Horizontal Cervical Azimuth Movement Therapy Device

Abstract

The invention discloses a horizontal cervical vertebra azimuth activity treatment device, which comprises a rectangular frame, on which an upper supporting plate and a lower supporting plate are slidingly arranged at intervals; the upper supporting plate and the lower supporting plate are connected by a spring; And be provided with cranial occipital ring and U-shaped cervical physiological support below, cranial occipital ring and U-shaped cervical physiological rest are respectively connected with upper supporting plate by elastic component, be positioned at the upper supporting plate above cranial occipital ring and be provided with by The cranial occipital ring swing mechanism driven by the motor; U-shaped shoulder rests are respectively hinged on the left and right sides of the upper part of the lower supporting plate, and a massage cushion is arranged in the middle of the lower supporting plate ， Massage sticks for trapezius muscles are respectively arranged on the lower supporting plates on both sides of the massage cushion. The advantage of the present invention is that based on restoring and improving the normal physiological curvature of the human cervical spine, and taking into account the follow-up treatment of the soft tissues of the neck, it can achieve multi-directional application such as loosening and suppleness of the meridian channels of the cervical ligaments and surrounding soft tissues, and suturing at fixed points. treatment effect.

Description

technical field [0001] The invention relates to a cervical spine treatment device, in particular to a horizontal cervical spine azimuth movement treatment device. Background technique [0002] Due to the large range of motion of the human cervical spine and the poor stability of the cervical spine, the physiological curvature of the human cervical spine (the normal physiological curvature of the human cervical spine is 37 degrees) is deformed and straightened due to factors such as sedentary sitting, heavy work, and poor posture. , antitension, bending measurement, etc., so that the cervical spine cannot be cushioned by the pressure from the head, and the pressure will directly compress the fibrous ring between the two vertebral bodies. Over time, the fibrous ring ruptures, causing the bone marrow inside to protrude Nerve compression leads to a series of symptoms. The articular process of the cervical spine is lower, the joint capsule is looser, and there is a lack of transv...

AI Technical Summary

Problems solved by technology

[0002] Due to the large range of motion of the human cervical spine and the poor stability of the cervical spine, the physiological curvature of the human cervical spine (the normal physiological curvature of the human cervical spine is 37 degrees) is deformed and straightened due to factors such as sedentary sitting, heavy work, and poor posture. , antitension, bending measurement, etc., so that the cervical spine cannot be cushioned by the pressure from the head, and the pressure will directly compress the fibrous ring between the two vertebral bodies. Over time, the fibrous ring ruptures, causing the bone marrow inside to protrude Nerve compression leads to a series of symptoms, the articular process of the cervical spine is lower, the joint capsule is looser, and there is a lack of transverse ligament between the transverse processes of the cervical spine, so the stability of the cervical spine is poor, resulting in bone dislocation and tendon out of groove

[0003] However, for cervical spine diseases caused by multi-tissue diseases in the neck or caused by other reasons, patients cannot cooperate with sitting for orthopedic treatment. Doctors can only manually use manipulations such as pinching, grasping, holding, pressing, and sideways movement and physical therapy, etc. Auxiliary coping treatment, but there is an uncoordinated simultaneous application in the above-mentioned artificial treatment process, which delays the conditioning recovery and treatment effect of the disease

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