Cervical vertebra prone position traction device for cervical spondylosis traction treatment

Abstract

A cervical vertebra prone position traction device for cervical spondylosis traction treatment comprises a base, an adjustable cervical vertebra curvature control board, a headrest and a neck diametercontrol clamping lock, wherein the two ends of the base are provided with symmetrical slideways, and each slideway is provided with an adjusting screw rod positioning base; a headrest fulcrum is arranged at the position, corresponding to a sliding fulcrum base, on the lower portion of the headrest; reset spring strength adjusting ratchet wheels are arranged on the two sides of the headrest, the adjustable cervical vertebra curvature control board is installed on the front side of the base, a concave arc-shaped pillow face is arranged on the headrest, the front portion of the headrest is provided with a softly connected movable joint strip-shaped connecting sheet composed of a plurality of clamping pieces through a connecting shaft, and the lower portion of each clamping piece straight section of the neck diameter control clamping lock is provided with a vertical ribbed connecting plate. The traction device is characterized in that the adjustable cervical vertebra curvature control board treats the neck and shoulders at the lower end of the cervical vertebra of a patient through traction, the occipital bone and mastoid at the upper end of the cervical vertebra are clamped and locked through the neck diameter control clamping lock, traction force directly acts at the upper and lower end of the cervical vertebra, and then the physiological curvature of the cervical vertebra is corrected and controlled. The patient feels relaxed and comfortable during traction treatment, and the patient does not suffer from pain caused when the lower jaw is tightened and compressed any more during traction.

Description

Technical field [0001] The invention relates to traction treatment of cervical spondylosis, and is a traction device for cervical vertebra lying in a special treatment for cervical spondylosis. Background technique [0002] At present, cervical spondylosis is a common and frequently-occurring disease. The effective method for clinical treatment of cervical spondylosis is cervical traction therapy. There are two types of equipment for traction treatment of cervical spondylosis: counterweight traction and airbag cervical collar traction. The chin belt wraps and binds the patient's head from the lower jaw, cheeks, occipital bone, and mastoid process, and uses the rope belt to change the direction of the pulley and hang the weight downward for traction. The inflatable cervical collar traction is specially made of plastic or colloidal materials. The collar is set on the neck of the patient for traction treatment, the lower end of the collar is stuck on the shoulder and neck of th...

AI Technical Summary

Problems solved by technology

[0002] At present, cervical spondylosis is a common and frequently-occurring disease. The effective method for clinical treatment of cervical spondylosis is cervical traction therapy. There are two types of equipment for traction treatment of cervical spondylosis: counterweight traction and airbag cervical collar traction. The chin belt wraps and binds the patient's head from the lower jaw, cheeks, occipital bone, and mastoid process, and uses the rope belt to change the direction of the pulley and hang the weight downward for traction. The inflatable cervical collar traction is specially made of plastic or colloidal materials. The collar is set on the neck of the patient for traction treatment, the lower end of the collar is stuck on the shoulder and neck of the patient for traction treatment, and the upper end is stuck on the mandible and occipital bone. After the collar is inflated, it expands longitudinally to achieve traction. Traction method Traction treatment of cervical spondylosis, although it can achieve the purpose of traction treatment, but the disadvantage is that the force point is mainly concentrated on the lower jaw, because the lower jaw is basically perpendicular to the cervical spine, the jaw belt and the collar are both tight when traction is stressed. It will not slip off, so it bears long-lasting and severe strangulation or top pressure, and the force acting on the occipital bone at the back of the cervical spine and the mastoid process on both sides, because the occipital bone and mastoid process are gently convex, it is easy to slip off and move, so the front of the neck The force on the back of the cervical spine is greater than the real need for traction. The entire neck is under lateral force. In order to maintain the normal posture of the cervical spine, the tractor must keep the neck straight. The muscles and ligaments are in a state of tension. The pressure from being strangled by the ceiling is particularly unbearable, and even the carotid artery is compressed, resulting in insufficient blood supply to the brain during traction. The cervical vertebrae of patients with cervical spondylosis are often deformed, some are overly bent, and some are rigid. Powerless, so the treatment effect is not ideal

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