摘要
文章研究的目的是解决目前在农机可靠性鉴定过程中对行驶里程统计、作业面积统计、故障现场回报、自动留存相关数据等需要,通过开发出国内领先、具有自主知识产权软硬件平台系统,将GPS、GSM和油耗记录仪等技术结合在一起,实现数据的实时回传、监控、分析、统计等功能,并采用基于B/S结构设计数据库平台,集成了谷哥地图和百度地图,采用平面地图或卫星地图浏览方式,建立一个实时在线监控且可视化的无人实时监督记录的农用机械可靠性试验平台,系统服务平台能为农机试验鉴定提供科学的,透明的数据,保证了农机试验鉴定科学、公开、公正的工作原则[1]。
The purpose of this study is to solve the reliability of the identification process of agricultural machinery on mileage statistics, the operating area statistics, fault-site returns, automatic data retention issues. By developing domestic leading, with independent intellectual property rights of software and hardware platform system, put GPS, GSM and fuel consumption recorder technology together, realize the data real-time back, monitoring, analysis and statistics. And the database platform based on B/S structure design. Integrated Columbia Valley maps and Baidu maps, using planar maps or satellite map browsing mode. Build a real-time online monitoring and real-time visualization of unmanned supervision of agricultural machinery reliability test recording platform. System service platform to provide scientific, transparent data to identify agricultural experiment. Ensure the identification of agricultural science , open, fair working principles.
出处
《大众科技》
2014年第8期40-42,54,共4页
Popular Science & Technology
基金
农业机械可靠性试验远程监控系统的开发与应用(桂科合1346011-9)
关键词
农机
可靠性
实时监督
Agricultural machinery
reliability
real time supervision
