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Research and Design of Intelligent Building Distributed Circumstance Monitor System Based on Wireless Communication

机译:基于无线通信的智能建筑分布式环境监测系统的研究与设计

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This paper introduces sensor unit of temperature and humidity is connected through 1-wire bus. Single chip microprocessor (SCM) AT89C52 processes measurement signal and drives equipments and it controls wireless transceiver chip nRF401 to complete data transmission between area monitor controller and work central station controller. Up PC is connected with control system though the USB controller chip PDIUSBD12, which the distributed circumstance temperature and humidity intelligent measure system is carried out. Our experiments show that the system temperature measure error is less than ±0.4°C, and relative humidity measure error is less than ±2%. The experiment results reveal that the measurement system performs well as expected. This paper introduces the system structure and part of hardware/software design in detail. This system can be applied to circumstance measure-regulate and alarm of grain and goods' storage, spinning workshop and library, etc.
机译:本文介绍了温度和湿度的传感器单元通过1线总线连接。单片机微处理器(SCM)AT89C52处理测量信号和驱动器设备,并控制无线收发器芯片NRF401以完成区域监视器控制器和工作中央站控制器之间的数据传输。通过USB控制器芯片PDIUSBD12进行了控制系统,CL与控制系统连接,分布式环境温度和湿度智能测量系统进行了连接。我们的实验表明,系统温度测量误差小于±0.4°C,相对湿度误差小于±2%。实验结果表明,测量系统按预期执行。本文详细介绍了系统结构和一部分硬件/软件设计。该系统可应用于谷物和商品储存,纺车车间和图书馆的环境测量和报警等。

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