TW201939367A - Booking pressure relieving system and method, and client terminal device and computer program product using the method with a check-in sorting server receiving the notification that the client terminal device completes the check-in from the identity verification server - Google Patents

Abstract

The present invention provides a booking pressure relieving system and method, the system comprises: a registration/check-in server for storing a verification password of a verification terminal correlated with a client terminal device, wherein in a registration phase, the registration/check-in server receives a registration request sent by the client terminal device to correspondingly generate a ticket order identification code and voluntary order booking information correlated with the ticket order identification code, and transmit the ticket order identification code to the client terminal device, and in the check-in phase, the registration/check-in server receives a check-in request issued by the client terminal device correlated with the ticket order identification code and a verification password of client terminal to generate a check-in time; an identity verification server which is connected to the registration/check-in server for determining whether the client terminal device completes the check-in or not according to the verification password of the client terminal and the verification password of the verification terminal; and a check-in sorting server which is connected to the registration/check-in server and the identity verification server for receiving the notification that the client terminal device completes the check-in from the identity verification server, and generating a selected seat result according to the check-in time and the voluntary order booking information.

Description

Ticket decompression system and method, and user terminal device and computer program product using the method

The present invention relates to a website booking system and method. In particular, the present invention relates to a system and method for decompression of booking by using two stages of registration and check-in to complete the ticket purchase and payment, and avoid the website booking.

The popularity of the Internet has made transactions between clients and servers more frequent. According to the prior art, the client can log in to a ticket purchase website to conduct the transaction of the ticket purchase process. However, often when the ticket purchase website is open for popular tickets, a large number of consumers log in to the ticket purchase website, which causes the ticket purchase website to be overwhelmed. The impact on the system will cause the system to be unstable in some cases and even caused by excessive login load. Crash. In addition, the conventional ticket purchase website only provides a one-stage ticket purchase process, which makes it difficult for the client to log in to the ticket purchase process, and then the location selection and payment process must be completed as soon as possible in order to complete the transaction. Hurrying to enter financial information may cause errors, and re-entering will delay the time to complete the transaction.

Know-how ticketing websites usually use a membership system, and consumers need to become members in advance to make reservations and purchase tickets. However, the server's personal information has been leaked due to hacking, which will result in the server's unilateral verification of the account, password and even the user's personal information. Although the physical certificate and its reader can be set As a requirement for registration and login procedures, it can improve the security of transactions, but it also causes restrictions on client login operations and complicated operating procedures.

In view of the problems and application requirements of the prior art, one of the objectives of the present invention is to provide a ticket decompression system and method that uses two stages of registration and registration to complete the purchase of a ticket, so that consumers can have If you have enough time, you can choose to fill in the ticket order and enter the financial information. During the registration stage, you can confirm the result of the seat selection and complete the payment quickly.

One of the objectives of the present invention is to provide a decompression system and method for booking tickets based on identity verification, which can improve transaction security and complete registration and registration in two stages of ticket purchase.

One of the objectives of the present invention is to provide a user terminal device which is used in a ticket decompression system based on identity verification to complete registration and check-in in two stages of ticket purchase.

An object of the present invention is to provide a computer program product installed on a user terminal device to perform two stages of registration and check-in for ticket purchase and payment.

In order to achieve one of the foregoing objectives of the present invention, the present invention proposes a ticket decompression system, including: a registration / reporting server, storing a verification terminal verification password associated with a user terminal device, and in a registration stage, the registration / The registration server receives a registration request sent by the user terminal device to generate a ticket order identification code and a voluntary sequential booking information associated with the ticket order identification code, and transmits the ticket order identification code to the user terminal device; And in the check-in phase, the registration / check-in server receives a check-in request associated with the ticket order identification code and a client-side verification password from the user terminal device to generate a check-in time; an identity verification server Server, connected to the registration / reporting server, and determining whether the user terminal device has completed the report according to the client-side verification password and the verification-end verification password; and a registration ordering server, connecting the registration / reporting server and the The identity verification server receives notification from the identity verification server that the user terminal device completes the check-in, and according to the check-in time and the voluntary ordering ticket information, to generate a seat selection result.

In order to achieve one of the above objectives of the present invention, the present invention further proposes a ticket decompression system, which includes: a registration / reporting server, storing a verification terminal verification password and a voluntary ordering ticket information from a user terminal device And receive a report request from the user terminal device and a client authentication password to generate a report time associated with the user terminal device; an identity verification server connected to the registration / reporting server, according to the client The verification password and the verification terminal verification password to determine whether the user terminal device has completed the check-in; and, a check-in server, connects the registration / check-in server and the identity verification server, and receives a notification from the identity verification server The user terminal device completes the check-in, and according to the check-in time and the voluntary ordering ticket information to generate a position selection result; wherein the registration / reporting server transmits the position selection result to the user terminal device.

In order to achieve one of the foregoing objectives of the present invention, the present invention proposes a method for decompression of a ticket, including the following steps: storing a verification terminal authentication password associated with a user terminal device; opening a registration phase, receiving a The registration request is based on generating a ticket order identification code and a voluntary sequence of ticket booking information associated with the ticket order identification code, and transmitting the ticket order identification code to the user terminal device; and, in the open-up check-in phase, receiving the user terminal A check-in request associated with the ticket order identification code sent by the device and a client-side verification password are generated to generate a check-in time, and based on the client-side verification password and the verification-side verification password, Determine whether the user terminal device has completed the check-in. If the user terminal device has completed the check-in, a ticket selection result is generated and transmitted to the user terminal device according to the check-in time and the voluntary ordering ticket information.

