Method for purifying air

Abstract

The invention discloses a method for purifying air. The method comprises the following steps of: making the air pass through a first-stage high-voltage electrostatic field for exposing genetic substances contained in harmful substances in the air in an electric field directly; introducing the air treated by using the first-stage electric field into a second-stage high-voltage pulse electric field; and striking off molecular bonds of the genetic substances to change genetic information by using high-energy particles formed by high-voltage pulse to crack and kill harmful substances so as to fulfill the aim of purifying the air. The method is on the basis of a cracking principle without generating an electron beam, strong electromagnetism or new photoelectric pollution, so the method is safeon an environment and a human body. Later maintenance is relatively simple; and maintenance cost is low. Simultaneously various microorganisms, bacteria and viruses can be killed, so the air can be purified completely. In conclusion, the method has the characteristics of low cost, long purification maintaining time, no harm or side effect on the human body, so the method can be performed when people are around.

Description

technical field [0001] The invention relates to an air purification method, in particular to a method for purifying air by changing the internal genetic material of microorganisms and breaking the internal molecular chain structure of harmful substances. Background technique [0002] As global environmental problems become more and more serious, air pollution, influenza virus mutation, and air quality issues are getting more and more attention. Corresponding air purifiers and disinfection equipment have begun to enter people's daily lives. There are multiple air purification means in the prior art, and their principles are different, such as: 1. Disinfectant drug spraying, volatilization, fumigation, the disadvantage is that it is harmful to the human body, and it cannot be used when there are people; 2. Ultraviolet (UV) antivirus, the disadvantage is that it needs It takes a long enough time to kill, and it is necessary to avoid irradiating the human body; 3. Ozone disinfec...

AI Technical Summary

Problems solved by technology

There are multiple air purification means in the prior art, and their principles are different, such as: 1. Disinfectant drug spraying, volatilization, fumigation, the disadvantage is that it is harmful to the human body, and it cannot be used when there are people; 2. Ultraviolet (UV) antivirus, the disadvantage is that it needs It takes a long enough time to kill, and it is necessary to avoid irradiating the human body; 3. Ozone disinfection, the disadvantage is that it is harmful to people and has a strong corrosive effect on equipment, so it is not suitable for use in rooms with precision instruments; 4. HEPA filtration technology, The disadvantage is that the worse the air quality, the greater the maintenance cost; the wind speed is inversely proportional to the adsorption capacity; 5. Electrostatic adsorption technology, the disadvantage is that the worse the air quality, the greater the maintenance cost; the wind speed is inversely proportional to the adsorption capacity; 6. Plasma technology, the disadvantage It cannot be completely killed, and ozone will be generated; 7. Photocatalyst (photocatalysis) technology, the disadvantage is that it needs light, the action time is short, the effect on smoke is not obvious, and it has a destructive effect on knitted fabrics, paints and leather; 8. Laminar flow Technology, the disadvantage is high cost, high maintenance cost, has the disadvantages of HEPA technology and ozone antivirus

[0003] Existing purification technologies are often required to be carried out under unmanned conditions, and the purification effect can only be maintained for a short time

And those technologies with relatively high purification efficiency have relatively high manufacturing and maintenance costs, which are unaffordable for ordinary families and enterprises.

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