Mosquito eradication exhaust fan with sweeping device

Abstract

The invention discloses a mosquito eradication exhaust fan with a sweeping device. The mosquito eradication exhaust fan is characterized by comprising fan blades, ultraviolet lamps and a high-voltage power grid arranged in front of the ultraviolet lamps; the fan blades are arranged behind the ultraviolet lamps; and the mosquito eradication exhaust fan further comprises the sweeping device, the sweeping device comprises a row brush and a chain and chain wheel set, and bristles of the row brush make contact with the high-voltage power grid. When the exhaust fan exhausts air to an exhaust channel, mosquitoes fly over and get close to the ultraviolet lamps under the attraction of the ultraviolet lamps, and due to the fact that the ultraviolet lamps are arranged in front of the fan blades, the mosquitoes are adsorbed to the high-voltage power grid to be killed through shock and cannot escape under the suction force of front-to-back airflow caused by the exhaust fan; and compared with a single-purpose electric shock mosquito eradication device, a better mosquito eradication effect is achieved, and using is more convenient. The exhaust fan can automatically clean the high-voltage power grid, user manual cleaning is not needed, and safety is high.

Description

technical field [0001] The invention relates to a daily necessities, in particular to a mosquito-killing exhaust fan with a cleaning device. Background technique [0002] People have thought of many ways to kill mosquitoes, and electric shock mosquito killing device is a kind of mosquito killing equipment that utilizes mosquito phototaxis to design. Its structure includes an ultraviolet lamp and a high-voltage power grid arranged around the ultraviolet lamp. It has the characteristics of simple structure, small size, and low power consumption. However, mosquitoes often cannot touch the high-voltage power grid and fly around indoors. Thoroughly; after mosquitoes are killed by high-voltage electricity on the high-voltage power grid, they often stick to the high-voltage power grid, which is inconvenient to clean up. There are often incidents of people being shocked by electric shocks when they forget to turn off the power to clean up, and the safety is not high. And people als...

AI Technical Summary

Problems solved by technology

Its structure includes an ultraviolet lamp and a high-voltage power grid arranged around the ultraviolet lamp. It has the characteristics of simple structure, small size, and low power consumption. However, mosquitoes often cannot touch the high-voltage power grid and fly around indoors. Thorough; Mosquitoes often stick to the high-voltage power grid after being killed by high-voltage electricity on the high-voltage power grid.

And people also commonly use exhaust fan to draw indoor air into the exhaust channel to keep the indoor air fresh and circulate the indoor air. It is often necessary to open the exhaust fan and the electric shock mosquito killing device at the same time, which is inconvenient to use.

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