Gait rehabilitation training instrument and using method thereof

Abstract

The invention provides a gait rehabilitation training instrument. The instrument comprises a treadmill, a safety protection device, a step guide target sending device and a step completion condition evaluation device, wherein the step guide targets sent by the step guide target sending device are divided into visible targets and invisible targets, and the visible targets are projected on a treadmill conveying belt by a projector according to a matched step guide target program indicated by a computer; the step completion condition evaluation device is used for evaluating the step condition ofa trainee in real time, the actual step completion condition of the trainee is obtained according to the overlap ratio of the actual step of the trainee and the corresponding parameters of the step guide target, and generating an evaluation report according to the completion condition. The gait rehabilitation training instrument can help the trainee to achieve gait precise rehabilitation training.

Description

technical field [0001] The invention relates to a medical rehabilitation device, in particular to a gait rehabilitation training instrument and a using method thereof. Background technique [0002] Many patients with stroke, traumatic brain injury, and spinal cord injury suffer from slow walking, abnormal walking posture, and easy falls, which seriously affect their quality of life. For these patients, the current walking rehabilitation training measures are mainly that the therapist supports the patient to walk on flat ground, and the walking footprints are posted on the flat ground, and the patient walks on the footprints for training. The above walking training methods have the following shortcomings: the richness of walking footprints is insufficient and monotonous; human tracking and protection are required, and there is a risk of injury; human tracking and evaluation and feedback of walking training conditions are required, and the labor cost is high. In addition, the...

AI Technical Summary

Problems solved by technology

The above walking training methods have the following shortcomings: the richness of walking footprints is insufficient and monotonous; human tracking and protection are required, and there is a risk of injury; human tracking and evaluation and feedback of walking training are required, and the labor cost is high

In addition, the stepping device for rehabilitation training revealed by the industry has a projector to project the step shadow. However, the step shadow projection frequency is preset and fixed. For trainers with different walking impairment functions, the fixed preset projection frequency cannot adapt to different patients. For example, a person with severe walking impairment cannot follow the projection of the step shadow faster, while a person with a slight walking impairment function is not suitable for the projection of the step shadow too slowly. Therefore, the existing rehabilitation training stepping device cannot achieve the effect of precise training, and There is no fine-grained detection and evaluation of walking parameters such as step distance and step length

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