TW201814605A - Electronic ticket transaction system based on blockchain and method thereof - Google Patents

Abstract

This invention relates to an electronic ticket transaction system based on Blockchain and method thereof, which is provided for at least one consumer and at least one merchant when conducting electronic trading. The electronic ticket transaction system of the invention includes a transaction server, an encryption server group, at least onemerchantoperating unit and at least one consumer operating unit. First, the transaction server receives a set of product information. Secondly, the encryption server group produces a corresponding blockchain ticket and provides the same to the consumer operating unit. Thirdly, when the consumer conducts the product trading, the merchant obtains the blockchain ticket from the consumer operating unit through the merchant operating unit. Finally, the transaction server conducts decryption and verification of the blockchain ticket, and determine the validity of the blockchain ticket. If the blockchain ticket is considered as real and valid, the transaction server will proceed with the payment regarding the blockchain ticket.

Description

Electronic ticket transaction system combined with blockchain and electronic ticket transaction method

The invention belongs to the technical field of financial technology, and particularly relates to an electronic ticket transaction system combined with a blockchain and an electronic ticket transaction method thereof.

With the increase in the popularity of the Internet and mobile devices worldwide, the use of electronic payment is becoming more and more important. In particular, in order to achieve better advertising and promotion, store operators use online trading platforms to issue discount coupons or paperless E-tickets are already a common financial transaction model.

However, for consumers, there are several risks in purchasing e-tickets online, including: (1) the authenticity of e-tickets is difficult to confirm; (2) electronic transaction data is easily tampered with; and (3) none It is difficult for a physical store to claim compensation if there is a consumer dispute. On the other hand, for the industry, the conventional electronic ticket is generated by a single server for recording and calculation, but if the calculation method is cracked by a hacker, it is likely to tamper with the original electronic data, or even be remade. Repeated use leads to loss of industry. Furthermore, when there is a consumer dispute, if there is no complete online transaction record and the attribution of compensation liability cannot be clarified, the rights and interests of consumers will be damaged.

Therefore, there is a need for an electronic ticket transaction system that can reduce the risk of tampering with electronic data, can more easily verify the authenticity of the ticket, and can maintain the most complete transaction records to reduce consumer disputes.

An object of the present invention is to provide a block chain electronic ticket transaction system that increases security in the use of electronic tickets.

Another object of the present invention is to provide an electronic ticket transaction method which can find out the electronic ticket resale process.

Another object of the present invention is to provide an electronic ticket transaction method that prevents electronic tickets from being electronically copied and reused.

An embodiment of the present invention proposes an electronic ticket transaction method for an electronic ticket transaction system. The electronic ticket transaction system is for at least one consumer to make electronic consumption to at least one operator. The electronic ticket transaction system includes a A transaction server, an encryption server group, at least one operator operation unit, and at least one consumer operation unit. The transaction server, the encryption server group, the operator operation unit, and the consumer operation unit are mutually signal-connected to each other. The transaction server further includes a verification module, and the electronic ticket transaction method includes: (a) the transaction server receives at least one set of commodity data input by the operators through each of the operator operating units, and Output to the encryption server group, and the encryption server group generates a set of blockchain tickets corresponding to each commodity data; (b) the encryption server group adds at least the blockchain ticket An encrypted node record corresponding to each consumer, and a block chain ticket added with an encrypted node record is provided to the corresponding consumer operation (C) when the consumers conduct commodity transactions with the operators through the consumer operation units, the operators obtain consumer-specific encryption from the consumer operation units through the operator operation units The blockchain ticket recorded by the node; and (d) the operators upload the blockchain ticket to the transaction server through the operation unit of each operator, and the verification module of the transaction server performs the blockchain ticket The decryption verification verifies whether the blockchain ticket obtained by the operator is correct, and if it is correct, the transaction server cancels and claims the blockchain ticket.

