WO2021057496A1

WO2021057496A1 - Qr-code based internet ticketing system and control method therefor

Info

Publication number: WO2021057496A1
Application number: PCT/CN2020/114535
Authority: WO
Inventors: 陆斌; 张鹏; 陈园园; 徐晔; 李继铭; 高申; 夏阳; 黄长梅; 顾伟; 郝成; 徐亮; 毛澄宇; 李星; 梁寅; 陈超
Original assignee: 南京熊猫信息产业有限公司
Priority date: 2019-09-24
Filing date: 2020-09-10
Publication date: 2021-04-01
Also published as: CN111415149A

Abstract

A QR-code based Internet ticketing system and a control method therefor. The Internet ticketing system comprises: an interface management server, a code sending management server, a travel management server, and a travel billing server. The control method comprises: an APP background communicating with a user, an automatic ticket checking machine collecting a transit QR code, and the Internet ticketing system. The APP background in the system communicates with the interface server, the code sending server, and the travel billing server of the Internet ticketing system, and the APP background communicates with the user APP via a wireless network; the automatic ticket checking machine in the system scans and collects the QR code by using a QR code identification device, and communicates with the interface server and the travel management server of the Internet ticketing system via a physical transmission network. The application of the QR code-based ticketing technology in the metro is realized, and the revenue loss and the customer complaint problem caused by travel data loss to an operation unit are effectively avoided.

Description

Internet ticketing system based on two-dimensional code scanning and gate-passing and its control method

Technical field

The present invention relates to the technical field of public transportation, in particular to an Internet ticketing system and a control method of the Internet ticketing system based on two-dimensional code strict entry and wide exit.

Background technique

Since the concept of “Internet +” was put forward, the new generation of mobile payment technology represented by QR code gate technology has developed rapidly in the rail transit industry. It can effectively solve the low ticket purchase efficiency and passenger flow of the subway automatic fare collection system. The long queue time for ticket purchases during peak hours and the high cost of single use of tickets can also enrich the payment methods of the subway ticketing system and provide passengers with better and convenient travel services. The QR code itself is only a way of displaying information and does not have the function of two-way data exchange. Therefore, when the QR code technology is applied in the time-sharing segmentation scene of rail transit, it will face whether the itinerary push is accurate and timely, and whether the itinerary billing is normal or not. Is it convenient for users to pass the gate?

The publication number CN109308608A discloses a rail transit ticketing and consumption system and method based on offline authentication of a QR code. When the ticketing platform system receives a request sent by a mobile terminal, it sends the QR code information to the mobile terminal to generate a second QR code; the reader reads the QR code information and sends it to the control processing unit; the control processing unit calls the Bluetooth module when the authentication QR code information is passed to establish a communication connection with the mobile terminal; the control processing unit is writing back permission When the authentication is passed, the two-dimensional code information in the mobile terminal is written back; the control processing unit generates a transaction result message and uploads it to the sorting system; the sorting system saves the transaction result message and performs ticket settlement at a preset time. The system needs to use Bluetooth, and cannot achieve real-time settlement.

Summary of the invention

Purpose of the invention: In view of the shortcomings of the prior art, the present invention provides an Internet ticketing system and its control method based on QR code strict entry and wide exit by scanning code gates, which is suitable for the new generation of mobile payment represented by QR code gate technology. Renovation and upgrade of technology will solve the problems of low efficiency and high time cost of the subway ticketing system, and provide better and convenient travel services.

Technical solution: An Internet ticketing system based on QR code scanning and gate pass, the system includes a management server, a code issuing server, an itinerary management server, and an itinerary billing server;

The code issuing server, the itinerary management server, and the itinerary billing server communicate with the APP background through the interface server. The interface management server is used for user journey management data communication; the code issuing management server is used for user registration, card receipt, and authorization. Data update, itinerary data, and billing data communication work; the travel management server is used to receive user travel information and authenticate it; the travel billing server is used to initiate billing requests and collect travel billing data.

The control method includes: APP background, user APP, automatic ticket checking machine to collect two-dimensional code boarding code, and Internet ticketing system. The steps of the APP background and the user APP communication control method are as follows:

(1) The code issuing server completes the data communication with the APP backend through the interface server; the APP backend synchronizes the QR code data to the user APP through the wireless network;

(2) The user APP completes data communication with the APP background through the wireless network, and the user APP generates a QR code for the ride.

The steps of the control method for acquiring the QR code and boarding code of the automatic ticket gate are as follows:

(1) The automatic ticket gate is equipped with a QR code recognition device, which is responsible for scanning and collecting the QR code generated on the user's APP;

(2) The automatic ticket gate will mark the collected two-dimensional code and boarding code information with the inbound or outbound identification, generate the user's inbound and outbound journey information, and push it to the interface server and interface server of the Internet ticketing system through the physical transmission network Distribute the itinerary information to the itinerary management server.

