ANALYSIS OF THE SPATIO-TEMPORAL CHARACTERISTICS OF THE TECHNIQUE OF KICKING WITH THE LEFT FOOT TO THE SIDE FROM THE LEFT-HANDED STANCE OF HIGHLY SKILLED ATHLETES SPECIALISING IN HAND-TO-HAND COMBAT

Ілля Вако, Олександр Жирнов
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Abstract

The relevance of the research topic. A wide arsenal of technical actions and a wide range of potential conflict situations that regularly occur in the course of martial arts determine the peculiarities of operations, actions and mechanisms for their improvement. The aim of the research was to analyse the indicators of the spatial-temporal structure of the technique of a kick with the left foot to the side from the left- handed stand performed by highly skilled sportsmen. Research methods: analysis of literature sources, video recording and biomechanical video computer analysis using the optoelectronic system "Qualisys", methods of mathematical statistics. Results. The movement of the biolinks of the athletes' body during the phase of preparing for the impact is from 0.03 m to 0.25 m. During the kicking phase, the values of the average velocities of the right ankle and right knee joints are 4.23 m·s-1 and 2.26 m·s -1 respectively. Conclusions. The execution of a blow is effective from the point of view of biomechanical analysis, and the indicators of the kinematic structure of movements during the execution of this blow can be used both as a reference sample of sports technique and for the development of model characteristics of movements based on them. The values of the average velocities of the shoulder, elbow, and carpal joints of the right hand during the walking phase are 0.50 m·s-1, 1.10 m·s-1, and 0.95 m·s-1, respectively. The average speed of the shoulder joint of the left hand is 0.69 m·s-1, the left elbow joint - 0.97 m·s-1, and the left carpal joint - 2.03 m·s-1. Such high indicators of the average speeds of the hand joints during the walking phase indicate swinging movements to increase the force of the impact due to the use of inertial forces. The movement of the biolinks of the athletes' body during the walking phase ranges from 0.08 m to 0.63 m. The values of the indicators of the joints of the upper limbs during the two support phases when performing a left leg kick to the side from the left stance are: right shoulder joint - 0.65 m·s-1, left shoulder joint -0.52 m·s-1, right elbow joint – 2.73 m·s-1, left elbow joint – 1.71 m·s-1, right and left carpal joints – 1.84 m·s-1. In the two-support phase, the movement of the studied body points of the athletes is in the range from 0.08 m to 0.56 m. The values of the average velocities of the studied body points of the athletes during the contact phase when performing a left leg kick to the side from the left stance range from 0.23 m s- 1 to 2.53 m·s-1, and the displacement of the same points during this phase is from 0.02 m to 0.20 m 
分析专门从事徒手搏击的高水平运动员从左手站姿开始用左脚向侧面踢球技术的时空特征
研究课题的现实意义。武术过程中经常出现的大量技术动作和各种潜在的冲突情况,决定了其操作、动作和改进机制的特殊性。研究的目的是分析高水平运动员在左手站立时用左脚向侧面踢腿技术的时空结构指标。研究方法:文献资料分析、录像和使用光电系统 "Qualisys "进行生物力学视频计算机分析、数理统计方法。研究结果在准备冲击阶段,运动员身体生物链接的移动距离为 0.03 米至 0.25 米。在踢腿阶段,右踝关节和右膝关节的平均速度值分别为 4.23 米-秒-1 和 2.26 米-秒-1。结论从生物力学分析的角度来看,击打动作是有效的,击打动作过程中的运动学结构指标既可作为运动技术的参考样本,也可用于在此基础上开发动作特征模型。在行走阶段,右手肩关节、肘关节和腕关节的平均速度值分别为 0.50 m-s-1、1.10 m-s-1 和 0.95 m-s-1。左手肩关节的平均速度为 0.69 m-s-1,左肘关节为 0.97 m-s-1,左腕关节为 2.03 m-s-1。在行走阶段,手部关节的平均速度指标如此之高,表明由于惯性力的作用,摆动运动增加了冲击力。在两个支撑阶段,当从左侧站姿开始向侧面踢左腿时,上肢关节的指标值为:右肩关节-0.65 m-s-1,左肩关节-0.52 m-s-1,右肘关节-2.73 m-s-1,左肘关节-1.71 m-s-1,左右腕关节-1.84 m-s-1。在双支撑阶段,所研究的运动员身体各点的移动范围为 0.08 m 至 0.56 m。在接触阶段,当运动员从左马步向侧面踢左腿时,所研究的运动员身体各点的平均速度值范围为 0.23 m s- 1 至 2.53 m-s-1,在这一阶段,相同点的位移范围为 0.02 m 至 0.20 m。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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