Gait rehabilitation training system based on rhythmic visual stimulation and training method thereof

Abstract

The invention discloses a gait rehabilitation training system based on rhythmic visual stimulation. The gait rehabilitation training system comprises a motion data acquisition module, a reference stride frequency test module, a stimulation rhythm generation module, a rhythmic visual stimulation generation module, an instant rhythm generation module and an instant entrainment visual stimulation module. The system can realize gait rehabilitation training in a home environment, and helps patients with gait disorders such as cerebral apoplexy and Parkinson's disease to adjust biological rhythmic activities of the patients through gait rehabilitation training. The invention further discloses a gait rehabilitation training method based on rhythmic visual stimulation.

Description

technical field [0001] The invention relates to a medical rehabilitation device, in particular to a gait rehabilitation training system based on rhythmic visual stimulation. The invention also relates to a gait rehabilitation training method based on rhythmic visual stimulation. Background technique [0002] Modern medicine believes that the human walking movement command starts from the basal ganglia of the brain, the impulse is transmitted to the cerebral cortex, and then the cerebral cortex transmits the movement command downward to start walking. However, for patients suffering from central nervous system diseases such as stroke and Parkinson's disease, the movement commands of walking cannot be effectively transmitted due to lesions in the nervous system. With the development of medical technology, rehabilitation has become an indispensable role in the whole medical process. Patients are no longer satisfied with removing the lesion or connecting the fracture end, but p...

AI Technical Summary

Problems solved by technology

This technology applies virtual reality (Virtual Reality, referred to as VR) technology to the field of sports rehabilitation training, which can provide users with rich visual and tactile feedback. Use in a home environment

In addition, the auditory feedback is relatively lacking, the technique is single, and the material is simple. It cannot cooperate with the visual feedback to form a closed-loop stimulation, and cannot completely activate the motor mirror neurons, resulting in poor rehabilitation effect.

[0005] To sum up, although the existing medical rehabilitation robots apply a lot of new technologies such as virtual reality, resulting in high cost and large volume, the rehabilitation effect is not satisfactory, and home rehabilitation training cannot be realized.

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