In order to achieve one of the foregoing objectives of the present invention, the present invention further proposes a method for decompression of a booking, which includes the following steps: receiving and storing a verification terminal verification password and a voluntary ordering ticket information from a user terminal device; A report request from the user terminal device and a client verification password are generated to generate a report time associated with the user terminal device; according to the client verification password and the verification terminal verification password, to determine whether the user terminal device has completed the registration ; If the user terminal device completes the check-in, according to the check-in time and the voluntary sequence of ticket booking information to generate a position selection result; and, transmit the position selection result to the user terminal device.

In order to achieve one of the above-mentioned objects of the present invention, the present invention provides a user terminal device used in a ticket decompression system. The user terminal device includes: a human-machine interface; and a memory, which stores a group of user identification codes. Verification password; an encryption module that generates a client verification password based on the set of verification passwords; and a registration / reporting module that issues a registration request at a registration stage of the booking decompression system to the human machine The interface receives a customer's voluntary ticket purchase order and obtains a ticket order identification code, and sends a registration request associated with the ticket order identification code at a check-in stage of the booking decompression system to verify the password with the client to obtain A selection result related to the voluntary ordering of the ticket purchase.

In order to achieve one of the foregoing objectives of the present invention, the present invention provides a computer program product installed on a user terminal device to execute: a first program instruction to cause the user terminal device to generate a verification terminal verification password and transmit the verification terminal verification A password to a ticket sales system; a second program instruction to cause the user terminal device to log in to the ticket sales system during a registration stage of the ticket sales system opening to enter a voluntary order and receive a ticket order identification code; and a third program instruction , In a check-in stage where the ticketing system is open, the user terminal device is caused to send a check-in request associated with the ticket order identification code and a client-side verification password to the ticketing system, and receive a selection result.

The system and method for decompression of ticket booking implemented according to the present invention can produce the following unexpected effects:

(1) The present invention adopts a staged ticket purchase transaction process. Before the tickets are sold, the website provides users to register and set up a voluntary order, and then stores the ticket order identification code (Regist_id) on the user terminal device or action. Device. After the ticket is sold, the user only needs to transmit the ticket order identification code (Regist_id) to the system of the present invention without additional operations, thereby not only saving the user's operation time, reducing the time the user stays in the system, but also It can greatly reduce the system's calculation and processing load, reduce the system's calculation load, thereby truly reducing the booking pressure and improving the problem of frequent traffic jams in the existing ticketing system.

(2) After the ticket is sold, the user only needs to click the purchase button (such as the [Go Ticket] button) displayed on the terminal device or mobile device to complete the entire ticket purchase process without additional operations. High convenience and speed.

(3) Before the ticket is sold, the user terminal device has registered in advance to obtain a ticket order identification code (Regist_id), and set a voluntary order. After the ticket is sold, after the user terminal device completes the check-in, the system of the present invention determines the selected venue, area, and seat information according to the order of the check-in time and the voluntary order, without being congested by the ticket purchase system, the user's seat selection time, The influence of factors such as wrong seat selection by users to obtain a fair seat selection method can improve the fairness of ticket purchase.

(4) The system of the present invention can further publicize the details of this ticket sale. For example, among the 100 tickets sold this time, the 500 users who have already registered to complete the report will be the first to report. After the sale, the ticket purchase process is completely open and transparent to avoid black box purchases.

(5) Since the system will determine the selected venue, area, and seat information according to the registration time of each user and the voluntary ranking, and automatically notify the user to follow-up payment process, which can improve the current ticketing system to show no position when the ticket is grabbed Status, but after the ticket is sorted later, empty seats may be released again, causing users to continue to pay attention to the issue of ticket release information after the tickets are sold out.

(6) Based on the present invention having the advantages (1) to (5) above, for event manufacturers, the ticket sales rate can be improved. At the check-in stage, after confirming the result of the seat selection, the client can quickly complete the payment process with a single action (such as clicking the confirmation key, scanning a fingerprint, or facial recognition) based on the financial information entered during the registration stage, greatly reducing the ticket purchase time. The system and method of the present invention have high convenience and high speed.

(7) During the check-in phase, the user's identity is verified to ensure that the user is the original registrant. This can prevent the ticket order identification code (Regist_id) in the terminal device or mobile device of the user from being stolen by others before the ticket is sold. Take it away and report in a fake name.

(8) Based on the following characteristics, even if the data of the verification password or the ticket order identification code (Regist_id) on the verification end is stolen, it does not affect the security of the user's ticket purchase and has high security: I. The client and the identity verification server The terminal stores the terminal password (key A) and the corresponding encrypted cloud password (key A ') respectively, and their data is not synchronized. II. The second password (hide_no) is stored only on the client, not on the identity verification server of the present invention. When registering for payment, the client password is encrypted and transmitted from the client to the identity verification server of the present invention. As a cloud password (key A ') for decryption, even if the encrypted cloud password (key A') is stolen from the identity authentication server, the ticket cannot be purchased without the second password (hide_no) sent by the client. III. Random values or time-dependent changes The momentum factor (X) has a one-time use, it is different every time the ticket is purchased, it cannot be reused, and it is not stored in the client or the identity verification server first. It is generated when the client executes the ticket purchase and transmitted. To the identity verification server side, it is used to generate the client verification code (AC) and the verification code (AC '). IV. During the check-in phase, the identity verification is compared with the encrypted client verification code (AC) and the verification verification code (AC '), rather than the first unencrypted and stored at the client or identity verification server side. A password (key B).

