Affected limb local feeling trigger type hand function rehabilitation treatment instrument after cerebral apoplexy

Abstract

The invention relates to an affected limb local feeling trigger type hand function rehabilitation treatment instrument after cerebral apoplexy. The affected limb local feeling trigger type hand function rehabilitation treatment instrument after cerebral apoplexy mainly comprises a control host (1), rehabilitation ring vibrators (4), rehabilitation ring LEDs (5), stimulating electrodes (7) and a buzzer, wherein the control host (1) is used for controlling the above components to generate vibration, light, electrostimulation and sound signals. According to the affected limb local feeling triggertype hand function rehabilitation treatment instrument after cerebral apoplexy disclosed by the invention, an afferent signal of a somatic sensation system of hands (or forearms) is used for triggering the hands (limbs) to move, and the sensation afferent signal comprises a local somatic sensation (such as vibration sense), and also comprises a relevant visual signal, an audible signal and a transcultural electrostimulation signal which are placed in parts of affected limbs. Different sensation trigger signals can be separately applied or combined for use, so that the optimal effects can be achieved. Through physical exercise for a stipulated time, functional connection is rebuilt between brain tissue in which a central nervous system (brain) still exists, that is to say, cerebral function reorganization is produced, and function rehabilitation after the cerebral apoplexy is realized.

Description

technical field [0001] Rehabilitation of hand function after stroke Background technique [0002] At present, there are many methods for hand function rehabilitation after stroke, but most of them are passive methods of treatment, lack of training methods for advanced nerve centers, and the rehabilitation of hand functions is more about the rehabilitation of the central nervous system of the brain. Contents of the invention [0003] The present invention triggers the movement of the hand (limb) through the afferent signal of the somatosensory system of the hand (or forearm), and the sensory afferent signal includes local somatosensory (such as vibratory sensation), and also includes related visual signals placed on the affected limb, Auditory signal and transcutaneous electrical stimulation signal. Different sensory triggers can be applied individually or in combination to achieve the best results. After a specified time of exercise, the functional connection between the...

AI Technical Summary

Problems solved by technology

[0002] At present, there are many methods for hand function rehabilitation after stroke, but most of them are passive methods of treatment, lacking training methods for advanced nerve centers, and the rehabilitation of hand functions is more about the rehabilitation of the central nervous system of the brain.

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