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评估不同滑动速度对可编程分带跑步机诱导的跌倒和非跌倒的影响

Chihyeong Lee, Jooeun Ahn, Beom-Chan Lee

Annual International Conference of the IEEE Engineering in Medicine and Biology Society. IEEE Engineering in Medicine and Biology Society. Annual International Conference

|December 3, 2025

概括

在分带跑步机上更高的滑动速度增加了跌倒率. 调整滑动速度对于防摔训练和研究身体对滑动的反应至关重要.

科学领域:

生物力学生物力学
发动机控制器的控制器
人类因素人类因素

背景情况:

分裂带跑步机是研究应对诱导滑动的常见工具.
之前的研究还没有调查不同的滑动速度如何影响跌落的发生和速度.

研究的目的:

为了研究不同滑动速度在分带跑步机上行走时对跌倒率的影响.
为了确定滑动速度是否会影响健康成年人落的可能性.

主要方法:

十二名健康的成年人在三种速度的分裂带跑步机上行走,诱导了三种速度的滑动干扰:0.5×PWS,1×PWS和2×PWS.
跌倒是通过超过30%的体重对安全带的负载力来识别的.
奇方位分析被用来比较不同滑动速度的下降率.

主要成果:

滑动速度显著影响了下降率.
较高的滑动速度 (1×PWS和2×PWS) 与最慢的速度 (0.5×PWS) 相比,导致较高的下降率.

结论:

滑动速度是一个关键因素,影响在分带跑步机扰动期间的跌落发生.
对于基于扰动的训练和跌倒反应研究等应用,需要仔细选择滑动速度.
通过指导使用基于跑步机的协议,这些发现为预防和康复的临床干预提供了信息.

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