TWM504288U - Ticket service system for joint ticket package - Google Patents

Description

Joint ticket purchase system

The present invention relates to an online ticketing system, and more particularly to a ticketing system for a joint package.

In daily life, the public has many opportunities to use the multimedia machine (Kiosk) for convenience payment or shopping services, such as downloading payment slips, online ticket purchases, and online stored value...etc. Among them, tickets for online ticket purchase services such as: high-speed rail tickets, Taiwan railway tickets, passenger tickets, exhibition tickets, stage drama tickets, concert tickets, accommodation rolls, amusement park tickets, etc. However, when the user goes to the multimedia machine to make online ticket purchase service, each ticket volume must be purchased separately. For example, select multiple screens in order to enter the demand screen, and even wait for payment in front of the multimedia machine or After the purchaser confirms that it is correct, the payment slip can be obtained, which not only wastes the user's time, but also loses the convenience of the multimedia machine. If more than one person needs to use a multimedia machine at the same time, it will inevitably waste more time for users. Moreover, in the purchase of high-speed rail tickets, the user only purchases the ticket exchange ticket, so it is still necessary to change the ticket to the station in advance to obtain the actual ticket used during the ride.

In an embodiment, the ticketing system of the joint package includes: a first server, a multimedia machine, a POS (serviced point-of-sale system) cash register, and a ticket printer. The multimedia machine, the POS cash register and the ticket printing machine communicate with the first server. The multimedia machine is used to execute a ticket purchase program. In the ticket purchasing process, the multimedia machine uses a user interface to receive a matching ticket information, a traffic ticket information, a set of tickets and a verification code, according to the matching ticket information, the traffic ticket information, and the number of packages. Calculate a payment amount, output a payment barcode corresponding to the payment amount, and upload the matching ticket information, the traffic ticket information, the number of packages, and the verification code to the first server. The POS cash register generates a payment completion message according to the payment barcode and uploads the payment completion message to the first server. The first server generates a redemption number in response to the payment completion message and transmits the matching ticket information, the traffic ticket information, the redemption number, and the first printing instruction to the ticket printing machine. The ticket printing machine prints a ticket obtaining certificate of a vehicle according to the traffic ticket information and the redemption number in response to the first printing instruction, and prints a matching ticket volume according to the matching ticket information.

In some embodiments, the ticketing system of the combined package further includes: a second server, and the second server is communicatively coupled to the multimedia machine. Here, the multimedia machine performs a ticket collection procedure. In the ticket collecting process, the multimedia machine uses the user interface to receive the verification code and the redemption number, provides at least one boarding date according to the verification code and the redemption number on the user interface, and selects a boarding date as a selected date by using the user interface. Provide at least one shift option based on the selected date on the user interface, select a shift option using the user interface as an selected shift, and transmit the information of the transport ticket, the date selected, the number of selected shifts, and the number of packages Two servers. The matching ticket information further includes a date of use, and at least one boarding date falls within a date range having a date of use. The second server performs a location procedure according to the traffic ticket information, the selected date, the selected shift, and the number of packages to generate the seat information of the number of packages. The first server transmits the information of the traffic ticket, the selected date, the selected shift, the seat information of the number of sets, and a second print order to the ticket printing machine. The ticket printing machine responds to the second printing instruction to print the ticket number of the vehicle according to the information of the transportation ticket, the date selected, the number of the selected shift, and the number of the ticket.

In an embodiment, the ticketing system of the joint package includes: a first server, a multimedia machine, a second server, and a ticket printer. The multimedia machine communicates with the ticket printing machine to connect to the first server, and the second server communicates with the multimedia machine or the first server. The first server stores an order, and the order includes a matching ticket information, a traffic ticket information, a set of tickets, a verification code, and a redemption number. The matching ticket information includes a date of use, and the traffic ticket information includes a first location and a second location. The multimedia machine uses a user interface to receive the verification code and the redemption number, provides at least one boarding date according to the verification code and the redemption number on the user interface, and obtains a boarding date as the selected date by using the user interface, and provides the selected date according to the selected date. At least one shift is selected on the user interface, and the user interface is used to select a shift option as the selected shift. All boarding dates fall within a date range with a date of use. The second server receives the first location, the second location, the selected date, the selected shift and the number of packages, and the marking procedure according to the selected date, the selected shift, and the number of the package to generate a set. Seat information for the number of votes. The first server receives the seat information of the number of packages, and transmits the information of the transportation ticket, the selected date, the selected shift, the seat information of the number of sets, and a printing instruction to the ticket printing machine. The ticket printing machine responds to the printing instruction to print the ticket number of the vehicle according to the information of the transportation ticket, the date selected, the number of the selected shift, and the number of the ticket.