Procedures for S100 ~ S300‧‧‧‧Decompression Method

S101 ~ S104, S201 ~ S205, S301 ~ S307, S3030 ~ S3039‧‧‧ steps

10‧‧‧Booking decompression system

11‧‧‧Registration / Reporting Server

12‧‧‧ Identity Server

13‧‧‧Report to sorting server

20‧‧‧User terminal device

21‧‧‧ Terminal Application

22‧‧‧Login / Register Module

23‧‧‧Registration / Report Module

24‧‧‧Password generation module

25‧‧‧Encryption and decryption module

30‧‧‧ system applications

31‧‧‧Login / Register Module

32‧‧‧Ticket Registration Module

33‧‧‧Check-in paid module

34‧‧‧Encryption and decryption module

35‧‧‧ Identity Verification Module

36‧‧‧Registration module

The first figure is a block diagram of the architecture of the ticket decompression system of the present invention.

The second figure is a block diagram of a terminal application program executed by a user terminal device of the ticket decompression system of the present invention.

The third figure is a block diagram of a system application program of the ticket decompression system of the present invention.

The fourth figure is a flowchart of a method for decompressing a ticket according to the present invention.

The fifth figure is a flowchart of the registration procedure of the present invention.

The sixth figure is a flowchart of the registration procedure of the present invention.

The seventh figure is a flowchart of the report procedure of the present invention.

Figure 8 is a flowchart of the identity verification procedure of the present invention.

The ninth figure is a message transmission diagram of the ticket decompression system of the present invention.

First, please refer to the first figure, which is a block diagram showing the structure of the booking decompression system of the present invention. Illustration. In a preferred embodiment of the present invention, the ticket decompression system 10 of the present invention is implemented on a ticket sales website. After the ticket sales website launches events such as exhibition venues, concerts, various ball games, speeches, etc. on the Internet The ticket decompression system 10 of the present invention provides ticket sales for a plurality of sessions and their areas and seats, and accepts a user operation to register and report to the user terminal device 20 in two stages. The user terminal device 20 of the system of the present invention is preferably a smart phone or a tablet computer, such as an Apple iPhone, an iPad, or a Samsung Galaxy phone. The user terminal device 20 has a memory and a human-machine interface (not shown), and the human-machine interface preferably provides a virtual key including a touch screen display or a physical home key, or a fingerprint recognition sensing interface (such as : Touch ID), or face recognition sensing interface (such as Face ID), or iris recognition sensing interface, or voiceprint recognition sensing interface, such as biometric interfaces.

The ticket decompression system 10 of the present invention includes: a registration / reporting server 11 that accepts a user terminal device 20 to log in and register via a network to perform the two stages of ticket purchase and payment procedures for registration and registration; an identity verification The server 12 is connected to the registration / reporting server 11 and communicates with the user terminal device 20 via the network to verify whether the user terminal device 20 conforms to the registered identity; and a report to the sorting server 13 is connected to The registration / reporting server 11 and the identity verification server 12 generate a selection result. Among them, the user terminal device 20 installs and executes a terminal application 21, as shown in the second figure, and the ticket decompression system 10 of the present invention executes a system application 30, as shown in the third figure.

In the preferred embodiment of the present invention, before the user completes the two procedures of registration and registration to complete the ticket purchase process, the user terminal device 20 must perform a registration procedure at the registration / reporting server 11 of the present invention to facilitate ticket purchase. Identity verification for paid programs. The registration / reporting server 11 of the present invention will first announce a ticket purchase registration time and a report payment time on the website. At the time of the ticket registration At some time, the registration / reporting server 11 allows the registered user terminal device 20 to log in online to perform a registration procedure. The ticket purchase registration procedure includes: voluntary ordering of selected tickets, and / or financial information used for payment, and generating an encrypted ticket order identification code for transmission to the user terminal device 20 for storage. When the check-in time is paid, the registration / reporting server 11 allows the registered and registered user terminal device 20 to log in online, and performs a report procedure based on the decrypted ticket order identification code Regist_id. The check-in procedure includes: after the identity verification procedure, a ranking result based on a check-in time and voluntary ranking is generated, and a selection result is generated and transmitted to the user terminal device 20 for ticket purchase confirmation and payment procedures.

