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Study on the Application of H-Infinity Control to Double-Layer Vibration Isolation System

机译:H无限控制在双层隔振系统中的应用研究

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Double-layer vibration isolation device can significantly reduce the vibration of machinery and equipment delivered to the base or the environment. However, the passive approach is difficult to isolate the low-frequency vibration effectively. Active vibration isolation technology can set the control law according to the adjustment of dynamic characteristics parameters of the system, realize isolation requirements that passive isolation can not reach; In this paper, mixed sensitivity design method is applied, the performance weighting function and robust weighting function are reasonably chosen, the problem of robust feedback controller design translate to solve a standard control problem. The simulation results of frequency-domain show that isolation system can achieve good vibration isolation effect at the specified frequency band and the Robust control algorithm can effectively improve the isolation performance of double-layer vibration isolation system.
机译:双层隔振装置可以显着降低传递到基地或环境中的机械设备的振动。但是,被动方法难以有效地隔离低频振动。主动隔振技术可以根据系统动态特性参数的调整设置控制律,实现被动隔振无法达到的隔振要求;本文采用混合灵敏度设计方法,合理选择性能加权函数和鲁棒加权函数,将鲁棒反馈控制器设计的问题转化为解决标准控制问题。频域仿真结果表明,该隔振系统在指定频段上具有良好的隔振效果,鲁棒控制算法可以有效提高双层隔振系统的隔振性能。

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