Lumbar disc herniation and lumbar muscle strain gravity-type traction reduction walking assisting vehicle

Abstract

The invention discloses a lumbar disc herniation and lumbar muscle strain gravity-type traction reduction walking assisting vehicle which comprises a vehicle body 1-1, wherein a road wheel 1-9 and a guide wheel 1-10 are arranged on the vehicle body 1-1; and the vehicle body 1-1 and a stiffener 1-7 are connected with an auxiliary bearing belt and joint buckle 1-4, a seat woven belt 4-1 and a joint buckle 4-2. The lumbar disc herniation and lumbar muscle strain gravity-type traction reduction walking assisting vehicle is characterized in that the upper part is provided with an adjustable traction frame 1-6; an auxiliary bearing handle 1-5 used for grabbing during the traction and walking processes, an armpit bearing rod 1-8, and a chest auxiliary bearing belt and joint buckle 1-3 (a chest woven belt 3-1 and a joint buckle 3-2) are arranged at the adjustable traction frame 1-6; a height adjustment handle 1-2 (2-1) is rotated, and by virtue of self-service or assistant drawing tension regulation of a patient, adaptive control can be carried out instantly, transitional waiting can be carried out, and the drawing tension is prevented from disappearing suddenly to increase pains and aggravate the illness of the patient; small traction is utilized to assist walking so as to exercise muscles of lower limbs, rectify body gesture and improve the life quality.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a gravity-type traction and reset walker for lumbar intervertebral disc prolapse and lumbar muscle strain. [0002] Background technique [0003] Existing lumbar intervertebral disc prolapse and lumbar muscle strain traction reset mostly adopt multi-functional lumbar traction bed; the patient is supine, and the tension is horizontal. Manual or computer chip control to adjust the output traction tension of mechanical equipment, mechanical traction; the body position is fixed during traction, and the tension adjustment is difficult to adapt to the patient's own conditions, which increases the patient's pain; when the traction ends, changing position, improper adjustment, or failure often lead to sudden tension disappear, increase pain, and aggravate the patient's condition. [0004] Contents of the invention [0005] In order to overcome the above defects, the present invention ...

AI Technical Summary

Problems solved by technology

Manual or computer chip control to adjust the output traction tension of mechanical equipment, mechanical traction; the body position is fixed during traction, and the tension adjustment is difficult to adapt to the patient's own conditions, which increases the patient's pain; when the traction ends, changing position, improper adjustment, or failure often lead to sudden tension Disappear, increase pain, aggravate patient's condition

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