Cervical spondylosis rehabilitation therapeutic apparatus

Abstract

The invention relates to a cervical spondylosis rehabilitation therapeutic apparatus. The apparatus comprises a fixing frame, a force measuring sensor, a motor, a rolling wheel, a coiled material, a head support, a neck support and a controller, the rolling wheel is in transmission connection with the motor, the first end of the coiled material is wound around the rolling wheel, the second end of the coiled material is connected with the head support in a joint mode, and the motor, the rolling wheel, the coiled material and the head support form a power module. The power module applies force to the force measuring sensor; the force measuring sensor is fixedly connected with the fixing frame, the force measuring sensor and the motor are electrically connected with the controller, the neck support is connected with the fixing frame in a relative moving mode, and the neck support supports the rear neck in the using process. Through scientific exercise of cervical vertebra and neck tissues or organs, the purposes of enhancing the toughness of cervical muscle tendons, preventing and treating cervical disc herniation, maintaining the biomechanical balance of the cervical muscle tendons and stimulating the self-repairing and regeneration of fibrous rings are achieved, and finally the purposes of prevention and rehabilitation treatment of cervical spondylosis are achieved.

Description

technical field [0001] The invention relates to a rehabilitation treatment device, in particular to a rehabilitation treatment device for cervical spondylosis. Background technique [0002] Cervical spondylosis is a series of clinical symptoms caused by cervical disc degeneration and bone hyperplasia, which is a kind of spondylosis. Occupational reasons or living habits are the main causes of cervical spondylosis. Usually the principle of theoretical cervical spondylosis treatment is to restore the original normal physiological curvature of the cervical spine. Reducing the pressure of the head on the cervical spine is one of the commonly used methods. At present, the usual specific methods are: 1. Manually stretch the traction belt through the traction belt to catch the mandible and the back of the neck; 2. There is an electric traction chair on the market 3. There is also a cervical spine fixator, the rear neck has an air bag that can be inflated by an air pump or a rubbe...

AI Technical Summary

Problems solved by technology

It is not difficult to find that these three types of cervical traction equipment are impeccable from material selection to structural design and are accepted by the general audience, but the treatment and prevention effects are not ideal. The inventor consulted various materials and came to a conclusion that the prevention of cervical spondylosis And treatment, strengthening the cervical spine and neck tissue exercises to maintain the coordination and balance of the various components of the neck is the most effective means. After more than a year of experimental verification, this conclusion is proved to be correct. Currently, the treatment of cervical spondylosis Workers have not realized this point yet. Obviously, the above-mentioned commonly used methods are deficient. Traction only plays a role in reducing the pressure on the cervical spine from the head and forcibly stretching the intervertebral joints. Traction with appropriate strength and angle can temporarily Relieve symptoms, inappropriate traction will not work or even have adverse effects

Furthermore, the current traditional cervical traction chair or traction bed does not have a neck support at the back of the neck, but is in a suspended state. Traction can only make the curvature of the cervical spine straight from anti-bow at most, but cannot change the curvature of the cervical spine from straight to normal. The aforementioned cervical spine fixator has an airbag at the back of the neck, relying on the airbag to repair or maintain the physiological curvature of the cervical spine is obviously not strong enough from a mechanical point of view, and it can hardly protect or correct the physiological curvature of the cervical spine

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