Suspended vertical intelligent instrument for treating lumbago

Abstract

The invention relates to a suspended vertical intelligent instrument for treating lumbago, which is provided with an upper body supporting and fixing device, a waist and hip lifting frame, a waist and hip bracket and a treatment head, wherein the upper body supporting and fixing device plays fixing and supporting roles in the process of vertically lifting the upper body of a patient; by using the waist and hip lifting frame and the waist and hip bracket, a hip grip can correspondingly fix the hip of the patient through position adjustment, thereby further implementing rotary treatment by the driving of a rotary supporting device; and the treatment head is used for treating the lumbar vertebrae of the suspended patient. By using the instrument provided by the invention, in the process of treatment, the lumbar vertebrae of the patient can be kept in a suspended state to enable the axis of the lumbar vertebrae to be vertical and downward, so that the interspace of the lumbar vertebrae is gradually increased under the action of gravity of the buttocks and legs of the lower body of the patient; and vibration treatment, microwave treatment, rotary treatment, stretching treatment and the like can be carried out simultaneously when the interspace of the lumbar vertebrae is gradually increased, so that dislocation force points gradually disappear, and balance force points of the lumbar vertebrae restore again, thereby achieving the purpose of eliminating lumbago symptoms.

Description

technical field [0001] The invention relates to a medical instrument, in particular to a suspended intelligent low back pain treatment instrument which can effectively treat waist diseases. Background technique [0002] The normal curvature of the human spine is S-shaped, and the formation of the curvature is related to the structure of the human body and various load-bearing factors, such as the weight of the head, and the rhythmic swing of the head to form the physiological curvature of the cervical spine when walking, and the support of the head The force point is on the cervical vertebrae, and the load-bearing of the 4th, 5th, 6th, and 7th cervical vertebrae gradually increases, with the 6th and 7th joints being the largest. Similarly, the lumbar spine bears the organs and tissues of the upper body (about half of the body's own weight) and external loads, as well as walking activities, so the physiological curvature of the lumbar spine changes at any time, and all the lo...

AI Technical Summary

Problems solved by technology

[0008] Among the above-mentioned three methods, the first method of bed rest, many patients cannot be implemented due to work and other reasons; the third method of surgical treatment not only has risks, but also consumes a lot of body and expense, which makes Patients tend not to undergo surgical treatment; currently on the market, many instruments using the second method, such as universal bed, intelligent traction bed, massage massage bed, three-dimensional bone setting bed and other products, although they can temporarily relieve pain, but due to the process of treatment In these treatments, the patient lies supine on these therapeutic devices, and has not got rid of the problems of lumbar spine load, external factors, and the recovery force of the dislocation force point, so the correction of the lumbar spine dislocation force point cannot be really solved, so the curative effect is not ideal

Another important reason for the unsatisfactory curative effect is that the human body has different shapes, so the axes of the lumbar spine are different, so that the treatment points are also different. It is difficult for the therapeutic apparatus used in the supine position to automatically adjust to adapt to different treatment points.

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