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Position servo control of the slider in double toggle mechanical press using Bezier curve model and fuzzy control

机译:基于Bezier曲线模型和模糊控制的双肘机械压力机滑块位置伺服控制。

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Servo press is more flexible for forming process than conventional press. The position control of the slider is the key technique in the servo presses. In order to achieve an excellent position control performance of the slider, a position servo control strategy of the slider in a servo press - double toggle mechanical press is proposed in this paper. The control strategy combines the Bezier curve model and the fuzzy control methods. Firstly, the controlled mechanical object is described. Then, a Bezier curve model is established to accurately describe the control curves. Based on this Bezier curve model, the position servo control given curves of the crank for different processes are obtained. Afterwards, transverse flux machine (TFM) is selected as the servo motor for the control system because of its high force densities. Since TFM has complex nonlinear features, a Fuzzy-Proportional-Integral (fuzzy-PI) control method is presented to control the crank position for tracking the given curves. At last, the tracking curves for different processes are obtained. The results show that the control strategy can effectively achieve the flexible manufacturing of the press.
机译:伺服压力机在成型过程中比传统压力机更灵活。滑块的位置控制是伺服压力机中的关键技术。为了实现优异的滑块位置控制性能,提出了伺服压力机-双肘杆机械压力机中滑块的位置伺服控制策略。控制策略结合了贝塞尔曲线模型和模糊控制方法。首先,描述受控机械对象。然后,建立贝塞尔曲线模型以准确地描述控制曲线。基于该贝塞尔曲线模型,获得了曲柄的位置伺服控制给定曲线,用于不同的过程。此后,由于其高的力密度,选择了横向磁通机(TFM)作为控制系统的伺服电机。由于TFM具有复杂的非线性特征,因此提出了一种模糊比例积分(fuzzy-PI)控制方法来控制曲柄位置以跟踪给定曲线。最后,获得了不同过程的跟踪曲线。结果表明,该控制策略可以有效地实现压力机的柔性制造。

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