Intelligent spine rehabilitation training device

Abstract

An intelligent spinal rehabilitation training device includes an upper limb crawling mechanism, an abdominal support mechanism and a lower limb twisting waist crawling mechanism arranged in sequence; The upper limb crawling block is equipped with handrails for human hands to grasp. The waist twisting and crawling mechanism of the lower limbs comprises a fan-shaped swing skateboard and a crank-rocker mechanism, and the crank-rocker mechanism is connected with the fan-shaped swing skateboard to drive the fan-shaped swing skateboard to swing left and right. Two fan-shaped moving blocks are embedded on the fan-shaped swinging slide plate, and calf supporting mechanisms are respectively installed on the two fan-shaped moving blocks. The invention realizes the switching between active training and passive training, and can realize various training modes of twisting and crawling in active and passive forms, such as crawling, kneeling and twisting, climbing high and twisting, and bending down.

Description

technical field [0001] The invention relates to medical rehabilitation equipment, in particular to an intelligent spinal rehabilitation training device. Background technique [0002] Spondylosis is a frequent disease of middle-aged and elderly people. In recent years, the incidence of spondylosis has become younger, especially in the scoliosis and kyphosis of adolescents. At present, in the early stage of modern clinical treatment, drugs and surgery are mostly used to treat spondylosis, while the rehabilitation in the later stage uses physical therapy crawling therapy, which has a significant effect. Sports medicine experts point out that the cause of spondylosis is attributed to the excessive time that human beings spend upright (including sitting). Under the action of gravity, standing upright for a long time causes excessive load-bearing on the spine, while crawling can relieve the load-bearing on the spine caused by standing upright for a long time, and change the mecha...

AI Technical Summary

Problems solved by technology

At present, some active twisting and crawling scoliosis training products at home and abroad are mainly implemented in a standing state, which cannot be used for seriously ill patients who need auxiliary exercise training, let alone scoliosis assessment, and the current physical exercise functional training products are still Lack of vivid and intuitive visual feedback effect, so that the patient and the instrument cannot interact, and the patient cannot judge the effect of rehabilitation training, and cannot arouse the patient's interest. This long-term and tedious training will affect the patient's rehabilitation process and lead to the rehabilitation effect not ideal

[0004] The current existing instruments have a single function and can only achieve a single crawling function or stretching for scoliosis

unable to meet clinical needs

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