The Development of Gait Detection and Vibration Stimulus System

Min-Hwa Park, Dong-Wook Kim
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引用次数: 1

Abstract

Gait is a voluntary movement that requires interactions between sensory, muscular and central nerve systems. Therefore, gait disorder may improve by using the external stimulus on sensory system. However, there have not been many studies on biomechanical changes of gait, a dynamic posture of body, when a somatosensory stimulation is applied. Gait experiment was performed to validate this hardware in actual situation with 3-dimentional motion analysis and gait analysis. The results showed changed ground reaction force and angle of joint, which was considered that local somatosensory stimulation gave immediate feedback and changed the characteristics of gait during the gait. The study used a real-time analysis of patient's movement and external stimulation applied at proper timing and its results would be usefully applied in patients who requires gait guidance and have gait abnormality due to lack of balance for rehabilitation.
步态检测与振动刺激系统的研制
步态是一种自发的运动,需要感觉、肌肉和中枢神经系统之间的相互作用。因此,对感觉系统进行外部刺激可以改善步态障碍。然而,对体感刺激下人体动态姿态步态的生物力学变化研究并不多。通过三维运动分析和步态分析,在实际情况下对该硬件进行了验证。结果表明,地面反作用力和关节角度发生了变化,认为局部体感刺激在步态过程中产生了即时反馈,改变了步态特征。本研究对患者的运动进行实时分析,并在适当的时机施加外部刺激,其结果可用于需要步态引导和因缺乏平衡而导致步态异常的患者进行康复。
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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