TWI634491B - Ticket refund system and method thereof - Google Patents

Abstract

A refund method for receiving a refund of at least one ticket having a refund code. The refund method includes: reading a refund code of at least one ticket and generating a scan signal corresponding to the refund code; generating a refund request according to the scan signal and obtaining ticket information of at least one ticket; and outputting the refund request and the ticket information via the network To the collection server, to obtain the refundable signal of the return of the collection server; generate a refund confirmation screen including the trigger unit according to the refundable signal, and generate a refund success signal after the trigger unit is triggered; and use the printing unit according to the print unit The refund success signal prints the ticket information of the successful refund on at least one sheet of paper.

Description

Refund system and method thereof

The present invention relates to a refund system and method thereof, and more particularly to a refund system and method thereof that can directly refund a ticket at a convenience store checkout counter.

Nowadays, in order to make it easier for consumers to purchase various tickets, such as tickets for high-speed rail, Taiwan Railway or passenger transport, or tickets for exhibitions, concerts, etc., a variety of tickets can be purchased at convenience stores. Ticket or ticket collection.

When the consumer has already made a ticket after picking up the ticket at the convenience store, if the ticket is to be refunded, part of the ticket can be directly refunded at the convenience store. The existing refund method requires the consumer to return the ticket to the multimedia machine installed in the convenience store. Take the ticket refund of the Taiwan Railway ticket as an example. If consumers want to refund the ticket obtained by the convenience store, they need to input the relevant information (such as ticket number or order) specified by each ticket manufacturer first in the multimedia machine placed in the store. No.) Apply for a refund. After printing the refunded receipt on the multimedia machine, the original of the refunded ticket and the ticket will be returned to the cashier counter for refund.

The store personnel need to read the barcode on the refunded bill and visually judge or confirm whether the ticket number on the refunded bill is the same as the ticket number on the original ticket. If they match, the ticket is collected and the money is returned to the consumer.

However, it is inconvenient for the elderly who are not familiar with the operation methods of electronic products because they need to input the relevant information to the multimedia machine. And if consumers can save this step, they can save a lot of time.

In addition, since it is necessary to use the naked eye to judge or confirm whether the ticket number on the refund ticket is consistent with the ticket number on the original ticket, when the ticket provided by the consumer is not the ticket to be refunded, the store personnel are not found. , it will lead to ticket recovery errors and follow-up issues.

In view of this, the present invention provides, in an embodiment, a refund system for receiving a refund of at least one ticket having a refund code. The refund system includes: a reading device, a refund verification module, a network module, a refund confirmation confirmation module, a display unit, and a printing unit. The reading device is configured to read the refund code and generate a scan signal corresponding to the refund code. The refund verification module is connected to the reading device, and generates a refund request according to the scan signal and obtains ticket information of at least one ticket. The network module is connected with a refund verification module for collecting the server via the network connection, and outputting the ticket information and the refund request to the collection server via the network to obtain the refundable signal of the return of the collection server. . The refund confirmation confirmation module is connected to the network module, and the refund confirmation confirmation screen can be generated according to the refundable ticket signal. The refund confirmation confirmation screen includes a trigger unit, and the trigger unit can be used to generate a refund success signal. The display unit is connected to the refund confirmation module for displaying the refund confirmation screen. The printing unit is connected to the refund verification module and the refund confirmation module, and prints the ticket information of the successful refund according to the refund success signal on at least one paper.

Additionally, in one embodiment, the present invention provides a refund method for receiving a refund of at least one ticket having a refund code. The refund method includes: reading a refund code of at least one ticket and generating a scan signal corresponding to the refund code; generating a refund request according to the scan signal and obtaining ticket information of at least one ticket; and outputting the refund request and the ticket information via the network To the collection server, to obtain the refundable signal of the return of the collection server; generate a refund confirmation screen including the trigger unit according to the refundable signal, and generate a refund success signal after the trigger unit is triggered; and use the printing unit according to the print unit The refund success signal prints the ticket information of the successful refund on at least one sheet of paper.

Through the above-mentioned refund system and refund method, consumers do not need to go to the multimedia machine to obtain a refund ticket when they need to refund the ticket. You only need to take the original ticket of the ticket you want to refund to the cashier counter to refund the ticket. Since the information related to the refund is obtained by reading the refund code, the store personnel do not need to directly judge whether it is the ticket for the refund to be refunded on the refund receipt. In this way, the consumer can save the formalities and time for refunding the ticket, and the store personnel do not have to worry about the subsequent ticket complaint or accounting problem caused by the ticket on the non-refundable ticket.