In summary, the ticketing system of the combined package according to the present invention can limit the date of riding of the ticket of the vehicle according to the date of use of the matching ticket and the starting point of the ticket of the vehicle according to the place of use of the matching ticket. Or stop at the end to avoid the abuse of the joint package, thereby improving the convenience of the multimedia machine and saving the user's time. Furthermore, the ticket purchasing system of the combined ticket according to the present invention can directly provide the user to perform the location and obtain the actual ticket ticket used when traveling on a specific vehicle, thereby further improving the convenience of the multimedia machine and saving User's time.

Fig. 1 is a schematic view showing a ticket purchasing system of a joint package according to the first embodiment of the present invention. The ticketing system of the joint ticket includes at least a first server 10, a multimedia machine (Multi-Media Kiosk; MMK) 30, a POS (service-based point-of-sale system) cash register 40, and a ticket printer 50. Here, the multimedia machine 30, the POS cash register 40, and the ticket printer 50 may be owned by a convenience store (ie, set in a convenience store). The first server 10 can be the system host for this convenience store. The first server 10 can be located in the convenience store or at the headquarters of the convenience store. Here, the multimedia machine 30, the POS cash register 40, and the ticket printing machine 50 can be individually connected to the first server 10 via the network 60. Here, the network 60 can be a Wide Area Network (WAN), a Local Area Network (LAN), or a combination thereof. The multimedia machine 30 can be, for example, ibon, FamiPort, Life-ET, and the like.

Fig. 2 is a schematic block diagram of the first server 10 of the first embodiment of the present invention. Figure 3 is a schematic block diagram of the multimedia machine 30 of the first embodiment of the present invention.

Referring to FIG. 2 , the first server 10 includes an operation control module 11 , a network module 12 , a number generation module 13 , a print control module 14 , and a storage unit 15 . The operation control module 11 is electrically connected to the network module 12, the number generation module 13, the print control module 14, and the storage unit 15. The operation control module 11 is mainly used to control the operations of the components (such as the network module 12, the number generation module 13, the print control module 14, and the storage unit 15). The network module 12 provides external communication, that is, the multimedia machine 30, the POS cash register 40, and the ticket printer 50 are communicatively communicated via the network 60. The operation control module 11, the number generation module 13, and the print control module 14 can be implemented by one or more processing elements. The storage unit 15 can be implemented by one or more storage elements.

Referring to FIG. 3, the multimedia machine 30 includes an operation control module 31, a network module 32, a user interface 33, a printing unit 34, and a storage unit 35. The operation control module 31 is electrically connected to the network module 32, the user interface 33, the printing unit 34, and the storage unit 35. The operation control module 31 is mainly used to control the operations of various components (such as the network module 32, the user interface 33, the printing unit 34, and the storage unit 35). The network module 32 provides external communication, i.e., the first server 10 is communicatively coupled via the network 60. The operation control module 31 can be implemented by one or more processing elements. The user interface 33 can be a touch screen, a combination of a general display screen and a plurality of physical buttons, or a combination of a touch screen and one or more physical buttons. The storage unit 35 can be implemented by one or more storage elements.

Please refer to FIG. 1 to FIG. 3 at the same time. First, the operation control module 31 of the multimedia machine 30 executes a ticket purchase program to provide the user with the purchase of the joint package. Among them, the joint package is a matching ticket with a vehicle ticket (the ticket of the specific vehicle preset by the system).

Among them, the matching ticket can be a traffic ticket, an exhibition ticket, a stage drama ticket, a concert ticket, a accommodation ticket, or an amusement park ticket. The transportation ticket can be a ticket for any vehicle, such as a high-speed rail ticket, a general railway ticket, a passenger ticket, a bus ticket, a MRT ticket, a ticket, a ticket, and the like. In addition, if the ticket is a traffic ticket, the ticket is preferably a ticket for the vehicle that can be taken without a position.

Among them, the specific vehicle preset by the system may be a high-speed railway, a general railway, a passenger transport, a bus, a MRT, an airplane, or a traffic boat, and the ticket is corresponding to a high-speed railway ticket, a general railway ticket, a passenger ticket, Bus tickets, MRT tickets, air tickets, or tickets. Preferably, the specific vehicle may be a vehicle that can be parked, such as a high-speed railway, a general railway, a passenger or an airplane, and the ticket may be a high-speed rail ticket, a general railway ticket, a passenger ticket or an air ticket, etc. .

