首页> 外文会议>International Symposium on Biomechanics in Sports vol.1; 20050822-27; Beijing(CN) >BIOMECHANICAL ANALYSIS ON DYNAMIC PULLING SKILL FOR ELITE INDOOR TUG OF WAR ATHLETES
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BIOMECHANICAL ANALYSIS ON DYNAMIC PULLING SKILL FOR ELITE INDOOR TUG OF WAR ATHLETES

机译:竞技运动员室内室内拖轮动态拉拔技术的生物力学分析。

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摘要

In order to describe the pulling skill for the elite athletes of indoor Tug of War, the purpose of this study was to determine biomechanical profiles in dynamic pulling exercises. Kanazawa Rescue team of the gold medal record for the 2004 World Indoor TOW Championships participated in this study (N = 20). Our data revealed that the elite tug of war athletes could produce 1041.6 N in dynamic pull, i.e., 149.0% of the weight with the load cell method. According to three-dimensional video analysis procedures with the direct linear transformation analysis (DLT) method, it was cleared that the ankle joint of lower leg was rotating at toe off with the pigeon toe position to outsidewards during pushing the floor. Therefore, it is concluded that the lower limb link system involving COM would be of the most sophisticated skill for the elite indoor TOW athletes.
机译:为了描述室内拔河比赛的精英运动员的拉力技巧,本研究的目的是确定动态拉力练习中的生物力学特征。金泽救援队获得了2004年世界室内TOW锦标赛金牌纪录,参加了这项研究(N = 20)。我们的数据显示,精英拔河运动员的动态拉力可以产生1041.6 N,即称重传感器法产生的重量为149.0%。根据具有直接线性变换分析(DLT)方法的三维视频分析程序,可以清楚地看到,在推地板期间,小腿的脚踝关节从脚趾处向外旋转,鸽子的脚趾位置朝外。因此,得出的结论是,对于COM室内精英运动员来说,涉及COM的下肢链接系统将是最复杂的技能。

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