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The design and implementation of lower limb rehabilitation robot based on BWSTT

机译:基于BWSTT的下肢康复机器人的设计与实现

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In order to solve the clinical application problems of existing rehabilitation robots, this paper made a local and global analysis and put forward a new design for the lower limb rehabilitation robot based on the technology of Body Weight Support Treadmill Training(BWSTT). Contrast to others, the robot has features of flexible structure, simple operation, strong practicality and low price. Methods of modular design and intensive design which usually used in Industrial Design were used in this paper, they can solve many clinical difficulties. Through preliminary clinical experiments, the design can solve and improve some problems, but it also need in-depth study and analyze.
机译:为了解决现有康复机器人的临床应用问题,本文基于体重支持跑步机训练(BWSTT)的技术,提出了局部和全球分析,并提出了下肢康复机器人的新设计。 对比他人形成鲜明对比,机器人具有灵活的结构,操作简单,实用性强,价格低。 本文使用了工业设计中通常用于工业设计的模块化设计和密集型设计方法,他们可以解决许多临床困难。 通过初步临床实验,设计可以解决和改善一些问题,但它也需要深入研究和分析。

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