利用力掩蔽技术和应变计装置对人体肢体进行定性条件评估

Avisek Naug, Spandan Basu, Arghya Bhattacharya, K. Sanyal
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引用次数: 0

摘要

M曲线,即用于步态分析的力与相位曲线,用于获得步态周期不同阶段电压输出的变化。本文提出了一种通过电压标定的新方法,并对人体肢体的健康状况进行了推断。低迟滞测量仪的线性化校准曲线在该测量技术中发挥了优势。从与负荷模式相似(成比例)的电压变化模式中得到等效解释。最后,使用电压电平作为新参数进行比较状态监测,以区分健康和不健康的肢体。
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Qualitative conditional assessment of human limb using force masking technique with a strain gauge setup
This The M curves, force vs. phase curves for gait analysis, are utilized for obtaining variation of voltage output during different stages of the gait cycle. The proposed method in this paper suggests a novel technique by calibration of the voltage and draws an inference on the health of human limb. The linearized calibration curve of the low hysteresis measuring instrument, is taken to our advantage in this measurement technique. An equivalent interpretation is arrived at from the voltage variation pattern analogous (proportional) to the load pattern. Ultimately comparative condition monitoring is performed using the voltage level as the new parameter to differentiate between a healthy and an unhealthy limb.
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