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针对目前自行车租借管理系统管理介质落后、集成自动化程度低、安全性差、运行效率低下等问题,笔者结合目前科学技术领域的最新研究成果,提出在单片机实验里的立体停车库控制项目中利用STM32作为主,控制CPU构建智能自行车立体车库租借系统的方案,设计一种基于STM32的立体停车库实验装置。该装置主要由LCD显示、RFID读卡、时钟驱动和报警等功能模块组成。该智能租借系统通用性强,抗干扰能力强,可靠性高,易于操作及维护,具有一定的市场应用前景。
In view of the current management system of bicycle rental management system lags behind, the integration of low automation, poor security, low operating efficiency and other issues, the author combined with the latest research results in science and technology, proposed single-chip experiments in the three-dimensional parking garage control project using STM32 as The main control CPU to build a smart bicycle parking garage system program to design a STM32-based three-dimensional parking experimental device. The device mainly consists of LCD display, RFID reader, clock driver and alarm function modules. The smart rental system versatility, anti-interference ability, high reliability, easy to operate and maintain, with some market applications.