Please refer to FIG. 1 and FIG. 2 . FIG. 1 is a schematic diagram of a refund system according to a first embodiment of the present invention, and FIG. 2 is a block diagram of the refund system of the present embodiment. The refund system 10 of the present embodiment includes a reading device 11, a refund verification module 12, a network module 13, a refund success confirmation module 14, a display unit 15, and a printing unit 16. The refund verification module 12 is connected to the reading device 11, the network module 13, and the printing unit 16. The refund successful confirmation module 14 is connected to the network module 13, the display unit 15, and the printing unit 16. The refund system 10 of the present embodiment may be a point-of-sale terminal device (POS) disposed in a physical storefront and communicably connected to the collection server 30 via a network 20. The collection server 30 may be composed of one to a plurality of computers, or a server module incorporated in the mainframe host or the mainframe host.

Here, the reading device 11 can be a barcode reader. The refund verification module 12 and the refund success confirmation module 14 can be implemented by one or more processing elements. The aforementioned processing elements may be a microprocessor, a microcontroller, a digital signal processor, a microcomputer, a central processing unit, a field programming gate array, a programmable logic device, a state device, a logic circuit, an analog circuit, a digital circuit, and/or Or any device that operates on signals (analog and/or digits) based on operational instructions, but is not limited herein. The foregoing network module 13 can be a wired network module, a wireless network module, or a combination thereof. The display unit 15 is a display screen of the point-of-sale terminal device, which can be a touch screen or a general display screen. The aforementioned printing unit 16 can be a thermal or thermal transfer printer, and can be a built-in or external printer.

When the consumer wants to refund the ticket, he or she can directly hold the ticket to be refunded to the physical store, and directly to the cashier counter to inform the store personnel to refund the ticket. At this time, the sales point terminal device (i.e., the refund system 10 of the present embodiment) can be operated by the store personnel to refund the ticket for the consumer. In some implementations, if the physical outlet is provided with a point-of-sale terminal device that can be used by the consumer, the consumer can operate the refund. You can refund one ticket at a time when you refund the ticket, or you can refund more than one ticket at a time. Next, you will use the store staff to operate the refund system 10 to return a single ticket as an example. The ticket refunding system 10 uses the refund ticket, and the ticket has a refund code, which may be a barcode type such as a one-dimensional barcode or a two-dimensional barcode, or may be read by other available reading devices 11. Any type of code.

The store personnel can perform the next refund function by clicking the refund function button on the display unit 15. After the refund function key is clicked, the refund code on the ticket can be read by the reading device 11 and a scan signal corresponding to the refund code can be generated. The refund verification module 12 generates a refund request according to the received scan signal and obtains ticket information of the ticket. Here, the ticket information is included in the refund code, and when the reading device 11 reads the refund code, all the ticket information included in the refund code can be simultaneously read and converted into a scan signal. The refund verification module 12 obtains the ticket information of the required ticket from the scan signal. Ticket information may include ticket purchase time, original purchase store number/store name, product number, transaction serial number, reservation code, order number, starting station, ticket number, face value, refund number, refund fee, actual refund amount Or any combination of the above.

The network module 13 outputs the ticket information and the refund request to the collection server via the network 20 to obtain the refundable signal returned by the collection server. The refund success confirmation module 14 generates a refund confirmation confirmation screen based on the refundable ticket signal and displays it on the display unit 15. The refund successful confirmation screen may include a trigger unit, which may be, for example, a selection button for displaying a "confirmation" text. The trigger unit is configured to generate a refund success signal. When the market personnel clicks on the trigger unit, a refund success signal corresponding to the refund confirmation is generated. The refund confirmation confirmation screen may also include part of the coupon information, such as the actual refund amount, in order to let the store personnel know the amount to be refunded to the consumer.

After the refund is completed and the trigger unit is clicked to generate the refund success signal, the printing unit 16 prints part of the ticket information that the refund is successful according to the refund success signal on at least one paper to provide the consumer with the refund. Credential or details.

