An indoor bionic mosquito killer with adjustable heat generation

Abstract

The invention discloses an indoor bionic mosquito killer which is suitable to be used indoors and can adjust calorific value and simulate human features to lure and kill mosquitoes. The indoor bionic mosquito killer comprises a mosquito killer housing, a heat radiating disk, heating elements, a heating circuit, a multi-gears switch, a synthetic perspiration pot, synthetic perspiration, a synthetic perspiration filling port, a mandril, an electric shock net, an electric shock net boosted circuit. The indoor bionic mosquito killer uses a plurality of groups of heating elements controlled by switches to heat the heat radiating disk, to achieve an effect of simulating human body temperature, and the heat radiating disk heats the synthetic perspiration so that the synthetic perspiration evaporates into air. Through simulating human body temperature and perspiration smell, mosquitoes are lured to the electric shock net above the heating disk, and are killed by high-voltage electric shock. A user can use the switch to adjust the number of powered-on heating elements according to room area, room temperature, and room ventilation conditions, so as to achieve effects of adjusting temperature of the heat radiating disk and synthetic perspiration volatilization.

Description

technical field [0001] The invention belongs to the technical field of mosquito killing, and in particular relates to an indoor bionic mosquito killer, which is suitable for indoor use, can adjust the calorific value, and imitates the characteristics of a human body to attract and kill mosquitoes. Background technique [0002] Mosquito is a recognized pest, which is harmful to human health and spreads diseases. In the family environment, the noise and bites produced by mosquitoes flying at night often affect people's sleep quality. Therefore, mosquito repelling and mosquito-killing technology has been subject to people's attention for a long time. [0003] Traditional mosquito repelling and mosquito-killing methods can generally be divided into chemical methods and physical methods to kill mosquitoes. [0004] Chemical methods to kill mosquitoes use special chemical agents to drive and kill mosquitoes by spraying, heating and volatilization, such as household mosquito coils...

AI Technical Summary

Problems solved by technology

[0004] Chemical methods to kill mosquitoes use special chemical agents to drive and kill mosquitoes by spraying, heating and volatilization, such as household mosquito coils and electric mosquito killers. When used in the environment, it will have certain adverse effects on the human body, and manual operation is required, and the effective time is limited

[0005] Physical methods to kill mosquitoes use specific methods to lure and use physical methods such as electric shocks to kill mosquitoes. For example, household mosquito killer lamps emit light waves of specific wavelengths to lure mosquitoes to the electric shock net to kill them. The attracting effect of such methods on mosquitoes Limited, difficult to achieve satisfactory mosquito control effect

[0006] On the basis of traditional methods, there have also been technologies that imitate the characteristics of the human body to lure and kill mosquitoes, such as using artificial sweat and generating carbon dioxide. The mosquito killing effect of these methods has been greatly improved compared with traditional methods, but there are still two aspects Problems: First, the physical / chemical quantities used to lure mosquitoes, such as the volatilization of artificial sweat, the production of carbon dioxide, and the calorific value imitating human body temperature, cannot be adjusted automatically or manually, but in an indoor environment, it is necessary to achieve better It is necessary to adjust the physical / chemical amount of mosquito trapping according to the house area, ambient temperature, ventilation conditions and other factors; secondly, the imitation of human body characteristics is mostly limited to a single feature, such as the smell of sweat or carbon dioxide, while mosquitoes seek and bite the human body based on a variety of characteristics, in addition to sweat odor and carbon dioxide, there are also body temperature factors

Images