Squats and lunges are important exercises for strengthening the trunk and lower body among various free weight exercises. It should be achieved safe and effective excise through establishing of theoretical basis for exercise posture and standard movement. Therefore, it’s necessary to develop the exercise model in order to prepare the scientific countermeasures for the prevent injuries and error movement through optimal exercise movement. For this purpose, it is effective to use appropriate instruments for motion compensation according to the optical motion and error motion. In this paper, we develop a motion model analysis system based on dynamic motion through the four-point load cell for dynamic motion analysis. Proposed analytical method, the optimal and the error motion numerical data is obtained through the dynamic motion analysis. And we verified that dynamic movement is simplified to establish the motion modeling according to the classification motion and the numerical quantification data for analyzing.

http://koreascience.or.kr:80/article/JAKO202013363977112.pdf

A Study of the design method for Interactive squat exercise Instrument

A Study of Dynamic Motion Analysis Device for Free Weight Exercise

http://koreascience.or.kr:80/article/JAKO201810256454345.pdf

A Study of the design method for Interactive squat exercise Instrument

Citations

A Study of Dynamic Motion Analysis Device for Free Weight Exercise

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