Next, please refer to FIG. 1 to FIG. 3 at the same time. FIG. 3 is a flow chart showing the refund method executed by the refund system of the first embodiment. When the consumer holds the ticket to be refunded to the physical store to be refunded, the store personnel can use the reading device 11 of the refund system 10 to read the refund code of the ticket and generate a scan signal corresponding to the refund code (step S10). Next, the refund verification module 12 generates a refund request based on the scan signal and obtains ticket information of the ticket (step S11). The network module 13 outputs the refund request and the ticket information to the collection server 30 via the network 20, so as to obtain the refundable signal returned by the collection server 30 (step S12). After receiving the refundable ticket signal, the refund successful confirmation module 14 generates a refund confirmation confirmation screen including the trigger unit according to the refundable ticket signal, and generates a refund success signal after the trigger unit is triggered (step S13). Finally, the printing unit 16 prints the ticket information of the successful refund on at least one sheet based on the refund success signal (step S14).

With the refund system and the refund method of the embodiment, the consumer does not need to go to the multimedia machine to obtain the refund ticket when the ticket is refunded. You only need to take the original ticket of the ticket you want to refund to the cashier counter to refund the ticket. Since the ticket information related to the refund is obtained by reading the refund code, the store personnel do not need to additionally visually judge whether the ticket obtained is the ticket for the refund to be refunded on the refund receipt. In this way, the consumer can save the formalities and time for refunding the ticket, and the store personnel do not have to worry about the subsequent ticket complaint or accounting problem caused by the ticket on the non-refundable ticket.

Please refer to FIG. 4, FIG. 5 and FIG. 6 , FIG. 4 is a schematic diagram of a refund system according to a second embodiment of the present invention, FIG. 5 is a block diagram of the refund system of the embodiment, and FIG. 6 is a second diagram. A flow chart of a refund method executed by the refund system of the embodiment. The system architecture and method steps of the embodiment which are the same as the first embodiment will not be described again. In the present embodiment, the refund system 10a includes a reading device 11, a refund verification module 12, a network module 13, a refund success confirmation module 14, a display unit 15, a printing unit 16, and a sheet number confirmation module 17. The number confirmation module 17 is connected to the reading device 11, and the number of sheets confirmation module 17 can also be realized by one or more processing elements.

The difference between this embodiment and the first embodiment is that when the salesperson clicks the refund function key, the number of sheets of the number of refunds can be further displayed on the display unit 15. The store personnel can input the number of tickets to be refunded by means of keyboard input or touch input of the display unit 15. The number of sheets can be any integer greater than zero. Here is an example of returning 2 tickets. After the number-of-sheets confirmation module 17 receives the number of refunds of the number 2, the reading device 11 reads the refund code corresponding to the number of refunds. That is to say, if the store personnel receives the customer to withdraw 2 tickets, the number of refunds to be refunded is first input, and then the reading device 11 respectively reads the refund codes on the two tickets to obtain the tickets. Ticket information.

Another difference between this embodiment and the first embodiment is that the embodiment further includes a provider server 40 communicating with the server 30 via the network 20. The server 40 can be composed of one to a plurality of computers. After receiving the refund request and the ticket information, the contemporary receiving server 30 further transmits to the provider server 40 to verify whether the refund is possible. For tickets that are partially picked up or sold by the physical store, more than one type of refund pipe usually needs to be confirmed by the commissioner to avoid multiple refunds for the same ticket. After the operator server 40 confirms that the received ticket information is a refundable ticket, the refundable ticket signal is transmitted to the collection server 30. The collection server 30 then passes the refundable ticket back to the refund system 10a for subsequent processing.

In the embodiment, a server server 40 is taken as an example, but the server 40 can be multiple at the same time, and the invention is not limited thereto. If the two tickets for which the consumer wants to refund the ticket belong to different operators, the collection server 30 can transmit the refund request and the ticket information to the corresponding operator server 40 according to the received ticket information. Refund confirmation. In this way, the refund procedure can be simplified, and the store personnel can also perform the refunding operation more quickly, without having to confirm whether the tickets are the same or multiple times to execute the refund.

In the method flow, the step S10 of the first embodiment includes the number-of-reports confirmation module 17 to receive the number of refunds (step S101), and then the reading device 11 reads the refund code corresponding to the number of refunds, and generates Corresponding to the scan signal of the refund code (step S102). Then, the process proceeds to step S11 to continue the subsequent steps.