In the ticket purchasing process, the operation control module 31 provides a matching item option and a date of use option on the user interface 33 to match the selection of the ticket volume by operating the user interface 33.

In some embodiments, the collocation option and the date of use option may be provided through one or more windows. Under multiple windows, each window is sequentially displayed on the user interface 33. That is, each window has a confirmation button in addition to the option. The operation control module 31 provides a next window in response to a confirmation signal indicating that the confirmation button is selected. The operation control module 31 obtains a matching item, a date of use, and a place of use to match the ticket information according to the selected matching item option and the selected date of use option. Among them, the matching items may be, for example, a vehicle, an exhibition, a stage play, a concert, an accommodation (for example, a hotel, a hotel, a hotel, a hotel, etc.), an amusement park, or the like. For example, each collocation project has a corresponding use location, as shown in Table 1 below.

Table 1 <TABLE border="1" borderColor="#000000" width="85%"><TBODY><tr><td> Collocation project</td><td> Location of use</td></tr> <tr><td> Kenting Express Line</td><td> Zuoying</td></tr><tr><td> Tainan 8899 Line</td><td> Tainan </td></tr ><tr><td> Alishan Line</td><td> Chiayi</td></tr><tr><td> Sun Moon Lake Line</td><td> Taichung</td></tr> <tr><td> Lukang Line</td><td> Taichung</td></tr><tr><td> Xitou Line</td><td> Taichung</td></tr> <tr><td> Dongshan River Line</td><td> Taipei</td></tr><tr><td> Jiaoxi Line</td><td> Taipei</td></tr> <tr><td> XX Aviation at Songshan Airport</td><td> Taipei</td></tr><tr><td> OO Aviation at Taoyuan Airport</td><td> Taoyuan</td> </tr><tr><td> ZZ Airlines at Taichung Ching Chuan Kang Airport</td><td> Taichung</td></tr><tr><td> OO Airlines at Kaohsiung Xiaogang Airport</td>< Td> Kaohsiung</td></tr><tr><td> XXX Concert</td><td> Taipei</td></tr><tr><td> OOO Exhibition</td><td > Kaohsiung</td></tr><tr><td> 某大酒店</td><td> Hsinchu</td></tr></TBODY></TABLE>

Next, the operation control module 31 provides the location of the ticket of the vehicle to the user interface 33 to provide the user with the choice of starting or ending of the ticket by operating the user interface 33. In other words, the operation control module 31 can provide a purchase window for the user to purchase a travel ticket for a travel, return or return ticket according to different matching items. For example, when purchasing the fare ticket, the user selects the start of the ticket by operating the user interface 33, and the operation control module 31 directly uses a second in the same area as the use location. The location is as the station. When purchasing the return ticket, the user selects the stop station of the ticket by operating the user interface 33, and the operation control module 31 directly starts with a second location in the same area as the use location. . When the round-trip ticket is purchased, the user performs the selection of the departure ticket of the travel ticket by operating the user interface 33, and the operation control module 31 directly uses a second location in the same area as the use location. It is the starting point of the ticket for the return journey, and the starting point of the ticket for the return journey as well as the departure station of the return ticket and the departure station directly for the departure as the starting point of the return ticket.

In one embodiment, the operational control module 31 selects one of a plurality of location options as the second location based on the location of use and provides the remaining options to the user interface 33. The operational control module 31 receives via the user interface 33 a selection signal corresponding to one of the remaining options. In other words, when the user selects one of the plurality of remaining options displayed on the user interface 33 by operating the user interface 33, the user interface 33 generates a confirmation signal corresponding to the remaining selected options to the operation control module 31. . The operation control module 31 obtains traffic ticket information such as the second location and the first location according to the use location and the selection signal.

The operation control module 31 further provides an input window of the number of packages on the user interface 33 to receive the number of packages input by the user by operating the user interface 33.

The operation control module 31 further provides an input window of the verification code on the user interface 33 to receive the verification code input by the user by operating the user interface 33. Here, the verification code can use the last 4 codes of the identity card number to provide effective identity recognition.

