Spinal scoliosis orthosis

Abstract

The invention provides a scoliosis corrector, comprising a bed board, supporting legs, a supporting board, a correction device and walking wheels. A rectangular support plate is provided on both sides of the surface. The support plate is provided with multiple sets of uniformly distributed correction devices. The lower end of the support leg is provided with a lockable walking wheel. The present invention is simple in structure and easy to use. According to the scoliosis condition of the spinal orthopedic patient who is continuously recovering during the whole orthopedic process, the corrective effect of the corrective aid on the patient can be adjusted in a timely manner from the vertical or horizontal direction, and the control is precise, so that the corrective effect is always in the best state and improves the therapeutic effect. .

Description

technical field [0001] The invention relates to the technical field of medical instruments, in particular to a scoliosis corrector. Background technique [0002] Scoliosis deformity will seriously affect the appearance of the patient and the function of internal organs, and severe patients will be life-threatening. Therefore, surgical correction is required when the stent treatment is ineffective. The current surgical method is mainly based on fusion, that is, fixation with spinal instruments after surgical correction. [0003] Existing spinal correction devices generally use correction straps or correction beds, and both devices have the following problems: they can only be used for initial corrections with good results, but for patients who have recovered after correction, because the above two correction devices cannot It can be adjusted at any time according to the shape changes of the patient's gradually recovering body, so that it can give the maximum recovery clampin...

AI Technical Summary

Problems solved by technology

[0003] Existing spinal correction devices generally adopt correction braces or correction beds, and both devices have the following problems: they can only be used for initial corrective effects, but for patients who have recovered through correction, because the above two correction devices cannot It can be adjusted at any time according to the body shape changes of the patient's gradual recovery, so that it can give the maximum recovery clamping force to the changing body shape during the orthopedic process.

Because many patients have different body structures and conditions, and the parts that need traction have not been effectively tractioned locally, they are often pulled straight or rotated left and right, and there is no way to effectively control the traction effect.

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