Infant crawl autonomic movement induction training device

Abstract

The invention belongs to the technical field of rehabilitation training aiming at cerebral palsy infant autonomic movement induction, and relates to an infant crawl autonomic movement induction training device. The autonomic movement induction training device is suitable for 0-3-year-old infants who have the dyskinesia after birth and cannot be cooperated with other kinds of training due to the cerebral injury. The device is composed of a body, a weight reduction protection system, a training board and a training portion. The body is a supporting and bearing system to facilitate movement and fixing. The weight reduction protection system is composed of a supporting frame, a sliding groove, a weight reduction sand pocket, a traction rope, a supporting rod, a chest welt pocket and the like. The two ends of the supporting frame are fixed to the two ends of the training board respectively. The training board is arranged on the body of the training device, and one end of the training board is connected with the body through a rolling shaft. A hydraulic adjusting system is fixedly arranged on the body of the training device, the top end of an ejector rod of the hydraulic adjusting system is fixed to the lower portion of the center of the training board, the other end of the training board is adjusted to be lifted up according to needs and inclined by a certain angle, and therefore the training difficulty is adjusted. The training portion comprises a single board computer, background selection and the training difficulty are stored in the single board computer, background music and information are stored, and all modules are independently selected by exercise therapists.

Description

technical field [0001] Infant voluntary movement induction training device belongs to promoting infants with cerebral palsy to establish movement programs such as crawling and turning over in the motor center of the cerebral cortex, and creating conditions for patients to further establish various movement procedures and functions (such as sitting, standing, running and jumping, etc.) In the field of autonomous movement training technology, on the basis of providing weight loss and safety protection, the torso of the child is lifted off the bed, so that the upper and lower limbs can support the weight of the body, and learn crawling and turning over with the assistance of the therapist. By adjusting the inclination of the bed surface to reduce or increase the difficulty of movements, and by setting the scene to stimulate and encourage children to complete the predetermined movements independently, in this way, while gradually establishing movement programs such as crawling and ...

AI Technical Summary

Problems solved by technology

[0006] Because infants with cerebral palsy cannot actively cooperate with training, it is difficult to carry out training

At present, there is still a lack of training equipment for the induction of infant voluntary movement at home and abroad. The sensory integration training equipment for clinical application is suitable for training the coordination of the brain and the body, mainly for "restlessness, inattention, clumsy, severe Shy children, not suitable for voluntary movement-induced training in infants and young children

Images