Please refer to the second figure, which is a block diagram showing a terminal application 21 executed by the user terminal device 20 of the system of the present invention. In a preferred embodiment of the present invention, the user must first install a terminal application 21 to execute the method for decompression of the ticket booking of the present invention. The terminal application 21 is a computer program product, which includes: a login / registration module 22, A plurality of program instructions are implemented to execute the registration / reporting server 11 of the present invention which enables the user terminal device 20 to connect to log in to implement a ticket sales system on the Internet, and after issuing a registration request, according to the registration / reporting server 11 A guided registration procedure transmits a verification terminal verification password to the registration / reporting server 11; and after a ticket purchase registration time or a registration stage of the invention registration / reporting server 11 issues a registration request, the registration / reporting A registration procedure guided by the registration server 11 selects the voluntary ordering of tickets and / or financial information to be used for payment to receive an encrypted ticket order identification code; and, in the present invention, registration / reporting to the server 11 After a check-in payment time or a check-in request is issued at a check-in stage, identity verification is performed according to a check-in procedure guided by the registration / check-in server 11 to receive a selection result For ticket confirmation and payment procedures.

The terminal application program 21 includes: a registration / reporting module 23 implemented by a plurality of program instructions to execute the user terminal device 20 in response to the registration / reporting to the server 11 Guide the registration process, perform voluntary ordering of optional tickets and / or enter financial information used for payment, and store the encrypted ticket order identification code and / or the financial information; and, in response to registration / reporting to the server 11 Guided by the registration procedure, identity verification and ticket purchase confirmation are performed. In this registration procedure, the financial information used by the user to select the payment is only stored in the user terminal device 20 and will not be transmitted. However, in the registration procedure, a purchase confirmation request is issued after the purchase confirmation is issued before the payment is made. The program transmits financial information to the ticketing system. Therefore, the user can have enough time in the registration process to choose the financial information used for the voluntary ordering of tickets and / or the planned payment, and can easily send a purchase confirmation request with a one-click operation in the registration process to transmit the financial information. Until the ticketing system completes the payment quickly, avoiding users rushing to book and pay may lead to wrong operations.

The terminal application 21 further includes: a password generating module 24 and an encryption and decryption module 25, which are respectively implemented by a plurality of program instructions to execute the user terminal device 20 to be guided by the registration / reporting to the server 11 The registration procedure generates a set of verification passwords including a user identification code user_id, a terminal password Key_A, a first password Key_B, and a second password Hide_no, and encrypts the verification terminal verification password. The verification terminal verification password includes a Cloud password Key_A ', the first password Key_B, and the user identification code user_id, where the cloud password Key_A' is generated according to the encryption calculation of the terminal password Key_A and the first password Key_B, as shown in the fifth figure; The registration procedure guided by the registration server 11 decrypts the encrypted ticket order identification code to obtain a ticket order identification code Regist_id; and, according to the registration procedure reported by the registration / reportation server 11, an encrypted client is generated Verify the password for identity verification. The client-side verification password includes the user identification code user_id and an encrypted first password Key_B. ’, A random value or time-related change factor X and a client authentication code AC, wherein the encrypted first password Key_B’ is added based on the first password Key_B and the second password Hide_no. Secret calculations are generated.

Please refer to the third figure, which is a block diagram showing a system application 30 of the system of the present invention. In a preferred embodiment of the present invention, the ticket decompression system of the present invention executes a system application program 30. The system application program 30 is a computer program product and includes: a login / registration module 31, which is executed by a plurality of program instructions. Implemented to execute the registration / reporting server 11 to accept a user terminal device 20 to log in to a ticketing system implemented by the system of the present invention, and guide the user terminal device after receiving a registration request from the user terminal device 20 20 performs a registration procedure to receive a verification terminal verification password transmitted by the user terminal device 20, and notifies the identity verification server 12 to store the verification terminal verification password, wherein the verification terminal verification password includes a cloud password Key_A ', the first A password Key_B and the user identification code user_id; and after receiving a registration request issued by the user terminal device 20 during a ticket purchase registration time or a registration phase, the user terminal device 20 is guided to perform a registration procedure to transmit an encrypted ticket Order identification code to the user terminal device 20; and receive the user terminal device at a check-in payment time or a check-in phase After the check-in request issued by 20, the user terminal device 20 is guided to perform a check-in procedure for identity verification to transmit a selection result to the user terminal device 20, wherein the check-in request is associated with a ticket order identification code Regist_id; and, After notifying the location selection result, after receiving a ticket purchase confirmation request from the user terminal device 20, the user terminal device 20 is guided to perform a payment procedure, wherein the ticket purchase confirmation request includes the financial input by the user terminal device 20 during the registration phase data.

The system application program 30 includes: a ticket purchase registration module 32 implemented by a plurality of program instructions to execute the registration / reporting server 11 to guide the user terminal device 20 to perform a registration procedure to select a voluntary ordering of tickets and / Or financial data to be used for payment to generate a voluntary sequential booking information, the voluntary sequential booking information contains the user identification code user_id and its corresponding application The ticket order identification code Regist_id of the user identification code user_id is sorted with a plurality of volunteers, each of which corresponds to a reservation information, the reservation information includes a scene identification code scene_id, an area identification code Area_id, and a seat identification code Seat_id. In addition, the ticket purchase registration module 31 establishes and stores a correspondence between the user identification code user_id and the ticket order identification code Regist_id; establishes a correspondence relationship between the ticket order identification code Regist_id and the voluntary ranking number select_1 ~ n and notifies registration The server 13 stores it; and, establishes a correspondence between each of the voluntary ranking numbers select_1 ~ n and the scene identification code scene_id, area identification code Area_id, and seat identification code Seat_id, and notifies the registration server 13 of the storage. Among them, one ticket order identification code Regist_id may correspond to one or more voluntary sorting numbers select_1 ~ n, and each voluntary sorting number select_1 ~ n will have a corresponding scene identification code scene_id, area identification code Area_id, and seat identification code Seat_id.

