Ecological anion purifier collecting pollutants by non-fan filter through coulomb force

Abstract

The invention relates to an ecological anion purifier collecting pollutants by a non-fan filter through coulomb force. The ecological anion purifier comprises a case, a circuit control board, an anion generation unit, a positive high pressure generator, an anion releaser, a releaser cover and a pollutant adsorber. The ecological anion purifier has an attractive appearance and can be put flexibly; ecological anions produced by the ecological anion purifier can reach a far distance so as to combine with pollutants like dust particles, viruses, allergens and so on in the air, so that the pollutants carry the negative electricity to be adsorbed by the pollutant adsorber; and the anions can change the electric potential polarity of the virus cell so as to achieve the purpose of sterilizing. As the ecological anion purifier has dual disinfecting technologies of anion disinfection and electrocatalyst catalytic decomposition, third-level pollutants, physical pollutants (suspending particles), chemical pollutants (ozone, methanol, benzene compounds, carbon monoxide, nitrides and so on) and microbiological pollutants (bacteria and virus) in the air can be thoroughly eliminated. Due to a forest phytoncid ionized slowly releasing system, a forest air effect is created.

Description

technical field [0001] The invention relates to an electrostatic air purifier, in particular to a fanless filter with active air purification and pollutant collection functions which are alternately operated by a positive potential pollutant adsorber and an anion generating unit and collected by Coulomb force Eco-grade negative ion purifier for pollutants. Background technique [0002] In recent years, the air quality in most cities in my country is relatively poor. With the improvement of people's living standards, people pay more and more attention to the surrounding living environment, especially the quality of indoor air. A survey shows that According to statistics, domestic urban residents spend up to 21.53 hours indoors every day, accounting for 90% of the whole day. Therefore, human health is closely related to indoor air quality, and "healthy breathing" has become an urgent need, and various air purifiers are used to change the quality of indoor air. According to th...

AI Technical Summary

Problems solved by technology

[0006] (3) Static generators basically use tungsten wire or sheet electrodes to discharge. Because the radius of curvature is not small enough, the discharge efficiency is low, and there are few fine dust particles that can be charged, which leads to the fact that some particle pollutants cannot be absorbed by the collector. collect

[0007] (4) Since the collector is built into the casing, ordinary consumers cannot observe the dust collection of the collector at any time to judge whether it is necessary to clean the collector, which will further reduce the effect of the collector on absorbing and capturing dust particles

[0008] (5) The built-in collector brings trouble to the cleaning work, and the water that is not cleaned after cleaning is easily brought into the machine and causes machine failure

[0009] (6) Built in a relatively closed casing, the electric field generated between the static electricity generator and the collector cannot avoid the secondary pollution of pollutants ozone

[0010] (7) Existing electrostatic purifiers inhale air through fan circulation, and the wind force formed by the fan will reduce the effect of adsorption of dust particles collected by the collector due to Coulomb force

[0011] (8) The fan of the purifier draws in the air for purification, which will leave a dead space in the space, the purification is not thorough, and it is impossible to produce high-quality healthy air rich in air vitamins (negative ions)

[0012] (9) The fan will generate noise pollution and increase power consumption without saving energy

Images