TWI626611B - Ticket transaction system and method using thereof - Google Patents

Abstract

A second-hand ticket trading system for second-hand tickets for trading entities. The second-hand ticket trading system includes a ticket server and a refund shop. The ticket server receives and publishes the ticket information from the first device and the corresponding entity second-hand ticket. And generating and outputting payment data to the second device upon receiving the ordering instruction from the second device and corresponding ticketing information. After receiving the payment success message, the refund code is generated and outputted to the first device. And after receiving the refund completion message, generating and outputting the ticket collection code to the second device. The refund shop includes a cash register communication connection ticket server. The cash register is used to read the refund code and output a refund completion message corresponding to the refund code to the ticket server, and the refund store recycles the second-hand ticket of the entity.

Description

Second-hand ticket trading system and method thereof

The present invention relates to a second-hand ticket trading system and method thereof, and more particularly to a second-hand ticket trading system and method for an active ticket for a physical ticket.

For tickets purchased from an activity unit but not yet used, the event ticket to be sold may be referred to as a "second-hand ticket." Second-hand tickets can be used for various dynamic or static event tickets such as concerts, exhibitions or stage plays. There is now a platform for sellers to sell event tickets that they have purchased but are unable to participate. The seller can announce the ticket for the event they want to sell on the platform, and the buyer can go to the platform to see if they have their own place. Required event ticket. When the buyer wants to purchase the ticket, the purchase can be made on the platform.

At present, some platforms have been able to provide the service of Golden Flow Guarantee. That is, after the buyer purchases the ticket and pays the payment, the payment will be sent to the platform for guarantee. After the seller sends the ticket and the buyer confirms the error, the payment will be made by the platform. Remit to the seller to reduce problems that may arise during the transaction.

However, when these platforms are used for second-hand ticket transactions, the buyer needs to confirm whether the ticket obtained is the ticket sold by the activity unit, not the forged ticket. After the ticket is obtained, the platform will remit the money to the seller. Even if it is found on the day of the event that the ticket has a problem and cannot enter the market, there is no way to deal with it. Or in the course of the transaction, there may be problems such as the loss of the ticket during the delivery process or the seller sending the wrong ticket. Especially for the event tickets for which the physical ticket has been obtained, when the sale is to be carried out, the transaction can only be carried out by means of mailing or face-to-face, which is very inconvenient for the buyer and the seller.

In one embodiment, the present invention provides a second-hand ticket transaction system suitable for trading a second-hand ticket of an entity. The second-hand ticket trading system includes a ticket server and a refund shop. The ticket server receives and publishes ticket information from one of the first devices and one of the second-hand tickets of the corresponding entity. And generating and outputting a payment data to the second device upon receiving an order instruction from a second device and corresponding ticketing information. After receiving the payment success message of one of the corresponding payment materials, generating and outputting one of the refund codes of the corresponding entity second-hand ticket to the first device. And after receiving the refund confirmation completion message of one of the corresponding refund codes, generating and outputting one of the ticket receipt codes of the corresponding entity second-hand ticket to the second device.

The refund shop includes a cash register communication connection ticket server. The cash register is used to read the refund code and output a refund completion message corresponding to the refund code to the ticket server, and the refund store recycles the second-hand ticket of the entity.

Through the above-mentioned second-hand ticket trading system, the seller can disclose the ticket to be sold on the second-hand ticket trading system, and the buyer can also purchase the required ticket on the second-hand ticket trading system. After the buyer has confirmed the order and the payment is completed, the second-hand ticket trading system will provide the seller with a refund code, so that the seller first refunds the second-hand ticket of the entity that has purchased and takes out the physical ticket, and refunds the ticket. The store recycles physical tickets. Then, the second-hand ticket trading system issues a ticket-collection code for the buyer to pick up the ticket.