Then, the operation control module 31 calculates a payment amount based on the matching ticket information, the traffic ticket information, and the number of packages. The matching ticket information includes the selling price of the ticket, and the traffic ticket information includes the selling price of the vehicle (for example, the price of the ticket selected by the user or the selling price of the system setting ticket). In one embodiment, the operational control module 31 calculates a payment amount ($3) based on the selling price of the matching ticket ($1), the selling price of the vehicle ($2), and the number of packages (N). For example: $3=$1×N+$2×N. In another embodiment, the operation control module 31 calculates a payment amount based on the selling price of the matching ticket, the selling price of the vehicle, the number of packages, and a discount rule. Here, the discount rule may be a discount for the selling price of the ticket, a discount for the selling price of the vehicle, or a combination thereof. For example, the discount rule is 30% off the selling price of the vehicle, so the payment amount is equal to $1×N+$2×N×0.7.

The operation control module 31 generates a detail window based on part or all of the ticket information, part or all of the ticket information, the number of packages, and the payment amount, and displays the detail window on the user interface 33. In this case, the detail window has an output button in addition to some or all of the ticket information, some or all of the ticket information, the number of packages, and the amount of payment.

When the user selects the output button displayed on the user interface 33 by operating the user interface 33, the operation control module 31 controls the printing unit 34 to print a payment receipt in response to the confirmation signal indicating that the output button is selected. A ticket purchase order is created with the information of the ticket information, the traffic ticket information, the number of packages, the payment amount, and the verification code, and the purchase order is stored in the storage unit 35. The payment receipt has a payment barcode corresponding to the payment amount and the purchase order. Alternatively, the payment slip has a payment barcode corresponding to the payment amount and an order barcode corresponding to the purchase order.

Here, the user can pay the payment to the POS cash register 40 for a predetermined period of time. The operation control module 31 can also control the network module 32 to purchase the ticket purchase order in response to the confirmation signal selected on behalf of the output button (ie, matching ticket information, traffic ticket information, number of packages, payment amount, and The verification code and the like are uploaded to the first server 10. After the operation control module 11 of the first server 10 receives the ticket purchase order via the network module 12, the operation control module 11 temporarily stores the pen purchase order in the storage unit 35 for a predetermined time. In other words, when the temporary storage time of the purchase order exceeds the predetermined time and the operation control module 11 has not received the payment completion message corresponding to the purchase order (indicating that the purchase order has not completed the paid purchase), the operation control module 11 The temporary purchase order in the storage unit 35 is cleared.

Upon completion of the payment, the POS cash register 40 generates a payment completion message and transmits a payment completion message to the first server 10 via the network 60. After the operation control module 11 of the first server 10 receives the payment completion message via the network module 12 (on behalf of the ticket purchase order has completed the paid purchase), the operation control module 11 generates a redemption number and a column in response to the payment completion message. Printing instructions (hereinafter referred to as the first print command), and transmitting the matching ticket information, the traffic ticket information, the redemption number, and the first print command to the ticket printer 50 via the network module 12 via the network 60 . At the same time, the operation control module 11 will complete the purchase order for the paid purchase (including the matching ticket information, the traffic ticket information, the number of packages)

The data such as ﷽﷽﷽﷽﷽﷽﷽﷽﷽﷽﷽﷽﷽, verification code, and redemption number are stored in the storage unit 35.

The ticket printing machine 50 receives the matching ticket information, the traffic ticket information, the redemption number, and the first printing instruction via the network 60, and prints one of the specific vehicles according to the traffic ticket information and the redemption number in response to the first printing instruction. Take the ticket certificate and print a matching ticket according to the matching ticket information. In other words, the ticket collection certificate has some or all of the traffic ticket information and the redemption number. This ticketing certificate is a ticketing certificate for the ticket of the particular vehicle of the number of packages. In other words, the user can collect the ticket for the ticket of the specific vehicle based on the ticket proof.

In some embodiments, the operation control module 11 further generates a date interval according to the usage date and a predetermined rule in response to the payment completion message, and transmits the matching ticket information and the traffic ticket information via the network 60 via the network module 12. , the exchange number, the date range, and the first print order to the ticket printer 50. At the same time, the operation control module 11 will match the ticket information, the traffic ticket information, and the number of packages.

The UI, the verification code, the date range, and the redemption number are stored in the storage unit 35. In other words, the ticket purchase order in the storage unit 35 includes the matching ticket information, the traffic ticket information, and the number of packages.

﷽﷽﷽﷽﷽﷽﷽﷽﷽﷽﷽﷽﷽, verification code, date range, and redemption number.

