An Attempt for Measuring Snowboarding Performance Using Compact Force Sensors
An Attempt for Measuring Snowboarding Performance Using Compact Force Sensors
复制标题
使用紧凑型力传感器测量滑雪板性能的尝试
DOI：
10.1016/j.proeng.2014.06.018
复制
发表时间：
2014
期刊：
影响因子：
--
通讯作者：
K. Hirose
中科院分区：
文献类型：
--
作者：
A. Kondo;H. Doki;K. Hirose
本文介绍了利用紧凑型力传感器开发滑雪板雪面反作用力测量系统。该系统由四个轻量且紧凑的三轴力传感器组成。该系统与六轴力传感器的比较证实了系统的精度。所提出的系统和 6 轴力传感器的结果在所有轴上近似拟合。此外，该系统还用于测量雪场上的雕刻转弯。结果表明了6轴组件在实际雪场上滑行时受到雪面的反作用力。该系统可以测量在实际雪场上滑行时雪面的反作用力，并且该系统比之前的系统更紧凑、更轻。因此，该系统可以减少测量系统对滑雪者的约束。然后，该系统可用于解决滑雪板转弯机理并评估滑雪板运动员的技术。
This paper deals with the development of measurement system of reaction force from snow surface for snowboarding by compact size force sensors. This system consists of four 3-lightweight and compact axis force sensor. A comparison between the system and a 6-axis force sensor confirmed the precision of the system. The results of proposed system and 6-axis force sensor were approximately fitted in all axes. Further, the system was used to measure carving turns performed on snow field. The results indicated the reaction force from snow surface of 6-axis components in gliding on the actual snow field. The reaction force from snow surface in gliding on the actual snow field can be measured by using this system, and this system is more compact and lighter than the previous system. Hence, this system can be reduced restraint of snowboarder by the measurement system. Then, this system can be used to resolve the mechanism of snowboard turns and to evaluate the skill of snowboarder.