Simulation results show that the servo system has high stability and can trace step, sine and ramp force signal with high precision. It is significant to developing the pneumatic servo system.
仿真结果表明，系统稳定性高，能够较好地跟踪阶跃、正弦和斜坡等典型力信号，对常规气压伺服技术应用领域的拓宽具有重要的理论和实际意义。
Described the clutch diaphragm spring clutch, hydraulic remote operation, pneumatic servo booster.
膜片弹簧离合器，液压远距离操作，带气压伺服助力器。
Pressure tracking of a pneumatic servo system plays an important part in the active pneumatic isolation technique.
气动伺服系统的压力跟踪是主动隔振系统中的一个重要环节。
On the basis, the corresponding research on control strategy has been studied for the pneumatic servo positioning system.
在此基础上，对气动伺服位置控制系统进行了相应控制策略的研究。
However, due to its strong nonlinearities, it is difficult for a pneumatic servo system to achieve higher control precision.
但是，由于气动伺服系统的强非线性，对其实现高精度的有效控制一直是个难题。
The organic integration pneumatic technology and electronic technology, motivates the pneumatic servo technology to develop greatly.
气动技术与电子技术的有机结合，使得气动伺服技术产生了实质性的飞跃。
The experimental results show that the proposed predictive control is an effective one for the pressure tracking of the pneumatic servo system.
实验表明，本文提出的方法有效地解决了主动隔振系统中的气动压力跟踪问题。
At present, the pneumatic servo control using on-off valves has become a subject researched on competitively in the domain of fluid power control.
目前用开关阀实现的气动伺服控制已成为流体动力控制领域竞相研究的对象。
Based on the development situations of the pneumatic servo control technique, the main research was also aimed at the PWM and PCM on-off servo control system.
阐述了常规气动伺服控制系统研究的现状，认为以PWM和PCM调制方式为主的开关伺服控制技术仍然是研究的热点。
The pneumatic servo positioning system, which is composed of rodless cylinder and the servo valve, is studied on mathematical modeling and control in this paper.
本文对由伺服阀和无杆气缸组成的气动伺服位置控制系统进行了数学建模和控制研究。
A linear active disturbance rejection control (LADRC) strategy is proposed to control the positioning of the pneumatic servo system with strong nonlinear problem.
针对气动伺服系统复杂的非线性问题，提出了一种线性自抗扰控制策略对气动伺服系统进行位置控制。
A pneumatic servo loading system was proposed and a specially designed pneumatic digital servo valve was introduced in the system for the purpose of precise control.
为了达到这一要求，提出了气动伺服加载系统并引入特殊设计的气动数字伺服阀。
This pneumatic servo load system can satisfy the needs of double-sided polishing machine, which can successfully produce the ultra-smooth and flat surface on both sides of silicon wafer.
结果表明气动伺服加载系统能满足双面抛光的要求，可以加工出双面超平滑的硅片。
To improve the robustness of control systems, a nonlinear auto-disturbance rejection control (ADRC) technique for pneumatic servo systems was developed and a parameter setting method was given.
为提高控制系统的鲁棒性，增强干扰抑制能力，提出了适用于气压伺服系统的自抗扰控制器方案，并讨论了控制参数的整定。
By adopting a 2d pneumatic digital servo valve composed of servo spiral mechanism, conventional two-stage pneumatic servo valve structure is simplified while its performance is greatly enhanced.
利用一种伺服螺旋机构构成的二级气动数字伺服阀(简称“2d气动数字阀”)，简化了传统二级气动伺服阀的结构而性能却有较大提高。
By adopting a 2d pneumatic digital servo valve composed of servo spiral mechanism, conventional two-stage pneumatic servo valve structure is simplified while its performance is greatly enhanced.
利用一种伺服螺旋机构构成的二级气动数字伺服阀(简称“2d气动数字阀”)，简化了传统二级气动伺服阀的结构而性能却有较大提高。
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