In addition, in an embodiment, the present invention provides a second-hand ticket transaction method, which is suitable for trading a second-hand ticket of an entity. The second-hand ticket transaction method includes the following steps: a ticket server receives and publishes one ticket information from a first device and corresponds to one of the physical second-hand tickets; and the ticket server receives the information from a second device and corresponding to the ticket information. After the ordering instruction, generating and outputting a payment data to the second device according to the ordering instruction; after the ticket server receives a payment success message, generating and outputting a refunding code of the corresponding entity second-hand ticket to the first device; After receiving the refund confirmation message from one of the refund shop, the ticket server generates and outputs one of the corresponding entity second-hand ticket collection codes to the second device.

In this way, since the physical second-hand ticket needs to be refunded first, the authenticity of the ticket can be confirmed first when the physical second-hand ticket is recovered in the refund shop. If the ticket is true, the refund can be made. When the ticket server confirms that the refund has been completed, the corresponding ticket collection information will be sent to the buyer, and the buyer may not have to worry about purchasing the forged ticket. And in the subsequent ticket collection method, the buyer can choose to obtain the physical ticket or the electronic ticket, and can also make the subsequent ticket use more flexible. Moreover, through this transaction method, it is not necessary to send the physical ticket, and it is also possible to prevent the lost ticket or the wrong ticket from being sent. In addition, the transaction of the second-hand ticket of the entity conducted in this way will generate notes and records on the system, and further ensure the rights of both parties.

Please refer to FIG. 1 to FIG. 2 . FIG. 1 is a schematic diagram of a second-hand ticket transaction system according to a first embodiment of the present invention; FIG. 2 is a block diagram of a second-hand ticket transaction system according to the embodiment. The second-hand ticket transaction system 100 of the present embodiment includes a ticket server 10, a refund shop 20, and a ticket collection shop 30. The ticket server 10 can be composed of one to a plurality of computers or a server module incorporated in a host computer. The ticket server 10 includes a network module 11, a ticketing module 12, a transaction management module 13, a database 14, and a member management module 15. The ticketing module 12, the transaction management module 13, the database 14 and the member management module 15 are all connected to the network module 11 to communicate with other devices via the network module 11 and to transmit or receive data. In this embodiment, each module may be executed by one or more processors. The database 14 can be a hard disk or other form of memory. The ticketing module 11, the transaction management module 13, and the member management module 15 are connected to the database 14 to store the data generated or received by each module in the database 14.

The refund shop 20 refers to any physical store that accepts the seller to refund the ticket, and the ticket collection store is any physical store where the buyer can go to obtain the physical ticket. Here, each physical store may be a store having a physical storefront such as a supermarket, a travel agency or a store, or an entity service window such as a railway or a high-speed rail that can be refunded for ticket sales. The refund shop 20 and the ticket collection shop 30 may be the same store or different stores. The refund shop 20 and the ticket collection shop 30 each have a cash register and a multimedia machine. The following is a convenient explanation. The cash register of the refund shop 20 is the first cash register 21, and the multimedia machine of the refund shop 20 is the first multimedia machine 22 . The cash register of the ticket collection store 30 is the second cash register 31, and the multimedia machine of the ticket collection store 30 is the second multimedia machine 32. The first cash register 21, the second cash register 31, the first multimedia machine 22, and the second multimedia machine 32 are all connected to the ticket server 10 via network communication.

When an entity second-hand ticket holder (hereinafter referred to as a seller) wants to sell the ticket, the first device 40 may first be connected to the ticket server 10 through network communication to perform member registration and ticket information input and upload. In this embodiment, the first device 40 is an electronic device used to represent the functions of the seller and used to perform input or read data, and may be a personal computer, a mobile phone, a tablet, etc., but is not limited to using the same electronic device for transaction. . For example, the seller can use the personal computer to perform member registration and ticket information uploading, and use the mobile phone to receive other materials, but in this embodiment, both the personal computer and the mobile phone are represented by the first device 40.