The steps of the Internet ticketing system control method are as follows:

(1) The itinerary management server in the Internet ticketing system receives the user's itinerary information, authenticates it, and feeds the authentication result back to the automatic ticket gate through the interface server using the physical transmission network. The identification content includes: authorization validity judgment, itinerary uniqueness judgment, itinerary entry and exit logic sequence judgment, travel time judgment.

(2) The automatic ticket gate receives the itinerary identification result, and according to the identification result, gives the passenger a release confirmation. The release confirmation includes opening the gate and prompting the passenger to pass, rejecting the release and prompting the reason for the rejection;

(3) The itinerary management server in the Internet ticketing system completes the user itinerary identification, and uses the interface management server to complete the data communication with the APP backend through the Internet or physical dedicated line, and completes the real-time push of the user itinerary. The APP background uses the wireless network to complete the communication with the user APP, and realizes the timely display of the user's journey on the mobile APP;

(4) The itinerary management server in the Internet ticketing system receives the user’s outbound itinerary and needs to match it with its inbound itinerary. After the matching is successful, the result is pushed to the itinerary billing server, and the itinerary billing server initiates to the APP backend through the interface server Billing request: The APP background uses the wireless network to push user billing information to the user APP, and the user APP is responsible for displaying the travel billing information.

The Internet ticketing system uses a physical dedicated line to communicate with the APP backend to complete the QR code transfer code issuing process control, which includes user registration, QR code transfer code acquisition, and QR code transfer code data authorization update.

The automatic ticket gate uses the physical transmission network to communicate with the Internet ticketing system, and completes the process control of the entry and exit of the two-dimensional code and the boarding code. The automatic ticket gate communicates with the Internet ticketing system, and uses the "strict entry and wide exit" method to control the opening of the automatic ticket gate. The process is as follows: when the user enters the station, the Internet ticketing system identifies the inbound itinerary, and the passenger is allowed to enter the station after the authentication is passed; When the automatic ticket gate and the Internet ticketing system network fail, users are prohibited from using the QR code to enter the station. When leaving the station, the Internet ticketing system identifies the outbound itinerary, and only allows passengers to leave the station after the outbound itinerary matches the inbound itinerary; when the automatic ticket gate and the Internet ticketing system network fail, the automatic ticket gate only needs to verify two The valid format of the dimension code bus code allows passengers to leave the station.

The Internet ticketing system uses a physical dedicated line to communicate with the APP backend to complete the QR code ride code trip billing process control. When the trip management server receives the user's completed trip, the trip billing server uses the Internet or physical dedicated line through the interface server Initiate a billing request to the APP backend, the APP backend uses the wireless network to push the user billing information to the user APP, and the user APP is responsible for displaying the travel billing information.

Beneficial effects: The present invention realizes the application of QR code gate-passing technology in the subway. The application of this method guarantees the real-time and accuracy of inbound and outbound itinerary pushes, and satisfies the accuracy of service quality and income of the operating department. Requirements, effectively avoiding the loss of revenue and customer complaints caused by the loss of itinerary data to the operating unit. It has the advantages of clear itinerary, accurate billing, real-time message push, and low error rate of itinerary data.

Description of the drawings

Figure 1 is a structural block diagram of the present invention;

Figure 2 is a control flow chart of the present invention.

detailed description

The present invention will be further described in detail below in conjunction with the accompanying drawings:

As shown in Figure 1, the Internet ticketing system provided by the present invention includes: an interface management server, a code issuing management server, an itinerary management server, and an itinerary billing server. The control method includes: APP background, user APP, QR code boarding code, automatic ticket checking machine, Internet ticketing system; in the system, the APP background and the interface server of the Internet ticketing system, code issuing server, via the Internet or a physical dedicated line, The itinerary billing server completes the communication, the APP background and the user APP complete the communication through the wireless network; the automatic ticket gate in the system uses the two-dimensional code recognition device to complete the two-dimensional code and travel code data scanning collection work, and through the physical transmission network and The interface server and the itinerary management server of the Internet ticketing system complete the communication.

As shown in Fig. 2, the present invention provides an Internet ticketing system and its control method based on QR code strict entry, wide exit, and scanning code. The control steps of the entry process are as follows:

S1: The user completes the use registration on the mobile APP, refreshes it to show the QR code boarding code, and swipes the QR code on the automatic ticket gate to enter the station;

S2: The automatic ticket gate machine uses the two-dimensional code recognition device to scan the QR code and ride code information. After the successful collection, the automatic ticket gate machine verifies the two-dimensional code mechanism, data content integrity, and legality, and checks the two-dimensional code Whether the inbound process has been completed on this automatic ticket gate, when the inspection agency is normal, the data content is legal, and there is no inbound record, the automatic ticket gate will mark the QR code information with the inbound mark to generate the inbound journey record and push it to Internet ticketing system, otherwise it is forbidden to lift passengers and ask customer service staff to deal with it;

S3: The Internet ticketing system receives the user's inbound itinerary record, authenticates the legitimacy and validity of the itinerary, and feeds back the authentication result to the automatic ticket gate. The authentication content includes: authorization validity judgment, itinerary uniqueness judgment, itinerary in and out of station Logic sequence judgment, travel time judgment;

S4: The automatic ticket gate receives the result of the itinerary identification, and according to the result of the identification, confirms the passenger's release. The release confirmation includes opening the gate and prompting the passenger to pass, rejecting the release and prompting the reason for the rejection; if the automatic ticket gate and the Internet ticketing system have a network failure or communication timeout , It will be automatically downgraded and released.

