X-ray development material compound device, method and dressing

Abstract

The invention discloses an X-ray development material compound device; comprising a working table, and a motor arranged on the working table; two sides of the working table are respectively provided with a coil handling apparatus and a rolling device driven by a motor, dressing and X-ray development material which are axially wound on the coil handling apparatus commonly wind around a compound compression roller on the working table through a cloth guider and are rolled by the rolling device. At least one ultrasonic wave compound head which can compound the dressing and X-ray development material which pass through the compound compression roller in a high-frequency way is arranged on the working table. The invention also relates to a relative compound method and medical dressing. The invention adopts an ultrasonic wave compound way, the compound head vibrate in a high-frequency way, so as to effectively heat and pressurize to the X-ray development material and the dressing, the compound is firm and the development material is not easy to fall off; the development material which takes PVC plastics as a carrier can be compounded, or the fiber linear development material mixed with permanent white can be compounded; in addition, the energy consumption is low and the invention is environmental-protection.

Description

technical field [0001] The invention relates to the field of medical dressing production, in particular to an X-ray developing material composite device and method with good developing effect, energy saving and environmental protection, and a related medical dressing. Background technique [0002] As a common medical dressing, gauze is used to scrub instruments, stop bleeding, suck blood or prevent slipping during surgery. Because of many reasons, such major medical accidents in patients with gauze left in their bodies occur from time to time. Since the cotton gauze cannot be developed by X-rays, the patient cannot detect the accident of the left gauze in time, or knows that the accident happened but cannot track, angiography, and check the position of the left gauze non-invasively, resulting in new infection in the patient and missing the best period of treatment . [0003] In order to prevent this accident from happening, generally in the prior art, the barium sulfate si...

AI Technical Summary

Problems solved by technology

[0006] However, the composite X-ray imaging material in the traditional thermocompression method can only be composited with the barium rubber material with PVC plastic as the carrier. Not only the composite objects are limited, which is not conducive to large-scale and diversified production, but also consumes a lot of energy, which is not conducive to environmental protection.

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