The party that wants to buy the second-hand ticket for the entity sold by the seller is called the buyer. The buyer can perform transactions such as purchase of tickets through the second device 50. Similarly, in the embodiment, the second device 50 is an electronic device used to represent the functions of the buyer and used to perform input or read data, and may be a personal computer, a mobile phone, a tablet, etc., but is not limited to using the same The electronic device conducts a transaction. For example, a buyer can use a personal computer to register a member and order a ticket while using a mobile phone to receive other materials, but in the present embodiment, both the personal computer and the mobile phone are represented by the second device 50.

In this embodiment, the seller or the buyer needs to register as a member before the transaction, and the ticketing and ticketing services can be performed, but the invention is not limited thereto. In other implementations, ticketing and ticketing may also be required without registration. The seller registered member can use the first device 40 to fill in the first member profile and upload it to the ticket server 10, and the buyer registered member can use the second device 50 to fill in the second member profile and upload it to the ticket server 10. After receiving the first member profile and the second member profile through the network module 11, the ticket server 10 can be received, processed and stored in the database 14 by the member management module 15. In addition, in this embodiment, since the seller needs to receive the payment from the buyer after the ticket is sold, at least the seller's name and bank account information must be included in the first member profile.

The network module 11 of the ticket server 10 communicably connects the first device 40, the second device 50, the first cash register 21 and the second cash register 31, the first multimedia device 22 and the second multimedia device 32. . The ticketing module 12 is connected to the network module 11. The seller can use the first device 40 to fill in the ticket information of the second-hand physical ticket and transmit it to the ticket server 10. The network module 11 of the ticket server 10 receives the ticket information and transmits it to the ticket selling module 12. The ticketing module 12 receives and publishes the ticketing information of the second-hand ticket corresponding to the entity for viewing and purchase by the buyer who is interested in purchasing.

Next, the buyer makes an order using the second device 50 and transmits a order instruction to the ticket server 10. After the ticket server 10 receives the order instruction from the second device 50 and the corresponding ticket information, the ticket selling module 12 changes the status of the ticket information. For example, the status of the ticket information is changed from "orderable" to "sold". Next, the transaction management module 13 generates and outputs the payment information to the second device 50 of the buyer according to the ordering instruction.

Payment instructions and ticket collection methods can be included in the order. When the buyer confirms that he wants to order the ticket, he can provide the buyer with the choice of the payment method, for example, through online transfer, credit card payment or over-contribution payment. At the same time, you can also choose to take out the physical ticket or electronic ticket. After receiving the order instruction, the ticket server 10 generates and outputs the payment data corresponding to the selected payment method to the second device 50 by the transaction management module 13. After the buyer makes a payment according to the selected payment method, the ticket server 10 receives the payment success message corresponding to the payment data.

After the ticket server 10 receives the payment success message corresponding to the payment data, the transaction management module 13 generates and outputs one of the refund codes of the corresponding entity second-hand ticket to the first device 40. The refund code may be in various forms such as numbers, characters, alphanumeric combinations or bar codes, or a combination of numbers, characters or text numbers and bar codes corresponding to each other, and the refund code is a unique value to distinguish different transactions. In this embodiment, the seller may hold the second-hand ticket of the entity to the refund shop 20 for refund. When the refund shop 20 refunds the ticket, the first multimedia machine 22 installed in the refund shop 20 store can scan or input the refund code, and after the ticket server 10 checks the valid refund code, the ticket server 10 will The refund code and the ticket information corresponding to the second-hand ticket of the entity to be refunded (which can be the ticket information included in the ticket information uploaded by the seller at the beginning) are transmitted back to the first multimedia machine 22 for generating a refund. Documents.

Next, the seller takes the refund ticket to the first cash register 21 to read the refund code to perform the refund. Here, the first cash register 21 may include a bar code reader or a keyboard for the store clerk to scan the bar code in the form of a bar code using a bar code reader or to input a refund code in the form of a letter or a number using a keyboard. Moreover, the seller submits the second-hand ticket of the entity to be refunded to the store clerk to check whether it matches the ticket information corresponding to the refund code. That is, the clerk will check whether the information on the second-hand ticket of the entity obtained is consistent with the information of the ticket presented by the first cash register 21 after reading the refund code on the refund receipt. If it is correct, the second-hand recycling entity The ticket is issued, and the refund completion message is transmitted by the first cash register 21 to the ticket server 10. Here, the ticket information obtained by the first cash register 21 may be the information contained in the refund code on the refund receipt, or may be connected to the ticket server 10 to obtain the corresponding refund code after reading the refund code. Ticket information.

