Intelligent bus advance payment management system based on payment code scanning
阅读说明：本技术 一种基于支付扫码智能公交提前支付管理系统 (Intelligent bus advance payment management system based on payment code scanning ) 是由 李培庆 张顺风 叶康龙 吾泽胤 倪欣 蒋佳辰 裘卓成 傅阳 于 2019-08-26 设计创作，主要内容包括：本发明公开了一种基于支付扫码智能公交提前支付管理系统,旨在提供一种智能高效的公交提前支付管理系统,其技术方案要点是包括包括安装在公交站牌上的支付二维码模块,用户乘车时使用的手机支付扫码模块和人脸识别模块,所述支付二维码模块中主要是一个存储模块,其作用是存储公交线路的基本信息,方便在用扫码时确定所乘公交线路的信息；所述手机支付扫码模块包括信息提取模块、接收模块、显示模块,所述人脸识别模块包括摄像头模块、无线传送模块,本发明适用于智能公交及城市公交线路优化领域。(The invention discloses an intelligent bus advanced payment management system based on payment code scanning, and aims to provide an intelligent and efficient bus advanced payment management system, which has the technical scheme that the intelligent bus advanced payment management system comprises a payment two-dimensional code module arranged on a bus stop board, a mobile phone payment code scanning module used by a user when the user takes a bus and a face recognition module, wherein the payment two-dimensional code module mainly comprises a storage module which is used for storing basic information of a bus line and is convenient for determining the information of the taken bus line when the code is scanned; the mobile phone payment code scanning module comprises an information extraction module, a receiving module and a display module, and the face recognition module comprises a camera module and a wireless transmission module.)
1. The utility model provides a sweep sign indicating number intelligence public transit management system of paying in advance based on payment which characterized in that: the system comprises a payment two-dimensional code module (3) arranged on a bus stop board (4), a mobile phone payment code scanning module and a face recognition module, wherein the mobile phone payment code scanning module and the face recognition module are used by a user when the user is riding;
the payment two-dimensional code module (3) is mainly a storage module and is used for storing basic information of a bus route;
the mobile phone payment code scanning module comprises an information extraction module (5), a receiving module (6) and a display module (7);
the face recognition module comprises a camera module (2) and a wireless transmission module;
the information extraction module of the mobile phone payment code scanning module is used for extracting basic information of a bus line stored on the two-dimensional code module (3) during code scanning, simultaneously sending a request for extracting the personal basic information of a real-name authenticated user to the cloud data center, and the cloud data center sends required information to a mobile terminal with an APP after receiving the request;
the receiving module (6) and the display module (7) of the mobile phone payment code scanning module are respectively used for receiving information fed back by the cloud data center in the later period and displaying the information fed back;
the camera module (2) and the wireless transmission module of the face recognition module are respectively used for shooting a face photo when a passenger enters the carriage, uploading the face photo to the cloud data center, and comparing the face photo with the personal face photo in the cloud center.
2. The intelligent bus advance payment management method based on payment code scanning according to claim 1, characterized in that: the basic information of the bus route stored by the storage module mainly comprises the name of each stop of the route, the fare of the corresponding stop and the approximate running time between the two stops, so that the information of the taken bus route can be conveniently determined during code scanning; the basic personal information of the user mainly comprises a name and a face image.
3. The utility model provides an intelligent public transit advance payment management method based on payment code scanning, which is characterized in that: the method comprises the following main steps:
a. b, after a user arrives at a bus station and sees a two-dimensional code corresponding to the back of a bus line to be taken on the bus station, opening a mobile terminal with built-in APP to scan the two-dimensional code, if the line is displayed as the line to be taken, selecting the station to be reached and displaying the cost required to be paid when the station is reached, and executing the step b, otherwise, reselecting the line to scan the two-dimensional code corresponding to the line;
b. the payment fee is confirmed, and the basic information sent by the cloud data center is received, so that the later analysis and processing are facilitated;
c. after the bus is parked, passengers queue and get on the bus in sequence, and a camera on a door of the bus shoots a face image of each passenger when the passengers get on the bus;
d. the shot face image is transmitted to a cloud data center, and is compared with the passenger information extracted in the step b to determine whether the two pieces of information are the same person, if so, the step e is executed, otherwise, the step f is executed;
e. sending a 'riding success' word to a passenger mobile phone payment terminal, and simultaneously finishing the method;
f. if the unidentified passenger exists, sending a 'abnormal riding' word and a website link to the passenger mobile phone payment terminal, if the passenger determines to pay, clicking the received website, generating a shooting interface, manually shooting a face image and then clicking 'completion', performing the step d, and if the passenger forgets to pay, performing the step g;
and g, scanning the code payment before the passenger goes to the vehicle, and finishing the method when the payment is successful.
