Muscle training auxiliary device and muscle training evaluation device and method

Abstract

The invention discloses a muscle training auxiliary device and a muscle training evaluation device and method and relates to the field of human body rehabilitation training. The muscle training auxiliary device comprises a sensor group, a data processing mechanism and a data transmission mechanism, the sensor group is used for collecting the posture information, the surface electromyogram signal and the skin conductivity information of a training target so as to obtain first data; the data processing mechanism is coupled with the sensor group and used for acquiring electromyogram signal activity information and power spectrum medium frequency information according to the surface electromyogram signal; the data transmission mechanism is coupled with the sensor group and the data processing mechanism and used for transmitting the posture information, the skin conductivity information, the electromyogram signal activity information and the power spectrum medium frequency information to the muscle training evaluation device. The muscle training auxiliary device can help a user increase training precision.

Description

Technical field [0001] The present disclosure relates to the technical field of human rehabilitation training, in particular to a muscle training auxiliary device, a muscle training evaluation device and a muscle training evaluation method. Background technique [0002] With the aging of the population structure, the number of elderly patients suffering from osteoarthritis is on a rapid rise, and the number of hip and knee replacements and arthroscopic surgeries has maintained a double-digit growth trend in the past five years. Through the operation, the problems of trauma, aging and necrosis of the hip and knee joints and loss of function have been solved for the patient, the pain of the patient has been solved, and the quality of life has been greatly improved. [0003] However, due to the insufficiency of existing medical resources, patients often do not receive sufficient rehabilitation guidance after surgery, and cannot perform scientific and effective rehabilitation exercises...

AI Technical Summary

Problems solved by technology

[0004] At present, similar human physiological signal acquisition systems are still mainly in the laboratory stage, without miniaturization and light weight, which hinders users from performing free muscle training to a certain extent. The data of synchronous real-time multi-channel sensors is only collected without effective closed-loop control. For Phenomena such as sweating, fatigue, and fever cannot be effectively adjusted, and accurate measurement and effective guidance for isometric contraction training cannot be carried out.

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