In other implementations, when the refund is made to the refund shop 20, if the first device 40 is a mobile device, the refund code provided by the ticket server 10 and the ticket corresponding to the second-hand ticket of the entity to be refunded may be directly received. Information, after the bar code reader of the first cash register 21 reads the refund code, the clerk checks whether the second-hand ticket of the refunded entity is consistent with the obtained ticket information. Alternatively, the first device 40 (for example, a mobile phone) can be used to display the received refund code for the barcode reader of the first cash register 21 to be swiped or the clerk can use the keyboard of the first cash register 21 to input the refund code to connect to the ticket. The ticket server 10 obtains the ticket information or directly obtains the ticket information contained in the refund code to be presented on the screen of the cash register, so that the store clerk can check the physical second-hand ticket of the refund. In this way, it saves time for printing out the refund documents and does not waste paper. In such an embodiment, the refund shop 20 may not set the first multimedia machine 22, and may also allow the seller to refund the ticket.

After the ticket server 10 receives the refund request completion message of one of the corresponding refund codes, the transaction management module 13 generates and outputs one of the corresponding entity second-hand tickets to the second device 50. Similarly, the ticket collection code may be in various forms such as numbers, characters, alphanumeric combinations or bar codes, or a combination of numbers, words or numbers and bar codes corresponding to each other. The buyer can obtain the physical ticket from the ticket collection store 30 according to the selected ticket collection method or obtain the electronic ticket by using the second device 50. In the present embodiment, the description is made that the ticket ticket store 30 obtains the physical ticket. The buyer can go to the second multimedia machine 32 of the ticket collection shop 30 to scan the ticket collection code by using the barcode reader or to input the ticket collection code through the touch screen, and the second multimedia machine 32 transmits the ticket collection code to The ticket server 10 checks if it is a valid ticket collection code. If it is a valid code, the buyer can then obtain the ticket receipt document generated by the second multimedia machine 32 including the ticket collection code. Then, the buyer holds the ticket collection slip to the second cash register 31 to read the ticket collection code and transmits the ticket collection code to the ticket server 10, and the ticket server 10 returns the physical ticket printing information for the second The cash register 31 prints the physical ticket corresponding to the ticket collection code. Here, the second cash register 31 may have a barcode reader and a ticket printer to read the ticket collection code and print the physical ticket corresponding to the ticket collection code.

In other implementations, when the ticket collection store 30 picks up the ticket, the second device 50 (for example, a mobile phone) can also be used to display the received ticket collection code for the barcode reader of the second cash register 31 to read or The clerk uses the keyboard of the second cash register 31 to input the ticket collection code, the second cash register 31 connects and transmits the ticket collection code to the ticket server 10, and the ticket server 10 returns the physical ticket printing information. The physical ticket corresponding to the ticket collection code is printed by the ticket printer of the second cash register 31. In this way, it saves time for printing out the ticket collection documents and does not waste paper. Similarly, in such an embodiment, the ticket collection shop 30 may not set the second multimedia machine 32, and may also allow the buyer to pick up the ticket.

Therefore, through the second-hand ticket transaction system 100 described above, since the physical second-hand ticket needs to be refunded first, the authenticity of the ticket can be confirmed first when the refund shop 20 performs the physical second-hand ticket collection. If the ticket is true, the refund can be made. When the ticket server 10 confirms that the refund has been completed, the corresponding ticketing information will be sent to the buyer, and the buyer may not have to worry about purchasing the forged ticket. Moreover, through this transaction method, it is not necessary to send physical ticket, and it is also possible to prevent the loss of the medium-way ticket or the wrong ticket, and even the problem of not having to send the ticket. In addition, the transaction of the second-hand ticket of the entity conducted in this way will have a record on the system, which can further ensure the rights of both parties.

