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首页> 外文期刊>Consumer Electronics Magazine, IEEE >Controlled Tactile and Vibration Feedback Embedded in a Smart Knee Brace
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Controlled Tactile and Vibration Feedback Embedded in a Smart Knee Brace

机译:嵌入智能膝盖支架中的受控触觉和振动反馈

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摘要

The vastus medialis oblique (VMO) and vastus lateralis (VL) muscles at the knee joint play important roles for coordination, stability, and posture control. However, no currently available device records muscle activity while simultaneously warning users regarding abnormal muscle activity. This study used a commercialized electromyography sensors placed on the VL and VMO to monitor muscle activity while triggering warnings and vibration feedback to the muscles when an undesired ratio of VL/VMO muscular activation level set by current study was detected. The system was able to trigger alarms when the subject performed moderate-intensity activity and avoid triggering during low-intensity activity. Further research is needed of high-intensity exercises, such as running or weightlifting, to determine the effects of increased muscle activity on the judgment of the undesired ratio of VL/VMO muscular activation level using the device reported in the current study.
机译:膝关节倾斜(VMO)和覆盖物(VL)肌肉在膝关节中肌肉发挥重要作用,可用于协调,稳定性和姿势控制。但是,目前无可用的设备记录肌肉活动,同时警告用户有关异常肌肉活动。本研究使用了在VL和VMO上放置的商业化电核摄影传感器,以监测肌肉活动,同时触发当前研究设定的VL / VMO肌肉激活水平的不期望的比率时触发向肌肉的警告和振动反馈。当受试者执行中等强度活动并避免在低强度活动期间避免触发时,该系统能够触发警报。需要进一步的研究,例如运行或举重,以确定增加肌肉活动对使用当前研究中报告的装置的VL / VMO肌肉激活水平的不期望比例判断的影响。

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