摘要
针对传统智能门锁的安全性与高功耗方面存在的问题,设计并开发一款基于STM32F103单片机的智能门锁。本项目可分别通过键入密码、指纹、RFID刷卡三种方式进行解锁,并且对其功耗进行了改良,使其在无人使用的时候达到低功耗。同时,本项目增加了WIFI模式进行连接阿里云从而达到物联网模式,从而监控门锁的实时状态,提高了门锁的安全性与可靠性。本项目的整体设计具有较高的完整性和实用性,不仅使门锁的安全性、便利性得到了提高,还可对门锁的实时状态进行检测,更为智能化。最后,本项目通过实物进行了实验验证,达到了预期结果。
In order to solve the problems of security and high power consumption of traditional smart door locks,a smart door lock based on STM32F103 microcontroller was designed and developed.This project can be unlocked by keying password,fingerprint,RFID swiping,and three ways,and its power consumption has been improved to achieve low power consumption when no one is using it.At the same time,this project adds a WIFI mode to connect to Alibaba Cloud to achieve the Internet of Things mode,so as to monitor the real-time status of the door lock and improve the security and reliability of the door lock.The overall design of this project has high integrity and practicability,which not only improves the safety and convenience of the door lock,but also detects the real-time status of the door lock,which is more intelligent.Finally,the project was experimentally verified by physical objects and achieved the expected results.
作者
张宇扬
余常乐
谢亨宙
陆少创
邓智豪
Zhang Yuyang;Yu Changle;Xie Hengzhou;Lu Shaochuang;Deng Zhihao(Maoming Vocational and Technical College,Maoming,China)
出处
《科学技术创新》
2025年第2期126-129,共4页
Scientific and Technological Innovation
作者简介
张宇扬(1995-),男,硕士,助教,研究方向:物联网工程;通讯作者:余常乐(2004-),男,大专,研究方向:嵌入式软件。
