Neural rehabilitation system and neural rehabilitation method

Abstract

The invention discloses a neurological rehabilitation system and a neurological rehabilitation method, belongs to the field of medicine, and particularly relates to neurology which can be used during exercise rehabilitation of a post-stroke patient in each stage and during rehabilitation of a patient suffering from other central nervous system diseases and disorders. The object of the claimed invention is the motor (motor) rehabilitation of patients following stroke and other central nervous system diseases which lead to movement defects of the limbs. The technical result of the invention is to improve the effectiveness of rehabilitation by using a neurological rehabilitation system and method and the method of the invention, including during early and late rehabilitation of stroke and other central nervous system diseases and disorders, by forming a neurological biofeedback connection between the patient's intent to move limbs and its implementation. Therefore, the recovery of the movement ability of paralyzed limbs is stimulated.

Description

technical field [0001] The invention belongs to the field of medicine, specifically neurology, and can be used as a neurorehabilitation system and method, which can be used for the rehabilitation of various stages of post-stroke patients and the rehabilitation of patients with other central nervous system diseases. Background technique [0002] Functional biological control device RU2071723 is known in the prior art. The device comprises sensors of physiological parameters, a unit for converting these parameters into feedback signals and a unit for indicating these signals, differing in that the unit for indicating the feedback signals is made in the form of a visual image generator that presents the game general situation. [0003] The downside of this device is that it is not effective for rehabilitation of patients with neurological symptoms after a stroke. [0004] There is a known "Method of Rehabilitation of Patients at Various Stages of Diseases of the Central or Pe...

AI Technical Summary

Problems solved by technology

[0015] The disadvantage of this kind of exerciser is that it uses light-emitting diodes as a visual display device to attract the patient's attention, resulting in insufficient immersion for the patient during the training process, thereby reducing the exercise effect of the system.

The disadvantage of this exerciser is that it is only used for the training and rehabilitation of the upper limb part, that is, the hand, and is not suitable for the training and rehabilitation of the whole arm and arm and lower limbs.

In addition, there is no possibility of activating mirror neurons, and no immediate feedback mode based on the recorded signals of brain activity to indicate the degree of completion of the assigned task

The exerciser cannot use MRIs and magnetic fields caused by the brain's electrical activity to record signals of brain activity

Images