System capable of enabling difference realignment to be carried out on spinal column under tensile force

Abstract

The invention relates to a system capable of enabling difference realignment to be carried out on a spinal column under tensile force, in particular to tension equipment. The tension equipment comprises a patient locating device, a tension force generation driver, a locating device, a patient interface device and a control system. The control system has feedback to synthesized tension force vector applied to the spinal column of a patient. When a treatment tension level is exerted on the spinal column of the patient, one of the position of the tension force generation driver and the position of the patient is allowed to be adjusted or both the position of the tension force generation driver and the position of the patient are allowed to be adjusted. The tension device automatically adjusts the angle of the combined tension force vector, and therefore during adjustment of the position of the tension force generation driver and the position of the patient, the magnitude of the vector is enabled to be kept ideal and constant, and the fact that due to the fact that the magnitude of the combined tension force vector is changed, the risk that muscle beside the spinal vertebra contracts is induced is reduced, and buckling of a spinal column section is promoted.

Description

technical field [0001] The present invention relates to a system for applying tension to a patient's spine to treat spinal disorders. In particular, the present invention relates to a system for differential realignment (DRV) of a specific spine by oscillating the treatment angle under tension during treatment without changing the desired tension, the purpose of which is to further relax the paravertebral muscles of the spine, Increase disc retraction and stimulate articular cartilage (eg, facet articular cartilage) as a means to promote the benefits of continuous passive motion (CPM). Background technique [0002] Physiotherapists use spinal decompression therapy to treat a variety of spinal conditions, including herniated discs, degenerative disc disease, sciatica, posterior facet syndrome, and post-surgical pain. Decompression therapy derives from traditional traction-based therapy, which places the spine in tension by an external force (eg, the hands of a physical thera...

AI Technical Summary

Problems solved by technology

[0011] However, the current traction or decompression program, even through the comprehensive system positioning calculation results, patient position and feedback information from the patient, can finally determine the correct treatment angle for this particular patient, so that the decompression force can be applied at a relatively precise angle. at the lesion position, but this angle setting is fixed

In the specific treatment, there may still be slight deviations, and if such slight deviations are not corrected, patients will not be able to get the best treatment effect

In addition, since the force application angle is fixed, various curve fluctuations cannot be performed within a fine range, and continuous passive motion (CPM) of vertebral facet joints cannot be achieved while reducing pressure.

Images