Sterilization and virus killing method based on flexible glass

Abstract

The invention discloses a sterilization and virus killing method based on flexible glass. The invention relates to the technical field of sterilization and virus killing. A piece of flexible glass isput into ion exchange liquid, and vacuumizing, heating, assisted ultrasonic oscillation and electroplating are carried out to embed cations into gaps among silicon dioxide atoms on the surface of theflexible glass, and the cations are stably fixed on the surface of the flexible glass through ultraviolet curing. In this way, a cation sterilization and virus killing layer for sterilization and virus killing is formed on the surface of the flexible glass. The other side of the flexible glass is electroplated to form a conductive layer coating film, the conductive layer coating film is connectedwith an external power supply, the flexible glass is heated, the temperature of the flexible glass is rapidly increased to 60 DEG C or above, the temperature is kept at 65-75 DEG C for a certain period of time in real time, and high-temperature sterilization and virus killing are achieved. Finally, die cutting and plastic molding are carried out on the flexible glass to form shapes suitable for different products. By means of the two modes, sterilization and virus killing can be efficiently conducted for a long time, and the risk of secondary contamination of germs and viruses is avoided.

Description

Technical field [0001] The invention relates to the technical field of sterilization and virus killing, in particular, it relates to a method for sterilization and virus killing based on flexible glass. Background technique [0002] At present, in the field of microorganisms, there are many ways to kill microorganisms, and the use of chemical drugs to kill fungi is a common sterilization method. [0003] In related technologies, the common way to kill fungi is to apply some chemical bactericidal drugs on the parts containing fungi; because fungi often exist in the form of colonies, each colony contains many different fungi, so chemical sterilization is used When using drugs to kill fungi, it is necessary to apply corresponding chemical bactericidal drugs for different fungi; however, when chemical bactericidal drugs are used, there may be multiple fungi in the same part in the form of colonies. Therefore, the chemical bactericidal drugs applied often They overlap each other, and t...

AI Technical Summary

Problems solved by technology

[0003] In related technologies, the common way to kill fungi is to apply some chemical bactericidal drugs on the parts containing fungi; since fungi often exist in the form of colonies, each colony contains many different fungi, therefore, when using chemical bactericidal When using drugs to kill fungi, it is necessary to smear corresponding chemical bactericidal drugs for different fungi; however, when chemical bactericidal drugs are used, there may be a variety of fungi in the form of colonies in the same part, so the applied chemical bactericidal drugs are often Overlapping each other, resulting in the inability of chemical fungicides to effectively directly contact the fungi that they can kill

But distortion is the way to kill bacteria and viruses on the surface of the object, and the remaining chemicals on the surface of the object will also pose a potential threat to the human body

At the same time, this method can only temporarily kill the bacteria and viruses on the surface of the object. When the chemical drugs fail, it will cause the risk of secondary contamination of the objects with bacteria and viruses. There is room for improvement.

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