Cushion valve based on pressure feedback is presented.
提出了压力反馈式缓冲阀。
In this paper, a new dynamic correcting way based on the traditional dynamic pressure feedback for the rudder servo system is proposed.
以传统的舵机伺服系统动压反馈回路为基础，介绍了一种新的伺服系统动态校正方法。
Envisaging the deficiencies of traditional impactors, a new mechatronic nitrogen explosion impactor based on pressure feedback is presented.
针对传统冲击器的缺点，介绍一种新型的基于压力反馈的机电一体化氮爆式冲击器。
According to analysis, a new type of highspeed pneumatic cylinder is designed, which has built-in cushion valve with supply pressure feedback.
根据分析结果，研制了内置供气压力反馈缓冲结构的新型高速气缸。
At first this paper introduces the simplified rudder servo-system model and analyzes the influence of the dynamic pressure feedback on servo system.
首先给出了现有舵机的简化模型，深入分析了原有动压反馈回路对系统的作用影响。
This paper introduces the technique that realizes optimal electro-hydraulic position servosystem by the loop technique and the means of pressure feedback.
本文介绍了利用环路法和压力反馈实现最佳电液位置伺服系统的方法。
This paper introduces the technique that realizes optimal electro-hydraulic position servosystem by the loop technique and the means of pressure feedback.
本文介绍了利用环路法和压力反馈实现最佳电液位置伺服系统的方法。
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