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Iterative Learning Control of Double Servo Valve Controlled Electro Hydraulic Servo System

机译:双伺服阀控制电液伺服系统的迭代学习控制

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摘要

Aimed at electro-hydraulic servo force control system, according to the nonlinear of electric-hydraulic servo valve, to improve the speed of equivalent valve response, we propose the double electric-hydraulic servo valve parallel control, and two servo valve are controlled by their respective controller, the same signal inputs two controller, every valve controller can adopt different structure and parameters. Iterative control is used to the first controller, another using adaptive control. The oretical analysis and simulation results prove the scheme is feasible. And such system doesn't cost too much, avoiding using expensive big flow electro-hydraulic servo valve, especially being suitable for those who need to locate quickly and whose positioning precision is high.
机译:针对电液伺服力控制系统,针对电液伺服阀的非线性,为提高等效阀响应速度,提出了双电液伺服阀并联控制,两个伺服阀受其控制。各自的控制器,同一信号输入两个控制器,每个阀门控制器可以采用不同的结构和参数。迭代控制用于第一个控制器,另一个使用自适应控制。现场分析和仿真结果证明了该方案的可行性。而且这种系统成本不高,避免了使用昂贵的大流量电动液压伺服阀,特别适合那些需要快速定位且定位精度较高的人。

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