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An all-round protective ct protective clothing

A protective and protective clothing technology, applied in the field of all-round protective CT protective clothing, can solve the problems of heavy weight, patient damage, injury, etc., and achieve the effect of outstanding substantive characteristics, convenient wearing, and convenient wearing.

Inactive Publication Date: 2016-04-27
滨州医学院附属医院
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] Traditional X-ray protection products in my country use lead plates as lead protection products, which have made important contributions to X-ray protection for a long time in the past, but due to their heavy weight (6-8kg), the number of staff who need to pierce the product is increased. Because lead is a highly toxic chemical substance, the use of lead poses a serious threat to the health of production workers, and its waste will seriously pollute the environment, so it is not suitable for radiation protection products
[0004] In daily life, when a patient enters the CT room, he needs to wear protective clothing immediately to avoid X-ray damage to the human body, and patients usually wear the same protective clothing in turn, so that a large amount of protective clothing will adhere to the protective clothing after many people wear it. Bacteria, thus causing harm to some patients (low immunity), even if the protective clothing will be sterilized and dedusted by specialized medical staff after a period of use, but because the material of the protective clothing is mainly lead, the cleaning work becomes troublesome and difficult to operate , which increases the workload of medical workers; 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 withstand most of the X-rays, but some of them will penetrate the human body through the cuffs, necklines, or the bottom of the clothes, causing great damage to the patient. This is generally a problem that medical staff tend to ignore.

Method used

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  • An all-round protective ct protective clothing
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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0018] Select 40 parts of copper-lead alloy, 30 parts of aluminum-lead alloy, 15 parts of tungsten, 15 parts of bismuth, and 15 parts of tin as the spraying material, and select 40 parts of bamboo charcoal fiber as the carrier material, that is, the base fiber. The base fiber enters from one end of the plasma spraying furnace, and the other end is horizontally arranged, the fiber passes through the vacuum furnace at a constant speed and the above-mentioned spraying material is placed on the electrode of the furnace cavity, and the spraying material is sprayed under the action of a magnetic field Metal fibers made onto a carrier material. Finally, the warp and weft interweaving of metal fibers is made into a radiation-proof layer.

Embodiment 2

[0020] 70 parts of copper-lead alloy, 50 parts of aluminum-lead alloy, 25 parts of tungsten, 25 parts of bismuth, and 25 parts of tin are selected as the spraying material, and 60 parts of hemp fiber are selected as the carrier material, that is, the base fiber. The above method is also used to prepare metal fibers, and finally the metal fibers are interwoven in warp and weft to form a radiation protection layer.

Embodiment 3

[0022] 55 parts of copper-lead alloy, 40 parts of aluminum-lead alloy, 20 parts of tungsten, 20 parts of bismuth, and 20 parts of tin are selected as the spraying material, and 50 parts of bamboo charcoal fiber and hemp fiber are selected as the carrier material, that is, the base fiber. The above method is also used to prepare metal fibers, and finally the metal fibers are interwoven in warp and weft to form a radiation protection layer.

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PUM

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Abstract

The invention provides an omni-directional protection type CT (computed tomography) protective garment which comprises a body. The omni-directional protection type CT protective garment is characterized in that the body comprises a front part and a back part which are one-piece, and a length adjusting mechanism is arranged between the front part and the back part; sleeves are detachably connected to two sides of the body, the upper portion of the body is connected with a collar, the upper potion of the collar is detachably connected with a cap, reinforced protective belts are arranged on opening portions of the sleeves and the collar and at the bottom end of the body, and the end portions of the reinforced protective belts are tightened by elastic bands. A user wearing the omni-directional protection type CT protective garment can be protected in omni-directional manner, and X-ray blocking rate reaches 99%; meanwhile, the omni-directional protection type CT protective garment is made of micro lead alloy and multiple elements of tungsten, bismuth and tin, so that weight of the protective garment is reduced, and harm of lead to humans and environment is reduced.

Description

technical field [0001] The invention relates to the field of medical X-ray protection, in particular to an all-round protective CT protective clothing. Background technique [0002] As we all know, in the radiation therapy process of 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 it has also brought damage to the medical workers and patients under care, so protection must be strengthened. [0003] Traditional X-ray protection products in my country use lead plates as lead protection products, which have made important contributions to X-ray protection for a long time in the past, but due to their heavy weight (6-8kg), the number of staff who need to pierce the product is increased. Because lead is a highly toxic chemical substance, the use of lead poses a serious threat to the health of production workers, and its waste will seriously po...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): G21F3/02A61B6/10
Inventor 王山山苏茜姜兴岳张林刘新疆郭兰田王培源
Owner 滨州医学院附属医院