The system application program 30 includes: a check-in payment module 33 implemented by a plurality of program instructions to execute the registration / reporting server 11 to guide the user terminal device 20 to perform a check-in procedure to launch an identity verification program to receive The user terminal device 20 associates a client-side verification code of the ticket order identification code Regist_id with a report time; and notifies the identity verification server 12 to perform identity verification based on the client-side verification password and the verification-side verification password, and from the The identity verification server 12 obtains an identity verification result; and, based on the identity verification result, notifies the registration sorting server 13 to perform registration sorting based on the registration time and the voluntary order booking information, and obtains from the registration sorting server 13 A bit selection result is transmitted to the user terminal device 20, wherein the user terminal authentication password is generated by the user terminal device 20 by performing steps S3031 to S3034 shown in FIG. 8.

The system application program 30 includes: an encryption and decryption module 34 and an identity verification module 35, which are respectively implemented by a plurality of program instructions to execute the identity verification server 12 to guide the application. The user terminal device 20 performs an identity verification procedure, performs encryption and decryption operations and verification code comparison based on the client verification password and the verification end verification password to obtain an identity verification result and transmits the result to the registration / reporting server 11, where the The identity verification result is generated by the identity verification server 12 executing steps S3036 to S3039 shown in the eighth figure.

The system application program 30 includes: a check-in ordering module 36 implemented by plural program instructions to execute the check-in ordering server 13 according to the check-in time and time of the associated ticket order identification code Regist_id notified by the registration / check-in server 11 and Volunteer order ticket information, perform a seat selection process to generate a seat selection result, and send the seat selection result to the user terminal device 20 via the registration / reporting server 11 to notify the selected venue, area, seat, etc. of booking Bits of information. The registration procedure of the registration sorting server 13 finds the corresponding voluntary ranking numbers select_1 ~ n and the booking information corresponding to each voluntary ranking number according to the ticket order identification code Regist_id, and then sorts the registration time corresponding to the booking information. Determine the position selection result, which includes the reservation information corresponding to the highest priority volunteer. If the reservation information corresponding to the highest priority volunteer has been reserved by the first-registered person, the result of the selection includes the reservation information corresponding to the second priority volunteer, and so on. Finally, if all the voluntary reservation information of the user has been booked by several first-timers, the registration sorting server 13 will recommend the information of the unscheduled performance, area, seat, etc. in the selection result, or wait to report first The reservation information released by the abandoner is reported to the sorting server 13 through the registration / reporting server 11 to notify the user terminal device 20 whether to purchase or not through a short message or a message.

Please refer to the fourth figure, which is a flowchart showing a method for decompressing a ticket according to the present invention. In a preferred embodiment of the present invention, a ticket decompression method is used in the ticket decompression system 10 of the present invention shown in the first figure. The method includes a procedure S100, and the user terminal device 20 executes a registration procedure, such as Figure 5 shows: Procedure S200, before the ticket is sold (that is, the registration phase), the user terminal device 20 A registration procedure guided by the registration / reporting server 11 is executed, as shown in the sixth figure; and, procedure S300, after the ticket is sold (that is, the registration phase), the registration / reporting server is executed by the user terminal device 20 The 11-point registration procedure is shown in Figure 7. The procedures S100, S200, and S300 will be described in further detail below.

Please refer to the fifth figure, which shows a flowchart of the registration procedure of the present invention. Please also refer to the message transmission diagram of the ticket decompression system of the present invention shown in the ninth figure. In a preferred embodiment of the present invention, the registration procedure S100 of the present invention includes: Step S101, the user terminal device 20 installs a terminal application 21, as shown in the second figure. In step S102, the user terminal device 20 executes the password generation module 24 to generate a set of verification passwords. The set of verification passwords includes a user identification code user_id, a terminal password Key_A, a first password Key_B, and a second password Hide_no. In step S103, the user terminal device 20 executes the encryption and decryption module 25, and calculates the terminal password Key_A and the second password Hide_no according to a first encryption algorithm or a first encryption calculation function Fn11 to obtain a cloud password Key_A. ', Ie Key_A' = Fn11 {Key_A, Hide_no}. In step S104, the user terminal device 20 executes the login / registration module 22 to generate a verification terminal verification password including a user identification code user_id, a cloud password Key_A 'and the first password Key_B, and sends a registration request to the registration / reporting The server 11 sends the verification terminal verification password to the identity verification server 12 to perform identity verification during the check-in phase.

