日光温室作物产量监测系统设计
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高等学校博士学科点专项科研基金资助项目(20110008130006)


Development of Yield Monitoring System in Solar Greenhouse
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    摘要:

    根据日光温室作物产量测量和监控的需要,开发了日光温室作物产量监测系统。该系统由压力传感器终端、无线数据传输网络和上位机产量监测软件构成。通过无线数据传输网络的建立及节点间的通信,实现无线网络与压力传感器终端和上位机产量监测软件的通信,产量监测软件获取的产量相关信息保存到数据库中,方便对数据进行统计分析,从而及时调整温室环境及作物生长环境,调整温室管理方式。同时,对所测量的蔬菜添加RFID标签,实现对蔬菜产地等信息的溯源。试验表明,系统方案设计合理、操作简单、运行可靠,能够提高日光温室作物产量测量的效率,有效提升日光温室生产自动化程度,有利于温室管理的调整。

    Abstract:

    In order to measure and monitor the yield of solar greenhouse crops, a solar greenhouse yield monitoring system was developed. The system was consisted of three parts: a pressure sensor terminal, wireless data transmission network and software of monitoring yield. The wireless data transmission network was built and the communication among wireless network, pressure sensor output terminals and PC monitoring software was realized. The yield related information was got and the data was stored in the database to facilitate statistical analysis. The results of the analysis could help to adjust the greenhouse environment, crop growth environment and the greenhouse management. Meanwhile, the RFID tags were added on the measured vegetables to achieve traceability of the vegetable origin and other information. Experimental results showed that the system design was reasonable, reliable, easy to operate and convenient to use. The system could improve the efficiency of the greenhouse yield measurement, and it was able to effectively enhance the degree of automation in greenhouse yield. Meanwhile, this system facilitated the adjustment of greenhouse management.

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李莉,王海华,袁洪波,王小红.日光温室作物产量监测系统设计[J].农业机械学报,2013,44(Supp2):205-208. Li Li, Wang Haihua, Yuan Hongbo, Wang Xiaohong. Development of Yield Monitoring System in Solar Greenhouse[J]. Transactions of the Chinese Society for Agricultural Machinery,2013,44(Supp2):205-208.

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  • 在线发布日期: 2013-10-21
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