An embodiment of the present invention provides an electronic ticket transaction system for electronic consumption by at least one consumer to at least one operator. The electronic ticket transaction system includes at least one operator operation unit, at least one consumer operation unit, one An encryption server group and a transaction server, the operator operation unit is for the operators to input at least one set of product data through each of the operator operation units; the consumer operation unit is for the consumers Conduct commodity transactions to the operators through each of the consumer operating units; the crypto server group is used to generate a set of blockchain tickets; and the transaction server is to operate with the operator operating units and consumers The unit and the encryption server group signal link receive the commodity data input by the operators through the operation unit of each of the operators, and output to the encryption server group, and the encryption server group generates corresponding product data Block chain ticket, and the encryption server group adds a new block chain ticket corresponding to each of the consumers to receive Node encryption records, and to provide new encrypted block chain node record corresponding to the ticket consumer operating unit. When the consumers make transactions with the operator through each consumer operation unit, the operator obtains a block chain ticket with a record of each consumer's exclusive encryption node from each consumer operation unit through the operator operation unit. Upload the blockchain ticket to the transaction server through the operation unit of various operators. The verification module of the transaction server decrypts and verifies the blockchain ticket to determine whether the blockchain ticket obtained by the operator is correct. If it is correct, the transaction server Make the payment for the block chain ticket.

The foregoing and other technical contents, features, and effects of the present invention will be clearly presented in the following detailed description of a preferred embodiment with reference to the accompanying drawings. The directional terms mentioned in the following embodiments, such as: up, down, left, right, front, or rear, are only directions referring to the attached drawings. Therefore, the directional terms used are used to illustrate and not to limit the present invention.

An electronic ticket transaction system combined with a blockchain and an electronic ticket transaction method according to an embodiment of the present invention. As shown in FIG. 1, the electronic ticket transaction system is provided for at least one consumer to at least one operator. For electronic consumption, the electronic ticket transaction system includes a transaction server 1, at least one operator operation unit 2, at least one consumer operation unit 3, and an encryption server group 5. The transaction server 1, the operator's operation unit 2 and the consumer's operation unit 3 are mutually connected with each other. The transaction server 1 further includes a verification module 12.

The operator operating unit 2 and the consumer operating unit 3 according to the present invention may be terminal electronic equipment, such as a smart phone or a computer. The terminal electronic equipment can be connected to the transaction server network through an operator operation unit or a consumer operation unit, and conduct electronic ticket transactions.

The encryption server group 5 according to the present invention is composed of at least one encryption server, and each encryption server is signal-connected to each other, and each encryption server backs up the block chain ticket to each other. All the information is also verified on the blockchain ticket, and it is synchronized with the transaction server within a certain time interval. According to an embodiment of the present invention, during the mutual backup process, the encryption server adds an encrypted node data or a transfer node record to the blockchain ticket, and the encryption server confirms each other during mutual authentication. Whether the data of the blockchain ticket is consistent, the authenticity of the blockchain ticket can be easily judged when the transaction server and the encryption server are synchronized. Therefore, each group of blockchain tickets described in the present invention is unique and almost impossible to be copied, and at the same time, the risk of tampering with the transaction server data is reduced.

The block chain ticket according to the present invention is an electronic ticket generated through encrypted verification by an encryption server. After being generated, it can be issued to any electronic ticket transaction platform as the subject of electronic transactions. According to an embodiment of the present invention, the blockchain ticket is encrypted data including commodity data, consumer registration data, business registration data, business transaction records, consumer usage records, and consumer transfer records.

The aforementioned electronic ticket transaction method is shown in FIG. 2 together. At the beginning, in step 201, the transaction server 1 receives at least one set of commodity data input by the operator through the operator's operation unit 2 and outputs it to the encryption server. Group 5: A set of blockchain tickets corresponding to various commodity data is generated by the encryption server group 5. The operator obtains the blockchain ticket and can issue an electronic ticket on the ticket platform. Next, when a consumer purchases the electronic ticket on the ticket platform, in step 202, the encryption server group 5 adds at least one encrypted node record corresponding to each consumer to the blockchain ticket, and passes the transaction through the transaction. The server 1 provides a blockchain ticket with an encrypted node record added to the corresponding consumer operation unit 3. For another example, step 203, when a consumer conducts a commodity transaction with a vendor through each consumer operation unit 3, the vendor obtains a blockchain with each consumer's exclusive encrypted node record from each consumer operation unit 3 through each operator operation unit 2. Tickets. Next, as in step 204, the operator uploads the blockchain tickets to the transaction server 1 through the operation unit 2 of each operator. The verification module 12 of the transaction server 1 decrypts and verifies the blockchain tickets, and determines whether the supplier obtains them. Is the blockchain ticket correct? If it is incorrect, then in step 205, the transaction server 1 returns an error message to the operator and asks the consumer to provide the blockchain ticket again. If the operator obtains the blockchain provided by the consumer again For the ticket, return to step 204 and perform decryption verification again. If it is correct, then in step 206, the transaction server will cancel the payment for the blockchain ticket.

