Atomization disinfection method

Abstract

The invention relates to an atomization disinfection method. The atomization disinfection method comprises the following steps: preparing an atomization sheet with atomization holes by utilizing a laser processing system; vibrating a specified dosage of disinfectant out of the atomization holes of the atomization sheet to atomize the disinfectant to obtain a large number of fog drops; and the fogdrops are discharged into the target space according to a specified angle, so that the fog drops diffuse into the target space, and objects in the target space are disinfected. According to the scheme, the atomization sheet with the atomization holes is prepared by utilizing the laser processing system, the disinfectant is vibrated by the vibrator to discharge the atomizing agent from the atomization holes of the atomization sheet to obtain atomized fog drops, and the fog drops are discharged into the target space and continuously diffuse, so that the target space is comprehensively disinfected, and the disinfection effect is good; meanwhile, the whole atomization process is efficient and simple, excessive heat cannot be generated, and the drug property of the disinfectant cannot be affected.

Description

technical field [0001] The invention relates to the field of disinfection, in particular to an atomization disinfection method. Background technique [0002] At present, traditional disinfection methods for public places and confined spaces mainly include: [0003] 1. Laminar flow purification equipment mainly relies on primary, medium, high-efficiency and ultra-high-efficiency filtration systems to control particulate matter entering the indoor air. The disadvantage is that laminar flow purification equipment is relatively expensive and has not yet been popularized in small and medium operating rooms; [0004] 2. Electrostatic dust removal method, using the principle of same-sex attraction and opposite-sex repulsion of electrodes, to adsorb particulate pollutants in the air. This method is easy to maintain and low in price, but there are incomplete adsorption, electrode plates must be cleaned regularly, inconvenient maintenance, good effect on dust, and poor effect on poll...

AI Technical Summary

Problems solved by technology

This method is easy to maintain and low in price, but there are incomplete adsorption, electrode plates must be cleaned regularly, inconvenient maintenance, good effect on dust, and poor effect on pollutants, especially harmful gases, bacteria and viruses;

[0005] 3. Negative oxygen ion disinfection technology, ions can reverse the electrical poles on the surface of bacterial proteins and kill bacteria, but negative oxygen ions are fleeting in the air and have a short lifespan;

Ozone disinfection has the advantages of convenience and rapidity, no residual dead space, and no pollution, but it is corrosive to many items and is not suitable for disinfection when there are people;

[0007] 5. The disinfectant wiping method is the most common daily disinfection method, but the work efficiency is low and it is difficult to ensure that the disinfection effect covers all surfaces, and it is even more difficult to solve the problem of air disinfection;

[0008] 6. Ultraviolet disinfection method is economical and non-polluting, but it has the defects of low irradiation intensity per unit area, short service life, and insufficient energy saving and environmental protection

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