Ultralight lead-free medical flexible X-ray shielding clothes and preparation method thereof

Abstract

The invention provides ultra-light lead-free medical flexible X-ray shielding clothes which comprise an upper clothes body, a protective cap body, sleeves, cuff bands, attaching strips, a lower clothes body, foot sleeve bodies, ankle restraint straps, son hook-and-loop fasteners, mother hook-and-loop fasteners, a waist restraint strap, restraint rings, a clamping seat and an inserting buckle plate, and the protective cap body is integrally sewn to the upper portion of the upper clothes body; the sleeves are sewn to the upper portions of the left side and the right side of the upper garment body respectively. The ultralight lead-free medical flexible X-ray shielding clothes are applied to medical radiodiagnosis places and are used for protecting the health of workers and patients; the ultralight lead-free medical flexible X-ray shielding clothes have extremely strong X-ray absorption capacity, also have the advantages of light weight, no toxicity, softness, long service life, environmental protection and the like, and meet the protection requirements of a series of radiodiagnosis such as X-ray shooting, chest X-ray radiography, CT (Computed Tomography) and molybdenum targets in modern medicine and the comfort requirements of wearers.

Description

technical field [0001] The invention belongs to the technical field of X-ray radiation protection devices, and in particular relates to an ultra-light lead-free medical flexible X-ray shielding suit and a preparation method thereof. Background technique [0002] Interventional radiology refers to interventional diagnosis and treatment. Under the guidance of imaging diagnostic equipment (digital subtraction X-ray machine, CT machine, nuclear magnetic resonance machine and conventional X-ray machine, etc.), a special catheter is inserted into the human body by percutaneous puncture for diagnosis and repair. The minimally invasive diagnosis and treatment method of improving, expanding and unblocking work is an emerging subject integrating medical imaging, clinical diagnosis and treatment. However, in the process of interventional diagnosis and treatment, the operator must complete the operation under the full monitoring of X-rays. By observing X-ray fluoroscopy images instead o...

AI Technical Summary

Problems solved by technology

[0004] At present, radiation-proof equipment such as lead vests, lead scarves, triangular towels, lead glasses, and lead caps are widely used clinically to protect operators from radiation. This protection method has the following defects: most of the current equipment has only 0.5mm lead equivalent. Even so, Due to the limitation of the human body's load-bearing capacity, the limbs, face and other parts have to be exposed. It can only reduce the radiation dose by about 80% when it is close to the patient at the bedside. The injury of the victim was very serious, and the consequences caused to a certain extent caused the panic and widespread concern of the relevant medical workers.

[0006] However, the current X-ray shielding materials are mainly lead-containing materials. Although lead is a good X-ray protective material, it also has many defects; it has certain toxicity, and its weight is heavy, which is not conducive to long-term use and when scrapped It produces serious pollution, so it is not convenient for large-scale promotion

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