And in this example, the blockchain ticket can be a set of two-dimensional bar code (QR code), the consumer operation unit 3 has a display device to display the two-dimensional bar code, and the operator operation unit 2 has an image capture device for Scan the consumer's two-dimensional barcode to obtain the corresponding blockchain ticket.

On the other hand, the consumer operating unit 3 and the operator operating unit 2 described in this example may each have a short-range wireless communication receiving module (NFC), and the operator operating unit 2 may obtain consumers through the short-range wireless communication receiving module. Blockchain tickets.

According to another embodiment of the present invention, an electronic ticket transaction system combined with a blockchain and an electronic ticket transaction method thereof. In this example, the blockchain ticket can be transferred between consumers, referring to the drawings together. As shown in FIG. 1 and FIG. 3, as in step 2021 ′ after step 202, the first consumer with a blockchain ticket sends a signal through the consumer operation unit 3 to the consumer operation unit 3 of the second consumer. Connect, as in step 2022 ', the first consumer selects at least one blockchain ticket to transfer to the second consumer operating unit 3 of the consumer, and then in step 2023', the second consumer consumes The operation unit 3 adds a transfer node record to the transferred blockchain ticket.

In order to increase the transmission of blockchain tickets, it can be transferred more securely. Therefore, in this example, the sender and the receiver may be required to perform password authentication, such as steps 2022-1 'after step 2022'. When the blockchain ticket transfer is performed, the user connects to the transaction server 1 through the consumer operation unit 3 and sets a transaction password by himself. Then, in step 2023-1 'before step 2023', the transfer area is received. Before the blockchain ticket, the second consumer connected to the transaction server 1 via the consumer operation unit 3 and entered a set of transaction verification codes. When the transaction server 1 verifies that the transaction verification code matches the transaction password, it is allowed The consumer operation unit of the second consumer receives the transferred blockchain ticket, and at the same time, the encryption server group 5 adds a transfer node record to the transferred blockchain ticket.

According to another embodiment of the present invention, the aforementioned transaction password may be generated by the transaction server 1 itself.

According to an embodiment of the present invention, the operator sends an instruction to the transaction server 1 to cancel the account, which can be performed when the blockchain ticket is received. For example, after step 203 and step 2031 ', the operator's operation unit receives the blockchain. When a ticket is issued, a set of write-off information is generated and provided to the transaction server, and the transaction server is requested to make a charge-off request.

According to another embodiment of the present invention, an electronic ticket transaction system incorporating a blockchain and an electronic ticket transaction method thereof. In this example, the blockchain ticket can be decrypted and verified after being transferred or before being consumed. To confirm the authenticity of the blockchain ticket, refer to FIG. 1 and FIG. 4 together. As shown in step 2021-1 after step 2021 ′, the consumer connects to the transaction server 1 through the signals of each consumer operation unit 3 The verification module 12 of the transaction server 1 decrypts and verifies the encrypted node records and transfer node records of the blockchain ticket.

And before the transaction, the operator can also verify the blockchain ticket first, such as step 2031-1 after step 203. The operator connects to the transaction server 1 through the operation unit 2 signal of each operator, and the transaction server 1 The verification module 12 decrypts and verifies the encrypted node records and transfer node records of the blockchain ticket. Of course, when the operator enters the product information at the beginning, the supplier can verify the blockchain ticket, as shown in step 201. Step 2011 ", after the encryption server group 5 generates a blockchain ticket based on the commodity data, the operator can connect to the transaction server 1 through the operator operation unit 2 to which it belongs, and the verification module 12 pairs the blockchain ticket Perform decryption verification.

According to still another embodiment of the present invention, a combined electronic ticket transaction system of a blockchain and an electronic ticket transaction method thereof. In this example, the blockchain ticket can be calculated and generated based on the identity data of the operator and the consumer. As shown in Figures 1 and 5, as in step 200 "'before step 201, the operator and the consumer respectively register their identity with the transaction server 1 through the operator operation unit 2 and each consumer operation unit 3, and the transaction server Device 1 records an operator's exclusive registration information and a customer's exclusive consumer registration information, and as described in step 202 "', the blockchain ticket is consumed by the transaction server 1 based on the product information and consumption. Encrypted verification is performed on the registration information of the operator, the registration information of the operator, the transaction record of the operator, the consumer's use record and the consumer's transfer record.

