Biological air purifier

Abstract

The invention discloses a biological air purifier, belongs to the technical field of purifiers, and solves the problem of the dissatisfied using effect of the existing purifier. The main point of thetechnical scheme comprises a water tank, an intelligent controller, a fan, a fragrance spraying device, a floating ball and an atomizer, wherein the fan can adjust air intake, the water tank is used for containing purified liquid, the floating ball is arranged in the water tank and floats on the purified liquid, the atomizer is located in the floating ball and below the draft of the floating ballso as to be in contact with the purified liquid, at least one opening is formed in the water tank, the intelligent controller is connected with the atomizer for work control, the assisting effects ofatomization and dust reduction, deodorization, sterilization, antibacterial, and fragrance spraying are achieved, and working and living places with good air environment are provided to people.

Description

technical field [0001] The invention relates to the field of purifiers, in particular to a biological air purifier. Background technique [0002] At present, the purification technologies used by air purifiers to purify and remove formaldehyde and other organic pollutants on the market mainly include physical adsorption technology, nano-photocatalysis technology, plant purification and biodegradation technology, etc. Air purifiers using physical adsorption technology need to be replaced regularly. The consumables are expensive, resulting in high maintenance costs, and the product filter cannot be recycled and can only be treated as garbage, causing secondary pollution to the environment. Air purifiers using nano-photocatalysis technology are expensive, and have poor purification effects on high-concentration formaldehyde and other organic pollutants. Therefore, the popularity of air purifiers using nano-photocatalysis technology in many households is very low. Air purifiers...

AI Technical Summary

Problems solved by technology

[0002] At present, the purification technologies used by air purifiers to purify and remove formaldehyde and other organic pollutants on the market mainly include physical adsorption technology, nano-photocatalysis technology, plant purification and biodegradation technology, etc. Air purifiers using physical adsorption technology need to be replaced regularly. Consumables, resulting in high maintenance costs, the product filter cannot be recycled, and can only be treated as garbage, causing secondary pollution to the environment

Air purifiers using nano-photocatalytic technology are expensive, and have poor purification effects on high-concentration formaldehyde and other organic pollutants. Therefore, the penetration rate of air purifiers using nano-photocatalytic technology in many households is very low.

Air purifiers developed with biodegradable technology are safe and environmentally friendly, and do not need to replace consumables. However, the technology of this type of air purifier is not mature enough, and the proportion of the current market is very small.

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