Please refer to FIG. 6, which is a flowchart showing the registration procedure of the present invention. Please also refer to the message transmission diagram of the ticket decompression system of the present invention shown in the ninth figure. In a preferred embodiment of the present invention, the registration / reporting server 11 of the present invention implements a ticket sales system on the Internet to provide a plurality of Ticket sales for each event, area and seat. Before the ticket is sold, the registration / reporting server 11 provides a ticket purchase registration time or a registration stage for the registered user terminal device 20 to perform a registration process. Order and fill in the booking information. The registration procedure S200 of the present invention includes: Step S201, the user terminal device 20 connects and sends a login request to the registration / reporting server 11 to obtain ticket sales information provided by the ticketing system for a plurality of sessions and their areas and seats. In step S202, after the ticket purchase registration time or during the registration phase, the registration / reporting server 11 accepts a registration request from the user terminal device 20 to generate a ticket order identification code Regist_id and guides the user terminal device 20 to perform a registration procedure, The registration request is associated with a registered user identification code user_id. In step S203, the user operates the user terminal device 20 to sort the optional ticket purchase order, and the registration / reporting server 11 generates voluntary order booking information based on the optional ticket order, which includes the user identification. Code user_id and the ticket order identification code Regist_id corresponding to the user identification code user_id and a plurality of volunteers, each volunteer corresponds to a reservation information, the reservation information includes the scene identification code scene_id, area identification code Area_id and seat identification code Seat_id; The registration / reporting server 11 establishes the correspondence between the user identification code user_id and the ticket order identification code Regist_id, the correspondence relationship between the ticket order identification code Regist_id and the voluntary sequence number select_1 ~ n, and each voluntary sequence number select_1 The correspondence between ~ n and the scene identification code scene_id, area identification code Area_id, and seat identification code Seat_id.

With continued reference to the sixth figure, in step S204, the registration / reporting server 11 stores the user identification code user_id and the ticket order identification code Regist_id and their corresponding relationships, and the registration ordering server 13 stores the ticket order identification code Regist_id and The voluntary sequence number select_1 ~ n and its corresponding relationship are stored with each voluntary sequence number select_1 ~ n and the scene identification code scene_id, area identification code Area_id, and seat identification code Seat_id and their corresponding relationships. In step S205, the registration / reporting server 11 transmits and stores the ticket order identification code Regist_id to the user terminal device 20.

In a different embodiment of the present invention, in step S202 of the registration procedure S200 During registration, the registration / reporting server 11 accepts a registration request from the user terminal device 20 to generate a ticket order identification code Regist_id and a registration time, and transmits the ticket order identification code Regist_id and the registration time in step S205. And stored in the user terminal device 20. The user terminal device 20 displays a ticket countdown timer according to the registration time to display how long there is before the ticket is sold, and counts down for the user's reference. When the ticket is sold, the ticket countdown timer will count down to 0: 0: 0 and automatically display a purchase button (such as the [Go Ticket] button). The user clicks on the purchase button displayed on the user terminal device 20 and the ticket will be displayed. A check-in request is issued to the registration / check-in server 11.

In addition, in a further embodiment of the present invention, in step S205 of the registration procedure S200, before the registration / reporting server 11 transmits the ticket order identification code Regist_id, the mobile phone manufacturing code of the user terminal device 20 or the international The mobile device identification code (International Mobile Equipment Identity number, IMEI) encrypts the ticket order identification code Regist_id to form an encrypted ticket order identification code (pw_key), and then transmits it, which means pw_key = Fn41 {iimei, Regist_id}. If the ticket order identification code Regist_id transmitted by the registration / reporting server 11 is encrypted, before the user terminal device 20 issues the registration request, the encrypted ticket order identification code (pw_key) will be decrypted according to the IMEI to obtain The decrypted ticket order identification code Regist_id means Regist_id = Fn42 {imei, pw_key}, and then transmits the decrypted ticket order identification code Regist_id to the registration / reporting server 11.

Please refer to the seventh figure, which is a flowchart showing the report procedure of the present invention. Please also refer to the message transmission diagram of the ticket decompression system of the present invention shown in the ninth figure. In a preferred embodiment of the present invention, the report procedure S300 of the present invention includes: Step S301, after the user terminal device 20 reports the payment time Or, according to the countdown of the registration time until the ticket is sold, a report request is sent to the registration / reporting server 11. In step S302, the registration / reporting server 11 receives the registration request Then, the user terminal device 20 is guided to execute a registration procedure, and the registration procedure includes an identity verification procedure and a location selection procedure. In step S303, an identity verification procedure is initiated by the registration / reporting server 11 or the user terminal device 20, and an identity verification result is obtained from the identity verification server 12, as shown in FIG. 8, which will be described in further detail later. In step S304, according to the identity verification result, if the user terminal device 20 fails the identity verification, step S305 is performed; if the user terminal device 20 passes the identity verification, step S306 is performed.

Continuing to refer to the seventh figure, in step S305, the user terminal device 20 receives the registration / reporting server 11 to notify that the identity verification result has failed, and cannot report to the location selection. In step S306, the registration / registration server 11 notifies the registration order server 13 and provides a registration time associated with the ticket order identification code Regist_id to perform a location selection process to generate a location selection result and transmit the result to the user terminal device 20. The selection process includes: finding the corresponding voluntary ranking number select_1 ~ n and the booking information corresponding to each voluntary ranking number according to the ticket order identification code Regist_id; sorting the registration time corresponding to the booking information to determine the selection result , The selection result contains the reservation information corresponding to the highest priority volunteer, and if the reservation information corresponding to the highest priority volunteer has been reported to the first person, the selection result includes the reservation information corresponding to the second priority volunteer , And so on; and, if all the voluntary reservation information has been reserved by several first-come-registered persons, in the selection result, recommend the information of the venue, area, seat, etc. that have not yet been reserved, or give up the first-reserved person and Released booking information. In step S307, after receiving the selection result, the user terminal device 20 displays the selected show, area, and seat, and the user performs confirmation payment according to a confirmation key displayed by the user terminal device 20. When the user clicks the single actuation operation of the confirmation key to issue a purchase confirmation request to confirm the selection result, the user terminal device 20 transmits the financial data input during the registration phase to the registration / reporting according to the payment procedure guided by the registration / reporting server 11. Server 11 to quickly complete the payment process. In this post In different embodiments of the invention, the single actuation operation may also operate to scan fingerprints or face recognition to issue a purchase confirmation request to confirm the selection result.