Here, the ticket printer 50 receives the matching ticket information, the traffic ticket information, the redemption number, the date interval, and the first print instruction via the network 60. The ticket printing machine 50 prints a ticket obtaining certificate according to the traffic ticket information, the redemption number and the date interval in response to the first printing instruction, so that the user can take the ticket for ticketing based on the information on the ticket collection certificate. . And, the ticket printing machine 50 prints a matching ticket volume according to the matching ticket information in response to the first printing instruction. At this time, the ticket collection certificate has some or all of the traffic ticket information, the exchange number, and the date interval. Here, the date range is the date on which the user can obtain the boarding pass (hereinafter referred to as the boarding date).

In some embodiments, referring back to FIG. 1, the ticketing system of the joint package may further include a second server 20. Here, the second server 20 can be a system host of the transportation operator. The second server 20 can be disposed in the headquarters of the transportation operator. Here, the second server 20 can communicate with the multimedia machine 30 via the network 60. In an embodiment, the multimedia machine 30 can communicate with the second server 20 in a hyperlinked manner. In another embodiment, the multimedia machine 30 can communicate with the second server 20 in a manner that the first server 10 acts as a relay server.

Figure 4 is a schematic block diagram of the second server 20 of the first embodiment of the present invention. Referring to FIG. 4, the second server 20 includes a processing unit 21, a network module 22, and a storage unit 25. The processing unit 21 is electrically connected to the network module 22 and the storage unit 25. Here, the processing unit 21 is mainly used to control the operations of components (such as the network module 22 and the storage unit 25). The network module 22 provides external communication, that is, the multimedia machine 30 is connected via the network 60. Therein, the processing unit 21 can be implemented by one or more processing elements. The storage unit 25 can be implemented by one or more storage elements.

Please refer to FIG. 1 to FIG. 4 at the same time. In some embodiments, the operation control module 31 of the multimedia machine 30 can also execute a ticket collection procedure to provide the user to obtain the vehicle according to the information on the ticket collection certificate. Ticket ticket.

In the ticket collecting process, the operation control module 31 provides an input field with a verification code and an input field of the redemption number on the user interface 33 to receive the verification code and redemption input by the user by operating the user interface 33. number. Here, the input field of the verification code and the input field of the redemption number can be provided through a single input window or through respective input windows (ie, multiple input windows). Under the plurality of input windows, the respective input windows are sequentially displayed on the user interface 33. That is, each input window has a confirmation button in addition to the input field. The operational control module 31 provides a next window (next input window or other option window) in response to a confirmation signal representative of the confirmation button being selected.

Here, the operation control module 31 receives the verification code input by the user and the redemption number by using the input field on the user interface 33, and provides at least one riding date (date option) to the user interface 33 according to the verification code and the redemption number. on.

In an embodiment, assuming that the storage unit 35 of the multimedia machine 30 stores a purchase order for a previously paid purchase, the operation control module 31 finds from the storage unit 35 the purchase ticket that meets the received verification code and the redemption number. The order (ie, the verification code and the redemption number in the stored purchase order are the same as the received verification code and redemption number). Next, the operation control module 31 reads out the date range from the found purchase order, and displays the date option of each day (ship date) of the date range on the user interface 33.

In another embodiment, if the date of the purchase order does not have a date range, the operation control module 31 reads the date of use from the found purchase order, and generates a date interval according to the date of use and a predetermined rule. In other words, one of the dates of the date range is the date of use. For example, suppose the established rule is three days before and after, and the date range is from the third day before the date of use to the third day after the date of use. Assuming the established rule is the first seven days, the date range is from the sixth day before the date of use to the date of use. Assuming the established rule is the last four days, the date range is from the date of use until the third day after the date of use.

In another embodiment, assuming that the storage unit 35 of the multimedia machine 30 does not store the previously purchased purchase order, the operation control module 31 uploads the received verification code and the redemption number through the network module 32. To the first server 10. The operation control module 11 receives the verification code and the redemption number from the multimedia machine 30 via the network module 12. The operation control module 11 obtains the date interval based on the received verification code and the redemption number, and transmits it back to the multimedia machine 30 via the network module 12. Here, the storage unit 15 of the first server 10 stores the purchase order for the previously paid purchase. Further, the manner in which the operation control module 11 acquires the date range is substantially the same as the manner in which the multimedia machine 30 acquires the date range in the above-described embodiment, and therefore will not be described again.

