Particle-conductive air negative ion generator

Abstract

The invention discloses a particle-conductive air negative ion generator. The generator comprises a main body, the upper portion of the main body is covered by a main body upper cover, a power line is arranged on one side of the main body, fixing cylinders are connected with the two sides of the main body upper cover in a penetrating mode, conversion devices are fixedly connected with the positions, corresponding to the fixing cylinders, of the bottom surface of the main body, the conversion devices are fixedly connected to negative ion output lines, and the negative ion output lines penetrate the fixing cylinders and magnetic conductors in sequence and extend into releaser emission assemblies, wherein each releaser emission assembly comprises a releaser dustproof rear cover and a releaser dustproof front cover. According to the particle-conductive air negative ion generator, a releaser dispersion plate is adopted, not only are installation and replacing more convenient, but also bilateral multipoint releasing heads are added, so that the transmitting area is expanded; anti-static-residue devices are arranged, so that the safety is improved; meanwhile, by means of a permeability design adopted by the releaser assemblies, discharging and transmission of negative ions are more promoted, and the limitation of the traditional closed ventilation single-channel performance is broken.

Description

technical field [0001] The invention relates to the technical field of air purification, in particular to a particle-guided negative air ion generator. Background technique [0002] Negative ions are known as "air vitamins". They not only effectively kill smog, dust, and PM2.5 in the indoor air, but also neutralize positive ions in the air, activate and purify the air. attention and research. Most of the current negative ion generators use single-point point steel needles, silver needles or gold needles to discharge. Under low voltage, the concentration of negative ions generated is small, but if the voltage increases, although it can produce higher negative ion concentrations, the ozone concentration will Correspondingly increased; there are also single or several carbon fibers used as high-voltage discharge electrodes. Although the anion concentration and ozone concentration produced can meet the requirements, other derivatives are easily produced, and its existing struct...

AI Technical Summary

Problems solved by technology

Most of the current negative ion generators use single-point point steel needles, silver needles or gold needles to discharge. Under low voltage, the concentration of negative ions generated is small, but if the voltage increases, although it can produce higher negative ion concentrations, the ozone concentration will Correspondingly increased; there are also single or several carbon fibers used as high-voltage discharge electrodes. Although the anion concentration and ozone concentration produced can meet the requirements, other derivatives are easily produced, and its existing structure cannot form a uniform and complete discharge on the entire air flow section. The negative ion layer cannot improve the purification efficiency, so it cannot meet people's needs for air purification. Moreover, after the machine is powered off, if the high-voltage negative ion generator touches the discharge head immediately, it will be charged by the residual static electricity of the machine, which will bring certain harm to people. It is easy to cause damage to other electrical appliances even when the power is off. For this reason, we propose a magnetic conduction type negative ion generator for air purification that releases small particles, referred to as a particle conduction type air negative ion generator. generator

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