Medical inflation shape-righting fixing vest

Abstract

The invention provides a medical inflation shape-righting fixing vest, and relates to medical instruments for protection, shape righting and fixing of thoracolumbar spines. The vest is of an inflation air bag structure and is divided into a plurality of air bag columns spaced in the longitudinal direction, and air channels communicate the air bag columns to form a whole air bag. The inside of each air bag column is provided with a liner layer, the outside of each air bag column is double-layer cloth, the inner layer of the double-layer cloth of each air bag column is connected with the outside of the corresponding air bag column in an adhesive mode, the outer layer of the double-layer cloth of each air bag column is connected with the inner layer of the double-layer cloth of the corresponding air bag column in the longitudinal direction in a linear mode to form a longitudinal strip-shaped cloth interlayer, the outer layer of each interlayer is provided with an interlayer opening, an elastic fixing plate can be placed in or extracted from each interlayer opening, an inflation nozzle of the air bag is connected with an inflation device through an inflation pipe, the two lappets on the front portion of the vest are connected through an adhesive tape or a button or a zipper or a strap structure, and the vest is provided with 1-3 transverse fixing belts. The vest has the advantages that a fixation function can be achieved, a moderate physical stimulation activity can be provided for the affected portion, a novel treatment concept and mode are provided for spinal diseases, and the occurrence rate of complications which occur after fixation in the prior art is reduced.

Description

technical field [0001] The invention relates to the technical field of medical devices, and further relates to a medical device for thoracolumbar protection, correction and fixation, especially an elastic physiological fixation device for treating spinal lesions. Background technique [0002] Clinically, spinal fixation braces are often used in the treatment of thoracolumbar fractures, senile spinal osteoporosis, scoliosis, and kyphotic abnormalities. Most of the braces are made of plastic or steel, with less elasticity and firmer fixation. After a period of time, the patient often suffers from atrophy and weakness of the lumbar and back muscles, aggravated osteoporosis, intervertebral instability, aggravated back pain, and limited mobility due to the fixed lumbar back. Form a vicious circle. [0003] Although the existing fixation braces are mature in technology, they cannot well solve the problem of physiological fixation, that is, while the fixation is performed, the pa...

AI Technical Summary

Problems solved by technology

[0003] Although the existing fixation braces are mature in technology, they cannot solve the problem of physiological fixation well, that is, while fixing, the patient can properly practice the physiological micro-movement function within the allowable range.

Moreover, hard fixation is inconvenient for life, and patients are not easy to accept it.

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