摘要
设计了基于STM32微处理器和物联网技术的实验室环境控制系统,实现对环境变量无线远程检测和控制,通过优化控制算法使环境的控制更加智能和精准,相比传统有线或离线方案,其极大减少了信息传播的时间延迟、工作量和人力资源,通过对传感器上报数据及实测数据的分析和对比,系统不仅可以节约人工成本和时间成本,同时也减少了空调等设备的耗电量,使环境参数更加及时准确控制在合理范围内,最大程度确保人身或设备的安全。
this paper designs a laboratory environment control system based on STM32 microprocessor and Internet of Things technology to realize the wireless remote test and control for environment variables.By optimizing the control algorithm to make the control of the environment more intelligent and accurate,compared with the traditional cable or offline scheme,it greatly reduces the time delay of information transmission,workload and human resources.Through the analysis and comparison of the sensor reported data and the practical measured data,the system can not only save labor costs and time cost,but also reduce the power consumption of air conditioning and other equipments at the same time.It makes the environment parameter more timely and accurate control in a reasonable range,and ensures the safety of personal and equipment maximum.
作者
麻小娟
朱维娜
党建林
MA Xiaojuan;ZHU Weina;DANG Jianlin(College of Information Engineering,Xi’an Mingde Institute of Technology,Xi’an 710124,China)
出处
《现代信息科技》
2022年第18期171-174,177,共5页
Modern Information Technology
基金
陕西省教育厅2021年度一般专项科研计划项目(21JK0814)
西安明德理工学院2020年度科研基金项目(2020XY01L05)。
关键词
实验室
物联网技术
温湿度
微处理器
无线
laboratory
Internet of Things technology
temperature and humidity
microprocessor
wireless