In addition, step 12 of the first embodiment further includes the following steps in this embodiment. After step S11, the network module 13 outputs the refund request and the ticket information to the collection server 30 via the network 20 (step S121). The collection server 30 outputs the refund request and the ticket information to the provider server 40 via the network 20 (step S122). Next, the provider server 40 confirms that the ticket corresponding to the ticket information is a refundable ticket based on the refund request, and transmits the refundable ticket to the collection server 30 via the network 20 (step S123). Subsequently, the collection server 30 receives and transmits the refundable ticket to the refund system 10a via the network 20 (step S124). Next, the subsequent steps are also continued in step S13, and will not be described again here.

Please refer to FIG. 7 , FIG. 8 and FIG. 9 , FIG. 7 is a schematic diagram of a refund system according to a third embodiment of the present invention, FIG. 8 is a block diagram of the refund system of the embodiment, and FIG. 9 is a third diagram. A flow chart of a refund method executed by the refund system of the embodiment. The system architecture and method steps of the embodiment which are the same as the first embodiment will not be described again. In this embodiment, the refund code on the ticket includes a refund enable code. The refund system 10b includes a reading device 11, a refund verification module 12, a network module 13, a refund success confirmation module 14, a display unit 15, a printing unit 16, and a refund module 18. The refund module 18 is connected to the reading device 11, the refund verification module 12 and the display unit 15, and the refund module 18 can also be implemented by one or more processing elements.

In the present embodiment, the difference from the first embodiment is that the refund module 18 generates a refund screen based on the refund enable code read by the reading device 11 and displays it on the display unit 15. Another trigger unit is included in the refund screen, and the other trigger unit may be, for example, a selection button for displaying a "confirmation" text. The other trigger unit is configured to generate a confirmation refund signal and transmit it to the refund verification module 12. When the market personnel clicks on the other trigger unit, it is confirmed that the refund process is to be entered, and the signal is transmitted to the refund verification module 12 to perform subsequent verification, confirmation, and the like. When the consumer wants to refund the ticket to the store, the store personnel do not need to click the refund function button on the display unit 15 to perform the next refund function. The refund enable code is included in the refund code. When the scan signal generated by the reading device 11 reading the refund code is parsed and found to have the refund enable code, it will confirm whether or not to start the refund process. This will further save the operating procedures of the store personnel.

In the method flow, the difference from the first embodiment is that after the step S10 in the embodiment, the refund module 18 generates a refund screen including another trigger unit according to the refund enable code of the scan signal, and After another trigger unit is triggered, a confirmation refund signal is generated (step S10'). Then, the process proceeds to step S11 to continue the subsequent steps.

Please refer to FIG. 10, FIG. 11 , FIG. 12A and FIG. 12B , FIG. 10 is a schematic diagram of a refund system according to a fourth embodiment of the present invention, and FIG. 11 is a block diagram of the refund system of the embodiment, FIG. 12A And FIG. 12B is a flow chart (1) and (2) of the refund method executed by the refund system of the fourth embodiment, respectively. This embodiment is similar to the third embodiment in that it is not necessary for the store personnel to first click the refund function button on the display unit 15 to perform the next refund function. Instead, the refund process can be initiated by the refund enable code included in the refund code. When the scan signal generated by the reading device 11 reading the refund code is parsed and found to have the refund enable code, it will confirm whether or not to start the refund process. Therefore, the same system architecture and method steps of the embodiment as the third embodiment will not be described again. In addition, in the embodiment, the number-of-sheets confirmation module 17 described in the second embodiment is further included, so as to further provide a process of returning a plurality of tickets, and the related system architecture and method steps are also the same as the second embodiment. It will not be repeated here.

As shown in FIG. 11, the refund system 10c of the present embodiment includes a reading device 11, a refund verification module 12, a network module 13, a refund success confirmation module 14, a display unit 15, a printing unit 16, and a number of sheets. The confirmation module 17 and the refund module 18 are confirmed. In the present embodiment, the difference from the third embodiment is that the refund module 18 is connected to the number-of-sheets confirmation module 17. When the refund module 18 generates the confirmation ticket refund signal, it will first transmit to the number-of-sheet confirmation module 17 to receive The number of refunds to be refunded.

Further, as shown in FIG. 10, the present embodiment includes a collection server 30, an operator server 40, and a sales server 50. The sales server 50 communicatively connects the collection server 30 and the provider server 40 via the network 20. After the receiving server 30 receives the refund request and the ticket information, the collecting server 30 first transmits the refund request and the ticket information to the sales server 50. The sales server 50 then transmits the refund request and the ticket information to the provider server 40 to obtain the refundable ticket signal returned by the provider server 40. At this time, the sales server 50 will generate a three-segment barcode according to the refundable ticket signal and the ticket information, and simultaneously transmit the refundable ticket signal and the three-segment barcode to the collection server 30. The collection server 30 simultaneously transmits the refundable signal and the three-segment barcode to the network module 13 of the refund system 10c.

