tank stabilizer

Tank Stabilizer and the Electric Fault Diagnosis System

坦克稳定器和电气故障诊断系统

LQG/ LTR is used to design tank horizontal stabilizer, to solve the unstable phenomenon of LQG controller under random disturbance. System simulation shows, that LQG/ LTR controller has good robustness.

应用LQG/LTR控制方法设计坦克水平向稳定器，以解决在随机干扰作用下坦克稳定器LQG控制器可能出现的不稳定现象，系统仿真表明，应用了LTR过程的LQG控制器具有很好的鲁棒性。

Angular Error Measuring Technology of Tank Gun Stabilizer

坦克火炮稳定器的误差角测量技术

In order to reduce ship roll movement at all speed, some ships adopt ship anti-roll tank and fin stabilizer together.

为实现船舶在全航速下的有效减摇，有些船舶采用同时安装减摇鳍和减摇水舱两种减摇设备。

PID is one of the most common methods in Tank Artillery Stabilizer location service controlling system, in which the overshoot often conflicts with short settling time.

在坦克火炮稳定器的位置伺服控制系统中，PID是最常用的控制方法之一，在位置伺服控制系统中超调量与调节时间通常是矛盾的。

Method of Neural Network Sliding Mode Control of Tank Stabilizer

坦克稳定器的神经滑模控制方法

It can be classified as U-tube tank stabilizer and flume anti-rolling tank according to structural configuration, and the former has three types, namely passive, active control and controlled passive tank in terms of the control mode.

减摇水舱按结构形式可分为U型减摇水舱和槽型减摇水舱，而U型减摇水舱可以设计成被动式、主动控制式和可控被动式三种。

By using this modulation method, the location service control to the tank artillery stabilizer is realized effectively.

采用这种调节方法很好地实现了某型坦克火炮稳定器的火炮位置伺服控制。

The application of modern control theory to tank gun stabilizer

现代控制理论在坦克火炮稳定器中的应用

Design of LQG/ LTR Controller for Tank Stabilizer

坦克稳定器LQG/LTR设计

Tank Stabilizer with Sliding Mode Variable Structure Control

坦克稳定器滑动模态变结构控制

Research of Tank Gun Stabilizer Based on Valve-less Direct Drive Technology

基于无阀直驱技术的坦克火炮高低向电液稳定器研究