radiation protection suit

Abstract

The invention provides radiation-proof clothes. The radiation-proof clothes comprise a coat, trousers and a hat. A zipper is arranged in the middle of the coat. A first protection layer is arranged on one side of the zipper, a second protection layer is arranged on the other side of the zipper, and an adjusting band is arranged on the inner side of the coat. The coat, the trousers, the hat, the first protection layer and the second protection layer are all of three-layer structures. Each three-layer structure is composed of a heavy metal radiation-proof layer, a carrier layer and a silver fiber layer from outside to inside, and the carrier layers are made of polystyrene, and the thickness of the carrier layers ranges from 2mm to 5mm. The three structure layers at the sewing forming position of the coat, the sewing forming position of the trousers and the sewing forming position of the hat are different in length. The coat, the trousers and the hat are welded and sewn through ultrasound of the carrier layers, the structure and the sewing mode of the joint between the coat and the trousers and the structure and the sewing mode of the joint between the coat and the hat are the same as the structure and the sewing mode of the sewing forming position of the coat, and the coat, the trousers and the hat are of an integrated structure after being sewn. According to the scheme, the radiation-proof clothes do not contain lead meal, the whole is of the integrated structure, and the radiation-proof effect is good.

Description

technical field [0001] The invention relates to a protective clothing, in particular to a radiation protection clothing. Background technique [0002] At present, CT has become an important medical imaging device, and more and more people use CT in the process of medical examination and treatment. The principle of CT is to use radiation for detection. For medical staff who have performed CT detection for a long time, the long-term exposure to radiation will have a serious impact on the body. And in the process of radiation therapy in modern medicine, X-ray imaging technology occupies more and more important thinking. On the one hand, the use of X-rays has brought great benefits to medical diagnosis and treatment, but also brought damage to the irradiated medical workers and patients, so protection must be strengthened. [0003] my country's traditional X-ray protection products use low-melting lead or lead alloy materials to make X-ray protection products. Lead or lead all...

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Problems solved by technology

[0003] Traditional X-ray protection products in my country use lead or lead alloy materials with low melting points to make radiation protection products. Lead or lead alloys have made important contributions to X-ray protection for a long time in the past, but due to their heavy weight (6- 8kg), which increases the physical load of the staff who puncture the product; on the other hand, whether it is lead or lead alloy, in the process of processing and use, it will pose a serious threat to people's health, and its waste will seriously It pollutes the environment, so it is not suitable for radiation protection products, which is one of the defects of the prior art

In addition, in the prior art, when people wear protective clothing, important parts such as the front and rear sides of the body and the head will be well protected, which can resist most of the X-rays, but cannot protect the whole body. And the anti-radiation effect of the suture part of most anti-radiation suits is also very poor, and the problems existing in the above prior art all can cause great damage to the patient, and this is generally the problem that medical staff easily ignores

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