority; or receiving the second acceptance result of the failure of the receipt returned by the trusted platform, and transmitting the received sender at the same time The positive message of the digital currency in the transfer is deleted.

Embodiment 5

Referring to FIG. 7, FIG. 7 is a flow chart showing a method for circulating a binary system digital coin, which is applied to a binary system digital coin 100 according to the first embodiment. Including steps S510 to S550:

In step S510, the sender sends a first transaction message for signing a digital coin positive message to the trusted platform.

In step S520, the trusted platform receives and verifies the first transaction message sent by the sender to the first party of the digital coin, and returns the first acceptance result to the sender.

In step S530, after receiving the first acceptance result, the transmitting end sends the digital currency positive message in the signing to the receiving end.

In step S540, the receiving end sends a second transaction message for signing the digital coin positive message to the trusted platform.

In step S550, the trusted platform receives and verifies the second transaction message sent by the receiving end after the receipt of the digital coin positive message, and updates the current holder information in the back message of the digital coin corresponding to the second transaction message. And after signing the signature on the back of the digital coin, returning the second acceptance result to the sender and the receiver respectively.

In the circulation link, when the digital coin is forwarded, the sender and the recipient will sign and sign the positive message of the digital coin with their respective real-name digital certificates, and at the same time, the positive sign of the digital currency is transferred. The transfer information is verified and signed in the message on the back of the digital certificate.

When the digital currency is in a different hand, it must be signed and signed. That is, the current holder of the digital currency must first sign the digital signature with the electronic signature when the coin is to be handed over to others. The signature result is submitted by the digital coin wallet. The credit platform is handed over to the trusted platform and registered and signed by the trusted platform.

After receiving the positive message of the digital currency, the receiver displays the digital currency content and the pattern in the terminal, and the recipient must also use the digital certificate to sign the digital currency, and the receipt result is submitted to the trusted platform to register and change the coin root. By. That is, the recipient changes to the current holder of the digital currency.

Embodiment 6

Referring to Figure 8, there is shown a block diagram of a binary system digital currency circulation system 200 for use in a binary system digital currency 100 as described in the first embodiment. The system includes:

The first sending end sending module 21 is configured to send, by using the sending end, the first transaction message for signing the digital coin positive message to the trusted platform.

The sending end receiving module 22 is configured to receive the first receiving result returned by the trusted platform.

The second sending end sending module 23 is configured to send the digital currency positive message in the signing to the receiving end based on the first receiving result.

In the circulation link, when the digital coin is forwarded, the sender signs the positive message of the digital coin by the sender with the real-name digital certificate, and the sign-off information of the positive message of the digital coin is reported on the back of the digital certificate. In the text, the forensic sign is added.

When the digital currency is in a different hand, it must be signed and signed. That is, the current holder of the digital currency must first sign the digital signature to the credit card when the other party wants to use the digital certificate. The signature result is submitted to the trusted platform via the digital coin wallet. The digital currency ticket stub is registered and signed by the trusted platform.

Example 7

Referring to Figure 9, there is shown a block diagram of a binary system digital currency circulation system 300 for use in a binary system digital currency 100 as described in the first embodiment. The system includes:

The receiving verification module 31 is configured to receive and verify, by the trusted platform, the first transaction message sent by the sending end for the positive message of the digital coin, and the second transaction after the receipt of the positive message of the digital currency sent by the receiving end. Message.

The update signing module 32 is configured to update the current holder information in the back message of the digital coin corresponding to the second transaction message, and after signing the signature on the back of the digital coin, returning to the sending end and the receiving end respectively Second acceptance result.

In the circulation link, when the digital coin is forwarded, the sender and the recipient will sign and sign the positive message of the digital coin with their respective real-name digital certificates, and at the same time, the positive sign of the digital currency is transferred. The transfer information is verified and signed in the message on the back of the digital certificate. Guarantee the authenticity and security of the digital currency.

Example eight

Referring to Figure 10, there is shown a block diagram of a binary system digital currency circulation system 400 for use in a binary system digital currency 100 as described in the first embodiment. The system includes:

The first receiving end receiving module 41 is configured to receive, by the receiving end, a digital currency positive message in the signing sent by the sending end.

