Multifunctional air purifier

Abstract

The invention relates to a multifunctional air purifier. The multifunctional air purifier comprises an air barrel, wherein a filter screen is arranged outside an air inlet of the air barrel, an air pump driving air to enter the air inlet is arranged in the air barrel, the bottom of the air barrel is connected with a cylindrical liquid storage tank, a spiral pipeline is arranged in the liquid storage tank, small holes are formed in the spiral pipeline, a connector is arranged at the bottom of the spiral pipeline, a circulating filtration system is arranged in the liquid storage tank and connected to the spiral pipeline and a blow-off pipe, and the blow-off pipe is arranged at the bottom of the liquid storage tank and provided with a valve. According to the multifunctional air purifier, by guiding the air to make full contact with liquid and collecting the liquid in the contact process, the purposes of effectively removing pollutants in the air and recycling energy are achieved; the multifunctional air purifier can also be used as a bladeless fan, thereby achieving multiple purposes.

Description

technical field [0001] The invention relates to the field of air purification, in particular to a multifunctional air cleaner. Background technique [0002] Currently known air purifiers mainly include filter element filter air purifiers and electrostatic adsorption air purifiers. Above-mentioned two types of air purifiers all need to replace filter or electrostatic electrode plate regularly and disassemble air purifier repeatedly. Moreover, most of the air purifiers nowadays are mostly square, and ordinary fan blades are used to blow to the generator head, which is not easy for the rapid circulation of indoor air and has certain limitations. Today's air purification technology generally uses the separation of various pollutants in the air first, and then uses one-to-one means to purify them separately. The time for pollutants to pass through the purification components is very short and the energy consumption is huge. This one-to-one treatment method causes Waste of energ...

AI Technical Summary

Problems solved by technology

The above two types of air purifiers require regular replacement of filters or electrostatic plates and repeated disassembly and assembly of air purifiers.

Moreover, most of the air purifiers nowadays are mostly square, and the common fan blades are used to blow to the generator head, which is not easy for the rapid circulation of indoor air and has certain limitations.

Today's air purification technology generally uses the separation of various pollutants in the air first, and then uses one-to-one means to purify them separately. The time for pollutants to pass through the purification components is very short and the energy consumption is huge. This one-to-one treatment method causes Waste of energy, low efficiency, does not conform to the concept of low-carbon environmental protection

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