On the other hand, the consumer registration information of the consumer in this example also has a public key and a private key. The public key is stored in the transaction server 1, and the private key corresponds to the authenticated consumer operation unit 3. In step 203 "', when the consumer conducts a transaction with the operator, the consumer can provide the private key to the transaction server 1 through the consumer operation unit 3 with private key authentication, and the transaction server performs a comparison check.

According to yet another embodiment of the present invention, an electronic ticket transaction system incorporating a blockchain and an electronic ticket transaction method are shown in FIG. 1 and FIG. 6 together. In this example, in order to avoid repeated consumption by consumers Or the electronic ticket is electronically copied by a third person other than the consumer, so the transaction can be requested within a limited time during consumption, such as step 203 "", when the consumer provides the block to the operator through each consumer operating unit 3 In the case of chain tickets, the consumer operation unit 3 adds a time encryption data to the block chain ticket at the current time, such as step 204 "", the industry encrypts the data according to the time position of the time and is within a preset time difference range. Verify the blockchain tickets to determine whether the obtained blockchain tickets are reused.

According to still another embodiment of the present invention, a combined electronic blockchain ticket transaction system and electronic coupon transaction method are used. In this example, the industry can limit the use period of the blockchain ticket as a voucher. For discount coupons, refer to Figures 1 and 7 together. As shown in step 2011 after step 201 ", the operator enters a set of restrictions on consumption time through the operator's operation unit 2, such as step 2021 after step 202. "", The transaction server 1 restricts the use time of the blockchain ticket according to the restricted data, and then proceeds to step 2041 after step 204 "", the transaction server 1 determines whether the blockchain ticket obtained by the operator exceeds the limit of the restricted data If the usage time is exceeded, step 2042 "" is prohibited, and the use of blockchain tickets that exceed the time limit is prohibited. If not, go to step 206.

According to yet another embodiment of the present invention, an electronic ticket transaction system incorporating a blockchain and an electronic ticket transaction method are shown in FIGS. 8 and 9. In this example, the electronic ticket transaction system further includes a bank The account platform 4 and the bank account platform 4 are mutually connected to the transaction server 1 and include a plurality of price accounts and bank accounts exclusively owned by the operator, such as step 2021 after step 202. " When the consumer obtains the blockchain ticket through the consumer operation unit 3 and pays it to the bank account platform 4, the bank account platform 4 will transfer the payment paid by the consumer to the price account exclusively for the account operator, after step 206 Step 2061 "", when the transaction server 1 requests for the payment and cancellation of blockchain tickets, the bank account platform 4 will transfer the amount in the price account exclusive to the operator to the operator's bank account.

The invention combines a blockchain electronic ticket transaction system and an electronic ticket transaction method, which uses a blockchain platform technology to establish a mechanism for controlling ticket issuance, transfer, use and automatic settlement of gold flows. Reduce financial risks and costs, and establish your own electronic ticket. On the other hand, for users, they only need to use consumer operating units to use blockchain tickets for transactions or transfers, increasing users' Convenience, and blockchain tickets are traceable. When a transaction occurs, the ticket can be easily tracked through a computer system or a handheld device APP to find the source of the problem. In this case, the electronic ticket transaction system uses a group of encrypted servers to calculate a block chain ticket. When the server determines that one of the nodes has a problem, it can be determined that the block chain ticket may be tampered with. , And then find out the source of the tampering from the server's records, in order to avoid the block chain ticket being tampered with and increase the security of the transaction. Furthermore, the purchase price paid by consumers is first kept by the bank's special account, instead of being deposited in the bank account of the store operator. The bank is responsible for the final settlement of the actual consumption in a fair settlement role, and finally achieves a win-win for the bank, store operator, and consumer means of transaction.

However, the above are only the preferred embodiments of the present invention. When the scope of implementation of the present invention cannot be limited by this, that is, the simple equivalent changes and modifications made according to the scope of the patent application and the description of the invention, All are still within the scope of the invention patent. In addition, any embodiment of the present invention or the scope of patent application does not need to achieve all the purposes or advantages or features disclosed by the invention. In addition, the abstract and the title are only used to assist the search of patent documents, and are not intended to limit the scope of rights of the present invention.