The receiving end sending module 42 is configured to send a second transaction message for signing the digital coin positive message to the trusted platform.

The second receiving end receiving module 43 is configured to receive the second receiving result returned by the trusted platform based on the second transaction message.

Example nine

Referring to Figures 11-14, Figures 11-14 illustrate a block diagram of a binary system digital currency distribution device 500 that includes one or more of the

systems

200, 300 or 400 described.

Includes, but is not limited to, intelligence that includes one or more of the

systems

200, 300, or 400 The terminal includes the smart terminal, a computer, a smart wearable device, and the like.

Example ten

Referring to FIG. 15, FIG. 15 is a structural diagram of a binary system digital coin operating system 600, which is applied to the binary system digital currency 100 or the binary system digital currency circulation method. The system includes:

The issuing library 61 is configured for signing and storing the digital coins after the factory, and signing the digital currency positive message and distributing it to the bank library, and simultaneously signing the digital coin back message and distributing it to the trusted platform;

The bank library 62 is an intermediate transfer library for the digital coin positive message to be distributed from the issuing library to the bank for signing and storing the digital currency positive message distributed by the issuing library;

The trusted platform 63 is configured to sign and store the back message of the digital coin distributed by the distribution library, record the transfer information of the flow of the digital coin back, and perform the signing and verification management on the signing information;

a registration center 64 for registering and managing data of the digital currency uploaded by the trusted platform in the coinage, circulation and/or circulation links;

The certification center 65 is configured to verify data of the digital currency uploaded by the trusted platform in the circulation and/or circulation link, and manage the ownership authentication transaction of the digital currency uploaded by the trusted platform in the circulation and/or circulation link;

The data analysis center 66 is configured to supervise, monitor, predict, and/or alert data uploaded by the registration center and/or the certification center.

Further, the monitoring, monitoring, predicting and/or early warning of data uploaded by the registration center and/or the certification center includes, but is not limited to, recording according to the registration center and/or the certification center. The traces of the digital currency circulation are analyzed, and the evaluation of the circulation of the digital currency is controlled and/or the large currency data is extracted as needed for the circulation of the digital currency and the use of different denominations.

Further, the coinage system 67 is further included;

The digital coin generating system of the invention fully conforms to the banking structure of the binary system, namely: "one currency, two banks, three centers". The coinage process is fully in line with the current banknote process system.

The operating system of a binary system digital coin in the embodiment of the present invention fully conforms to the banking structure of the binary system, and completely conforms to all links of coinage, issuance, issuance, bank access, consumption, transfer, and returning to the cage. The current banknote process system. The central management structure of digital coins includes (digital currency, distribution library, bank library, registration center, certification center, data analysis center), namely: “one currency, two libraries, three centers”.

Embodiment 11

Referring to FIG. 16, FIG. 16 is a flow chart showing a method for operating a binary system digital coin, which is applied to a binary system digital currency 100 or a binary system digital currency circulation system. The method includes steps S610 to S660:

In step S610, the issuing library signs and stores the digital currency after the shipment, and signs the digital currency positive message and distributes it to the bank library, and simultaneously distributes the digital currency back message and distributes it to the bank. Letter platform;

In step S620, the bank library signs and stores the digital currency positive message distributed by the distribution library, and is an intermediate transfer library that distributes the digital currency positive message from the issuing library to the bank;

In step S630, the trusted platform signs and stores the digital coin back-end message distributed by the distribution library, records the transfer information of the digital coin back-end message transfer, and performs the signing and verification management on the sign-off information;

In step S640, the registration center registers and manages data of the digital currency uploaded by the trusted platform in the coinage, circulation and/or circulation links;

In step S650, the certification center verifies the data of the digital currency uploaded by the trusted platform in the circulation and/or circulation link, and manages the ownership authentication transaction of the digital currency uploaded by the trusted platform in the circulation and/or circulation link;

In step S660, the data analysis center supervises, monitors, predicts, and/or alerts data uploaded by the registration center and/or the certification center.

