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Vibration reduction design for image transfer belt system with H-infinity optimal control configuration

机译:具有H-infinity最佳控制配置的图像转印带系统的减振设计

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摘要

An optimal control architecture based on norm is proposed for rejection of loading disturbance in a class of image transfer belt system, modeled as a four-rollers-belt powered by a direct-current motor which is widely applied in printers and copiers. The presented controller acts on the actuating torque from the motor and optimizes all variables concerning quality of the original image formation with human visual transfer effect. Simulation results responding to a periodic loading disturbance with comparison of the insufficiency and performance limitation in conventional speed control ascertain its effectiveness. It is shown that the image transfer belt system is successfully maintained in the satisfying condition with significant vibration reductions.
机译:提出了一种基于规范的最优控制架构,以抑制一类图像转印带系统中的加载干扰,该系统建模为由直流电动机驱动的四辊皮带,广泛应用于打印机和复印机中。所提出的控制器作用于电动机的致动扭矩,并通过人的视觉传递效果优化与原始图像形成质量有关的所有变量。通过比较常规速度控制的不足和性能局限性,对周期性负载扰动做出响应的仿真结果确定了其有效性。结果表明,图像转印带系统被成功地维持在令人满意的状态,并且振动显着降低。

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