The operation control module 31 uses the user interface 33 to select one of the boarding dates as the selected date. For example, when the user selects one of the at least one boarding dates displayed on the user interface 33 by operating the user interface 33, the user interface 33 generates a confirmation signal corresponding to the selected boarding date to the operation control mode. Group 31. The operation control module 31 knows the selected boarding date (ie, the selected date) based on the confirmation signal.

The operational control module 31 provides at least one shift option to the user interface 33 based on the selected date. For example, the operational control module 31 provides a plurality of time periods of the selected date on the user interface 33 for the user to select. Next, the operational control module 31 provides at least one shift option to the user interface 33 based on the selected time period. In an embodiment, the corresponding information of the shift and travel time of a particular vehicle can be pre-established in the storage unit 35. The operational control module 31 reads the corresponding shift from the storage unit 35 based on the selected date and provides the shift options for the read shift on the user interface 33. Among them, the driving time of the shift indicated by the shift option is in the selected date (selected time period). In another embodiment, the operation control module 31 can upload the selected date (and the selected time period) to the second server 20 via the network module 32. The storage unit 25 of the second server 20 stores corresponding information of the shift and travel time of the specific vehicle. The processing unit 21 receives the selected date (and the selected time period) from the multimedia machine 30 via the network module 22. Then, the processing unit 21 reads out the corresponding shift from the storage unit 25 based on the selected date (and the selected time period), and returns the read shift to the multimedia machine 30 via the network module 22. The operational control module 31 receives the returned shifts via the network module 32 and provides the shift options for the received shifts on the user interface 33.

The operational control module 31 utilizes the user interface 33 to select one of the shift options as the selected shift. For example, when the user selects one of the at least one shift options displayed on the user interface 33 by operating the user interface 33, the user interface 33 generates a confirmation signal corresponding to the selected shift option to the operational control mode. Group 31. The operation control module 31 knows the selected shift option (ie, the selected shift) based on the confirmation signal.

The operation control module 31 transmits the traffic ticket information (first location and second location), the selected date, the selected shift, and the number of packages to the second server 20 via the network module 32. The processing unit 21 receives the traffic ticket information (first location and second location) from the multimedia station 30, the selected date, the selected shift, and the number of packages via the network module 22. Moreover, the processing unit 21 performs a location procedure based on the traffic ticket information (first location and second location), the selected date, the selected shift, and the number of packages to generate seat information for the number of packages. Then, the processing unit 21 transmits the generated seat information (and the identification information of the corresponding ticket order) to the first server 10 or the multimedia machine 30 via the network module 22. The identification information of the ticket purchase order may be the traffic ticket information, the verification code, the redemption number, the additionally generated order number or a combination thereof.

For example, the operation control module 31 receives the seat information (and the identification information of the corresponding ticket order) from the second server 20 by the network module 32, and transmits the information to the multimedia machine 30. The seat information of the number of packages (and the identification information of the corresponding ticket order) is transmitted to the first server 10 by the network module 32.

The operation control module 11 receives the seat information (and the identification information of the corresponding ticket order) from the second server 20 or the multimedia machine 30 via the network module 12, and generates a print command accordingly. (hereinafter referred to as the second print order). The operation control module 11 transmits the traffic ticket information (the first location and the second location), the selected date, the selected shift number, the seat information of the ticket number, and the second printing instruction to the ticket printing machine via the network module 12. 50. The ticket printing machine 50 prints the ticket volume of the number of packages according to the information of the traffic ticket volume (the first location and the second location, the selected date, the selected shift, and the number of packages) in response to the second printing instruction. In other words, Each ticket is printed with at least the first location, the second location, the selected date, the selected shift, and a seat information. Therefore, the user can directly print the printed ticket to the specific ticket. Take the specific transportation on the boarding point of the vehicle.

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. Each of the foregoing storage elements is used to store related software/firmware programs, materials, files, or combinations thereof. Here, the storage element may be, for example, a volatile memory or a non-volatile memory, but is not limited thereto. Each of the foregoing network modules may be a wired network module, a wireless network module, a wireless communication module, or a combination thereof. Among them, the network module is preferably a wired network module.

In summary, the ticketing system of the combined package according to the present invention can limit the date of riding of the ticket of the vehicle according to the date of use of the matching ticket and the starting point of the ticket of the vehicle according to the place of use of the matching ticket. Or stop at the end to avoid the abuse of the joint package in the joint package, thereby improving the convenience of the multimedia machine and saving the user's time. Furthermore, the ticket purchasing system of the combined ticket according to the present invention can directly provide the user to perform the location and obtain the actual ticket ticket used when traveling on a specific vehicle, thereby further improving the convenience of the multimedia machine and saving User's time.

