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[扭转——运动鞋构造中的一个新概念。足部在运动压力下的运动偏移——解剖学和生物力学观察及其对运动鞋构造的影响]

[Torsion --a new concept in construction of sports shoes. Motion excursion of the foot in athletic stress--anatomical and biomechanical observations and their effects on construction of sports shoes].

作者信息

Segesser B, Stüssi E, von A Stacoff M, Kälin X, Ackermann R

机构信息

Praxisklinik Rennbahn, Orthopädie und Sportmedizin, Muttenz-Basel.

出版信息

Sportverletz Sportschaden. 1989 Dec;3(4):167-82. doi: 10.1055/s-2007-993655.

Abstract

In recent years several construction elements resulted in an increasing stiffening of the sport shoe so that the foot was partly forced to make its own movements inside the shoe. A new sport shoe concept is presented basing on the results of anatomic and biomechanical studies, its innovative feature being decoupling of the foot movement between the calcaneal part of the foot and the metatarsus (= torsion). The foot is given an opportunity to transmit its freedom of movement in the longitudinal axis of the foot to the shoe without the shoe acting as a lever, this goal being achieved by a limited liberation of the metatarsal pronation/supination and a controlled uncoupling of the metatarsus from the calcaneal part of the foot.

摘要

近年来,几种构造元素导致运动鞋越来越硬,以至于脚部在鞋内部分被迫自行运动。基于解剖学和生物力学研究结果,提出了一种新的运动鞋概念,其创新之处在于脚部跟骨部分和跖骨之间的运动解耦(=扭转)。脚部有机会在不使鞋子起到杠杆作用的情况下,将其在足部纵轴上的运动自由度传递给鞋子,这一目标是通过有限度地放开跖骨的内旋/外旋以及控制跖骨与脚部跟骨部分的解耦来实现的。

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