Before the issuing library signs and stores the digital coins after leaving the factory, it also includes:

An application example, as shown in FIG. 17, in the coinage process, the coinage system manufactures a digital coin conforming to the binary system, digitally signs the digital coin content using the coinage system digital certificate, and writes the signature result The corresponding field in the digital currency message, through the trusted channel established with the issuance system, sends the digital currency from the coinage system to the issuance system to complete the digital coin delivery.

In the digital currency distribution session, the issuing system receives the digital currency sent by the coinage system, and verifies the signature result using the public key certificate of the coinage system, and deposits the digital currency after the verification into the issuing system of the issuing system, and sends it to the registration center. After registering, setting the number of digital coins issued and the bank objects to be distributed, the digital coins are taken out of the issuing system, and the designated bank object is written as the current holder in the corresponding field in the digital currency message, and the number of the issuing library is used. The certificate digitally signs the content of the digital currency, and writes the signature result into the corresponding field in the digital currency message, saves the digital currency to the bank library, and registers with the registration center. After the digital currency is discharged from the bank library, the certificate can be The trusted channel established by the letter platform distributes the back message of the digital currency to the trusted platform; through the trusted channel established with the designated banking system, Digital currency positive messages are distributed to designated banks;

The trusted platform receives the back message of the digital currency distributed by the issuing system, verifies the signature result by using the issuing system public key certificate, and deposits the back of the digital coin after the verification into the digital currency stub registration database.

The banking system receives the positive digital message sent by the issuing system, verifies the signature result by using the issuing system public key certificate, and stores the positive digital currency message after the verification.

In the circulation of the digital currency, the sender extracts the digital currency, and sends the first transaction message for signing the positive message of the digital currency to the trusted platform; the trusted platform receives and verifies the positive message of the digital currency sent by the sender. After the first transaction message is signed, the first acceptance result is returned to the sending end; after receiving the first acceptance result, the transmitting end sends the digital currency positive message in the signing to the receiving end; the receiving end is trusted The platform sends a second transaction message for signing the positive message of the digital currency; the trusted platform receives and verifies the second transaction message sent by the receiving end for the receipt of the positive message of the digital currency, and the update is based on the second transaction message. The current holder information in the message on the back of the digital coin, and after signing the signature on the back of the digital coin; returning the second acceptance result to the sender and the receiver respectively.

It can effectively reduce the inaccuracy of circulation caused by the precipitation and sleep of traditional banknotes: Chinese people love to save Cash, especially in the vast rural areas, where a large amount of money is stored in the home, causing some currencies to be unable to participate in market circulation. The government can only avoid deflation by increasing the issuance, replenishing banknotes, increasing credit and budget quotas. Sleep also disrupts the stability of currency issuance.

It can effectively improve the safety of holders' transportation and transportation: traditional banknotes are easy to be stolen or robbed, and it is not safe to carry a large amount of banknotes and cash. Not convenient.

The serial numbers of the embodiments of the present invention are merely for the description, and do not represent the advantages and disadvantages of the embodiments.

It should be noted that, for the foregoing method embodiments, for the sake of simple description, they are all expressed as a series of action combinations, but those skilled in the art should understand that the present invention is not limited by the described action sequence. Because certain steps may be performed in other sequences or concurrently in accordance with the present invention. In addition, those skilled in the art should also understand that the embodiments described in the specification are all preferred embodiments, and the actions and modules involved are not necessarily required by the present invention.

In the above embodiments, the descriptions of the various embodiments are different, and the details that are not detailed in a certain embodiment can be referred to the related descriptions of other embodiments.

It should be pointed out that the various steps/components described in the present application can be split into more steps/components according to the needs of the implementation, and two or more steps/components or partial operations of the steps/components can be combined into new ones. Steps/components to achieve the objectives of the present invention.

The above is only a specific embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily think of changes or substitutions within the technical scope of the present invention. It should be covered by the scope of the present invention. Therefore, the scope of the invention should be determined by the scope of the appended claims.