Furthermore, the ticket server 10 of the second-hand ticket transaction system 100 of the present embodiment may receive the ticket usage information of one of the tickets corresponding to the ticket-collecting code, and transmit a grant instruction after a specified time. That is, the ticket server 10 will use the physical ticket obtained by the buyer, and after a specified time, the money is allocated to the bank account provided by the seller. In order to ensure that the ticket can be used correctly, the money will be allocated to the seller to ensure the buyer's rights.

Please refer to FIG. 1 to FIG. 3 at the same time. FIG. 3 is a flowchart of a second-hand ticket transaction method executed by the second-hand ticket transaction system of the first embodiment. The second-hand ticket transaction method of this embodiment is applicable to a second-hand ticket of a transaction entity. When the seller wants to sell the physical second-hand ticket, the first device 40 is used for the member registration. The ticket server receives and stores the first member profile corresponding to the first device 40 (step S11), and the first member profile includes a name and a bank account profile. In other implementations, the member registration may not be performed, but the process starts directly from step S12.

Next, the ticket server 10 receives and publishes the ticket information from the first device 40 and the corresponding entity second-hand ticket (step S12). The seller may use the first device 40 to transmit the ticket information to be sold, such as the event name, event time, sale price, seller information, etc., to the ticket server 10 to publicly publish the ticket to be sold. The buyer uses the second device 50 to order the ticket to be purchased and send the order. After the ticket server 10 receives the order instruction from the second device 50 and corresponding to the ticket sales information, a payment data is generated and outputted to the second device 50 according to the order instruction (step S13). Here, the ordering instructions include payment methods and ticket collection methods. Payment can be made via online transfer, credit card payment or overpaid payment. The ticket server 10 will provide payment information according to the payment method selected by the buyer. Once the buyer receives the payment information, they can make a payment using the payment method selected. After the payment is completed, a payment success message is transmitted to the ticket server 10.

Next, after the ticket server 10 receives a payment success message, it generates and outputs one of the refund codes of the corresponding entity second-hand ticket to the first device 50 (step S14). When the seller receives the refund code, the refund shop 20 can perform the action of refunding the ticket. When the refund is completed, the refund store 20 transmits the refund completion message to the ticket server 10.

In the present embodiment, the seller can go to the refund store 20 to operate using the first multimedia machine 22. The first multimedia machine 22 of the refund shop 20 receives the refund code and prints a refund ticket having one of the refund codes (step S15). In step S15, after the first multimedia machine 22 receives the refund code, it can transmit to the ticket refunding code that the ticket server 10 checks to be valid, and the ticket server 10 sets the refund code with the second-hand ticket corresponding to the entity to be refunded. The voucher information (which can be the ticket information included in the ticket information uploaded by the seller at the beginning) is transmitted back to the first multimedia machine 22 for generating the refund document. The first cash register 21 of the refund shop 20 reads the refund code and collects the physical second-hand ticket (step S16). Next, the first cash register 21 transmits a refund completion message to the ticket server 10 (step S17).

Then, after the ticket server 10 receives the refund confirmation completion message from one of the refund shop 20, it generates and outputs one of the ticket codes of the corresponding entity second-hand ticket to the second device 50 (step S18). The buyer can use this ticket collection code to obtain a physical ticket or an electronic ticket. In the present embodiment, the description is first made by taking the physical ticket of the ticket collection store 30 as an example. When the buyer picks up the ticket from the ticket picking shop 30, the second multimedia machine 32 of the ticket picking shop 30 receives the ticket collecting code and prints one of the ticket collecting documents having the ticket collecting code (step S19). In step S19, the buyer can go to the second multimedia machine 32 of the ticket collection shop 30 to scan the ticket collection code by using the barcode reader or input the ticket collection code by using the touch screen, and the second multimedia machine 32 takes this. The ticket code is transmitted to the ticket server 10 to check if it is a valid ticket collection code. If it is a valid code, the buyer can then obtain the ticket receipt document generated by the second multimedia machine 32 including the ticket collection code. Next, the buyer holds the ticket receipt to the second cash register 32. The second cash register 32 of the ticket collection shop 30 reads the ticket collection code of the ticket collection slip and prints a physical ticket corresponding to the ticket collection code (step S20). In step S20, the buyer holds the ticket collection slip to the second cash register 31 to read the ticket collection code and transmits the ticket collection code to the ticket server 10, and the ticket server 10 returns the physical ticket printing information to The second cash register 31 prints the physical ticket corresponding to the ticket collection code. Here, the second cash register 31 may have a barcode reader and a ticket printer to read the ticket collection code and print the physical ticket corresponding to the ticket collection code.

