首页> 外文期刊>精密工学会誌 >Functiional Evaluation of Effective Leg Muscular Strength Based on a Muscle Coordinate System Composed of Bi-articular and Mono-articular Muscles -Estimation of Functional Effective Muscular Strength from Output Force Distribution-
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Functiional Evaluation of Effective Leg Muscular Strength Based on a Muscle Coordinate System Composed of Bi-articular and Mono-articular Muscles -Estimation of Functional Effective Muscular Strength from Output Force Distribution-

机译:基于双关节和单关节肌肉的肌肉坐标系统对腿部有效肌肉力量的功能评估-根据输出力分布估算功能性有效肌肉力量-

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摘要

It has been reported that, in the two-joint motor link system of the human arm, complicate muscular alignments were simplified into three antagonistic pairs of six muscles including mono-and bi-articular muscles and these six muscle strengths were defined as functionally effective muscular strengths (FEMS), and the output force distribution exerted at the endpoint of the two-joint link system comes hexagonal shape, and further the six FEMS could be estimated based on the hexagonal characteristics of the output force distribution.
机译:据报道,在人手臂的双关节运动连接系统中,复杂的肌肉排列简化为三对拮抗的六种肌肉,包括单关节和双关节肌肉,这六种肌肉的力量被定义为功能有效的肌肉。强度(FEMS),并且施加在两关节连杆系统端点的输出力分布呈六边形形状,此外,还可以根据输出力分布的六边形特性估算六个FEMS。

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