After the refund is successfully confirmed, the network module 13 transmits the refund success signal to the collection server 30 via the network 20, and the collection server 30 receives and transmits the refund success signal to the sales server 50. Subsequently, the sales server 50 receives the refund success signal and transmits the refund success signal and the three-segment barcode to the dealer server 40 for storage.

For the ticket purchased or obtained by the multimedia device of the physical store, the sales agent 50 connected by the multimedia machine will further issue and control the ticket. In order to make the number of tickets available for sale or ticket collection in the multimedia correct, it can be confirmed by the sales agent 50 to allow the consumer who needs the ticket to purchase the ticket after the refund.

In the method flow, please refer to FIG. 10 to FIG. 12B at the same time. Step S10 of the third embodiment further includes the following steps in this embodiment. The ticket refund code of the ticket is read by the reading device 11 (step S103). If the refund code includes the refund enable code, the refund module 18 generates a refund screen including another trigger unit according to the refund enable code of the refund code, and another trigger unit is triggered to generate the confirmation refund signal (step S104). Next, the refund module 18 transmits the refund signal to the number confirmation module 17, and the number confirmation module 17 receives the refund amount based on the confirmation refund signal (step S105). After confirming the number of sheets to be refunded, the reading device 11 reads the refund code corresponding to the number of refunds again and generates a scan signal corresponding to the refund code (step S106). Then, the process proceeds to step S11 to continue the subsequent steps.

In addition, the step S12 of the third embodiment includes the following steps in the present embodiment. After step S11, the network module 13 outputs the refund request and ticket information to the collection server 30 via the network 20 (step S125). The collection server 30 outputs the refund request and ticket information to the sales server 50 via the network 20 (step S126). Subsequently, the sales server 50 outputs the refund request and the ticket information to the provider server 40 via the network 20 (step S127). The merchant server 40 confirms that the ticket corresponding to the ticket information is a refundable ticket based on the refund request, and transmits the refundable ticket to the sales server 50 via the network 20 (step S128). The sales server 50 generates three pieces of barcodes based on the refundable ticket signal and the ticket information, and transmits the refundable ticket signal and the three-segment barcode to the collection server 30 (step S129). Next, the collection server receives and transmits the refundable ticket and the three-segment barcode to the refund system 10 via the network 20 (step S130). Next, the subsequent steps are also continued in step S13, and will not be described again here.

In this embodiment, after step S13 or step S14 is completed (hereafter described as step S14), the refund success signal can be transmitted to the collection server 30 via the network 20 (step S15). The collection server 30 receives the delivery delivery refund success signal to the sales server 50 (step S16). Finally, the sales server 50 receives the refund success signal and transmits the refund success signal and the three-segment barcode to the operator server 40 (step S17).

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.

10, 10a, 10b, 10c‧‧‧ refund system

11‧‧‧Reading device

12‧‧‧Refund verification module

13‧‧‧Network Module

14‧‧‧Refund successful confirmation module

15‧‧‧Display unit

16‧‧‧Printing unit

17‧‧‧ number confirmation module

18‧‧‧Refunding module

20‧‧‧Network

30‧‧‧Collection server

40‧‧‧Business Server

50‧‧‧Sale server

S10‧‧‧Read the refund code of the ticket and generate a scan signal corresponding to the refund code

S10'‧‧‧ generates a refund screen including another trigger unit according to the refund code of the scan signal, and another confirmation unit is triggered to generate a confirmation refund signal

S101‧‧‧Received refunds

S102‧‧‧Read the refund code corresponding to the number of refunds and generate a scan signal corresponding to the refund code

S103‧‧‧Check the ticket refund code

S104‧‧‧ Generate a refund screen including another trigger unit according to the refund code of the refund code, and generate a confirmation refund signal after another trigger unit is triggered

S105‧‧‧Receive the number of refunds based on the confirmed refund signal

S106‧‧‧Read the refund code corresponding to the number of refunds and generate a scan signal corresponding to the refund code

S11‧‧‧ Generate ticket refund request based on scanned signals and obtain coupon information for tickets

S12‧‧‧Send the refund request and ticket information to the collection server via the network, so as to obtain the refundable signal returned by the collection server

S121‧‧‧ Output refund request and ticket information to the collection server via the network

S122‧‧‧ Output refund request and ticket information to the server via the network

The S123‧‧‧ server server confirms that the ticket corresponding to the ticket information is refundable after the refund request, and transmits the refundable ticket to the collection server via the network.

