升降横移式自动化立体停车系统设计

摘要

To provide space parking places and to improve the parking capacity of a parking lot, a 3-layer and 4-row me-chanical spatial parking system with 10 parking spaces is designed based on the principle of lifting and transver-sing.The parking system's hardware platform of the control system is designed with the programmable logic con-troller ( PLC) of Siemens S7-200 as the main control core.The system uses the configuration software Force Control 6.1 to realize the real-time monitoring of its operating status.The control program is written and debugged based on the modular thinking.The parking system ' s operation results show that the working of the system is stable and reli-able, and it easily achieves automatic parking with an IC card.The parking system can solve the problems of park-ing confusion and parking difficulty in residential areas, thus having certain application and promotion values.%为了提供空间停车位以提高停车场的停车能力,基于升降横移原理设计了一种3层4列10车位机械式立体停车系统.该停车系统以西门子S7-200可编程逻辑控制器(PLC)为主控制核心构建控制系统的硬件平台,基于组态软件力控6.1实现车库运行状态的实时监控,采用模块化思想编写控制程序并进行调试.试验结果表明,该车库运行稳定可靠,可以便捷地实现刷IC卡自动存取车.该停车系统可解决居民区停车乱、停车难的问题,具有一定的应用和推广价值.