Claims

An Internet ticketing system based on QR code scanning, including an interface management server, a code issuing server server, an itinerary management server, and an itinerary billing server;

The code issuing server, the itinerary management server, and the itinerary billing server communicate with the APP background through the interface server. The interface management server is used for user journey management data communication; the code issuing management server is used for user registration, card receipt, and authorization. Data update, travel data, and billing data communication work; the travel management server is used to receive user travel information and authenticate it; the travel billing server is used to initiate billing requests and collect travel billing data.
The Internet ticketing system based on QR code scanning and gate-passing and its control method according to claim 1, characterized in that the control method comprises: APP background, user APP, automatic ticket checking machine to collect the two-dimensional code multiplier Car code, Internet ticketing system.
The Internet ticketing system based on QR code scanning and gate-passing and its control method according to claim 1, characterized in that the steps of the APP background and user communication control method are as follows:

(3.1) The code issuing server completes the data communication with the APP backend through the interface server; the APP backend synchronizes the QR code data to the user APP through the wireless network;

(3.2) The user APP completes data communication with the APP backend through the wireless network, and the user APP generates a QR code for the ride.
The Internet ticketing system based on QR code scanning and gate-passing and its control method according to claim 1, characterized in that the steps of the control method for the automatic ticket checking machine to collect the QR code and boarding code are as follows:

(4.1) The automatic ticket gate is equipped with a QR code recognition device, which is responsible for scanning and collecting the QR code generated on the user's APP;

(4.2) The automatic ticket gate will mark the collected two-dimensional code and boarding code information with the inbound or outbound identification, generate the user's inbound and outbound journey information, and push it to the interface server and interface server of the Internet ticketing system through the physical transmission network Distribute the itinerary information to the itinerary management server.
The Internet ticketing system based on QR code scanning and gate-passing and its control method according to claim 1, wherein the steps of the Internet ticketing system control method are as follows:

(5.1) The itinerary management server in the Internet ticketing system receives the user's itinerary information, authenticates it, and feeds the authentication result back to the automatic ticket gate through the interface server using the physical transmission network. The identification content includes: authorization validity judgment, itinerary uniqueness judgment, itinerary entry and exit logic sequence judgment, travel time judgment.

(5.2) The automatic ticket gate receives the result of the itinerary identification, and according to the result of the identification, confirms the release of the passenger. The release confirmation includes opening the gate and prompting the passenger to pass, rejecting the release and prompting the reason for the rejection;

(5.3) The itinerary management server in the Internet ticketing system completes the user itinerary identification, and uses the interface management server to complete the data communication with the APP backend through the Internet or physical dedicated line, and completes the real-time push of the user itinerary. The APP background uses the wireless network to complete the communication with the user APP, and realizes the timely display of the user's journey on the mobile APP;

(5.4) The itinerary management server in the Internet ticketing system receives the user’s outbound itinerary and needs to match it with its inbound itinerary. After the matching is successful, the result is pushed to the itinerary billing server, and the itinerary billing server initiates to the APP backend through the interface server Billing request: The APP background uses the wireless network to push user billing information to the user APP, and the user APP is responsible for displaying the travel billing information.
The Internet ticketing system based on QR code scanning and gate-passing and its control method according to claim 1, characterized in that the Internet ticketing system uses a physical dedicated line to communicate with the APP background to complete the QR code transfer code. Code process control, the process includes user registration, two-dimensional code travel code acquisition, two-dimensional code travel code data authorization update.
The Internet ticketing system based on QR code scanning and gate-passing and its control method according to claim 1, wherein the automatic ticket gate uses a physical transmission network to communicate with the Internet ticketing system to complete the QR code ride Code entry and exit process control, automatic ticket checking machine communicates with the Internet ticketing system.
The Internet ticketing system control method according to claim 5, characterized in that the Internet ticketing system uses a physical dedicated line to communicate with the APP background to complete the QR code ride code travel billing and payment process control, which acts as the itinerary management server After receiving the user's completed trip, the trip billing server uses the physical dedicated line to initiate a billing request to the APP backend through the interface server. The APP backend uses the wireless network to push the user billing information to the user APP, and the user APP is responsible for displaying the billing of the trip information.