1‧‧‧Transaction Server

5‧‧‧ Encryption Server Group

12‧‧‧ Verification Module

2‧‧‧ Operator's operation unit

3‧‧‧Consumer operating unit

4‧‧‧Bank Accounts Platform

FIG. 1 is a block diagram of an electronic ticket transaction system incorporating a blockchain according to an embodiment of the present invention; FIG. 2 is a flowchart of an electronic ticket transaction method of the electronic ticket transaction system of FIG. 1; FIG. 3 is another embodiment of the present invention FIG. 4 is a flowchart of an electronic ticket transaction method of an electronic ticket transaction system according to another embodiment of the present invention; FIG. 5 is a flowchart of an electronic ticket transaction method of an electronic ticket transaction system according to another embodiment of the present invention; FIG. 6 is a flowchart of an electronic ticket transaction method of an electronic ticket transaction system of another embodiment of the invention; FIG. 6 is a flowchart of an electronic ticket transaction method of an electronic ticket transaction system of another embodiment of the invention; FIG. 7 is A flowchart of an electronic ticket transaction method of an electronic ticket transaction system according to still another embodiment of the present invention; FIG. 8 is a block diagram of a block chain electronic ticket transaction system according to yet another embodiment of the present invention; and FIG. 9 FIG. 8 is a flowchart of an electronic ticket transaction method of the electronic ticket transaction system of FIG. 8.

Claims (30)

