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Design of plantar pressure monitor system of exoskeleton assistant device

机译:外骨骼辅助装置跖跖监测系统设计

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Through the theoretical analysis of the Zero Moment Point (ZMP) and the center of pressure (COP), sensor boots is installed A401 pressure sensors at the foot heel, the first phalanges and the fifth toe bone. Analyzing foot pressure signals, control systems determine the gait and movement of the human body. Experiments show that plantar pressure testing system can collect real-time plantar pressure information and accurately obtain different characteristics of gait cycle, as determine the walking state of the body.
机译:通过对零点点(ZMP)和压力中心(COP)的理论分析,传感器靴在脚跟处安装了401个压力传感器,第一个角浪,第五趾骨。分析脚压信号,控制系统确定人体的步态和运动。实验表明,跖骨压力检测系统可以收集实时跖骨压力信息,并准确地获得步态周期的不同特征,如确定身体的行走状态。

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