Rehabilitation training device for spinal diseases

Abstract

A rehabilitation training device for spinal diseases comprises an upper limb crawling mechanism, an abdomen support mechanism and a lower limb crawling mechanism which are arranged sequentially, wherein the upper limb crawling mechanism comprises two upper limb crawling guide rails which are sleeved with upper limb crawling sliders respectively, and handles allowing human hands to hold are mounted on the upper limb crawling sliders; the lower limb crawling mechanism comprises two lower limb crawling guide rails which are sleeved with lower limb crawling sliders respectively, and shank support mechanisms are mounted on the lower limb crawling sliders. According to the rehabilitation training device, switching between active training and passive training is realized, integration of various crawling training modes such as creeping crawling, ground-holding crawling, climbing crawling, bending-down crawling and the like in active and passive modes is realized, the upper limb crawling sliders and the lower limb crawling sliders move independently under driving of a power unit, control of a motion mode and intensity is realized, the lower limb crawling mechanism and the upper limb crawling mechanism are split and connected in a foldable manner, and the size of the device is reduced accordingly.

Description

Technical field [0001] The invention relates to medical rehabilitation equipment, in particular to a spinal disease rehabilitation training device. Background technique [0002] Spinal disease is a frequently-occurring disease among 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, drugs and surgery are mostly used in the early stage of clinical treatment to treat spondylopathies, while in the later stage of rehabilitation, physical therapy is used for crawling therapy, which has a significant effect. Sports medicine experts point out that the cause of spondylosis is due to the excessive time that humans spend upright (including sitting). Under the action of gravity, the long-term upright state makes the spine overload, and crawling can relieve the spine's weight-bearing caused by long-term uprightness, and change the mechanical structure and stress state of the ...

AI Technical Summary

Problems solved by technology

Therefore, there is only a single active crawling mode, and it is impossible to realize the evaluation of crawling for seriously ill patients who need assisted exercise training, and the current physical exercise functional training products still lack vivid and intuitive visual feedback effects, so that patients and instruments cannot Interaction, but the patient cannot judge the effect of rehabilitation training and cannot arouse the patient's interest. This kind of long-term and tedious training will affect the patient's rehabilitation process and lead to unsatisfactory rehabilitation effect

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