Therefore, through the second-hand ticket transaction system 100 described above, since the physical second-hand ticket needs to be refunded first, the authenticity of the ticket can be confirmed first when the refund shop 20 performs the physical second-hand ticket collection. If the ticket is true, the refund can be made. When the ticket server 10 confirms that the refund has been completed, the corresponding ticketing information will be sent to the buyer, and the buyer may not have to worry about purchasing the forged ticket. Moreover, through this transaction method, it is not necessary to send the physical ticket, and it is also possible to prevent the lost ticket or the wrong ticket from being sent. In addition, the transaction of the second-hand ticket of the entity conducted in this way will generate notes and records on the system, and further ensure the rights of both parties.

In addition, in order to further protect the interest of the buyer, the ticket server 10 transmits a payment instruction after receiving the ticket usage information of one of the corresponding ticket collection codes (step S21). When the physical ticket obtained by the buyer is used and the specified time is passed, the payment is made to the bank account provided by the seller. In order to ensure that the ticket can be used correctly, the money will be allocated to the seller to ensure the buyer's rights.

Please refer to FIG. 4 to FIG. 6 . FIG. 4 is a schematic diagram of a second-hand ticket transaction system according to a second embodiment of the present invention. FIG. 5 is a block diagram of a second-hand ticket transaction system according to the embodiment. A flow chart of a method for trading a second-hand ticket. The same components and structures as those in the first embodiment will be denoted by the same reference numerals and will not be described again. This embodiment is different from the first embodiment in that the second-hand ticket transaction system 100 of the present embodiment does not require the ticket collection shop 30. When the buyer decides to obtain an electronic ticket instead of a physical ticket, the system and method of the embodiment can be used to obtain the electronic ticket.

When the buyer wants to obtain an electronic ticket, the second device 50 can be used to perform the action of collecting the ticket. The ticket server 10 transmits an electronic ticket to the second device 50 after receiving the ticket receiving instruction from the corresponding ticketing code of the second device 50. In the method, step S19 and step S20 are omitted as compared with the first embodiment. In the present embodiment, after step S18, an application is started by the second device 50 (step S19'), and then the ticket collecting code is input and an electronic ticket corresponding to one of the ticket collecting codes is obtained (step S20'). In this way, the buyer can go out to the ticket collection store 30 to obtain the physical ticket, but can use his mobile phone to obtain the electronic ticket.

While the present invention has been described above in the foregoing embodiments, it is not intended to limit the invention, and the invention may be modified and modified without departing from the spirit and scope of the invention. The scope of patent protection shall be subject to the definition of the scope of the patent application attached to this specification.

