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在倾斜平面人体表仪上调节踏板配置的生物力学效应

Seonghyun Kang, Jaewook Kim, Yekwang Kim

IEEE ... International Conference on Rehabilitation Robotics : [proceedings]

|July 11, 2025

概括

倾斜平面人体表可以改变下肢关节的时刻,以进行个性化康复. 这种设备允许有针对性的生物力学调整,有助于伤害预防和恢复策略.

科学领域:

生物力学生物力学
康复工程康复工程康复工程
肌肉骨健康肌肉骨健康

背景情况:

下肢的过度关节瞬间与肌肉骨损伤有关.
个性化康复可以从特定关节时刻的受控诱导中受益.
倾斜平面人体表提供可调节的踏板平面和踏板方向.

研究的目的:

为了研究倾斜平面人体表仪的不同配置如何影响关节动力学和肌肉活动.
评估人体表仪在调节生物力学参数方面的潜力,以便针对性干预.

主要方法:

采用了肌肉骨建模方法.
五名参与者在四个不同的配置中,在倾斜平面人体表上完成了踩踏任务.
数据采集使用运动捕捉和一个集成的踏板力-扭矩传感器.

主要成果:

被绑架的踏板飞机减少了膝盖引力时刻,增加了脚引力时刻.
特定的踏板方向调节了轴向旋转时刻.
用反向踏板方向引入的平面增加了膝盖和脚的内部旋转时刻,并改变了部/脚的力量.
肌肉活动在不同配置之间有显著的差异,表明了适应性.

结论:

倾斜平面人体表有效调节下肢关节生物力学.
该设备通过针对特定的生物力学需求,显示出作为个性化康复干预的工具的前景.

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