Performance Evaluation of Ground Reaction Force Estimating Insole in Different Paces of Walking and Different Types of Footwear
Performance Evaluation of Ground Reaction Force Estimating Insole in Different Paces of Walking and Different Types of Footwear
复制标题
地面反作用力估计鞋垫在不同步行步速和不同类型鞋类中的性能评估
DOI：
10.11239/jsmbe.52.108
复制
发表时间：
2014
影响因子：
--
通讯作者：
葉山 浩樹，福田 博也
中科院分区：
文献类型：
--
作者：
井野秀一;高橋紀代;佐藤満;吉村真一;大西忠輔;中村幸男;本田哲三;永野靖典;葉山 浩樹，福田 博也;葉山 浩樹，福田 博也
可穿戴式生物医学信号和动量测量技术的提出是为了满足日常生活中生理监测系统的需要。在测量地面反作用力时，使用了一种从鞋底上的紧凑型力传感器的输出来估计足底压力的方法。然而，在这种方法中使用的紧凑型传感器是昂贵的，这是很难使用这些传感器在日常监测的运动活动和康复。本文采用廉价的薄膜力传感器代替紧凑型力传感器，测量足底载荷，从而估算步行时的垂直地面反力。此外，作者证实，该监测系统可用于不同的步伐和鞋类。
Wearable technology for measuring biomedical signal and momentum has been advanced for the purpose of physiological monitoring system during daily life. In measuring ground reaction force, a method to estimate plantar pressure from output of compact force sensors on the underside of footwear has been used. However, compact sensors used in this method are expensive, it is hard to use these sensors in daily monitoring of sports activity and rehabilitation. In this paper, the authors adopted low-priced film force sensors instead of the compact force sensors, and measured load on plantar and made it possible to estimate vertical ground reaction force in walking. In addition, the authors confirmed that this monitoring system can be used in different pace and footwear.