Electrode plate structure of novel electrostatic adsorption type air purifier

Abstract

The invention discloses an electrode plate structure of a novel electrostatic adsorption type air purifier. The electrode plate structure comprises an anode electrode plate and a cathode electrode plate which are arranged in parallel, wherein an airflow channel allowing airflow to pass through is formed between the anode electrode plate and the cathode electrode plate, and the airflow channel is in a zigzag shape. Compared with the prior art, the electrode plate structure of the novel electrostatic adsorption type air purifier extends a passing path of the airflow between the electrode plates, so that the chance that charged micro-particles are captured by the electrode plates is increased. The electrode plate structure has the advantages that the electrode plates can capture the micro-particles in the airflow more easily, so that a better dust removal effect is achieved, and the air purification efficiency is improved.

Description

technical field [0001] The invention relates to an electrode plate structure of a novel electrostatic adsorption type air purifier. Background technique [0002] Electrostatic dust removal is to charge the dust in the air first, and then when passing through the positive and negative electrode plates, the dust particles are adsorbed to the electrode plates to achieve the dust removal effect. [0003] When the electrostatic adsorption air purifier uses static electricity to adsorb the dust in the airflow, it first uses the corona to charge the particles in the airflow before the airflow passes through the positive and negative electrode plates, and then passes through the positive and negative electrode plates. When the gap is formed, the charged micro-particles are deflected in the electric field formed by the electrode plate. If the charge-to-mass ratio is large enough, the micro-particles will reach the electrode plate and be adsorbed before flowing through the gap of the ...

AI Technical Summary

Problems solved by technology

The positive and negative poles of the traditional electrode plates are arranged in parallel, and the airflow passes through it in a straight line. If the charge-to-mass ratio of the microparticles is not large enough, or the length of the electrode plates is not enough, the microparticles will pass through the gap between the electrode plates and will not be captured by the electrode plates.

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