Mirror evaluation training low-frequency electric stimulation rehabilitation system and use method

Abstract

The invention provides a mirror evaluation training low-frequency electric stimulation rehabilitation system and a use method. The mirror evaluation training low-frequency electric stimulation rehabilitation system comprises an analog terminal; the analog terminal includes an MCU processor, a first electrode, a second electrode, a signal filtering and amplifying circuit, a signal processing circuit and an electric stimulation generation circuit; one the one hand, the MCU processor is connected with the first electrode through the signal processing circuit and the signal filtering and amplifying circuit, and on the other hand, the MCU processor is connected with the second electrode through the electric stimulation generation circuit. According to the mirror evaluation training low-frequency electric stimulation rehabilitation system of the invention, electric stimulation pulse signals can be generated through electric stimulation reference signals, so that active movement function recovery of hemiplegic patients can be realized, and the function of the healthy-side limbs of the hemiplegic patients can be mobilized, so that the affected sides of the hemiplegic patients can be assisted to perform rehabilitation training, and the consciousnesses of the patients for autonomous participation in training can be obviously improved, and a whole rehabilitation process can be accompanied with rehabilitation evaluation, and rehabilitation can be tracked.

Description

technical field [0001] The invention relates to a rehabilitation medical device, in particular to a low-frequency electrical stimulation rehabilitation system for mirror evaluation training and a method for using it. Background technique [0002] With the development of society, the increase of traffic and industrial accidents, as well as the aging of society, patients with stroke and hemiplegia have gradually become a common group in today's society. In addition to drug therapy or surgical treatment for such patients, scientific rehabilitation training is very important for the improvement of motor function of patients. [0003] After more than ten years of development, a variety of rehabilitation techniques have emerged for the upper limb motor dysfunction of stroke hemiplegia. However, many studies have shown that the recovery effect of traditional rehabilitation techniques on motor function after stroke is not very obvious. We now realize that all rehabilitation method...

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Problems solved by technology

Therefore, the effectiveness of this kind of training is greatly reduced during the rehabilitation process, and the expected rehabilitation goals cannot be achieved.

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