Mosquito-eradicating and dust-removing electric fan

Abstract

An electric fan that has the functions of both eradicating mosquitoes and removing dust is a multifunctional electric appliance. The working principle of high-voltage ionization and negative high-voltage neutralization dust-removing theory are utilized to the current electric fan so as to reduce the volume and thickness of a dust catcher, in which purple light spot is formed in the ground tungsten and a trace of carbon dioxide is released during the process of ionization so as to attract mosquitoes and eradicate them electrically under high voltage. Thus, an ordinary electric fan becomes a multifunctional electric appliance that can eradicate mosquitoes and remove dust at the same time. Air passes by the parts in the ionization area, and then the air is ionized under the function of high-voltage tungsten and ground tungsten, and positive ions are absorbed to the dust, the negative high-voltage in the metal wire neutralizes and absorbs the positive ions after passing by the parts in the dust collection area, after that, the air is driven by the vanes in the motor of the electric fan and then flows out from the rotating vanes so as to purify the air.

Description

technical field [0001] Mosquito-killing and dust-removing electric fans relate to a household item. The working principle of high-voltage ionization is applied to existing electric fans, so that ordinary single-function electric fans become multi-functional household appliances with both mosquito-killing and dust-removing functions. Mosquito-killing and dust-removing electric fan circulates and convects the air in the environment through the motor. In addition to cooling the human body, it also uses high-voltage ionization technology to ionize the dust in the air, and then uses negative high-voltage to neutralize and absorb dust. Vacuuming, to achieve the purpose of purifying the dust in the air, a certain number of purple light spots and a small amount of carbon dioxide will be formed on the electrode when working at night, mosquitoes will be attracted by the purple light spots and carbon dioxide, and the mosquitoes will be exterminated by electric shock under the action of hi...

AI Technical Summary

Problems solved by technology

[0005] 1. The high-voltage tungsten wire 1 is fixed on the high-voltage plate 2. The ionization area and the dust collection area form a whole. The distance between the grounded dust collecting plate 3 causes ignition or discharge between the high voltage plate 2 and the grounded dust collecting plate 3, which reduces the effect of dust collection. The interaction between the ionization area and the dust collecting area cannot achieve the ideal state

[0006] 2. The ionization area and the dust collection area constitute an integral structure. Due to its large size, it cannot be applied to existing cooling equipment such as electric fans, and the function of the product is relatively single.

[0007] 3. Due to the working principle of high-voltage ionization using the uneven electric field of the ball and the plate, the ionization efficiency is not high

[0009] 5. Since the high-voltage plate 2 has a shear cut after stamping, a sharp discharge is formed during operation, which offsets the discharge current on the electrode, and the ionization performance is unstable

[0010] The working principle of an ordinary electronic mosquito killer is: use the light of the ultraviolet lamp and the carbon dioxide produced by photocatalysis to attract mosquitoes, and then use high-voltage electric shock to kill the mosquitoes; but because the light of the ultraviolet lamp is too strong, it is not only attractive to mosquitoes Small, and the intensity of the light also affects people's sleep, and the effect of killing mosquitoes is poor

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