Control of Combined IPMC Actuator with 2 Variously Doped Films : Experimental Evaluation

H. Nakadoi, M. Yamakita, A. Sera, K. Asaka, Zhiwei Luo, Kazuhiko Ito
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引用次数: 1

Abstract

Some types of polymer actuators have been focused. These actuators are sometimes called artificial muscle. IPMC - ionic polymer and metal composite is one of the notable actuator. The characteristics of IPMC actuation is highly dependent on the type of dopant ion. This phenomenon is called 'doping effect'. It is expected that performance of the actuation can be improved by combining multiple IPMC films which are doped different types of dopant ions and with suitable control. In this paper, we construct a model to explain the doping effect and propose a combined system of IPMC actuator with variously doped films, and model matching control based on Hinfin control theory.
两种不同掺杂薄膜组合IPMC致动器的控制:实验评价
一些类型的聚合物作动器已被关注。这些致动器有时被称为人造肌肉。离子聚合物与金属复合材料是一种引人注目的致动器。IPMC的驱动特性高度依赖于掺杂离子的类型。这种现象被称为“掺杂效应”。期望通过将多个掺杂不同类型掺杂离子的IPMC膜组合在一起并进行适当的控制,可以提高驱动性能。在本文中,我们构建了一个模型来解释掺杂效应,并提出了一个IPMC执行器与不同掺杂薄膜的组合系统,以及基于Hinfin控制理论的模型匹配控制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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