Efficient and environmentally friendly mosquitoes and flies killing device

Abstract

The invention relates to a mosquitoes and flies killing device and specifically relates to an efficient and environmentally friendly mosquitoes and flies killing device. The device comprises a mosquito trapping chamber equipped with a photocatalytic net and a mosquito trapping lamp, a fan chamber equipped with a suction axial fan and a mosquito storage room. The device is characterized in that: the mosquito trapping chamber is equipped with a movable window, and the bottom of the mosquito storage room is equipped with a suspended funnel. The device solves the problem that some unkilled mosquitoes are easy to run out from the air inlet when the existing products are shut down and cannot capture live mosquitoes for scientific experiments. The invention has the advantages of safety and reliability, high trapping rate and strong environmental protection, and can be widely used in indoor and outdoor places where it is necessary to capture and kill mosquitoes and flies.

Description

Technical field [0001] The invention relates to a mosquito and fly trapping device, in particular to an efficient and environmentally friendly mosquito and fly trapping device. Background technique [0002] There are many existing mosquito killers and methods for killing mosquitoes. One of the most used methods is to use electric heaters to heat the medicinal mosquito-repellent incense sheet to emit gas, and use the unbearable smell of the mosquitoes to drive away or poison the mosquitoes. The shortcoming of this method is that it pollutes the air, damages the human respiratory system, and causes serious human diseases. Long-term use has less and less efficacy on mosquitoes, and more and more harm to humans. The other is the electric shock killing method. The common electric shock killer uses the phototaxis of the mosquitoes. When the mosquitoes are exposed to the high-voltage power grid, they are killed by electric shock. This method warns other mosquitoes because the dead mosqu...

AI Technical Summary

Problems solved by technology

[0002] There are many existing mosquito killers and mosquito killing methods. The most used method is to use an electric heater to heat the medicinal mosquito-repellent incense sheet to emit gas, and use the unbearable smell of mosquitoes to drive away or kill mosquitoes. The disadvantage of this method is that it pollutes the air, damages the human respiratory system, and seriously causes human diseases. Long-term use is less and less effective against mosquitoes, but more and more harmful to humans.

Another method is to kill mosquitoes by electric shock. A common electric mosquito killer uses the phototaxis of mosquitoes. When the mosquitoes touch the high-voltage power grid, they are killed by electric shock. This method warns other mosquitoes because the dead mosquitoes emit a burnt smell. , resulting in a low hit rate, especially for small mosquitoes, the killing rate is not high, and the effect is not ideal

And this method is very unsafe due to the high pressure

At present, most of the mosquito killing devices still have the following disadvantages: 1. The airflow direction and the light direction are single in structure, the air volume is generally small, the mosquito catching range is not large, and the effect is not very good; The use of some chemicals is not good for environmental protection, or it does not have this function; 3. It cannot be used both indoors and outdoors, and the application range is narrow

In particular, the above products do not capture live mosquitoes and flies for use in scientific experiments

Images