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Application of computer aided technology on microgripper based on GMM design

机译:基于GMM设计的计算机辅助技术在微夹钳中的应用。

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In order to overcome the shortcomings of the present microgripper, a new type of microgripper based on GMM was presented. Microgripper based on GMM is a type of microgripper based on giant magnetostrictive material. Driving force is provided by the expansion and shrinkage of GMM in magnetic field. Using giant magnetostrictive material to drive microgripper can not only realize quick response and large output force, but also control output force easily. This paper showed that how to apply computer aided technology into microgripper based on GMM design. Application of 3D solid modeling based on KBE can optimize the design of microgripper construction. Microgripper magnetic field can be analyzed through CAE. Clamp simulation of microgripper can be realized through VRML. The application of computer aided technology in the new type of microgripper design may significantly reduce the microgripper's design cost and design cycle.
机译:为了克服当前的微型夹爪的缺点,提出了一种新型的基于GMM的微型夹爪。基于GMM的微夹持器是一种基于巨大磁致伸缩材料的微夹持器。驱动力由GMM在磁场中的膨胀和收缩提供。使用巨大的磁致伸缩材料来驱动微爪,不仅可以实现快速响应和大输出力,而且还可以轻松控制输出力。本文展示了如何基于GMM设计将计算机辅助技术应用于微型抓爪。基于KBE的3D实体建模的应用可以优化微抓爪构造的设计。微型夹具的磁场可以通过CAE进行分析。可以通过VRML实现微抓钳的夹具仿真。计算机辅助技术在新型微夹钳设计中的应用可能会大大降低微夹钳的设计成本和设计周期。

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