Cerebral palsy child rehabilitation training method based on Kinect sensor

Abstract

The invention discloses a cerebral palsy child rehabilitation training method based on a Kinect sensor. The method comprises the following steps: S1, acquiring skeleton point data of a child; S2, carrying out limb movement training and judging the tilting angle and uplifting angle of skeleton points of the child, wherein after the child conducts a movement, the movement of the child is captured, and the tilting angle and uplifting angle of the joint points of the head, the upper limbs and the lower limbs are judged; S3, carrying out robust interactive processing on the movement of the child; S4, connecting a game engine and sending child skeleton data obtained after robust interactive processing in the step S3 to the game engine; S5, feeding back the movement of the child in a voice mode to remind the child of non-standard movements and encourage the child to conduct standard movements; S6, estimating the progress of rehabilitation training of the child. According to the method, the movement behavior characteristics of the child in training are acquired based on microsoft Kinect, so that the cardiovascular endurance, muscular endurance, muscular force, balance and flexibility of the child are comprehensively developed.

Description

technical field [0001] The invention relates to a rehabilitation training system and technology for children with cerebral palsy, in particular to a rehabilitation training method for children with cerebral palsy based on a Kinect sensor. Background technique [0002] Cerebral palsy is the most common nervous system injury and disability in childhood. There are 6 million cerebral palsy patients in China, of which about 1.2 million are children with cerebral palsy aged 0-6, and 70% of children with cerebral palsy live in poor areas, which makes Their families have suffered great physical and psychological pain. Motor function rehabilitation training during children's development is an important rehabilitation measure for children with cerebral palsy to restore normal motor function and improve their physical and mental health. However, since the rehabilitation of cerebral palsy started relatively late in our country, and the prevention and treatment system for cerebral palsy...

AI Technical Summary

Problems solved by technology

[0003] Active exercise is an important rehabilitation method in sports rehabilitation, but children with cerebral palsy lack the enthusiasm for persistent training for boring active exercises, and at the same time, children's home training process cannot be evaluated by experts for timely scientific guidance

[0004] Existing technologies only rely on human-computer interaction technology to carry out rehabilitation training through Kinect sensors. For example, patent CN103230664A provides an upper limb sports rehabilitation training system and training method based on Kinect sensors, which can perform single-joint training of upper limbs and exercise of shoulders, elbows and wrists. Comprehensive training, but only provides rehabilitation training for the upper limbs, and the training effect is incomplete, such as extending the arm, using the existing line-surface angle technology can not judge whether the arm is straight, at the same time, the existing technology can not train the lower limbs, and it is not interesting Strong, cannot improve children's interest in rehabilitation training, and cannot give feedback on training progress

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