1) UC MILL
UC轧机
1.
A generalized predictive controller based on neural network modeling was introduced to the online strip shape control of a reversal UC MILL.
板带轧制过程中 ,板形控制具有非线性、时变、纯滞后和耦合的特点 ,其建模与控制是很困难的·在神经网络建模的基础上 ,采用广义预测控制方法对可逆UC轧机的板形进行在线控制 ,有效地加强对轧辊热凸度等慢时变且无法实时测量的过程参量的适应能力 ,抑制各种随机干扰的影响·轧制实验结果表明 ,该系统具有良好的板形控制品质
2.
In order to realize the automatic shape control of UC mill, the simply constructed shapemeter used in the laboratory wns designed, and the experiment was carried out.
为了实现UC轧机的板形自动控制，研制了实验室用简易板形检测装置，并进行了实测实验。
3.
Research work about the axial moving velocity adjustment was deal with,the relationship between the requirements for axial adjustment and its related parameters in 1450 UC mill were also studied.
具有中间辊窜辊的UC轧机,窜辊速度对轧机的操作非常重要。
2) high UC mill
六辊UC轧机
1.
Prediction and control of chaos in the rolling process of a 6-high UC mill;
六辊UC轧机轧制过程混沌的预测和控制
3) rolling mill roller
轧机轧辊
4) The machine is clicking away.
机声轧轧。
5) rolling mill
轧机
1.
Simulation and analysis on the vertical vibrationof four-high rolling mill stand;
四辊轧机机座垂直振动仿真与分析
2.
Random fatigue design of universal joint in rolling mill main drive;
轧机主传动万向接轴随机疲劳设计
3.
Design and implementation of electro hydraulics servo control system of automobile leaf spring rolling mill;
板簧轧机电液伺服控制系统的设计与实现
6) rolling machine
轧机
1.
This paper reviews several general types of hot continuous rolling machine,and reviews the present condition of such kinds of machine in China.
笔者综述了铝板带热连轧机组的几种基本类型,以及这些热连轧机组在我国铝加工业的装备现状,并简要展望了热连轧技术在我国面临的机遇和挑战。
2.
As part of rolling machine s AC varial frequency transmission system, GTO s max capacity can reach to 20MVA, and for IGBT, to 8.
作为轧机的交流变频传动系统的GTO其最大容量达到20MVA,IGBT变频传动系统其最大容量 达到8。
补充资料：1700mm热轧宽带钢轧机精轧机组控制台(武汉钢铁公司)
1700mm热轧宽带钢轧机精轧机组控制台(武汉钢铁公司)
1700mm热轧宽带钢轧机精轧机组控制台(武汉钢铁公司)
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