A high-reliability multifunctional air purification device

Abstract

The invention discloses a high-reliability multifunctional air purification device. A humidification unit cylinder array is fixedly arranged through an internal fixing plate. The humidification unit cylinder array comprises a plurality of humidification unit cylinders arranged in multiple rows and columns. Each humidification unit cylinder in each row or column is connected to branch capillary tubes, and each of the branch capillary tubes is connected to a main capillary tube. The main capillary tube is connected to a distilled water supply connector through a connecting joint. The distilled water supply device can supply distilled water to the humidification unit cylinders through the branch capillary tubes, and each humidification unit cylinder can absorb a certain amount of distilled water. The invention utilizes capillary tubes to supply humidifying distilled liquid into the humidification unit cylinders, enabling automatic evaporation of the humidifying liquid without the need for atomization, thus saving energy.