Mosquito killer

Abstract

The invention provides a mosquito killer. One or more mosquito repelling devices and a mosquito killing device are arranged in a mosquito killing space. The mosquito repelling devices can emit messages for repelling mosquitoes, and the mosquito killing device is further provided with a weakening device capable of weakening the effect of the messages emitted by the mosquito repelling devices. Through the weakening device, the mosquito killing device weakens the messages emitted by the mosquito repelling devices around the mosquito killing device, so that the intensity of the messages around the mosquito killing device is lower than that of the messages at other parts in the space, mosquitoes in the space will automatically get close to the mosquito killing device, and then mosquitoes are killed through an escape preventing device. Besides, the mosquito repelling devices can be placed at multiple positions in the space according to practical needs, mosquitoes are expelled to the mosquito killing device through the mosquito repelling devices and are killed, and therefore the killing range can be widened, and the killing effect can be improved.

Description

technical field [0001] The invention relates to a device for catching and killing mosquitoes, in particular to a mosquito killer. Background technique [0002] In the traditional technology, the mosquito killer mainly adopts a mosquito trap lamp, and then surrounds a layer of electric grid outside the mosquito trap lamp, that is, attracts mosquitoes through the mosquito trap lamp, and is electrocuted to death when it touches the grid during the approaching process. This kind of mosquito killer is too passive to kill mosquitoes. If the mosquitoes do not touch the power grid, they cannot be killed. During the use, the mosquitoes attracted by the mosquito lamp usually wander outside the power grid instead of approaching the power grid. The killing effect is weak. . In order to overcome this phenomenon, there is a mosquito killer equipped with a mosquito trap lamp, an escape prevention fan and a mosquito storage box, the escape prevention fan is arranged between the mosquito tr...

AI Technical Summary

Problems solved by technology

This mosquito killer mainly has two deficiencies during use. The one is that the eddy current around the mosquito killer can improve the mosquito killing area, but because the wind of the anti-escape fan is discharged from the small hole around the mosquito storage box, and then It is sucked by the vortex at the upper end of the anti-escape fan, so the mosquito must be sucked into the mosquito storage box by the anti-escape fan at a suitable angle. If the flying angle of the mosquito is wrong, such as parallel to the air outlet of the mosquito storage box, it will be sucked by the air outlet The wind blows away to make the mosquitoes escape; the second is that during use, because a vortex is formed around the mosquito killer, the air around the mosquito killer is more fluid, so even the mosquitoes attracted by the mosquito trap lamp feel the air. If the flow is too large, it will be avoided, and the actual killing effect is poor; and no matter what kind of mosquito killer in traditional technology, the killing range is limited, and within this killing range, the farther away from the mosquito killer , the worse the killing effect

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