100‧‧‧ second-hand ticket trading system
10‧‧‧ ticket server
11‧‧‧Network Module
12‧‧‧ ticketing module
13‧‧‧Transaction Management Module
14‧‧‧Database
15‧‧‧Member Management Module
20‧‧ ‧ refund shop
21‧‧‧First cash register
22‧‧‧First multimedia machine
30‧‧‧ ticket collection shop
31‧‧‧Second cash register
32‧‧‧Second multimedia machine
40‧‧‧ first device
50‧‧‧second device
The S11‧‧‧ ticket server receives and stores the first member data corresponding to the first device
The S12‧‧‧ ticket server receives and publishes the ticket information from the first device and the corresponding entity second-hand ticket
S13‧‧ After the ticket server receives the ordering instruction from the second device and corresponding to the ticketing information, generates and outputs a payment data to the second device according to the ordering instruction
S14‧‧ After the ticket server receives a payment success message, generates and outputs one of the corresponding entity second-hand ticket refund codes to the first device
The first multimedia machine of the S15‧‧ Refund Store receives the refund code and prints a refund receipt with one of the refund codes
The first cash register of the S16‧‧ ‧ refund shop reads the refund code and collects the second-hand ticket of the entity
S17‧‧‧The first cash register transmits the refund completion message to the ticket server
S18‧‧ After the ticket server receives the refund confirmation message from one of the refund shop, generates and outputs one of the corresponding entity second-hand ticket collection codes to the second device
The second multimedia machine of the S19‧‧ ‧ pick-up store receives the ticket-collecting code and prints one of the ticket-collecting documents with the ticket-collecting code
S19'‧‧‧Start an application
The second cash register of the S20‧‧ ‧ pick-up store reads the ticket pick-up code of the ticket pick-up document and prints a physical ticket corresponding to the ticket-collecting code
S20'‧‧‧Enter the ticket collection code and obtain an electronic ticket corresponding to one of the ticket collection codes
The S21‧‧‧ ticket server transmits a payment instruction after receiving the ticket usage information of one of the corresponding ticket collection codes and after a specified time

[FIG. 1] A schematic diagram of a second-hand ticket transaction system according to a first embodiment of the present invention; [FIG. 2] is a block diagram of a second-hand ticket transaction system according to a first embodiment of the present invention; [FIG. 3] A flow chart of a second-hand ticket transaction method executed by the second-hand ticket transaction system of the embodiment; [Fig. 4] is a schematic diagram of a second-hand ticket transaction system according to a second embodiment of the present invention; [Fig. 5] A block diagram of a second-hand ticket transaction system of the embodiment; [Fig. 6] is a flow of a second-hand ticket transaction method executed using the second-hand ticket transaction system of the second embodiment.

Claims (20)