Please refer to FIG. 8, which is a flowchart showing the identity verification procedure of the present invention. Please also refer to the message transmission diagram of the ticket decompression system of the present invention shown in the ninth figure at the same time. When the registration / reporting server 11 opens a check-in phase or countdown to the sale of tickets according to the registration time in the registration phase, the user clicks to operate the user terminal The purchase button displayed on the device 20 will then issue a report request to the registration / reporting server 11 and the registration / reporting server 11 or the user terminal device 20 will initiate an identity verification process. If an identity verification procedure is initiated by the registration / reporting server 11, the identity verification procedure includes: Step S3030. After receiving the report request from the user terminal device 20, the registration / reporting server 11 notifies the identity verification server 12 to respond with a The identity confirmation request is sent to the user terminal device 20, and the user terminal device 20 is caused to execute step S3031. If the user terminal device 20 launches an identity verification program, the identity verification program does not include step S3030, and step S3031 is directly executed.

In step S3031, the user terminal device 20 executes the registration / reporting module 23 to find and obtain corresponding terminal password Key_A, a first password Key_B, and a second password from a memory of the user terminal device 20 according to the user identification code user_id. Hide_no. In step S3032, the user terminal device 20 executes the encryption and decryption module 25 to calculate the first password Key_B and the second password Hide_no according to a second encryption algorithm or a second encryption calculation function Fn21 to generate an encrypted first password. Key_B ', ie Key_B' = Fn21 {Key_B, Hide_no}. In different embodiments of the present invention, the first encryption algorithm Fn11 and the second encryption algorithm Fn21 may be the same or different.

In step S3033, the registration / reporting module 23 notifies the password generation module 24 to obtain a random value or a time-related change factor X. The X value is a one-time valid serial number. The encryption / decryption module 25 is based on a third Encryption algorithm or a third encryption calculation function Fn3 to operate the terminal The password Key_A, the first password Key_B and the random value X generate a client authentication code AC, that is, AC = Fn3 {key_A, Key_B, X}. Because the random value X is valid at one time, the client authentication code AC is also valid at one time. In step S3034, the registration / reporting module 23 generates a client authentication password, the client authentication password includes: the user identification code user_id, an encrypted first password Key_B ', a random value or a time-dependent change factor X and A client-side verification code AC sends a registration request associated with the ticket order identification code Regist_id to the registration / reporting server 11 and transmits the client-side verification password.

In step S3035, the registration / reporting server 11 executes the report-to-pay module 33 to receive the report request to obtain the client authentication password, and generates a report time. The registration / reporting server 11 notifies the identity verification server 12 to provide a client authentication password. In step S3036, the identity verification server 12 executes the identity verification module 35 to find and obtain a corresponding cloud password Key_A 'and a first password Key_B according to the user identification code user_id. In step S3037, the identity verification server 12 executes the encryption and decryption module 34 to calculate the encrypted first password Key_B 'of the client authentication password and the obtained in step S3036 according to a second decryption algorithm or a second decryption calculation function Fn22. The first password Key_B and a second password Hide_no are obtained, that is, Hide_no = Fn22 {Key_B ', Key_B}. In different embodiments of the present invention, the first decryption algorithm (Fn12) and the second decryption algorithm (Fn22) may be the same or different algorithms.

In step S3038, the identity verification server 12 executes the encryption and decryption module 34 to calculate the cloud password Key A 'and the second password Hide_no obtained in step 3037 according to a first decryption algorithm or a first decryption calculation function Fn12. Obtain a terminal password key_A, that is, key_A = Fn12 {key_A ', Hide_no}. In step S3039, the identity verification server 12 executes the encryption / decryption module 34 according to the third encryption algorithm or the third encryption algorithm function Fn3 to obtain the operation obtained in step 3038. The terminal password key_A, the first password Key_B obtained in step 3036 and the random value X obtained in step 3035 are used to obtain a verification code AC ′, that is, AC ′ = Fn3 {key_A, Key_B, X}. The identity verification module 35 compares the user verification code AC with the verification code AC 'to obtain an identity verification result. If the client-side verification code AC is different from the verification-side verification code AC ', the identity verification result includes that the user terminal device 20 has not passed the identity verification; otherwise, if the client-side verification code AC is the same as the verification-side verification code AC', The identity verification result includes that the user terminal device 20 passes the identity verification.