10‧‧‧First server
11‧‧‧Operation Control Module
12‧‧‧Network Module
13‧‧‧Number generation module
14‧‧‧Printing control module
15‧‧‧ storage unit
20‧‧‧Second server
21‧‧‧Processing unit
22‧‧‧Network Module
25‧‧‧ storage unit
30‧‧‧Multimedia (Multi-Media Kiosk; MMK)
31‧‧‧Operation Control Module
32‧‧‧Network Module
33‧‧‧User Interface
34‧‧‧Printing unit
35‧‧‧ storage unit
40‧‧‧POS (Serviced Endpoint Sales System) Cash Register
50‧‧‧Printing machine
60‧‧‧Network

[Fig. 1] is a schematic diagram of a ticket purchasing system of a joint package according to the first embodiment of the present creation. [Fig. 2] is a schematic block diagram of the first server of the first embodiment of the present invention. [Fig. 3] is a schematic block diagram of the multimedia machine of the first embodiment of the present invention. [Fig. 4] is a schematic block diagram of the second server 20 of the first embodiment of the present invention.

10‧‧‧First server

20‧‧‧Second server

30‧‧‧Multimedia (Multi-Media Kiosk; MMK)

40‧‧‧POS (Serviced Endpoint Sales System) Cash Register

50‧‧‧Printing machine

60‧‧‧Network

Claims (19)

