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Speed Control System Design of Winding Mechanism For Composite Films

机译:复合薄膜绕组机构的速度控制系统设计

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To avoid the instability of the tension control in the continuous transmission process, a constant speed control system is designed and used in winding mechanism for composite films. Combining the mathematical model and the ratio speed control method, a system control algorithm is proposed. Results show that the system has the excellent robustness and the rapid speed response which meet the requirements of high speed constant tension control in the packaging industry. In order to improve the dynamic performance including fast response and non-overshoot, gain control and variable integration time constant control is used. Further, feed forward control method and adaptive control method is utilized to stabilize the composite films tension.
机译:为了避免在连续传输过程中张力控制的不稳定性,设计恒定速度控制系统并用于复合膜的卷绕机构。组合数学模型和比率速度控制方法,提出了一种系统控制算法。结果表明,该系统具有优异的稳健性和快速响应,满足包装行业中高速恒压控制的要求。为了提高动态性能,包括快速响应和非过冲,使用增益控制和可变积分时间常量控制。此外,使用进料前进控制方法和自适应控制方法来稳定复合膜张力。

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