Technical Field
The invention relates to the field of intelligent buses and urban bus route optimization, in particular to an intelligent bus advanced payment management system and method based on payment code scanning.
Background
At present, the public transportation priority development and the green transportation concept are advocated, and more people select the green and environment-friendly public transportation travel mode. At present, a lot of buses have all carried out the mode of payment and have swept a yard charge, and the bus has placed one at the front door position of getting on the bus and has swept a yard equipment, but because sometimes the passenger does not prepare the two-dimensional code in advance to and sometimes can not sweep a yard successfully once, must sweep a yard many times, wasted the time of getting on the bus, so cause the gate of getting on the bus to block up during the peak, the passenger mood is great, also lengthen the bus stop time simultaneously, has reduced the operating efficiency of bus. The invention greatly shortens the time of scanning the bus, reduces the time of stopping the bus, improves the bus trip efficiency and reduces the dissatisfaction of citizens on public transportation service. The urban traffic environment is improved, the overall civilized image of the city is improved, and the harmonious development of the society is promoted. Meanwhile, the invention depends on the payment terminal, the data terminal does not need to be reestablished, the technology is mature and used, a large amount of capital investment is not needed, and people generally receive and use the mobile payment method at present, so the popularization is more convenient and faster.
Disclosure of Invention
The invention aims to solve the technical problem of providing an intelligent public transport advanced payment management system based on payment code scanning, which comprises:
the system comprises a payment two-dimensional code module arranged on a bus stop board, a mobile phone payment code scanning module used by a user when the user is riding, and a face recognition module.
The payment two-dimensional code module is mainly a storage module which is used for storing basic information of the bus line and facilitating determination of information of the bus line when the code is scanned.
The mobile phone payment code scanning module comprises an information extraction module, a receiving module and a display module.
The face recognition module comprises a camera module and a wireless transmission module.
The information extraction module of the mobile phone payment code scanning module is used for extracting basic information of a bus line on the two-dimensional code module during code scanning, simultaneously sending a request for extracting the basic information of a real-name authentication user to the cloud data center, and the cloud data center sends required information to a mobile terminal with an built-in APP after receiving the request;
the receiving module and the display module of the mobile payment code scanning module are respectively used for receiving the information fed back by the payment cloud center in the later period and displaying the information fed back;
the camera module and the wireless transmission module of the face recognition module are respectively used for shooting face photos when passengers enter the carriage, uploading the face photos to the cloud data center, and comparing the face photos with personal face photos in the cloud center.
Preferably, the basic information of the bus route stored by the storage module mainly comprises the name of each stop of the route, the fare of the corresponding stop and the approximate running time between the two stops, so that the information of the bus route taken by the bus can be conveniently determined during code scanning; the basic personal information of the user mainly comprises a name and a face image.
The technical scheme of the invention also provides an intelligent bus advance payment management method, which specifically comprises the following steps:
a. b, after a user arrives at a bus station and sees a two-dimensional code corresponding to the back of a bus line to be taken on the bus station, opening a mobile terminal with built-in APP to scan the two-dimensional code, if the line is displayed as the line to be taken, selecting the station to be reached and displaying the cost required to be paid when the station is reached, and executing the step b, otherwise, reselecting the line to scan the two-dimensional code corresponding to the line;
b. the payment fee is confirmed, and the basic information sent by the cloud data center is received, so that the later analysis and processing are facilitated;
c. after the bus is parked, passengers queue and get on the bus in sequence, and a camera on a door of the bus shoots a face image of each passenger when the passengers get on the bus;
d. the shot face image is transmitted to a payment cloud data center, and is compared with the passenger information extracted in the step b to determine whether the two pieces of information are the same person, if so, the step e is executed, otherwise, the step f is executed;
e. sending a 'riding success' word to a passenger mobile phone payment terminal, and simultaneously finishing the method;
f. if the unidentified passenger exists, sending a 'abnormal riding' word and a website link to the passenger mobile phone payment terminal, if the passenger determines to pay, clicking the received website, generating a shooting interface, manually shooting a face image and then clicking 'completion', performing the step d, and if the passenger forgets to pay, performing the step g;
g. the passenger goes to the front section of the vehicle to scan the code for payment, the payment is successful, and the method is ended.
