A novel force sensing system for research on shot-put techniques

G. Song, Aiguo Song, Y. Ge
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Abstract

This paper presents a novel force sensing system for measuring the forces applied on a shot by shot-put athletes. A shot-put sensor with almost the same size and weight as the standard shot for open males has been designed and fabricated. The sensor can simultaneously detect applied forces along three orthogonal directions. Instead of using a common shot, the shot-putters can use this shot-put sensor to make their throws. With the help of a commercially available high-speed photography system, field tests have been performed. The experimental results show that the force sensing system is effective in getting the force information of the shot-put athletes. In this manner, the force sensing system serves as a powerful tool for coaches and sports scientists to make scientific researches on shot-put techniques. It also provides an intuitive and reliable guidance for the shot-put athletes to improve their skills.
一种用于铅球技术研究的新型力传感系统
本文提出了一种新型的力传感系统,用于测量铅球运动员在击球时施加的力。设计并制造了一种尺寸和重量与男子标准铅球几乎相同的铅球传感器。该传感器可以同时检测沿三个正交方向的作用力。而不是使用一个普通的投篮,铅球运动员可以使用这个铅球传感器,使他们的投掷。在市售高速摄影系统的帮助下,进行了现场测试。实验结果表明,力传感系统能够有效地获取铅球运动员的力信息。这样,力感系统就成为教练员和运动科学家对铅球技术进行科学研究的有力工具。为铅球运动员提高技术水平提供了直观可靠的指导。
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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