Cervical spondylosis traction cervical collar capable of realizing personalized adjustment

Abstract

The invention discloses a cervical spondylosis traction cervical collar capable of realizing personalized adjustment. The cervical collar is technically characterized by consisting of a shoulder frame, a jaw support, a front support frame, an upper shell sleeve, a lower shell sleeve, and a height adjusting device, a bracket angle adjusting device and a jaw support angle adjusting device which arepositioned behind the neck. The shoulder frame is supported by the shoulder of the human body; the jaw support is used for lifting the head; one end of the height adjusting device is connected into the upper shell sleeve, the other end is connected into the lower shell sleeve, and the length is adjustable; the jaw support angle adjusting device is used for adjusting the pitching angle of the jaw support; the bracket angle adjusting device is used for adjusting the pitching angle of the height adjusting device; the lower shell sleeve is fixedly connected to the shoulder frame; and the front support frame is positioned in front of the neck, one end of the front support frame is connected to the lower part of the jaw support, and the other end abuts against the sternum part of the human body.The cervical collar can quantitatively adjust the strength and the angle of the supporting, adjust the size according to individual conditions, improve the comfort degree, and meet the individualizedtreatment requirement of cervical spondylosis traction physiotherapy.

Description

technical field [0001] The invention relates to the field of cervical spine physiotherapy equipment, and relates to a traction collar for cervical spondylosis that can realize personalized adjustment. Background technique [0002] Due to the popularization of mobile phones and computers, cervical spondylosis is no longer the "patent" of the elderly. The number of college students and white-collar workers suffering from cervical spondylosis is increasing year by year, and the market demand for cervical spine physiotherapy is also increasing. [0003] Among them, cervical traction is the most common and effective conservative treatment method for cervical spondylosis. Cervical traction can relax the neck muscles, distract the intervertebral foramen, facilitate the retraction of protrusions, relieve and correct the bending state of the vertebral artery, and correct the spinal cord. The disorder of the facet joints can brake and fix the head, and can reduce the local traumatic r...

AI Technical Summary

Problems solved by technology

Jaw-occipital belt traction can easily adjust the traction force and angle, and there are also automatic equipment solutions, but the problem with this type of device is that it requires tall brackets and complex power control equipment, and is not portable enough. It is suitable for continuous physical therapy without long-term hospitalization. Not an ideal choice for patients

Although the neck collar products are portable, they are often only aimed at the support and protection of cervical spine injuries rather than the traction treatment of cervical spondylosis, or there are various deficiencies that make it difficult to meet the aforementioned personalized treatment needs: for example, the common split adjustable neck collar on the market ( Patent ZL201310210702.8) can only achieve a certain height adjustment simply, and cannot quantitatively adjust the strength of support and traction at all; the well-known foreign aspen brand neck collar (related scheme patent ZL200680032644.2) can also only achieve height adjustment, and due to The height adjustment structure is not perpendicular to the neck, so the height change will also cause the mandible to move back and forth, affecting the traction angle; there are also some products on the market that can adjust the height of the neck collar and the traction angle to a certain extent (for example: patent ZL201210025258 .8), but the main purpose is to adapt to different body shapes and bone structures of patients and improve the wearing comfort, and does not flexibly realize the quantitative adjustment of the traction angle and traction force (ie, the height of the neck collar) at the same time

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