S124‧‧‧ receiving server receives and transmits the refundable signal via the network

S125‧‧‧ Output refund request and ticket information to the collection server via the network

The S126‧‧‧ receiving server outputs the refund request and ticket information to the sales server via the network.

S127‧‧‧Sale server sends refund request and ticket information to the server via the network

The S128‧‧‧ server server confirms that the ticket corresponding to the ticket information is refundable after the ticket refund request, and transmits the refundable ticket signal to the sales server via the network.

The S129‧‧‧ server sells three pieces of barcodes based on the refundable ticket and ticket information, and transmits the refundable signal and the three-segment barcode to the collection server.

The S130‧‧‧ receiving server receives and transmits the refundable signal and the three-segment barcode through the network.

S13‧‧‧ Generates a refund confirmation confirmation screen including the trigger unit according to the refundable ticket signal, and generates a refund success signal after the trigger unit is triggered

S14‧‧‧Using the printing unit to print the ticket information of the successful refund on at least one paper according to the successful refund signal

S15‧‧‧Send the refund success signal to the collection server via the network

S16‧‧‧ Receiving server receives and sends the return ticket success signal to the sales server

The S17‧‧‧ sales server receives the refund success signal and transmits the refund success signal and the three-segment barcode to the operator server.

[FIG. 1] A schematic diagram of a refund system according to a first embodiment of the present invention; [Fig. 2] is a block diagram of a refund system according to a first embodiment of the present invention; [Fig. 3] is a use of the refund system of the first embodiment A flowchart of a refund method executed; [Fig. 4] is a schematic diagram of a refund system according to a second embodiment of the present invention; [Fig. 5] is a block diagram of a refund system according to a second embodiment of the present invention; [Fig. 6] A flowchart of a refund method executed by the refund system of the second embodiment; [Fig. 7] is a schematic diagram of a refund system according to a third embodiment of the present invention; [Fig. 8] is a block diagram of a refund system according to a third embodiment of the present invention [Fig. 9] is a flowchart of a refund method executed by using the refund system of the third embodiment; [Fig. 10] is a schematic diagram of a refund system according to a fourth embodiment of the present invention; [Fig. 11] Block diagram of the four embodiment refund system; [Fig. 12A] is a flow chart (1) of the refund method executed by the refund system of the fourth embodiment; [Fig. 12B] is the use of the refund system of the fourth embodiment Flow chart of the executed refund method (2).

Claims (13)

