Study on Increase in Propulsion of Flexible Linear Actuator

K. Ohyama, Y. Hyakutake, H. Kino
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Abstract

Linear motors have limitations for applications because linear motors are developed to apply for operations of rectilinear motion. Then, The Flexible Linear Actuator (FLA) has been proposed to enlarge the application field by giving it flexibility. The electric propulsion was small because the prototype of FLA was small, and it was difficult to compare the analytical and experimental electric propulsions. Therefore, the operating principle has not been verified. In this paper, the new experimental model is constructed to increase the electric propulsion and make the measurements easy. And, the experimental results are compared with the results calculated with the finite element method software (ANSYS) to verify the operating principle of FLA.
柔性直线执行器推进力增大研究
由于直线电机是为实现直线运动而发展起来的,因此在应用上有一定的局限性。然后,提出了柔性直线执行器(FLA),通过赋予其灵活性来扩大其应用领域。由于样机体积小,电力推进装置体积小,难以对分析和实验电力推进装置进行比较。因此,其工作原理尚未得到验证。本文建立了新的实验模型,以增加电力推进力,使测量变得容易。并将实验结果与ANSYS有限元软件计算结果进行了比较,验证了FLA的工作原理。
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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