Comprehensive exercise measurement and auxiliary analysis system for curling exercise training

Abstract

The invention relates to a comprehensive exercise measurement and auxiliary analysis system for curling exercise training. The comprehensive exercise measurement and auxiliary analysis system comprises a central control computer, a radio network gateway, a stepping force node, an ice brushing frequency node, a curling node, a human motion parameter node, a curling casting hand heart rate node, a photoelectric velocity measurement node and an image collection node, wherein the stepping force node, the ice brushing frequency node, the curling node, the human motion parameter node, the curling casting hand heart rate node and the photoelectric velocity measurement node are connected with the central control computer through the radio network gateway, and the image collection node is in wired connection with the central control computer. A set of complete data acquisition and analysis system for the curling exercise training is provided by the system, and the comprehensive exercise measurement and auxiliary analysis system is concise in whole structure, can complete exercise measurement and auxiliary analysis while an athlete completes a real motion and can be accordingly integrated into the process of site training of a sports team effectively. Therefore, the comprehensive exercise measurement and auxiliary analysis system provides supports for scientific optimization of correlation techniques of the athlete and deep analysis and improvement of competition tactics and promotes technique and tactics levels of each curling team.

Description

technical field [0001] The invention relates to the field of sports data collection, in particular to a comprehensive motion measurement and auxiliary analysis system for curling training. Background technique [0002] Curling is a team-based throwing event on the ice, and it is also a skill-oriented performance accuracy item group event. Good technical ability is the key to victory. To achieve good technical ability, curlers must repeatedly optimize and perfect their movements. Objective observation and analysis methods are the prerequisites for effective optimization and improvement of athletes’ technical movements, especially for high-level athletes, if they can obtain completely reliable, accurate and objective information about athletes’ technical movements, and provide timely and rapid feedback , it is very beneficial for athletes to obtain ideal sports skills. [0003] Typical scenarios are: 1. For the throwing action, the general guiding idea is that the athlete th...

AI Technical Summary

Problems solved by technology

However, these devices usually need to lay various cables on the human body, which will affect the process of athletes completing related actions. In addition, these devices are usually bulky, compl...

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