Production method of cloth with anti-radiation and anti-bacterial functions

Abstract

The invention relates to the cloth industry, particularly to a production method of a piece of cloth with anti-radiation and anti-bacterial functions. The method comprises the steps as follows: 1) cactuses, aloes, white paeony roots, biond magnolia flowers, myrrh, dogwood, garden balsam stems, rhizoma atractylodis, divaricate saposhnikovia roots, gypsum and Chinese honeylocust fruits are decocted with water by slow fire for 1-5 h, water is added in such a quantity that the traditional Chinese medicine materials do not stick to a pot, and a traditional Chinese medicine liquid is obtained through filtration; 2) the traditional Chinese medicine liquid is injected into water in which barium sulfate, a softener and a penetrant are added, threads for production of the cloth are soaked in the water, the mass ratio of the barium sulfate to the softener to the penetrant is 1:(7-10):(6-20), and the volume of the water is 60-100 times that of the traditional Chinese medicine liquid; 3) ultrasonic treatment is performed for 5-24 h while the threads are soaked; 4) the threads containing the traditional Chinese medicines are dried; 5) the dried threads containing the medicines are produced into the cloth. The cloth produced with the method has the more powerful anti-radiation function and the anti-bacterial function and is wide in application range and easy to popularize.

Description

technical field [0001] The invention relates to a cloth industry, in particular to a method for producing cloth with anti-radiation and antibacterial functions. Background technique [0002] There are all kinds of radiation in real life. Radiation can be seen everywhere in our daily life, ranging from electromagnetic radiation from electronic products we usually use to radiation radiation to nuclear radiation. It is also getting more and more attention. [0003] Now the common radiation protection clothing can be divided into two types, one is coated with a layer of cloth on the outside of the metal filament, because the resistance of the metal wire is small, it can shield and absorb electromagnetic waves; the other is coated with a conductive wave absorbing layer on the surface of the cloth of metal ions. However, the above radiation protection suits are expensive and costly, and cannot be promoted and popularized. Especially when radioactive examinations are carried out...

AI Technical Summary

Problems solved by technology

However, the above radiation protection suits are expensive and costly, and cannot be promoted and popularized.

Especially when radioactive examinations are carried out in hospitals, since the radiation protection suits currently equipped are composed of 2 lead belts, they are not only heavy, but also in hospitals with more bacteria, a radiation protection suit is taken off by another patient as soon as it is taken off. How to disinfect and further ensure the safety of a patient has become a difficult problem to solve; at the same time, the silver fiber radiation protection clothing widely circulated in the market is recognized by the majority of pregnant mothers. It needs to be worn every day during this period, but it will get dirty after a period of time. Even if you can’t see the stains on the surface, you can’t avoid the growth of a lot of bacteria. However, all pregnant mothers know that this kind of silver fiber radiation protection clothing should be avoided washing as much as possible. Even if it is washed, it cannot be rubbed like ordinary clothes. Therefore, in order to prevent the damage to the silver fiber and affect the use effect, many pregnant mothers do not wash the radiation protection clothing during the 9 months of pregnancy, or simply soak it in water. If it is not possible to achieve the purpose of effective sterilization