基于STM32的立体自行车库系统设计

S. Yong, Li Xinqi, Wang Yang
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引用次数: 0

摘要

随着共享单车的快速发展,大型自行车涌入街头,传统的停放架已经无法满足需求,立体车库的应用越来越广泛。立体车库的智能化对其控制系统的微处理器的计算能力和逻辑处理能力提出了更高的要求。通过分析升降行走机构的特点和结构特点,设计了一种基于STM32的立体自行车库系统。通过STM32主控芯片和RFID高频读写模块及相应的硬件结构,实现了自行车车库智能卡门禁功能;通过触摸屏和语音模块,提示用户使用密码或刷卡进入车辆,并实时显示车库存放车辆,使用户可以在语音提示下,通过多种方式方便快捷地进入车辆。该系统能够稳定、高效地控制立体车库的正常运行,具有节省空间、成本低、操作方便的特点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of Stereo Bicycle Library System Based on STM32
With the rapid development of shared bicycles, large-scale bicycles have flooded into the streets, traditional parking racks have been unable to meet the demand, and stereo garages have become more and more widely used. The intelligent of the three-dimensional garage puts forward higher requirements on the computing power and logic processing capability of the microprocessor of its control system. By analyzing the characteristics and structural characteristics of the lifting and traversing mechanism, this paper designs a stereo bicycle library system based on STM32. Through the STM32 main control chip and RFID high-frequency reader module and corresponding hardware structure, the bicycle garage smart card access function is realized; Through the touch screen and the voice module, the user is prompted to use the password or swipe to access the vehicle, and the garage storage vehicle is displayed in real time, so that the user can conveniently and quickly access the vehicle through various ways under the voice prompt. The system can stably and efficiently control the normal operation of the stereo garage, and has the characteristics of space saving, low cost and convenient operation.
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