Anti-radiation anti-bacterial disinfecting protection clothes for operating room and manufacturing method of anti-radiation anti-bacterial disinfecting protection clothes

Abstract

The invention discloses anti-radiation anti-bacterial disinfecting protection clothes for an operating room and a manufacturing method of the anti-radiation anti-bacterial disinfecting protection clothes. The anti-radiation anti-bacterial disinfecting protection clothes is characterized in that two layers of materials are compounded, the outer layer is fabric, the inner layer is a waterproof breathable film, a fiber main body of the fabric of the outer layer is polymeric sponge, and the fiber of the fabric is internally cured with nano-silver particles; the surface of the anti-radiation anti-bacterial disinfecting protection clothes is also coated with a photocatalyst material coating layer, and waterproof treatment is carried out on the whole fabric. The anti-radiation anti-bacterial disinfecting protection clothes disclosed by the invention is light, soft, anti-bacterial, disinfectant and anti-radiation and has strong comfort and good breathability, an infectious disease is reliably prevented from being propagated to medical staff through blood during an operation, the working experience and the operation of the medical staff in the operating room are facilitated, and meanwhile, a certain protection function on a patient is obtained.

Description

technical field [0001] The invention relates to the hygienic field, in particular to a radiation-proof, bacteriostatic and antivirus protective clothing for an operating room and a manufacturing method thereof. Background technique [0002] In the current society, various new types of germs emerge in endlessly. In the process of medical rescue, the chances of front-line medical staff being infected by the virus are very high. In order to protect the life, health and safety of medical staff who are in direct contact with patients, medical staff must wear isolation virus Isolation gowns, protective clothing. At present, medical staff in infection wards and operating rooms in various hospitals usually wear isolation gowns, surgical gowns and protective clothing made of ordinary cotton or non-woven disposable materials with three to four layers of structure. Without anti-microbial and liquid-repellent functions, it is often made of non-breathable materials such as multi-layer s...

AI Technical Summary

Problems solved by technology

At present, medical staff in infection wards and operating rooms in various hospitals usually wear isolation gowns, surgical gowns and protective clothing made of ordinary cotton or non-woven disposable materials with three to four layers of structure. Without anti-microbial and liquid-repellent functions, it is often made of non-breathable materials such as multi-layer structure or intermediate spacer plastic or coated fabrics. Such thick and airtight protective clothing is not only very uncomfortable to wear, but also affects medical staff. The normal operation will greatly reduce their work efficiency, and will make the medical staff feel uncomfortable such as airtight and sweat-proof, and seriously threaten their health; due to the high porosity of ordinary non-woven fabrics, although It has good air permeability, but its permeability is relatively poor, and it cannot achieve good moisture permeability

In order to play an anti-virus role, many layers of non-woven fabrics are used, which inevitably makes the protective clothing thick, breathable, and poor in moisture permeability. Medical staff will feel hot and uncomfortable when wearing it. Will affect work efficiency, but also endanger the health of medical staff

[0003] At the same time, the operating room is now equipped with ultraviolet germicidal lamps, and the environment of the operating room is often sterilized to ensure a sterile environment during surgery. However, the residual radiation still threatens the health of medical staff in the operating room.

[0004] Among the relevant patents that have been applied in China, the patent "An Anti-Blood, Anti-Alcohol, Anti-Microbial Medical Protective Fabric and Its Preparation Method" (Application No.: 201410445700.1, Publication Date: 2015-09-30) discloses an anti- Blood, anti-alcohol, anti-microbial protective fabrics and their preparation methods achieve these goals through specific fabric finishing, but their antibacterial and anti-virus capabilities are poor, and they have no physical filtration capabilities

The patent "Preparation Method of Waterproof and Moisture-permeable Antibacterial Composite Fabric" (application number: 201110455014.9, publication date: 2014-07-30) discloses a preparation method of waterproof and moisture-permeable antibacterial composite fabric, which utilizes the specific substance itself Antibacterial ability, and then waterproof finishing, but did not give the specific method of waterproof finishing, at the same time, the fabric does not have breathable function, poor comfort, in addition, the fabric does not have radiation protection