Fitness effect evaluation system based on electromyographic signal and body movement detection

Abstract

The invention provides a fitness effect evaluation system based on an electromyographic signal and body movement detection and belongs to the technical field of fitness evaluation, aiming at solving the problem that a result is not accurate when the fitness effect is evaluated according to subjective intention. The fitness effect evaluation system comprises a signal acquisition part and a cell phone APP part, wherein the signal acquisition part comprises an electrode, an electromyographic sensor, a controller, an acquired signal wireless transmission module and an accelerated speed sensor; the cell phone APP part comprises a processing signal wireless transmission module, a processor and a user module; a positive pole end and a negative pole end of the electrode are conducted with a to-be-detected target; a right leg driving electrode of the electrode is arranged at a tested part of the to-be-detected target. By detecting and analyzing an electromyographic signal, a body movement speed and an accelerated speed, the fitness effect is evaluated; the description of the fitness effect is relative to muscle fatigue degree and exercise quantity; information feedback and data management are carried out through a cell phone APP. The fitness effect evaluation system based on the electromyographic signal and the body movement detection is used for evaluating the fitness effect.

Description

technical field [0001] The invention relates to a fitness effect evaluation system based on myoelectric signal and body motion detection, and belongs to the technical field of fitness evaluation. Background technique [0002] In all kinds of physical exercise, the vast majority are related to muscle training. Medicine has proved that the degree of muscle fatigue during exercise is closely related to the fitness effect. If the degree of muscle fatigue is too low, it will lead to poor fitness effect, and if the degree of muscle fatigue is too high, it will cause muscle damage. Therefore, it is of great practical significance to monitor and evaluate the exercise intensity. When exercising, people's judgment on the degree of muscle fatigue usually comes from their own subjective feelings. For non-professionals, such judgments are often not accurate enough, so the results of muscle fatigue injury occur from time to time, which goes against the original intention of the bodybuilde...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to solve the problem of inaccurate evaluation results of fitness effects based on subjective wishes, and to provide a fitness effect evaluation system based on electromyographic signals and body movement detection

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