1) Titling servo system
倾摆伺服系统
2) titling servo control system
倾摆伺服控制系统
1.
The titling servo control system of the titling train is identified by varied methods according to their features.
针对摆式列车倾摆伺服控制系统的原理及特点,应用不同的辨识方法对倾摆伺服控制系统进行辨识,并对各种方法辨识结果进行比较。
3) inverted pendulum servo system
倒立摆伺服系统
1.
A remotely controlled inverted pendulum servo system was developed based on xPC network control.
为实现倒立摆伺服系统的远程控制,设计了一种基于xPC网络控制的倒立摆伺服系统,建立了倒立摆伺服控制系统的数学模型,并利用xPC组件对该系统进行了运动控制试验。
2.
The disturbance-compensation of inverted pendulum servo system that was composed of AC-PMSM was studied.
研究了基于交流永磁同步电动机的倒立摆伺服系统的干扰补偿控制问题。
4) tilting system
倾摆系统
1.
Application of predictive control of neural network to tilting system of tilting train;
神经网络预测控制在摆式列车倾摆系统中的应用
2.
The air spring tilting system with the tilting angle of 2° is described.
介绍了倾摆角为2°的空气弹簧倾摆系统。
3.
The design principles, system composition of the car-body tilting system for X2000 Xinshisu EMUs, as well as the functional principles of each part in the tilting system, the systematic monitoring and the trouble diagnostic function are described.
介绍了X2000新时速电动车组车体倾摆系统的设计原理、系统组成以及倾摆系统各组成部分的作用原理、系统监测和故障诊断功能,并列出了车体倾摆系统的设计参数。
5) tilting mechanism
倾摆系统
1.
The paper outlines basic characteristics of tilting trains, introdues a large variety of tilting mechanisms of tilting trains and highlights the present status and development prospects of mechno-electric actuators.
介绍了摆式列车的基本特点;描述了摆式列车倾摆系统各种形式;重点阐述了机电作动器的现状及发展趋势。
6) Servo system
伺服系统
1.
Design and Debugging of Axis Z Servo System Controlled by UMAC;
UMAC控制下Z轴伺服系统设计与调试
2.
AC servo system for CMK61200D×80/32 heavy horizontal numerical control machine tool;
CMK61200D×80/32重型卧式车磨数控机床伺服系统
3.
Design and simulation of NC feed servo system by MATLAB;
基于MATLAB的数控进给伺服系统设计与仿真
补充资料：倾服
1.倾心佩服。
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