Three-dimensional vector vertebra recovery device

Abstract

A three-dimensional vector spine rehabilitation device comprises a pedestal with a lift pole, an abdomen section which is fixedly arranged at the left upper side of the lift pole, a buttocks section which is fixedly arranged at the right upper side of the lift pole, a head section which is connected with the abdomen section, a plurality of soft mattresses and an oxter rod. The buttocks section comprises a clutch device which is fixed at one side of the lift pole, a buttocks section support frame which is articulated with the lift pole and can rotate towards the lateral side and a gyrator whichis articulated at the pedestal and can ensure the buttocks section support frame swinging up and down. The clutch device comprises a long tooth row, a short tooth row and an interacting rod which isarranged correspondingly to the tooth rows. Two end sides of the interacting rod are designed as handle rods. The buttocks section support frame is provided with a head section support frame of the head section which is corresponding to the handle rods of the interacting rod, and one side of the head section support frame is provided with the handle rod. The present invention adopts the interacting rod at the buttocks section to rotate correspondingly under the buttocks section support frame to cause the buttocks section support frame to make the lateral rotation movement at the left or at theright correspondingly to the lift pole, and the gyrator is used for swinging the buttocks section to be lifted vertically, so as to pull the spine synchronously.

Description

technical field [0001] The invention relates to a spinal rehabilitation device, in particular to a three-dimensional vector spinal rehabilitation device (3D Spine Therapy Device) applied in physiotherapy of human backbone. Background technique [0002] All tissues and organs of the human body are supported by the skeletal system, especially the spine that supports the center. The spine is composed of seven cervical vertebrae, twelve thoracic vertebrae, five lumbar vertebrae and one sacral vertebrae. The central nervous system passes from the spinal cord through the space between the vertebral bodies. Once the vertebral body is displaced, or compression occurs or even the surrounding muscles and ligaments are strained, it will directly affect the passing nerves, and indirectly cause the end organs, muscles or secretory glands supplied by the nerves. In addition, as long as the spinal nerves are compressed, it will not only cause surface pain in the limbs, but also discomfort ...

AI Technical Summary

Problems solved by technology

However, for a physical therapist, it is difficult to perform massage correction or traction adjustment of up and down or left and right angles for patients lying on a physical therapy bed with ectopic or skewed vertebrae. Cause muscle or ligament strain or even rupture, increased nerve compression, fracture, spinal dislocation, stroke, severe cases and even paralysis

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