基于STM32的粮仓监控系统设计
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摘要
以STM32芯片的无线传感器技术为基础,使用C++编程语言,完成监控设备对粮仓内部温度湿度烟雾浓度实时情况监控的系统设计。通过发送短信和接收短信来处理粮仓反馈过来的信息,达到对粮仓的智能监控。反复测试之后,该系统可以有效地监控粮仓,准确性高,安全可靠,具有很好的实用价值。
This paper is based on wireless sensor technology based on the STM32 chip, using c + + programming language, designed the system for monitoring and controlling the temperature, humidity and smoke concentration inside the granary. The purpose of studying intelligent granary is to accurately grasp the situation of the granary at all times. Measuring the temperature, humidity and smoke concentration of the granary can monitor the temperature, humidity and smoke intuitively. The feedback information from the granary can be received by sending and receiving SMS. If the smoke concentration is too high, it is easy to cause fire, and then by turning on the smart fan to ensure safety, ultimately in any case, to achieve the intelligent monitoring of the granary. After repeated testing, the system can effectively monitor the granary, with high accuracy, safety and reliability, and has strong practical value.
This paper is based on wireless sensor technology based on the STM32 chip, using c + + programming language, designed the system for monitoring and controlling the temperature, humidity and smoke concentration inside the granary. The purpose of studying intelligent granary is to accurately grasp the situation of the granary at all times. Measuring the temperature, humidity and smoke concentration of the granary can monitor the temperature, humidity and smoke intuitively. The feedback information from the granary can be received by sending and receiving SMS. If the smoke concentration is too high, it is easy to cause fire, and then by turning on the smart fan to ensure safety, ultimately in any case, to achieve the intelligent monitoring of the granary. After repeated testing, the system can effectively monitor the granary, with high accuracy, safety and reliability, and has strong practical value.
引文
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[6]吴卓葵.基于GSM的粮仓温湿度远程监测装置设计[J].电子测量技术,2014(9):94-97.
[2]陈岩,陈开胜.基于STM32的粮仓温湿度监控系统的设计[J].食品与机械,2014,30(9):187-189.
[3]范延彬,王超.基于WSN的小麦仓储环境监测系统研究[J].无线互联网科技,2015(5):56-57.
[4]张鹏.基于无线网络的粮仓环境监测系统[J].商场现代化,2013(28):74.
[5]牛贾贾,马铁华,沈大伟.粮仓温湿度监控系统设计[J].电子世界,2013(11):123-124.
[6]吴卓葵.基于GSM的粮仓温湿度远程监测装置设计[J].电子测量技术,2014(9):94-97.