The application problems of roll eccentricity control are analyzed and prospected.
对轧辊偏心控制存在的应用问题进行了分析和展望。
Roll eccentricity is a problem not to be ignored for strip gauge control in high accuracy cold rolling mill.
轧辊偏心是高精度冷轧机厚度控制不能忽视的问题。
Repetitive control can make compensation for roll eccentricity and robust PID controller is not sensitive to uncertainty of model.
本文提出一种基于重复控制进行偏心补偿，鲁棒pid控制器对模型不确定性不敏感的带钢厚度控制系统。
Aiming at strip thickness fluctuation presently caused by roll eccentricity in cold rolling, a method of improving precision in spectrum analysis is proposed.
针对目前冷轧生产中因轧辊偏心引起带材厚度波动的问题，提出了一种提高轧辊偏心信号频谱分析精度的方法。
The tracking control of the driving and screw-down system is discussed for the purpose of keeping constant tension-difference and overcoming the influences of roll eccentricity, etc.
为保持张力差恒定，克服轧辊偏心等影响，讨论传动与压下系统的最优跟踪控制。
There are experiential and calculating method for eccentricity calculation and it's decision on urethane anvil-roll of the rotary die-cutter.
旋转模切机砧辊处的偏心量认定与设计计算，有经验计算与工程计算的一般原则方法。
There are experiential and calculating method for eccentricity calculation and it's decision on urethane anvil-roll of the rotary die-cutter.
旋转模切机砧辊处的偏心量认定与设计计算，有经验计算与工程计算的一般原则方法。
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