The invention has the following beneficial effects:
the system pays in advance through the user, can effectively solve some people forget to open in advance and sweep the sign indicating number page and because do not aim at and sweep the sign indicating number machine and lead to once sweep the condition of wasting time such as sign indicating number unsuccessful when getting on the bus, avoid paying to sweep the phenomenon of blocking up at the door opening when the sign indicating number gets on the bus to shorten the dwell time of bus at the station, improved the operation efficiency of bus, also practiced thrift public transit resource simultaneously, accord with green transportation theory.
Drawings
FIG. 1 is a schematic diagram of the connection and communication of the corresponding modules of the present invention;
FIG. 2 is a flow chart of the system of the present invention;
fig. 3 is a schematic diagram of the installation position structure of the camera module on the bus.
Fig. 4 is a schematic view of the bus stop board structure of the invention.
In the figure: the system comprises a
Detailed Description
The invention is further described with reference to the accompanying drawings and specific embodiments, and the structure mainly includes a
The intelligent bus advance payment management system shown in the attached figures 1-4 comprises a payment two-
The payment two-dimensional code module is mainly a storage module which is used for storing basic information of the bus line and facilitating determination of information of the bus line taken by the bus line by using payment scanning codes. The module is basically the same as the traditional code scanning module for getting on the bus in principle, and is different from the traditional two-dimensional code for showing the bus by passengers after getting on the bus and the code scanning by a scanner on the bus.
The mobile payment code scanning module comprises an information extraction module 5, a receiving module 6 and a display module 7. The information extraction module 5 is used for extracting basic information of a bus line on the two-
As shown in fig. 1, the face recognition module includes a
As shown in fig. 2, the intelligent bus advance payment management method provided by the invention specifically comprises the following steps:
a. after a user arrives at a bus station and sees a two-dimensional code corresponding to the back of a bus line to be taken on the bus station, the user opens a mobile terminal (such as a mobile phone, a tablet and the like) with built-in APP to scan the two-dimensional code, if the line is displayed as the taken line, the user selects the station to be reached and displays the cost required to be paid when the station is reached, and step b is executed, otherwise, the user reselects the line to scan the two-dimensional code corresponding to the line;
b. the payment fee is confirmed, and the basic information (mainly names and face images) sent by the cloud data center is received, so that the analysis and the processing at the later stage are facilitated;
c. after the bus is parked, passengers queue and get on the bus in sequence, and a camera on a door of the bus shoots a face image of each passenger when the passengers get on the bus;
d. the shot face image is transmitted to a payment cloud data center, and is compared with the passenger information extracted in the step b to determine whether the two pieces of information are the same person, if so, the step e is executed, otherwise, the step f is executed;
e. sending a 'riding success' word to a passenger mobile phone payment terminal, and simultaneously finishing the method;
f. if the unidentified passenger exists, sending a 'abnormal riding' word and a website link to the passenger mobile phone payment terminal, if the passenger determines to pay, clicking the received website, generating a shooting interface, manually shooting a face image and then clicking 'completion', performing the step d, and if the passenger forgets to pay, performing the step g;
g. the passenger goes to the front section of the vehicle to scan the code for payment, the payment is successful, and the method is ended.
The illustrated embodiment is a preferred embodiment of the present invention, but the present invention is not limited to the above-described embodiment, and any obvious improvement, replacement or modification by those skilled in the art can be made within the scope of the present invention without departing from the spirit of the present invention.
The above is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above-mentioned embodiments, and all technical solutions belonging to the idea of the present invention belong to the protection scope of the present invention. It should be noted that modifications and embellishments within the scope of the invention may occur to those skilled in the art without departing from the principle of the invention, and are considered to be within the scope of the invention.