郭 斌, 钱建平, 张太红, 杨信廷. 基于Zigbee的果蔬冷链配送环境信息采集系统[J]. 农业工程学报, 2011, 27(6): 208-213.
    引用本文: 郭 斌, 钱建平, 张太红, 杨信廷. 基于Zigbee的果蔬冷链配送环境信息采集系统[J]. 农业工程学报, 2011, 27(6): 208-213.
    Guo Bin, Qian Jianping, Zhang Taihong, Yang Xinting. Zigbee-based information collection system for the environment of cold-chain logistics of fruits and vegetables[J]. Transactions of the Chinese Society of Agricultural Engineering (Transactions of the CSAE), 2011, 27(6): 208-213.
    Citation: Guo Bin, Qian Jianping, Zhang Taihong, Yang Xinting. Zigbee-based information collection system for the environment of cold-chain logistics of fruits and vegetables[J]. Transactions of the Chinese Society of Agricultural Engineering (Transactions of the CSAE), 2011, 27(6): 208-213.

    基于Zigbee的果蔬冷链配送环境信息采集系统

    Zigbee-based information collection system for the environment of cold-chain logistics of fruits and vegetables

    • 摘要: 根据果蔬产品冷链配送对环境监控的多测点、多要素和便捷性等方面的要求,以基于Zigbee技术的JN5139为无线节点信息处理的核心,结合温湿度传感器模块设计了采集节点,构建了车载环境中的无线传感器网络,结合嵌入式和.net技术开发了果蔬冷链配送环境信息采集上位机软件,解决了数据采集和实时监测的问题。整个环境信息采集系统在温度分别为0、5和12℃及相对湿度为90%环境下对冷藏运输车内不同位置进行了数据传输包收发率的测试。结果表明,该系统工作性能稳定,在数据采集和传输等方面均达到了设计要求,可以方便地应用于冷链运输过程中进行环境信息的采集与监测。

       

      Abstract: Environment monitoring of cold-chain logistics for fruits and vegetables has the requirement of multi-point, multi-factor and convenience. The JN5139 based on Zigbee was selected as the core of information processing of wireless node, and the sensing node was designed combined with the temperature and humidity sensors. Then a wireless sensor network in the vehicle environment was constructed. Furthermore, the environmental information collecting software was designed with the embedded system and .net platform, which realized data collection and real-time monitoring. The tests of PRR (packet reception rate) were carried out under different positions of cold chain vehicle, with different temperatures (0, 5 and 12℃) at 90% relative humidity. The results showed that working performance of the system was stable and the functions of real-time data acquisition and transmission could meet the design requirements. The system can be easily applied in environmental information collection and monitoring during the cold-chain transportion.

       

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