1) Electrohydraulic servo force control systems
电波伺服力控系统
2) electro-hydraulic servo force control system
电液伺服力控系统
1.
Fuzzy learniug control of the electro-hydraulic servo force control system;
电液伺服力控系统的模糊学习控制
3) hydraulic pressure force servomechanism
电液力伺服控制系统
4) electro hydraulic force servo system
电液力伺服系统
1.
This paper makes research on CAD quadratic optimal track control in electro hydraulic force servo system by means of inversive deduction design.
本文利用逆推法对电液力伺服系统实现二次型最优跟踪控制进行了ＣＡＤ研究，其特点是采用了状态反馈的极点配置法来确定反馈增益阵Ｋｃ，并可直接对应工程中的动态指标对设计结果实施仿真修正。
5) force servomechanism
力伺服系统
1.
In this paper,LTI Viewer in Matlab was used to analyze a model of force servomechanism of hydraulic pressure in Daqing oil field.
针对大庆某设备液压力伺服系统模型,运用Matlab软件中的一种线性观察器(LTI Viewer)进行理论分析与仿真,为力伺服系统仿真提供一种简便的方法。
2.
In accordance with the model of force servomechanism of Automatic hydraulic pressure alignment machine in this paper, some system analysis programs programmed with Matlab are introduced, which include a series of functions such as model input, system analysis, simulation and so on.
针对全自动液压校直机力伺服系统模型 ,运用Matlab语言为其编写系统分析程序 ,使其具有模型输入、系统分析、仿真等功能。
补充资料：起服
1.犹起复。古代官吏有丧，服未满而起用。 2.指服满而起用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条