Self-design of Virtual Measuring System for Bionic Plough
Bionic plough is the actual application of the bionics on the agricultural engineering .Based on the law of action and reaction,the working capability of the bionic plough is always indirectly analyzed by measuring and studying the forces F acting on the bionic plough by soil currently,so a stress-strain virtual measuring system for bionic plough,which was designed by the graphical programming language DASYLab,was used to measure the horizontal force F.In addition,during the course of design,the experimental complexities and the interferential factors influencing on signal logging were analyzed when bionic plough worked,so the anti-jamming methods of hardware and software technology were adopted correlatively.In the end,the self-design virtual measuring system indicates more merits than the traditional measuring system on many aspects including data real-time display,data real-time storage,data memory format,data processing and replay,and operation convenience.It shows much higher ratio of performance to price.
Virtual Measuring System Traditional Instrument Anti-jamming Bionic Plough Rational of Performance to Price
Shucai Xu Jinhuan Zhang Jianqiao Li Rui Zhang Lianghua Zhu
State Key Laboratory of Automotive Safety and Energy,Tsinghua University,Beijing,100084,China Key Laboratory of Terrain-Machine Bionics Engineering (Jilin University),Ministry of Education Chang Shanghai Ouji Metallurgy Machine Manufacture Co.,Ltd Shanghai,201907,China
国际会议
大连
英文
408-412
2008-07-27（万方平台首次上网日期，不代表论文的发表时间）