Claims

A method for circulating a binary system digital currency, characterized in that the method comprises:

The sending end sends the first transaction message for signing the positive message of the digital currency to the trusted platform;

Receiving the first acceptance result returned by the trusted platform;

Sending a digital currency positive message in the signing to the receiving end based on the first acceptance result.
The method of claim 1, wherein the sender sends a first transaction message to the trusted platform for signing a digital coin positive message, including:

The sending end acquires the receiving end information by using the handshake protocol;

Requesting a transaction message based on a positive message of the digital currency from the server,

Receiving, by the server, the first transaction message based on the digital coin positive message, using the sender digital certificate to sign the first transaction message, and using the trusted channel established with the trusted platform, the first signed message The transaction message is sent to the trusted platform, and the first transaction message carries at least the receiving end information.
The method of claim 1, wherein the receiving the first acceptance result returned by the trusted platform comprises:

Receiving the first acceptance result of the successful return of the trusted platform, the transaction time carried by the first acceptance result; simultaneously locking the circulation authority of the positive message of the digital currency, and opening only the transaction content based on the first transaction message Operational authority; or

Receiving the first acceptance result of the failure of the signature returned by the trusted platform, and stopping the subsequent operation of the message on the back of the digital coin.
The method according to any one of claims 1 to 3, wherein after the transmitting the digital currency positive message in the signing to the receiving end based on the first receiving result, the method comprises:

Receiving a second acceptance result returned by the trusted platform, where the second acceptance result includes:

Receiving the receipt success message returned by the trusted platform during the transaction time, or

The transaction time expires, receiving the receipt failure prompt information returned by the trusted platform, and receiving the digital currency positive message with the circulation authority.
A method for circulating a binary system digital currency, characterized in that the method comprises:

The trusted platform receives and verifies the number sent by the sender to the positive message of the digital currency. a transaction message and a second transaction message sent by the receiving end after the receipt of the positive message of the digital currency;

The current holder information in the back message of the digital coin corresponding to the second transaction message is updated, and the second party acceptance result is returned to the sender and the receiver respectively after signing the signature on the back of the digital coin.
The method of claim 5, wherein the trusted platform receives and verifies the first transaction message sent by the sender to the positive receipt of the digital coin, including:

The trusted platform receives the first transaction message sent by the sender after signing the positive message of the digital currency;

Retrieving the signature of the first transaction message by the sender public key certificate, and after the verification is passed, freezing the back message of the digital coin corresponding to the first transaction message during the transaction time; returning the first successful payment to the sender Accept the result;

After the verification fails, the first acceptance result of the failure of the signing is returned to the sending end, and the subsequent operation of the message on the back of the digital coin is stopped.
The method according to claim 5, wherein the trusted platform receives and verifies the second transaction message sent by the receiving end after the receipt of the positive message of the digital currency, and the update is based on the corresponding second transaction message. The current holder information in the message on the back of the digital coin, and after signing the signature on the back of the digital coin; returning the second acceptance result to the sender and the receiver respectively, including:

Receiving the signed second transaction message sent by the receiving end within the transaction time, and retrieving the signature of the second transaction message by the receiving end public key certificate. After the verification is passed, the second transaction message corresponding to the second transaction message is thawed. The back of the digital coin; updating the holder information on the back of the digital coin based on the second transaction message, and using the digital certificate of the trusted platform to sign the back of the digital coin for authentication; respectively to the transmitting end and the receiving end Returning the second acceptance result of the successful receipt;

After the verification fails, the backend of the digital coin corresponding to the first transaction message is thawed, and the second acceptance result of the failure of the receipt is returned to the sender and the receiver respectively;

The second transaction message after the signature sent by the receiving end is not received within the transaction time, the back of the digital currency corresponding to the first transaction message is thawed, and the second acceptance of the failure of the receipt is returned to the sending end and the receiving end respectively. result.
The method of claim 6 or 7, wherein the verification fails, Including, but not limited to, the same digital currency positive message is repeatedly signed or the digital certificate of the sender is unqualified.
A method for circulating a binary system digital currency, characterized in that the method comprises:

The receiving end receives the digital currency positive message in the signing sent by the sending end;

Sending to the trusted platform a second transaction message for signing a positive message of the digital currency;

Receiving a second acceptance result returned by the trusted platform based on the second transaction message.
The method of claim 9, wherein the transmitting, to the trusted platform, the second transaction message for signing the positive message of the digital currency comprises:

The receiving end acquires the sending end information by using a handshake protocol;

Requesting a request for a transaction message based on a positive message of the digital currency to the server,

Receiving, by the server, a second transaction message based on the digital coin positive message, using the receiving end digital certificate to sign the second transaction message, and using a trusted channel established with the trusted platform, during the transaction time, The signed second transaction message is sent to the trusted platform, and the second transaction message carries at least the sender information.
The method of claim 9, wherein the receiving the second acceptance result returned by the trusted platform comprises:

Receiving the second acceptance result of the successful receipt returned by the trusted platform; and storing the digital currency positive message with the circulation authority; or

Receiving the second acceptance result of the failure of the receipt returned by the trusted platform, and deleting the digital currency positive message in the signature sent by the received sender.
A method for circulating a binary system digital currency, characterized in that the method comprises:

The sending end sends the first transaction message for signing the positive message of the digital currency to the trusted platform;

After receiving and verifying the first transaction message sent by the sender to the first party of the digital currency, the trusted platform returns the first acceptance result to the sender;

After receiving the first acceptance result, the sending end sends the digital currency positive message in the signing to the receiving end;

The receiving end sends a second transaction report to the trusted platform for signing the positive message of the digital currency Text.

The trusted platform receives and verifies the second transaction message sent by the receiving end after the receipt of the digital coin positive message, and updates the current holder information in the back message of the digital coin corresponding to the second transaction message, and updates the number After the signature of the back of the coin is signed, the second acceptance result is returned to the sender and the receiver respectively.
A binary system digital currency circulation system, characterized in that the system comprises:

a first sending end sending module, configured to send, by using a sending end, a first transaction message for signing a digital coin positive message to the trusted platform;

a sending end receiving module, configured to receive a first receiving result returned by the trusted platform;

The second sending end sending module is configured to send the digital currency positive message in the signing to the receiving end based on the first receiving result.
The system according to claim 13, wherein the first transmitting end transmitting module comprises:

a first handshake protocol unit, configured to obtain, by the sending end, the receiving end information by using a handshake protocol;

a first requesting unit, configured to request, from the server, a transaction message based on a digital coin positive message,

a first sending unit, configured to receive a first transaction message based on a digital coin positive message returned by the server, and use the sender digital certificate to sign the first transaction message, and establish a trusted channel with the trusted platform And sending the signed first transaction message to the trusted platform, where the first transaction message carries at least the receiving end information.
The system of claim 13, wherein the transmitting end receiving module comprises:

The first receiving unit is configured to receive a first acceptance result of the successful return of the trusted platform, the transaction time carried by the first acceptance result, and simultaneously lock the circulation authority of the positive message of the digital currency, and only open the first transaction based on the first transaction The operational authority of the transaction content in the message; or

The second receiving unit is configured to receive the first receiving result of the signing failure returned by the trusted platform, and stop the subsequent operation on the back of the digital coin.
The system of any one of claims 13-15, further comprising: receiving a second acceptance result returned by the trusted platform, the second acceptance result comprising:

a third receiving unit, configured to receive, during the transaction time, the signing success prompt information returned by the trusted platform, or

The fourth receiving unit is configured to receive the receipt failure prompt information returned by the trusted platform after the transaction time expires, and receive the digital currency positive message with the circulation authority.
A binary system digital currency circulation system, characterized in that the system comprises:

The receiving verification module is configured to receive and verify, by the trusted platform, the first transaction message sent by the sending end for the positive message of the digital coin and the second transaction report after the receipt of the positive message of the digital currency sent by the receiving end Text

The update signing module is configured to update the current holder information in the back message of the digital coin corresponding to the second transaction message, and after signing the signature on the back of the digital coin; returning to the sending end and the receiving end respectively Second, accept the results.
The system of claim 17, wherein the receiving the verification module comprises:

The receiving verification unit is configured to: after receiving the first transaction message sent by the sending end and transmitting the digital currency positive message, the trusted public key certificate is used to verify the signature of the first transaction message, and after the verification is passed, And freezing the back message of the digital coin corresponding to the first transaction message during the transaction time; returning the first acceptance result of the successful payment to the sending end; and returning the failure to the sending end after the verification fails As soon as the result is accepted, the subsequent operation of the message on the back of the digital coin is stopped.
The system of claim 17, wherein the updating the signing module comprises:

The update signing unit is configured to receive the second transaction message after the signature sent by the receiving end within the transaction time, and obtain the signature of the second transaction message of the receiving end public key certificate, and after the verification is passed, the thawing is performed. The second transaction message corresponds to the back of the digital coin; based on the second transaction message, the holder information on the back of the digital coin is updated, and the digital certificate on the back of the digital coin is used for signing the signature on the back of the digital currency; Returning the second acceptance result of the successful receipt to the sender and the receiver respectively;

After the verification fails, the backend of the digital coin corresponding to the first transaction message is thawed, and the second acceptance result of the failure of the receipt is returned to the sender and the receiver respectively;

The second transaction message after the signature sent by the receiving end is not received within the transaction time, and is thawed. The back message of the digital coin corresponding to the first transaction message returns a second acceptance result of the failure of the signing to the sender and the receiver respectively.
A binary system digital currency circulation system, characterized in that the system comprises:

The first receiving end receiving module is configured to receive, by the receiving end, a digital currency positive message in the signing sent by the sending end;

a receiving end sending module, configured to send, to the trusted platform, a second transaction message for signing a digital coin positive message;

The second receiving end receiving module is configured to receive the second receiving result returned by the trusted platform based on the second transaction message.
The system of claim 20, wherein the receiving end transmitting module comprises:

a receiving end sending unit, configured to receive, by the receiving end, the sending end information by using a handshake protocol;

a second requesting unit, configured to request, from the server, a transaction message feedback request based on a digital coin positive message,

The receiving end receiving unit is configured to receive a second transaction message based on the digital coin positive message returned by the server, and use the receiving end digital certificate to sign the second transaction message, and establish a trusted channel through the trusted platform. And sending the signed second transaction message to the trusted platform during the transaction time, where the second transaction message carries at least the sender information.
The system of claim 20, wherein the second receiving end receiving module comprises:

a second receiving end receiving unit, configured to receive a second receiving result of the successful signing returned by the trusted platform; simultaneously store the digital coin positive message with the circulation authority; or receive the second acceptance result of the signing failure returned by the trusted platform, At the same time, the received digital coin positive message in the signing sent by the sending end is deleted.
A binary system digital currency circulation device characterized by comprising the system of claim 13.
A binary system digital currency circulation device characterized by comprising the system of claim 14.
A binary system digital currency circulation device characterized by including rights The system of claim 15.
A binary system digital coin applied to the circulation method according to claim 12, wherein the digital coin comprises:

The digital currency positive message is used to transmit the digital currency positive message containing the digital certificate of the sender to the digital signature field of the coin currency content of the positive message of the digital currency to the receiving end for display in the circulation link; and

The back of the digital coin is used to authenticate and sign the information of the positive message of the digital currency from the sender to the receiver using the digital certificate of the trusted platform or the digital certificate of the registration center. The back of the digital coin is not used as the digital currency stub. Between the ends, do not leave the trusted platform.
The digital currency of claim 26, wherein the digital currency positive message comprises, but is not limited to, text content on the front side of the digital currency, pattern information, and/or issuer digital certificate signature;

The back stub text structure of the digital coin includes, but is not limited to, text content on the back of the digital coin, pattern information, signature of the issuing institution digital certificate, signature of the former holder digital certificate, signature of the current holder digital certificate and/or registration Central digital certificate signature.
The digital coin according to claim 26, wherein the text content on the front side of the digital currency includes, but is not limited to, a message header, an issuer, a digital currency denomination, a digital currency unit, a year number, and/or a currency number. One or more;

