Rowing motion monitoring method and system

Abstract

The invention discloses a rowing motion monitoring method and system, and the method comprises the steps: collecting the speed information and acceleration information of a ship body in a plurality of directions, and obtaining the motion states of the ship body and an athlete according to the acceleration information; collecting pressure data of at least one athlete on the ship body treading part and the seat part; calculating the force application time and the force application magnitude of each athlete on the ship body according to the pressure data; according to the force application time, the force application size or the acceleration information of each athlete on the ship body, calculating and obtaining the rowing frequency to be used for adjusting the force application time, the force application state and the force application size of the athlete. The monitoring method adopts an acceleration sensor and a gyroscope and is used for calculating the acceleration information and rowing deflection information in multiple directions. Motion state parameters and ship body state parameters of athletes are acquired according to acceleration information and rowing deflection information acquired by the acceleration sensor, and scientific guidance training can be given after analysis according to the athlete state parameters and the ship body state parameters.

Description

technical field [0001] The invention relates to the field of rowing monitoring, in particular to a rowing motion monitoring method and system. Background technique [0002] At present, the training of rowing athletes is based on the coaches' own experience. During the rowing process, the athlete's foot strength and posture, hip strength and posture are important factors affecting the rowing process, especially in multi-person rowing sports. Under the condition of high rowing force, each athlete needs to maintain a stable posture and frequency, so as to ensure the speed of multi-person rowing. In the existing technical solutions, there is no systematic monitoring of the rowing movement, the force and posture of the athletes in the multi-person rowing are not obtained, and the various motion parameters generated by the athletes themselves are not well utilized. Make the training period of existing rowing project long and the training effect is relatively poor. Contents of t...

AI Technical Summary

Problems solved by technology

In the existing technical solutions, there is no systematic monitoring of the rowing movement, the force and posture of the athletes in the multi-person rowing are not obtained, and the various motion parameters generated by the athletes themselves are not well utilized. Make the training period of existing rowing project long and the training effect is relatively poor

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