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Design of a one-chip board microcontrol unit for active vibration control of a naval ship mounting system

机译:用于舰船安装系统主动振动控制的单芯片微控制器的设计

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摘要

This work presents an experimental implementation of a user-tunable one-chip board microcontrol unit which is specifically designed for vibration control of the active mounting system for naval ships. The proposed mounting system consists of four active mounts supporting vibration-sensitive equipment. Each active mount constitutes a rubber element, an inertial mass and the piezostack actuator. It is designed for particular applications that require effective isolation performance against wide frequency ranges, such as naval ship equipment. After describing the configuration of the active mount, dynamic characteristics of the rubber element and the piezostack actuator are experimentally identified. Accordingly, the proposed mounting system is constructed and the governing equations of motion are formulated. In order to attenuate the unwanted vibrations transferred from the upper mass, a feedforward controller with fast Fourier algorithm is designed and experimentally realized using the one-chip microcontrol board which is specially made for this practical application. In order to evaluate the performance of the one-chip microcontrol unit, vibration control results of the proposed active mounting system are presented in the frequency domain.
机译:这项工作提出了一种用户可调节的单芯片微控制器的实验实施方案,该微控制器专门设计用于控制舰船主动安装系统的振动。提议的安装系统包括四个支持振动敏感设备的主动安装座。每个主动安装件均包含一个橡胶元件,一个惯性质量和一个压电堆栈执行器。它设计用于要求在宽频率范围内具有有效隔离性能的特定应用,例如海军舰船设备。在描述了活动支架的配置之后,通过实验确定了橡胶元件和压电叠层执行器的动态特性。因此,构造了所提出的安装系统并制定了运动控制方程。为了衰减从上部质量传递来的不必要的振动,设计了具有快速傅里叶算法的前馈控制器,并使用专门为此实际应用制造的单片微控制板通过实验实现。为了评估单芯片微控制单元的性能,建议的有源安装系统的振动控制结果在频域中给出。

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