The pattern information on the front side of the digital coin includes, but is not limited to, one or more of a stamp code, a pattern code, and/or a shading code;

The text content on the back of the digital coin includes, but is not limited to, one or more of a message header, an issuer, a digital currency denomination, a digital currency unit, a year number, a currency number, and/or a currency number derivative code;

The pattern information on the back side of the digital coin includes, but is not limited to, one or more of a stamp code, a pattern code, and/or a shading code;

The registration center digital certificate is used for authenticating the signature of the flow information to the sender and/or the receiver.
A digital coin according to claim 27, wherein said currency number is generated by a coin number generator, including but not limited to a unique currency number of a digital coin generated by combining a crown and a unique serial number, said currency number Distribute to the front of the digital currency and the back of the digital currency when the digital currency is issued;

The contents of the message header, issuer, digital currency denomination, digital currency unit, year number, currency number derivative code, stamp code, pattern code, and shading code of the digital currency are preset by the issuing institution and imported into the coinage server. in.
An operating system of a binary system digital coin, which is applied to an operating system of a binary system digital coin according to claim 19 or an operating system of a binary system digital currency circulation method according to claim 12, characterized in that It is that the system comprises:

The issuance library is used for signing and storing the digital coins after leaving the factory, and the digital coin is signed and distributed to the bank library, and the back of the digital coin is signed and distributed to the trusted platform;

a bank library, which is an intermediate circulation library for distributing positive digital message from the issuing library to the bank for signing and storing the digital currency positive message distributed by the distribution library;

a trusted platform for signing and storing the back message of the digital coin distributed by the distribution library, recording the transfer information of the flow of the back of the digital coin, and performing the signing and verification management on the transfer information;

a registration center for registering and managing data of the digital currency uploaded by the trusted platform in the coinage, circulation and/or circulation links;

The certification center is used to verify the data of the digital currency uploaded by the trusted platform in the circulation and/or circulation, and manage the ownership authentication of the digital currency uploaded by the trusted platform in the circulation and/or circulation;

A data analysis center for monitoring, monitoring, predicting, and/or alerting data uploaded by a registration center and/or certification authority.
The system of claim 30, further comprising a coinage system;

The coinage system is configured to manufacture a digital coin conforming to a binary system, digitally sign the digital coin content using a coinage system digital certificate, and write the signature result into a corresponding field in the digital currency message, and issue and distribute The trusted channel established by the system leaves the digital currency and sends it to the distribution system of the distribution system.
A method for operating a binary system digital coin, the method for operating a binary system digital coin according to claim 19 or the operation of a binary system digital currency circulation system according to any one of claims 13-15 The method is characterized in that the method comprises:

The issuing library signs and stores the digital coins after leaving the factory, and signs the digital currency positive message and distributes it to the bank library. At the same time, the digital coin back message is signed and distributed to the trusted platform;

The bank library signs and stores the digital currency positive message distributed by the distribution library, and is an intermediate circulation library for the digital currency positive message to be distributed from the issuing library to the bank;

The trusted platform signs and stores the back message of the digital coin distributed by the distribution library, records the transfer information of the flow of the back of the digital coin, and performs the signing and verification management of the signed transfer information;

The registration center registers and manages the data of the digital currency uploaded by the trusted platform in the coinage, circulation and/or circulation links;

The certification center verifies the data of the digital currency uploaded by the trusted platform in the circulation and/or circulation, and manages the ownership certification of the digital currency uploaded by the trusted platform in the circulation and/or circulation;

The Data Analysis Center monitors, monitors, predicts, and/or alerts data uploaded by the registration center and/or certification authority.
The method of claim 32, further comprising:

The coinage system manufactures a digital currency that conforms to the binary system, digitally signs the digital currency content using the coinage system digital certificate, and writes the signature result into the corresponding field in the digital currency message, and establishes trust through the distribution system. Channel, the step of shipping the digital currency and sending it to the distribution system of the distribution system.