摘要
针对现有奶牛场环境远程监控系统移动性差、操作复杂、功耗高等缺点,开发了一种基于以太网和手机微信开放平台的奶牛场养殖环境远程监控系统,实现了奶牛场温度、湿度、CO2浓度、H2S浓度、SO2浓度、NH3浓度等环境参数的精确采集和远程实时监控。系统通过以太网进行数据传输,利用Kingview 6.55工业组态软件开发了上位机监控软件系统,将上位机监控系统数据库与微信公共平台有机融合,实现了利用手机微信客户端完成对奶牛场环境远程监控的功能。经过实验室仿真试验及在奶牛场的实际运行试验证明,该系统运行稳定可靠,实时性好,监控效果理想,数据丢包率在100 m范围内最高仅0.041%,有效地解决了对奶牛场环境信息进行实时现场监控和远程监控的问题。
The current remote monitoring system for the diary farm environment is lack of mobility and too complicated to handle with high power consumption. Based on above, this paper developed a novel remote monitoring system for the diary farm environment based on the Ethernet and the public platform with WeChat. The new system can realize the accurate acquisition and remote real-time monitoring with respect to the environmental parameters, such as the temperature, humidity, CO2 concentration, H2 S concentration, SO2 concentration, NH3 concentration, etc. Ethernet was used to transmit the collected data. The industrial configuration software, Kingview 6.55, was adopted to develop the monitoring software system for the upper computer. The database of the aforementioned system was connected with the public platform with WeChat. A WeChat client was established on the smart phone to remotely monitor the environment of the diary farm. Case studies were carried out on the simulation experiments of the laboratory and the actual operations of a dairy farm. It is shown that this novel monitoring system had high stability and reliability and good real-time performance with satisfactory monitoring effect. The data packet loss rate was lower than 0. 041% in the range of 100 m. This system can effectively solve the problem of real-timely and remotely monitoring the environmental information of a cow house.
出处
《农业机械学报》
EI
CAS
CSCD
北大核心
2016年第11期301-306,315,共7页
Transactions of the Chinese Society for Agricultural Machinery
基金
现代农业(奶牛)产业技术体系建设专项资金项目(CARS-37)
关键词
奶牛场环境
远程监控
以太网
微信开放平台
cow house environment
remote monitoring
Ethernet
WeChat public platform