An electronic ticket transaction method combined with a blockchain electronic ticket transaction system. The electronic ticket transaction system is for at least one consumer to make electronic consumption to at least one operator. The electronic ticket transaction system includes a transaction server, a An encryption server group, at least one operator operation unit, and at least one consumer operation unit, the transaction server, the encryption server group, the operator operation units, and the consumer operation units are mutually signal-connected to each other, the The transaction server includes a verification module, and the electronic ticket transaction method includes: a) the transaction server receives at least one set of commodity data input by the operators through each operator's operation unit, and outputs the data to the encryption server group, A set of blockchain tickets corresponding to each of the product information is generated by the encryption server group; b) the encryption server group adds at least one encryption node record corresponding to each consumer to the blockchain ticket And provide the blockchain ticket with the encrypted node records added to the corresponding consumer operating unit; c) when the consumer When the consumer conducts a commodity transaction with the vendors through the consumer operation units, the vendors obtain the block with the encrypted node records exclusively for the consumer through the consumer operation units from the consumer operation units. Chain ticket coupons; and d) the operators upload the blockchain ticket to the transaction server through each operator's operating unit, and the verification module of the transaction server performs the encryption node records on the blockchain ticket The decryption verification is performed to determine whether the blockchain ticket obtained by these operators is correct. If it is correct, the transaction server will write off and request payment for the blockchain ticket. The electronic ticket transaction method according to item 1 of the scope of patent application, wherein the step b) and the step c) include a step e), and the step e) includes the following steps: e1) by having the blockchain The first consumer of the ticket makes a signal connection with the consumer operating unit of the second consumer through the consumer operating unit; e2) The first consumer selects at least one of the blockchain tickets The coupon is transferred to the consumer operation unit of the second consumer; and e3) The second consumer operation unit of the consumer adds a transfer node record to the transferred blockchain ticket. According to the electronic ticket transaction method described in item 2 of the scope of patent application, wherein step e2) includes a step e21), when the first consumer performs the blockchain ticket transfer, through the consumer The operation unit is linked to the transaction server signal. The first set by the consumer or the transaction server provides a set of transaction passwords; where step e3) includes a step e31), before receiving the transferred blockchain ticket , The second consumer connects to the transaction server signal through the consumer operation unit to which he belongs, and enters a set of transaction verification codes. When the transaction server verifies that the transaction verification code matches the transaction password, the second is allowed The consumer operation unit of the consumer receives the transferred blockchain ticket. According to the electronic ticket transaction method described in item 2 of the scope of patent application, wherein step e3) includes a step e32), the consumers are connected to the transaction server through signals of each of the consumer operating units, and the transaction server The verification module of the router performs decryption verification on the encrypted node record and the transfer node record of the blockchain ticket. According to the electronic ticket transaction method described in item 2 of the scope of patent application, wherein step d) includes a step d1), the operators are connected to the transaction server through signals from each operator's operating unit, and the transaction server The verification module performs decryption verification on the encrypted node record and the transfer node record of the blockchain ticket. The electronic ticket transaction method according to item 1 of the scope of patent application, wherein step a) includes a step a1). After the encryption server group generates the blockchain ticket based on the commodity data, the The operator connects to the transaction server through the signal of the operator's operation unit, and the verification module decrypts and verifies the blockchain ticket. According to the electronic ticket transaction method described in item 1 of the scope of patent application, the method further includes step f) before the step a), and the operators and the consumers operate through each operator's operation unit and each consumer's operation respectively. The unit performs identity registration with the transaction server, and the transaction server records an operator registration information exclusive to the respective operators, and records a consumer registration information exclusive to the respective consumers. According to the electronic ticket transaction method described in item 7 of the scope of patent application, wherein step b) includes a step b1), the blockchain ticket is based on the commodity information, the consumer registration information, The registration information of the operator, the transaction records of the operators, the use records of the consumers, and the transfer records of the consumers are encrypted and verified. The electronic ticket transaction method according to item 1 of the scope of patent application, wherein step c) includes the following steps: c1) When the consumers provide the blockchain ticket through the consumer operation unit, the time is then Add a time-encrypted data to the blockchain ticket; and c2) the operators verify the blockchain ticket within a preset time difference range based on the time position of the encrypted data by the operator's operating unit . According to the electronic ticket transaction method described in item 1 of the scope of patent application, wherein step c) and step d) include a step g), when the operator operation unit receives the blockchain ticket, a Organize the cancellation information and provide it to the transaction server, and ask the transaction server to make a payment request. The electronic ticket transaction method according to item 1 of the scope of patent application, wherein the electronic ticket transaction system further includes a bank account platform, and the bank account platform is connected to the transaction server and includes a plurality of signals. The price accounts exclusively owned by the operators, this step b) includes a step b2), when the consumer obtains the blockchain ticket through the consumer operation unit, the bank account platform Dedicated account for this price. The electronic ticket transaction method according to item 11 of the scope of the patent application, wherein the bank account platform further includes a plurality of bank accounts exclusively owned by the operators, and step d) includes a step d2). When the transaction server makes an account payment request for the blockchain ticket, the bank account platform transfers the price account exclusively used by the operator to the operator's bank account. The electronic ticket transaction method according to item 1 of the scope of patent application, wherein step a) includes a step a2), and the operators also input a set of restriction data that restricts the consumption time through each operator's operation unit; the step b ) Also includes a step b3), the transaction server restricts the use time of the blockchain ticket according to the restriction data; the step d further includes a step d3), the transaction server judges the blocks obtained by the operators Whether the chain coupon exceeds the usage time limited by the restricted information. The electronic ticket transaction method according to item 1 of the scope of patent application, wherein the blockchain ticket is a set of two-dimensional bar codes, and the consumer operation units each have a display device, and the operator operation units each have a display device. An image capturing device, the consumers display the two-dimensional barcode through each of the display devices, and the operators scan the two-dimensional barcode through each of the image capturing devices to obtain the blockchain ticket. The electronic ticket transaction method according to item 1 of the scope of patent application, wherein