为解决JSSJ- 83型小样浆纱机浆纱速度、烘燥温度、织轴卷绕张力控制不准确的问题，进行了技术改造。
To resolve the problems of inaccurate control of sizing speed, dry can temperature and beam winding tension of JSSJ-83 sample sizing machine, innovation of it was done.
提出了一种卷绕传动中利用变频器实时完成卷径自动计算的变张力转矩控制模式。
This paper presents a torque control model for variable tension with automatic on-line calculation of winding diameter in winding drive inverter.
通过改善聚丙烯熔体的流变性能、调整拉伸和变形工艺、控制卷绕张力和油剂加入量，可有效地提高丙纶bcf的卷曲性能。
By improving PP melt rheological properties, adjusting draw-texturing process, controlling winding tension and oil content, the crimping property of PP - BCF yarn can be improved effectively.
参考电容器卷绕装置制作了由单片机控制的张力控制系统，并设计了模糊控制器。
Referenced to the capacitor winding machines, we made a tension control system with the single -chip micro-computer and designed a fuzzy controller.
实践证明，该控制系统能较好地解决以往卷绕机械存在的张力控制问题。
The application practice proves that the problems of winder machine are solved satisfactorily.
介绍了复贴机卷绕机构恒张力控制的基本原理和数学模型，并提出了串级PID控制策略，运用计算机仿真工具MA TLAB及其SIMULINK进行仿真调试。
The paper presents the affixture machine winding tension control and deduced mathematic model. The cascade PID control system of testing components is used. It is simulated by MATLAB and SIMULINK.
由于卷绕系统是一个复杂的、非线性系统，收卷机的卷径时刻在变化，转动惯量也难以计算。张力调节器如采用传统的控制理论进行设计，不一定能获得很好的控制效果。
Because the rolling system is complicated, nonlinear, and its load is variable, if the tension controller is designed basing on the tradition control theory, we would not achieve good control effect.
由于卷绕系统是一个复杂的、非线性系统，收卷机的卷径时刻在变化，转动惯量也难以计算。张力调节器如采用传统的控制理论进行设计，不一定能获得很好的控制效果。
Because the rolling system is complicated, nonlinear, and its load is variable, if the tension controller is designed basing on the tradition control theory, we would not achieve good control effect.
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