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首页> 外文期刊>The Journal of the Textile Institute >Development and testing of a stitched stretch sensor with the potential to measure human movement
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Development and testing of a stitched stretch sensor with the potential to measure human movement

机译:缝线拉伸传感器的开发和测试具有测量人体运动的潜力

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摘要

Human movement in health sciences is typically measured using motion capture laboratory equipment, but this method has inherent limitations including cost, specialized knowledge requirements, and inability to measure activity in natural settings. This study presents a novel textile-based stretch sensor with potential for use for measurement of human movement in smart clothing. The sensor is composed of silver-plated thread stitched into a textile substrate. Multiple samples varying in thread type, length, stitch geometry, and textile substrate were systematically fabricated and tested. Elongation and recovery testing revealed the optimal sensor configuration for providing the largest and most repeatable change in resistance. Proper placement of these sensors in clothing may allow for a variety of applications, including kinematic measurement, activity monitoring, movement impairment detection, activity feedback, or control of environmental and assistive technologies.
机译:卫生科学中的人体运动通常使用运动捕捉实验室设备进行测量,但是这种方法具有固有的局限性,包括成本,专业知识要求以及无法在自然环境中测量活动。这项研究提出了一种新颖的基于纺织品的拉伸传感器,具有用于测量智能服装中人体运动的潜力。传感器由缝在纺织品基底上的镀银线组成。系统地制造和测试了多种样品,这些样品的线型,长度,针迹几何形状和纺织品基材各不相同。伸长和恢复测试显示出最佳的传感器配置,可提供最大和最可重复的电阻变化。这些传感器在衣服中的正确放置可允许进行多种应用,包括运动学测量,活动监测,运动障碍检测,活动反馈或环境和辅助技术的控制。

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