因此对其电液驱动模型进行系统研究，尤其是对非对称单杆液压油缸驱动机构研究是至关重要的。
So it is of great importance to research the mechanical and electrical driving system, especially the unsymmetrical actuators.
以单稳态触发器为核心，针对电液运动平台计算机控制系统的特点，设计了电液运动平台的监控保护系统。
According to characteristic of computer control system of electrohydraulic motion platform, the paper designs a surveillance protection system by the monostable trigger.
该系统采用单神经元和专家系统相结合的智能PI调节方法实现流量控制，液位采用积分分离智能PI调节方法。
The flow control is carried out by the method combining single neural cell and expert system, and liquid location is controlled by intelligent PI with integration separation method.
针对单回路电液位置伺服系统的动态特性，提出了一种等效流量反馈的控制方法，从而实现了串级控制。
This paper studies the dynamic characteristics of Electro hydraulic Position Servo System, and proposes a method of equivalent flow feedback to realize serial control.
介绍了一种电液伺服系统的调试方法，用这种方法对BF 1010a型单臂仿形刨进行了成功的调试、修复。
A way to adjust the Elector-hydraulic Servosystem was introduced a BF1010A type single-arm copying planer successfully was adjusted and renovated.
通过对国内外电液伺服疲劳试验机控制器的方案对比，提出了单cpu的系统控制方案。
Through the contrast of schemes for electro hydraulic servo fatigue testing machine controller at home and abroad, this paper presents a controller plan using single CPU.
本文推导了在时域内对电液伺服道路模拟试验台进行随机波形再现控制时，基于CARMA模型的，单输入单输出系统和多输入多输出系统的，隐式最小方差自校正调节器。
To reappear stochastic waveform on ESVRST in time field, the minimum variance implicit self-tuning regulators of SISO and MIMO systems are deduced based on CARMA models in this paper.
本文推导了在时域内对电液伺服道路模拟试验台进行随机波形再现控制时，基于CARMA模型的，单输入单输出系统和多输入多输出系统的，隐式最小方差自校正调节器。
To reappear stochastic waveform on ESVRST in time field, the minimum variance implicit self-tuning regulators of SISO and MIMO systems are deduced based on CARMA models in this paper.
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