三层极寒服装的耐磨性、动力学和运动学变化评价

Sugata Das Kumar, Vishal Singh (Kaharwar), M. Pal
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引用次数: 0

摘要

士兵和消防员都是危险的职业。他们穿着厚重的衣服,降低了身体的自然活动能力。在这种情况下,我们的目标是探索三层轻质服装系统的影响:在不同的机动性,六个步态阶段和不同的身体关节的动力学/运动学变化。我们通过Ergomaster 4.6软件的标准化协议评估了63例印度士兵的4种不同的施加力、6个步态阶段和5种身体运动的关节角度。除坐姿和步态剪切力外,未见明显变化。因此,它允许自然生物力学和步态模式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluation of Wearability, Kinetic and Kinematic Changes During Wearing of Three Layered Extreme Cold Weather Clothing
Soldiers and firefighters have a hazardous job profile. They have worn heavy clothing that reduces body’s natural movability. In these circumstances, our objectives are to explore the effect of three layers light-weight clothing system: on kinetic/kinematic changes during different maneuverability, six gait phases, and on different body joints. We assessed four different exerted forces, six gait phases, and joint angles of five body movements amongst 63 trials of Indian soldiers by standardized protocol of Ergomaster 4.6 software. No significant changes were observed except in sitting position and shearing force of gait pattern. Hence, it allows for natural biomechanics and gait pattern.
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