Claims (12)

A ticket decompression method includes the following steps: receiving and storing a verification terminal verification password and a voluntary sequence booking information from a user terminal device; receiving a report request from the user terminal device and a client authentication Password to generate a report time associated with the user terminal device; determine whether the user terminal device has completed the report according to the client authentication password and the verification terminal authentication password; if the user terminal device has completed the report, according to the report time and The volunteer ordering ticket information to generate a location selection result; and transmitting the location selection result to the user terminal device. The method for decompressing a ticket according to item 1 of the scope of patent application, wherein before the step of receiving the report request, the method further includes: receiving a registration request from the user terminal device to generate the voluntary sequential ticket reservation Information, the voluntary order booking information is associated with a ticket order identification code; and transmitting the ticket order identification code to the user terminal device, so that the check-in request is associated with the ticket order identification code. A method for decompressing a ticket includes the following steps: storing a verification terminal verification password associated with a user terminal device; opening a registration phase, receiving a registration request sent by the user terminal device, in response to generating a ticket order identification code and association A voluntary sequential booking information of the ticket order identification code, and transmitting the ticket order identification code to the user terminal device; and In the opening check-in phase, a check-in request associated with the ticket order identification code sent by the user terminal device and a client verification password are generated to generate a check-in time, and according to the client verification password and the verification terminal verification password, It is determined whether the user terminal device has completed the check-in. If the user terminal device has completed the check-in, a position selection result is generated and transmitted to the user terminal device according to the check-in time and the voluntary ordering ticket information. According to the method for decompression of ticket booking as described in item 1 or 3 of the scope of patent application, wherein the step of generating a selection result further includes: according to the order of the check-in time, a plurality of tickets included in the voluntary ticket booking information are included. The ranking of the volunteers selects the highest priority, where each volunteer corresponds to a reservation information; and the selection result is generated to include the booking information corresponding to the highest priority volunteer. A ticket decompression system includes: a registration / reporting server that stores a verification terminal verification password and a voluntary sequence booking information from a user terminal device, and receives a report request and A client verifies the password to generate a report time associated with the user terminal device; an identity verification server connects to the registration / reporting server, and determines the user terminal according to the client verification password and the verification terminal verification password Whether the device has completed the check-in; and a check-in ordering server, connecting the registration / check-in server and the identity verification server, and receiving notification from the identity verification server that the user terminal device has completed the check-in, according to the check-in time and the voluntary sequence Booking information to generate a seat selection result; wherein, the registration / reporting server sends the seat selection result to the user terminal device. The ticket decompression system according to item 5 of the scope of patent application, wherein the registration / reporting server receives a registration request from the user terminal device before receiving the report request, in order to generate the voluntary sequential booking Information, the voluntary order booking information is associated with a ticket order identification And the ticket order identification code is transmitted to the user terminal device, so that the report request is associated with the ticket order identification code. A ticket decompression system includes a registration / reporting server that stores a verification terminal verification password associated with a user terminal device. In a registration stage, the registration / reporting server receives a registration request from the user terminal device. , In order to generate a ticket order identification code and a voluntary sequence of ticket information associated with the ticket order identification code, and transmit the ticket order identification code to the user terminal device; and in the registration phase, the registration / reporting server receives A check-in request from the user terminal device associated with the ticket order identification code and a client-side verification password to generate a check-in time; an identity verification server connected to the registration / reporting server and verifying the password with the client-side verification The verification terminal verifies the password to determine whether the user terminal device has completed the check-in; and a check-in ordering server, connects the registration / check-in server and the identity verification server, and receives notification from the identity verification server of the user terminal device. Complete the check-in and book the ticket information according to the check-in time and the volunteer order to produce a seat selection result The ticket decompression system as described in item 5 or 7 of the scope of patent application, wherein the report sorting server selects the priority of multiple voluntary sorts included in the voluntary order booking information according to the sequence of the check-in time Or, each of the volunteers corresponds to a reservation information, and the selection result is generated to include the reservation information corresponding to the highest priority volunteer. A user terminal device used in a ticket decompression system. The user terminal device includes: a human-machine interface; a memory storing a set of verification passwords related to a user identification code; and an encryption module based on the set of verification passwords To generate a client authentication password; and A registration / check-in module, which issues a registration request during a registration stage of the booking decompression system, receives a consumer's ticket purchase ordering through the man-machine interface, and obtains a ticket order identification code, and in the booking A check-in phase of the decompression system sends a check-in request associated with the ticket order identification code and the user terminal to verify the password to obtain a selection result associated with the voluntary ordering of the ticket purchase. The user terminal device described in item 9 of the scope of patent application, wherein the registration / reporting module receives the financial information required by the payment program through the man-machine interface during the registration phase, and uses the man-machine interface during the registration phase Receiving a ticket purchase key triggers the registration request to obtain the location selection result, and receives a confirmation key through the man-machine interface to perform a payment procedure. A computer program product is installed in a user terminal device to execute: the first program instruction causes the user terminal device to generate a verification terminal verification password, and transmits the verification terminal verification password to a ticket sales system; the second program instruction is in the In a registration stage where the ticketing system is open, the user terminal device logs in to the ticketing system to enter a voluntary order and receive a ticket order identification code; and a third program instruction, during the registration stage of the ticketing system opening, enables the The user terminal device sends a report request associated with the ticket order identification code and a user terminal verification password to the ticket sales system, and receives a selection result. The computer program product described in item 11 of the scope of the patent application, wherein the user terminal device further executes: a fourth program instruction to cause the user terminal device to input and store financial data during the registration phase; and the fifth program Instructions to enable the user terminal during the check-in phase After receiving the selection result, the device sends a purchase confirmation request and transmits the financial information to the ticket sales system for a payment procedure.