roller pressure compensation 轧辊压力补偿
Based servo position control, the algorithms are put forward for position control and force compensation to realizing proper servo position and to improve loading condition of rolling roller.
提出了基于伺服位置控制的位置控制算法和力补偿算法，以实现合理的伺服位置，并改善芯辊的受力状况。
All these makes the roller system capable of controlling axial force, rolling mill vibration and heat compensation.
从而，该辊系具有对轴向力、轧机振动和热补偿控制性能。
The upper roller deflection compensation mechanism can be widely applied to the field of various bending machines.
本发明可广泛应用到 各种卷板机领域中。
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