一种加油站快速电子支付系统

发布时间：2018-08-01 14:00

【摘要】：近年来,国民经济的发展使得汽车刚性需求保持旺盛,2016年新注册登记汽车2752万辆,汽车保有量达到1.94亿辆,均为历史最高水平。机动车数量的迅猛增长导致加油站加油车辆排队拥堵的现象经常性发生,给加油站收费管理方式带来了严峻的考验。目前其收费方式主要包括现金以及刷银行卡,但这些方式中,车主的缴费时间远大于油枪的加油时间,导致车辆排队拥堵,加油效率低下。为了解决上述问题,本文基于互联网技术,提出并实现了一种基于互联网的加油站电子支付系统。本文方案融合了图像识别、嵌入式软硬件、数据库以及网站开发技术,在保留传统付费方式的同时,设计并实现了一种加油站快速电子支付系统。车主可在加油站外使用电脑登录或手机扫码在网站注册账号,并通过电子支付方式预先为账户充值,充值金额将转入公司财务账户。当车主加油时,识别系统可确认车主信息并自动扣费,从而实现不下车即可完成结算的快捷加油方式,提高了通行效率。系统硬件主要包括ARM板、液晶显示屏、闸机与图像采集等设备。多组加油机首先通过串口发送具体的加油信息,并由客户端软件驱动图像采集设备获取车辆图片,扣费成功后,各个车辆的消费信息将连续更新于液晶屏上,同时闸机抬杆,车辆放行。软件部分采用C#与html语言分别设计了电脑客户端软件与加油网站,系统通过.NET框架与车牌识别算法完成了图像的采集、保存与识别,并结合数据库,实现了用户信息、车辆消费记录的存储与查询。本地系统可远程登录云服务器,客户端获取的加油信息将直接上传,并自动从云数据库的余额中扣除,车主可实时在网站查询消费记录。测试表明,本系统采用电子支付手段预先为车辆充值的方式,避免了车主在加油站付费过程中刷卡与现金找零的等待过程,提高了收费效率,缩短了车辆停留时间,达到了预期设计的目的。
[Abstract]:In recent years, with the development of the national economy, the demand for automobile rigidity remains strong. In 2016, 27.52 million new registered cars and 194 million new vehicles were registered, which is the highest level in history. The rapid growth of the number of motor vehicles leads to the phenomenon of petrol filling vehicle queuing congestion, which brings a severe test to the charging management mode of gas station. At present, the charging methods mainly include cash and bank card brush, but in these ways, the payment time of vehicle owner is much longer than the fuel time of oil gun, which leads to the traffic queue congestion and the low efficiency of refueling. In order to solve the above problems, this paper proposes and implements an electronic payment system for gas station based on Internet technology. This paper combines image recognition, embedded software and hardware, database and website development technology, and designs and implements a fast electronic payment system for gas station while keeping the traditional payment mode. Car owners can use a computer outside the gas station or mobile phone code to register in the website account, and through electronic payment for the account in advance, the full amount will be transferred to the company's financial account. When the vehicle owner is refueling, the identification system can confirm the information of the owner and automatically deduct the fees, thus realizing the quick refueling method which can complete the settlement without getting out of the car, and improves the traffic efficiency. The hardware of the system mainly includes ARM board, LCD screen, gate and image acquisition equipment. First of all, many groups of tanker send specific refueling information through serial port, and the client software drives the image acquisition device to obtain the vehicle picture. After the fee is successfully deducted, the consumption information of each vehicle will be continuously updated on the LCD screen, and at the same time, the lever of the gate will be lifted. The vehicle was released. The software part uses C # and html language to design the computer client software and the refueling website respectively. The system completes the image collection, preservation and recognition through the .NET framework and license plate recognition algorithm, and combines the database to realize the user information. Storage and query of vehicle consumption records. The local system can log on to the cloud server remotely. The oil information obtained by the client will be uploaded directly and deducted automatically from the balance of the cloud database. The owner can query the consumption record on the website in real time. The test results show that the system uses electronic payment to recharge the vehicle in advance, avoids the waiting process of the owner swiping credit card and cash change in the course of gas station payment, improves the charge efficiency and shortens the vehicle stay time. The expected design is achieved.
【学位授予单位】：大连海事大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP393.092;U473.8

【相似文献】