A second-hand ticket transaction system is applicable to a transaction-based second-hand ticket, the second-hand ticket transaction system comprising: a ticket server, receiving and publishing ticket information from a first device and corresponding to one of the second-hand tickets of the entity, Receiving a payment instruction from a second device and corresponding to one of the ticket sales information, generating and outputting a payment data to the second device, and generating and outputting a second-hand ticket corresponding to the entity after receiving the payment success message corresponding to one of the payment materials Returning the ticket code to the first device, after receiving the refund request completion message corresponding to one of the refund ticket codes, generating and outputting a ticket picking code corresponding to one of the second-hand tickets of the physical entity to the second device; and a refund store, Included with a cash register, the communication server is connected to the ticket server, the cash register is configured to read the refund code and output the refund completion message corresponding to the refund code to the ticket server, and the refund store recycles the second-hand ticket of the entity Voucher. The second-hand ticket transaction system of claim 1, further comprising: a ticket collection store, including a further cash register, communicatively connecting to the ticket server, the another cash register for reading the ticket collection code and juxtaposition Print a physical ticket corresponding to the ticket code. The second-hand ticket transaction system of claim 2, wherein the ticket-picking store further comprises a multimedia machine communicatively connecting to the ticket server, and after the multimedia machine receives the input of the ticket-receiving code, printing includes the ticket-collecting One of the code picking up the ticket. The second-hand ticket transaction system of claim 1, wherein the ticket server transmits an electronic ticket to the second device after receiving a ticket picking instruction from the second device corresponding to the ticket picking code. The second-hand ticket transaction system of claim 1, wherein the refund shop further comprises a multimedia machine communication connection to the ticket server, and after the multimedia machine receives the input of the refund code, printing one of the refund code Refund receipt. The second-hand ticket transaction system of claim 1, wherein the ticket server transmits a grant instruction after receiving the ticket usage information corresponding to one of the ticket-collecting codes and after a specified time. The second-hand ticket transaction system of claim 1, wherein the ticket server comprises: a network module, communicably connecting the first device, the second device, and the cash register; a ticketing module, connecting the a network module, and receiving and publishing the ticket information through the network module, and changing the status of the ticket information after receiving the order instruction corresponding to the second-hand ticket of the entity; a transaction management module, connecting the network The road module generates and outputs the payment data after receiving the order instruction through the network module, and after receiving the payment success message, generates and outputs the refund code, and after receiving the refund completion message, generates and outputs the withdrawal data. a ticket code; and a database connecting the network module, the ticketing module and the transaction management module, storing the ticket information corresponding to the physical second-hand ticket, the payment information, the refund code, and the ticket collection code . The second-hand ticket transaction system as claimed in claim 7 further includes a member management module that receives and stores the first member data corresponding to one of the first devices and the second member data corresponding to one of the second devices. The second-hand ticket transaction system of claim 8, wherein the first member profile includes a name and a bank account profile. The second-hand ticket transaction system of claim 1, wherein the ordering instruction comprises a payment method and a ticket collection method. A second-hand ticket trading method is applicable to a transaction second-hand ticket transaction method, the second-hand ticket transaction method includes: a ticket server receiving and publishing one-selling ticket information from a first device and corresponding entity second-hand ticket; After receiving the order instruction from a second device and corresponding to the ticket sales information, the ticket server generates and outputs a payment data to the second device according to the ordering instruction; after the ticket server receives a payment success message Generating and outputting a refund code corresponding to one of the second-hand tickets of the entity to the first device; and generating and outputting the second-hand ticket corresponding to the entity after the ticket server receives the refund confirmation message from one of the refund shop A ticketing code is sent to the second device. The second-hand ticket transaction method as claimed in claim 11, after the ticket server receives a payment success message, generates and outputs a refund code corresponding to one of the second-hand tickets of the physical entity to the first device step, and further includes: A cash register of a refund shop reads the refund code and recycles the second-hand ticket of the entity; and the cash register transmits the refund completion message to the ticket server. The second-hand ticket transaction method as claimed in claim 11, after the ticket server receives a payment success message, generates and outputs a refund code corresponding to one of the second-hand tickets of the physical entity to the first device step, and further includes: a multimedia machine of a refund store receives the refund code and prints a refund receipt having one of the refund codes; the cash register of the refund store reads the refund code of the refund receipt and recycles the second-hand physical ticket; and the cash register The refund completion message is transmitted to the ticket server. The second-hand ticket transaction method as claimed in claim 11, further comprising: reading a ticket collection code by one of the cashiers at a ticket collection store and printing a physical ticket corresponding to the ticket collection code. The second-hand ticket transaction method as claimed in claim 11, further comprising: receiving, by the multimedia machine of the ticket collection store, the ticket collection code and printing a ticket receipt having one of the ticket collection codes; and receiving cash at the ticket collection store The machine reads the ticket collection code of the ticket collection document and prints a physical ticket corresponding to the ticket collection code. The second-hand ticket transaction method as claimed in claim 11, further comprising: starting an application; and inputting the ticket collection code and obtaining an electronic ticket corresponding to one of the ticket collection codes. The second-hand ticket transaction method as claimed in claim 11, further comprising: the ticket server transmitting a payment instruction after receiving the ticket usage information corresponding to one of the ticket collection codes and after a specified time. The method of claim 2, wherein the ticket server receives and publishes the ticket information from the first device and corresponds to the second-hand ticket of the entity, further comprising: receiving the ticket server And storing the first member data corresponding to one of the first devices, the first member information including a name and a bank account information. The second-hand ticket transaction method of claim 11, wherein the ordering instruction comprises a payment method and a ticket collection method. The second-hand ticket transaction method as claimed in claim 19, wherein the payment method is online transfer, credit card payment, or super-contribution payment.