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Development of Shear Type Compact MR Brake for the Intelligent Ankle-Foot Orthosis and Its Control; Research and Development in NEDO for Practical Application of Human Support Robot

机译:用于智能型踝足矫形器的剪切式紧凑型MR制动器的开发及其控制; NEDO在人工支持机器人实际应用中的研究与开发

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A brake in which the magnetorheologic fluid (MRF) is used has a simple structure and good responsibility. Therefore, MR brake is expected to perform a good adaptability for human-coexistence system. Being applied in an ankle-foot orthosis, however, conventional MR brake is too large to fit. Then, in this study we developed a shear-type MR brake with multi layer disks and minute gaps (50 micrometers) to realize compactness and high performance. This paper describes the development of a shear type compact MR brake and a new controllable ankle-foot orthosis with this brake. Furthermore, we design algorithm to control an ankle. We assist gait of a patient by changing a brake force.
机译:使用磁流变液(MRF)的制动器具有简单的结构和良好的责任感。因此,期望MR制动器对人共存系统具有良好的适应性。但是,传统的MR制动器在脚踝矫形器中使用时太大,无法安装。然后,在这项研究中,我们开发了具有多层盘和微小间隙(50微米)的剪切型MR制动器,以实现紧凑性和高性能。本文介绍了剪切式紧凑型MR制动器的开发以及这种制动器可控制的新型踝足矫形器。此外,我们设计了控制脚踝的算法。我们通过改变制动力来帮助病人步态。

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