Fly attracting agent and fly killer

Abstract

The present invention relates to a kind of fly and mosquito attracting agent and fly killer with the fly and mosquito attracting agent. The kind of fly and mosquito attracting agent is prepared with grains 500-1000 (in weight portions, the same below), distiller's yeast 0.1-4, rhizopus 0.1-4, perfume 0.1-1 and water 2-20, and through mixture and fermentation. The fly killer includes casing and lamp cover, and features high voltage lamp tube on the lamp cover, high voltage metal net around the high voltage lamp tube, hollowed casing, and container in the bottom of the casing and with fly attracting agent. The fly attracting agent of the present invention is safe, sanitary, harmless, pollution-free, long in storage time and convenient use; and the fly killer has simple structure, high trapping rate and high fly killing effect.

Description

technical field [0001] The invention relates to an additive for trapping flies and mosquitoes, and a fly killer added with the additive. Background technique [0002] Flies and mosquitoes are very easy to infect diseases and cause great harm to people's health. Moreover, flies and mosquitoes have strong adaptability and are not easy to eliminate. There are many existing methods for killing mosquitoes and flies. One is to use chemical aerosols to kill mosquitoes and flies. Because mosquitoes and flies often fly non-stop, this method is very ineffective, and generally can only achieve the effect of repelling mosquitoes and flies. Moreover, this method is toxic and harmful to people and the environment. The other is the method of using high-voltage electrons to kill mosquitoes and flies. This method uses the phototaxis of mosquitoes to attract mosquitoes to the high-voltage electronic mosquito-killer, and uses high voltage to kill mosquitoes and flies. This method is clean an...

AI Technical Summary

Problems solved by technology

Moreover, flies and mosquitoes have strong adaptability and are not easy to eliminate

There are many existing methods for killing mosquitoes and flies. One is to use chemical aerosols to kill mosquitoes and flies. Because the mosquitoes and flies are constantly flying, the effect of this method is very poor, and generally only the effect of driving away mosquitoes and flies can be achieved. Moreover, this method is toxic and harmful to people and the environment.

The other is to use high-voltage electrons to kill mosquitoes and flies. This method uses the phototaxis of mosquitoes to attract mosquitoes to the high-voltage electronic mosquito-killer, and uses high voltage to shock mosquitoes to death. This method is clean and hygienic. , no harm to people and the environment, but mosquitoes generally do not fly into the mosquito killer, so the effect of killing mosquitoes and flies is very low

The publication number is CN1206557A, and the publication date is February 3, 1999. The publication specification for a patent application for invention discloses a liquid mosquito attractant for an electronic mosquito killer. It uses animal plasma, amino acids, lactic acid, etc. as raw materials to trap mosquitoes. The advantages of toxicity, good safety, and high trapping rate, but the disadvantages of animal plasma is easy to deteriorate and stink, short storage time, bad smell, and affect the environment

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