An auxiliary system for upper limb flexor resistance training for home personnel

Abstract

The invention belongs to the field of rehabilitation training, and relates to an auxiliary system for upper limb flexor resistance training for home personnel, which integrates muscle function evaluation and resistance training auxiliary monitoring; the system includes a force data acquisition device and a force data processing module. , a force data quantification module and a training instruction module; the present invention processes the force data collected by the force data acquisition device through a force data processing module, and obtains the duration and rest time of the muscle in different states and the corresponding force data; The force data is quantified by the force data quantification module to obtain the force generation ability and force retention ability of the upper limb flexor muscles of the trainer; the processing results of the force data processing module and the quantification results of the force data quantification module are combined with the expected training goals to output the training guidance results. The present invention can accurately describe the muscle strength characteristics of the trainer, combine the training times and the expected training target of the trainer, can accurately output the training guidance result, and improve the efficiency of the training guidance.

Description

technical field [0001] The invention relates to the field of rehabilitation training, in particular to an auxiliary system for upper limb flexor resistance training which integrates muscle function assessment and resistance training auxiliary monitoring. Background technique [0002] As an effective physical rehabilitation training method, resistance training is often recommended by organizations such as the American Academy of Health Exercise and the American Heart Association to improve the trainer's muscle strength, muscle endurance, physical function and neuromuscular function. Among them, home resistance training has attracted more and more researchers' attention as an alternative to traditional, hospital-based or rehabilitation center-based rehabilitation training. [0003] However, in the absence of the supervision and guidance of a physical therapist, home resistance training cannot determine whether the trainer has completed the prescribed training doses and exercis...

AI Technical Summary

Problems solved by technology

However, the maximum arm grip strength only reflects the performance of the evaluator at a certain moment, and lacks the evaluation of the whole process

At the same time, during the isokinetic muscle strength test, the speed of limb movement needs to be kept constant, so the equipment used is expensive, and it is often used for muscle function tests of athletes, but not suitable for muscle function evaluation of people at home

In addition, although neural electrophysiological signals can truly reflect the activation state of muscles, the correlation between signal characteristic parameters and muscle strength is not clear, and it is difficult to obtain activation signals of deep muscles in the body.

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