Small-size air purifier

Abstract

The invention discloses a small-size air purifier which comprises a shell, an electrostatic dust collection part, a contact agent module, a power supply module and a turbofan, wherein the electrostatic dust collection part, the contact agent module and the turbofan are sequentially arranged on the air path of the purifier; the electrostatic dust collection part is communicated with the contact agent module and an air inlet of the air path; a fan accommodating cavity is arranged on the outlet side of the contact agent module; an air duct opening communicated with an air outlet is formed in the fan accommodating cavity; the turbofan is fixed in the fan accommodating cavity; an air outlet pipe of the turbofan is plugged into the air duct opening; the power supply module comprises a circuit control board and a high-voltage generator; the circuit control board is arranged in the fan accommodating cavity and is connected with the high-voltage generator; the electrostatic dust collection part comprises a high-voltage sheet, a high-voltage wire fixing plate, an elastic piece and a high-voltage wire; and the high-voltage wire is wound on the high-voltage wire fixing plate and tensioned by the elastic piece. Electrostatic dust collection equipment, a contact agent and strong wind equipment are arranged in the air purifier; and furthermore, the small-size air purifier can realize a safe insulation structure in a small space to guarantee long-term safe operation of an electrostatic dust collector.

Description

technical field [0001] The invention relates to the field of air purification, in particular to a small air cleaner. Background technique [0002] With the improvement of people's requirements for air quality, air purifiers are gradually promoted and used in people's lives. The commonly used air treatment devices for air purifiers are catalysts and electrostatic precipitators. The catalysts used for air purification need certain Only a certain air pressure difference can make the air quickly penetrate the catalyst layer. In the design of the purifier, the realization of the air pressure difference requires wind power equipment with sufficient power. Such wind power equipment usually has certain size and installation requirements. [0003] In terms of electrostatic precipitators, due to high-voltage static electricity, it is necessary to design a certain air insulation distance; due to the limitation of the use of air purifiers, high-voltage electrostatic electrodes must be i...

AI Technical Summary

Problems solved by technology

[0003] In terms of electrostatic precipitators, due to high-voltage static electricity, it is necessary to design a certain air insulation distance; due to the limitation of the use of air purifiers, high-voltage electrostatic electrodes must be installed in the air circuit, so the air insulation distance cannot be reduced during design. After use, the electrostatic electrodes are easily deformed and the insulation distance becomes smaller, and it is easy to cause insulation failure in a small-sized insulating structure to cause arcing or electric shock, which brings difficulties to the design of small-sized air purifiers; so that commercially available Small-sized air purifiers are often unable to integrate electrostatic precipitators, which affects the air purification effect

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