the consumer operation units and the operator operation units each have a short-range wireless communication receiving module, and each of the short-range wireless communication receiving modules Get the blockchain ticket. An electronic ticket transaction system combined with a blockchain is provided for at least one consumer to make electronic consumption to at least one operator. The electronic ticket transaction system includes: at least one operator operation unit, which is provided for these operators to operate units through each of the operators Enter at least one set of commodity information; at least one consumer operation unit is for the consumers to conduct commodity transactions with the operators through each consumer operation unit; an encryption server group, which is composed of at least one encryption server The composition is used to generate a set of blockchain tickets; and a transaction server is connected to the operator operation units, the consumer operation units, and the encryption server group signal. The transaction server includes a Verification module. The transaction server receives the commodity data input by the operators through the operation units of the operators, and outputs the commodity data to the encryption server group. The encryption server group generates the corresponding commodity data. Blockchain ticket, and then the encryption server group adds a corresponding one Encrypt the node records and provide the blockchain ticket with the encrypted node records added to the corresponding consumer operating units; wherein, when the consumers conduct transactions with the operators through the consumer operating units At that time, the operators obtain the blockchain ticket with the encryption node record exclusively for each consumer from each consumer operation unit through each operator operation unit, and the operators upload the zone through each operator operation unit Blockchain tickets are sent to the transaction server, and the verification module of the transaction server decrypts and verifies the records of the encrypted nodes of the blockchain tickets, and determines whether the blockchain tickets obtained by these operators are correct. Correctly, the transaction server requests the cancellation of the blockchain ticket. The electronic ticket transaction system according to item 16 of the scope of patent application, wherein the first consumer with the blockchain ticket operates through the consumer operation unit with the consumer of the second consumer The unit performs signal connection, and the first consumer selects at least one of the blockchain tickets to transfer to the second consumer operating unit that consumes the consumer, and then the second consumer operating unit of the consumer Add a transfer node record to the transferred blockchain ticket. According to the electronic ticket transaction system described in item 17 of the scope of patent application, when the first consumer transfers the blockchain ticket, the consumer connects to the transaction server signal through the consumer operation unit to which the consumer belongs, and the first One consumer sets a transaction password or the transaction server provides a set of transaction passwords. Before receiving the transferred blockchain ticket, the second consumer connects to the transaction server signal through the consumer operation unit to which he belongs. And enter a set of transaction verification codes. When the transaction server verifies that the transaction verification codes conform to the transaction password, the consumer operation unit of the second consumer is allowed to receive the transferred blockchain ticket. According to the electronic ticket transaction system described in item 17 of the scope of patent application, wherein the consumers are connected to the transaction server through signals from each of the consumer operating units, and the verification module of the transaction server applies the blockchain The encrypted node record and the transfer node record of the ticket are decrypted and verified. According to the electronic ticket transaction system described in item 17 of the scope of application for patents, wherein the operators are connected to the transaction server through signals from each operator's operating unit, and the verification module of the transaction server is used for the blockchain ticket The encrypted node record and the transfer node record are decrypted and verified. According to the electronic ticket transaction system described in item 16 of the scope of patent application, wherein the encryption server group generates the blockchain ticket according to the commodity data, the operators connect to the operator operation unit to The transaction server performs decryption verification on the blockchain ticket by the verification module. According to the electronic ticket transaction system described in item 16 of the scope of patent application, the operators and consumers respectively register their identity with the transaction server through each operator's operating unit and each consumer's operating unit, and are registered by The transaction server records an operator registration information exclusive to the businesses, and a consumer registration information exclusive to the consumers. According to the electronic ticket transaction system described in item 22 of the scope of patent application, wherein the blockchain ticket is based on the commodity information, the consumer registration information, the registration information of the operator, and the transactions of these vendors by the transaction server The records, the usage records of the consumers and the transfer records of the consumers are encrypted and verified. According to the electronic ticket transaction system described in item 16 of the scope of patent application, when the consumers provide the blockchain ticket through the consumer operation unit, a new time is added to the blockchain ticket at the time. Time-encrypted data. The operators use the operator's operating unit to verify the blockchain ticket within a preset time difference range based on the time position of the time-encrypted data. According to the electronic ticket transaction system described in item 16 of the patent application scope, when the operator operation unit receives the blockchain ticket, the operator operation unit generates a set of cancellation information and provides it to the transaction server, and Ask the transaction server for charge-off. According to the electronic ticket transaction system described in item 16 of the scope of the patent application, it further includes a bank account platform, which is connected to the transaction server and includes a plurality of exclusive use by the respective operators. Price account, when the consumer obtains the blockchain ticket through the consumer operation unit, the bank account platform transfers the price account exclusive to the operator. According to the electronic ticket transaction system described in item 26 of the scope of application for patents, wherein the bank account platform further includes a plurality of merchant bank accounts exclusively owned by the operators, when the transaction server performs the blockchain ticket When requesting cancellation of payment, the bank account platform transfers the price account that is exclusive to the operator to the operator's bank account. According to the electronic ticket transaction system described in the patent application item 16, wherein the operators enter a set of restriction data that restricts the consumption time through the operation unit of the operator, and the transaction server restricts the blockchain ticket according to the restriction data For the use time of the coupon, the transaction server judges whether the blockchain ticket obtained by the operators exceeds the use time restricted by the restriction data. The electronic ticket transaction system according to item 16 of the patent application scope, wherein the blockchain ticket is a set of two-dimensional bar codes, the consumer operation units each have a display device, and the operator operation units each have a display device. An image capturing device, the consumers display the two-dimensional barcode through each of the display devices, and the operators scan the two-dimensional barcode through each of the image capturing devices to obtain the blockchain ticket. According to the electronic ticket transaction system described in the patent application No. 16, wherein the consumer operation units and the operator operation units each have a short-range wireless communication receiving module, and each of the short-range wireless communication receiving modules Get the blockchain ticket.