A refund system for receiving a refund of at least one ticket having a refund code, the refund code including a refund enable code, the refund system comprising: a reading device for reading the refund code and generating corresponding One of the refund code scanning signals; a refund verification module, connected to the reading device, generating a refund request according to the scan signal and obtaining one of the at least one ticket information; and a network module connecting the refund verification a module for connecting a server to the server via a network, and outputting the ticket information and the refund request to the collection server via the network to obtain a refundable ticket for the collection server return a vouch-up success confirmation module, which is connected to the network module, and generates a refund successful confirmation screen according to the refundable ticket signal. The refund successful confirmation screen includes a trigger unit, wherein the trigger unit is configured to generate a refund success signal; a display unit, connected to the refund successful confirmation module, for displaying the refund confirmation screen; a printing unit, connecting the refund verification module and the refund is successful The module, according to the refund success signal, printing the ticket information of the refunded ticket on at least one paper; and a refund module connecting the reading device, the refund verification module and the display unit, the refund module Generating a refund screen according to the refund enable code read by the reading device, and displaying the refund screen, the display unit, the another trigger unit, wherein the other trigger unit is configured to generate a confirmation refund signal and transmit To the refund verification module. The refund system as claimed in claim 1 further includes a number confirmation module connected to the reading device, the number confirmation module receiving a refund amount, and the reading device reading the refund code corresponding to the number of refunds . The refund system of claim 1, further comprising a server communication connection to the collection server, the collection server transmitting the refund request and the ticket information to the provider server to obtain the server server back Pass the refundable signal. The refunding system as claimed in claim 3, further comprising: a sales server communication connection connecting the collection server and the server, the collection server transmitting the refund request and the ticket information to the sales server The sales server transmits the refund request and the ticket information to the server to obtain the refundable signal returned by the provider server, and the sales server is based on the refundable signal and the ticket information. A three-segment barcode is generated and the refundable ticket signal and the three-segment barcode are simultaneously transmitted to the collection server, and the collection server simultaneously transmits the refundable ticket signal and the three-segment barcode to the network module. The refund system of claim 4, wherein the network module transmits the refund success signal to the collection server via the network, and the collection server receives and transmits the refund success signal to the sales server. The sales server receives the refund success signal and transmits the refund success signal and the three-segment barcode to the operator server. The refund system as claimed in claim 1, wherein the ticket information includes a ticket purchase time, an original purchase store number/store name, a product number, a transaction serial number, a reservation code, an order number, a starting station, a ticket number, a face value, and a refund. Number of sheets, refund fee, actual refund amount or any combination of the above. a refund method for receiving a refund of at least one ticket having a refund code, the refund method comprising: reading the refund code of the at least one ticket and generating a scan signal corresponding to the refund code; according to the scan signal One of the refund enable codes generates a refund screen including one of the other trigger units, and the other trigger unit is triggered to generate a confirmation refund signal; generating a refund request according to the scan signal and obtaining one of the at least one ticket The voucher information; the refund request and the ticket information are output to a collection server via a network, so as to obtain one of the refundable signals returned by the collection server; and the triggering signal generation includes a trigger unit a refund success confirmation screen, and the trigger unit is triggered to generate a refund success signal; and the stamp information succeeded in printing the ticket information on the at least one paper according to the refund success signal by using a printing unit. The refund method of claim 7, wherein the step of reading the refund code of the at least one ticket and generating the scan signal corresponding to the refund code comprises: receiving a refund amount; and reading the corresponding refund amount The refund code and the scan signal corresponding to the refund code. a refund method for receiving a refund of at least one ticket having a refund code, the refund method comprising: reading the refund code of the at least one ticket; Retrieving the ticket enable code according to one of the refund codes to generate a refund screen including one of the trigger units, and the other trigger unit is triggered to generate a confirmation refund signal; receiving a refund amount according to the confirmation refund signal; The refunding code of the refunding number and the scanning signal corresponding to the refunding code; generating a refund request according to the scanning signal and obtaining one of the at least one ticket information; the refund request and the ticket information are transmitted through the network The road is outputted to a generation receiving server, so as to obtain one of the refundable signals returned by the receiving server; generating a refund confirmation confirmation screen including one of the triggering units according to the refundable signal, and the triggering unit is triggered to generate a The refund success signal; and using a printing unit to print the ticket information of the successful refund on at least one paper according to the refund success signal. The method of claim 7 or claim 9, wherein the refund request and the ticket information are output to the collection server via the network, so as to obtain the step of returning the refundable signal by the collection server The method includes: outputting the refund request and the ticket information to the collection server via the network; the collection server outputs the refund request and the ticket information to the operator server via the network; the operator servo According to the refund request, after confirming that the at least one ticket corresponding to the ticket information is a refundable ticket, transmitting the refundable signal to the collection server via the network; and the collection server passes the network Receive and transmit the refundable signal. The refund method of claim 7 or 9, wherein the refund request and the ticket information are output to the collection server via the network, so as to obtain the refundable signal returned by the collection server The step includes: outputting the refund request and the ticket information to the collection server via the network; the collection server outputs the refund request and the ticket information to the one-selling server via the network; The sales server outputs the refund request and the ticket information to the operator server via the network; the server server confirms that the at least one ticket corresponding to the ticket information is refundable according to the refund request Transmitting the refundable ticket signal to the sales server via the network; the sales server generates a three-segment barcode according to the refundable ticket signal and the ticket information, and transmits the refundable ticket signal and the three-segment barcode to the The collection server; and the collection server receives and transmits the refundable signal and the three-segment barcode through the network. The method of claim 11, further comprising: transmitting the refund success signal to the collection server via the network; the collection server receiving and transmitting the refund success signal to the sales server; The sales server receives the refund success signal and transmits the refund success signal and the three-segment barcode to the operator server. The refund method according to claim 7 or 9, wherein the ticket information includes a ticket purchase time, an original purchase store number/store name, a product number, a transaction serial number, a reservation code, an order number, a starting station, a ticket number, and a face amount. , the number of refunds, the refund fee, the actual refund amount or any combination of the above.