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基于智能红外遥感的车库车辆自动识别引导管理系统

2017-05-18叶晶晶杨洁

现代电子技术 2017年9期

叶晶晶++杨洁

摘 要: 设计一种基于智能红外遥感的车库车辆自动识别引导管理系统。该系统中的智能红外遥感控制器与车辆超高检测器、车辆自动识别引导器直接相连,是系统的控制核心,对于不符合入库要求的车辆,其将传递车辆信息给管理人员。车辆进入车库前,车辆超高检测器将进行车辆高度检测,禁止超高车辆入内。车辆自动识别引导器根据临时用户、长期用户和无效用户的车辆识别和引导流程图,对进入到车库的车辆进行识别,给出路线引导方案。路线引导方案将通过智能红外遥感控制器传输到用户车辆中实现智能引导。实验结果表明,该设计系统的能耗少、引导效率高、有效性强。

关键词: 智能红外遥感; 车库; 车辆自动识别; 引导管理系统

中图分类号: TN96?34; TP315 文献标识码: A 文章编号: 1004?373X(2017)09?0132?04

Abstract: A garage′s vehicle automatic identification and guiding management system based on intelligent infrared remote sensing was designed. The intelligent infrared remote sensing controller is connected with the vehicle ultra?high detector and automatic identification guiding device directly in the system, which is the control core of the system. If the vehicle can′t conform to the garage requirements for entrance, its information will be transmitted to manager. When the car accesses into the garage, the vehicle ultra?high detector will detect the height of the car to forbid the ultra?high vehicles to entrance into the garage. The vehicle automatic identification guiding device recognizes the vehicles entrancing into the garage according to the vehicle identification of the casual user, long?term user and invalid user, and the guiding flow chart, and gives the route guidance scheme. The route guidance scheme is transmitted to the user′s vehicle by means of the intelligent infrared remote sensing controller to realize the intelligent guidance. The experimental result shows that the system has the advantages of small energy consumption, high guidance efficiency and high availability.

Keywords: intelligent infrared remote sensing; garage; vehicle automatic identification; guiding management system

0 引 言

改革開放以来,我国国民的生活水平不断提升,汽车逐渐走入国民家庭,车库也成为一项重点建设工程。据统计,小区车库应满足每户家庭0.8 m2的停车面积,才能保证车辆的安全流通[1]。但现有车库的实际停车面积往往都低于0.8 m2,为解决这一矛盾,需要借助车库车辆自动识别引导管理系统对车库资源进行合理利用,改善车辆流通拥挤状况[2?3]。

为了解决当前系统在实际应用中产生的各种问题,需要通过更加智能化的手段实现车库中车辆流通的最大化优化,并同时保证设计成本和运营费用能够被普通企业负担得起。为此,设计基于智能红外遥感的车库车辆自动识别引导管理系统。……

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