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首页> 外文期刊>International journal of applied electromagnetics and mechanics >Design and development of a braille display using micro actuators driven by ER suspension
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Design and development of a braille display using micro actuators driven by ER suspension

机译:使用ER悬架驱动的微型执行器设计和开发盲文显示器

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摘要

ER suspension behaves like a Bingham fluid having yield stress, which can be rapidly changed in a reversible manner by applying electric field. By taking the advantage, Braille display using micro actuators driven by the suspension is developed. The micro actuators are fabricated by photolithography and allocated three dimensionally based on requirement specification which are determined experimentally. The system is integrated in small size and has high reliability since the valves consist of no moving components. In order to evaluate actuation of a micro actuator controlled by the valves, an experiment for displaying six tactile pins is performed.
机译:ER悬浮液的行为类似于具有屈服应力的宾厄姆流体,可以通过施加电场以可逆的方式快速变化。利用这一优势,开发了使用由悬架驱动的微型致动器的盲文显示器。微型致动器是通过光刻技术制造的,并根据实验确定的要求规格在三维上分配。该系统体积小,集成度高,因为阀门没有运动部件。为了评估由阀控制的微型致动器的致动,进行了显示六个触针的实验。

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