Space sterilizer

Abstract

The invention discloses a space sterilizer which comprises a mounting machine shell, wherein a cavity is formed in the mounting machine shell, an opening is formed in the back surface of the mounting machine shell, and a filter material bin is fixedly connected to the bottom end of the interior of the mounting machine shell. By adopting the space sterilizer disclosed by the invention, when a human and a machine coexist, a ceramic ozone generator is turned off as a human body sensor senses existence of a human body, so that damage to the body of a user due to too high ozone concentration is avoided; a circulating fan is turned on when a VOC chemical gas sensor detects that the content of VOC gas in a space exceeds the standard, so that an activated carbon filter element in the filter material bin conducts adsorption treatment on the VOC gas; a brand new activated carbon filter material is placed in the filter material bin, a pull plate is pushed to enable a toothed plate to drive a connecting gear to rotate, and a rotating shaft is turned over, so that a limiting plate is turned over to press the two sides of the activated carbon filter material; and a push plate is loosened, and a pressing plate presses the center of the filter material under the action of gravity, so that the filter material in the filter material bin can be conveniently replaced and fixed.

Description

technical field [0001] The invention relates to the field of industrial disinfection, in particular to a space sterilizer. Background technique [0002] Space disinfection generally refers to killing germs and microorganisms in the space within a certain space range. Space disinfection is to eliminate germs and microorganisms that cannot be directly seen by the human eye. Space disinfection generally uses chemical methods. A certain amount of chemical substances react with enzymes and other substances in microorganisms, causing the microorganisms to die. [0003] The space disinfection methods commonly used in the market today are ozone disinfection or filter-type air purifiers to disinfect a certain space range, but after a period of use of general air purifiers, pollution sources may accumulate in the filter material, germs Breeding in the filter material, there is a risk of secondary pollution in the subsequent use of the air purifier. Ozone can effectively kill germs at...

AI Technical Summary

Problems solved by technology

[0003] The space disinfection methods commonly used in the market today are ozone disinfection or filter-type air purifiers to disinfect a certain space range, but after a period of use of general air purifiers, pollution sources may accumulate in the filter material, germs Breeding in the filter material, there is a risk of secondary pollution in the subsequent use of the air purifier. Ozone can effectively kill germs at a higher concentration, but ozone can also cause harm to the human body, which has certain safety hazards

Images