A ticket purchase system for a joint package includes: a first server; a multimedia machine, communicatively connecting the first server, and executing a ticket purchase program, wherein in the ticket purchase program, the multimedia machine utilizes a The user interface receives a matching ticket volume information, a traffic ticket volume information, a set of ticket number and a verification code, calculates a payment amount according to the matching ticket volume information, the traffic ticket volume information, and the number of the ticket, and outputs correspondingly a payment barcode of the payment amount, and uploading the matching ticket information, the traffic ticket information, the number of the ticket and the verification code to the first server; a POS (service-based endpoint sales system) cash register, communication Connecting the first server, generating a payment completion message according to the payment barcode, and uploading the payment completion message to the first server; and a ticket printing machine, the first server is connected to the first server, wherein the first server Responding to the payment completion message to generate a redemption number and transmitting the matching ticket information, the transportation ticket information, the redemption number, and a first printing instruction to the printing The ticket machine, and the ticket printing machine, in response to the first printing instruction, print a ticket obtaining certificate of a vehicle according to the traffic ticket volume information and the redemption number, and print a matching ticket volume according to the matching ticket volume information. The ticketing system of the joint ticket of claim 1, wherein the traffic ticket information includes a first location and a second location, the matching ticket information includes a usage location, and the second location and the use The location is the same area. The ticketing system of the joint package of claim 2, wherein the multimedia machine selects one of a plurality of location options as the second location according to the location of use and provides the remaining options of the location options for the use On the user interface, a confirmation signal corresponding to one of the remaining options is received via the user interface, and the remaining options corresponding to the selection signal are selected as the first location. The ticketing system of the joint package of claim 2, wherein the first location is a departure of a departure ticket, and the second location is a destination of the departure ticket. The ticketing system of the joint package of claim 2, wherein the first location is a destination of a departure ticket, and the second location is a departure of the departure ticket. The ticketing system of the joint package of claim 1, wherein the vehicle is a high speed railway, a general railway, a MRT, a passenger transport, a traffic boat or an airplane. The ticketing system of the joint package of claim 1, wherein the ticketing certificate of the vehicle is the ticketing ticket of the boarding ticket of the vehicle on which the number of the ticket is located. The ticketing system of the joint package according to claim 1, wherein the matching ticket is a transportation ticket, an exhibition ticket, a stage drama ticket, a concert ticket, an accommodation ticket, or an amusement park ticket. The ticketing system of the joint ticket according to any one of claims 1 to 8, further comprising: a second server, communicably connecting the multimedia machine or the first server; wherein the multimedia machine is further Performing a ticket vouching process; wherein, in the ticket vouching process, the multimedia machine station receives the verification code and the redemption number by using the user interface, and provides at least one boarding date to the user according to the verification code and the redemption number Selecting, by the user interface, one of the at least one boarding date as an selected date, providing at least one shift option according to the selected date on the user interface, and selecting the at least one shift by using the user interface. One of the options as an selected shift, and transmitting the information of the ticket, the selected date, the selected shift, and the number of the ticket to the second server; wherein the matching ticket information further includes a use a date, and the at least one boarding date falls within a date range having the date of use; wherein the second server is based on the traffic ticket information, the selected date The selected shift and the number of the ticket are subjected to a sizing procedure to generate the seat information of the number of the ticket; wherein the first server transmits the information of the ticket, the selected date, the selected shift, the set The seat information of the ticket number and a second print order to the ticket printer; and wherein the ticket printer responds to the second print instruction according to the traffic ticket information, the selected date, the selected shift, The seat information of the set of tickets prints the number of tickets for the vehicle of the set of tickets. The ticketing system of the joint ticket according to claim 9, wherein the first server comprises: a network module, a communication connection between the multimedia machine and the ticket printing machine; a number generation module connected to the network The road module generates the redemption number in response to the payment completion message; a printing control module is connected to the network module to generate the first printing instruction and the second printing instruction; and a storage unit is connected to the network The road module and the number generation module store the matching ticket information, the traffic ticket information, the number of the package, the verification code, the redemption number, and the The selected date, the selected shift, and the number of seats in the seat information, wherein the matching ticket information, the traffic ticket information, the number of the ticket, The verification code, the redemption number, the selected date, the selected shift, and the seat information of the set of tickets are stored as an order. The ticketing system of the joint ticket of any one of claims 1 to 8, wherein the matching ticket information further includes a date of use, and the first server generates and transmits a date interval according to the date of use. The ticket printing machine and the ticket printing machine further print a ticket obtaining certificate according to the traffic ticket information, the redemption number and the date range. The ticketing system of the joint ticket according to any one of claims 1 to 8, wherein the first server comprises: a network module, the communication connection to the multimedia machine and the ticket printing machine; a module, connected to the network module, generating the redemption number in response to the payment completion message; a printing control module connecting the network module to generate the first printing instruction; and a storage unit connecting the network a module and the number generation module, the matching ticket information, the traffic ticket information, the number of the package, the verification code, the redemption number, and the The date of the election, the selected shift, and the number of seats in the set are stored in an order. A joint ticket purchase system includes: a first server storing an order, wherein the order includes a matching ticket information, a traffic ticket information, a set of tickets, a verification code, and a redemption number The matching ticket information includes a date of use, and the traffic ticket information includes a first location and a second location; a multimedia machine connected to the first server to receive the verification code by using a user interface And the redemption number, providing at least one date of travel on the user interface according to the verification code and the redemption number, and using the user interface to obtain one of the at least one boarding date as a selected date, according to the selected date Providing at least one shift option on the user interface, and using the user interface to select one of the at least one shift option as an selected shift, wherein the at least one ride date falls within a date interval having the use date a second server communicatively connecting the multimedia machine or the first server to receive the first place from the multimedia machine The second location, the selected date, the selected shift and the number of the ticket, and the seat information according to the selected date, the selected shift and the number of the ticket to generate the seat information of the number of the ticket And a ticket printing machine, the communication is connected to the first server, wherein the first server receives the seat information of the package number, transmits the information of the transportation ticket, the selected date, the selected shift, the set The number of seats of the seat information and a list of instructions to the ticket printer, and the ticket printer responds to the print instruction based on the information of the ticket, the selected date, the selected shift, and the number of the seat The information prints the ticket number of the vehicle for the number of tickets. The ticketing system of the joint package of claim 13, wherein the matching ticket information includes a use place, and the second place is the same area as the use place. The ticketing system of the joint package of claim 13, wherein the first location is a departure of a departure ticket, and the second location is a destination of the departure ticket. The ticketing system of the joint package of claim 13, wherein the first location is a destination of a departure ticket, and the second location is a departure of the departure ticket. The ticketing system of the joint package described in claim 13, wherein each of the ticket is a high speed railway ticket, a general railway ticket, a passenger ticket, a bus ticket, a MRT ticket, a ticket, or a ticket. Ticket. The ticketing system of the joint package of claim 13, wherein the vehicle is a vehicle for a boarding ride. The ticketing system of the combined package of any one of claims 13 to 18, wherein the first server comprises: a network module, the communication connection to the multimedia machine and the ticket printing machine, receiving from the The information of the traffic ticket of the multimedia machine, the selected date, the selected shift, and the seat information of the number of the ticket, the information of the transport ticket, the selected date, the selected shift, and the number of the ticket The seat information and a print command to the ticket printer; a print control module connected to the network module to generate the second print command; and a storage unit connected to the network module and the number generation The module stores the order.