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The Research on Controlling Method of Loom Warp Tension

机译:织机经纱张力控制方法的研究

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In the textile industry, in order to better control loom warp tension and obtain better quality fabrics, it was very pivotal to choose a good control algorithm. This paper emphatically carried on the design and analysis on three control methods, they were PID algorithm, fuzzy PID algorithm and single neuron adaptive PID algorithm. This article took the let-off system of SAURER400 loom as experimental object, and adopted the simulation system of MATLAB to check up the advantage and disadvantage of three control methods. The results showed that the simulation curve of single neuron adaptive PID control algorithm was fast response and small overshoot; In the process of weaving, this algorithm was very effective to control warp tension and obviously reduced the range of fluctuation of warp tension; Three kinds of algorithms designed in this article provided some methods to reference for controlling the warp tension of the loom in the future.
机译:在纺织工业中,为了更好地控制织机经纱张力并获得更好的面料质量,选择一个好的控制算法非常关键。本文着重进行了三种控制方法的设计与分析,分别是PID算法,模糊PID算法和单神经元自适应PID算法。本文以SAURER400织机送经系统为实验对象,并采用MATLAB仿真系统对三种控制方式的优缺点进行了检验。结果表明,单神经元自适应PID控制算法的仿真曲线响应速度快,超调量小。在织造过程中,该算法对控制经纱张力非常有效,明显减小了经纱张力的波动幅度。本文设计的三种算法为将来控制织机的经纱张力提供了一些参考方法。

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