Absorbing type automatic heat-dissipating mosquito repellent device for livestock raising

Abstract

The invention provides an absorbing type automatic heat-dissipating mosquito repellent device for livestock raising. The mosquito repellent device comprises a mosquito removing module and an absorbing module; the mosquito removing module comprises a mosquito catching net, an electric shock net, an opening and closing plate and a fan, an air inlet and an air outlet are designed in a shell, the opening and closing plate comprises a rotating plate, a torsional spring and a rotating shaft, and an opening is designed in the opening and closing plate; the absorbing module comprises a ventilating pipeline and a trapping strip, air suction holes are designed in the side face of the ventilating pipeline, a groove is designed in the trapping strip, and a trapping agent is designed in the groove. The absorbing type automatic heat-dissipating mosquito repellent device for livestock raising is capable of attracting mosquitoes with the trapping agent, absorbing the mosquitoes into the device through negative pressure suction and killing the mosquitoes through electric shock and capable of promoting indoor air flow to dissipate heat.

Description

technical field [0001] The invention relates to the field of animal husbandry, in particular to a mosquito repelling and cooling device. Background technique [0002] In livestock sheds, when summer comes, mosquitoes will affect the growth of livestock; the bite of mosquitoes on livestock will not only affect the resting state of livestock, but also spread diseases between the time of livestock herds, which has a great impact on the health of livestock Large; most of the existing livestock mosquito repellent devices use mosquito repellent lamps, which lure mosquitoes through light, and then use the built-in high-voltage power grid to kill mosquitoes by electric shock; however, the effect of light on attracting mosquitoes is limited, and because During the process of killing mosquitoes, the corpses of mosquitoes will remain inside the mosquito killer lamp, and after a long period of accumulation, the effect of the mosquito killer lamp will be reduced, so users need to clean t...

AI Technical Summary

Problems solved by technology

[0002] In livestock sheds, when summer comes, mosquitoes will affect the growth of livestock; the bite of mosquitoes on livestock will not only affect the resting state of livestock, but also spread diseases between the time of livestock herds, which has a great impact on the health of livestock Large; most of the existing livestock mosquito repellent devices use mosquito repellent lamps, which lure mosquitoes through light, and then use the built-in high-voltage power grid to kill mosquitoes by electric shock; however, the effect of light on attracting mosquitoes is limited, and because During the process of killing mosquitoes, the corpses of mosquitoes will remain inside the mosquito killer lamp, and after a long period of accumulation, the effect of the mosquito killer lamp will be reduced, so users need to clean them regularly; because mosquitoes mainly rely on livestock to discharge The carbon dioxide gas and the body temperature radiator of the livestock itself are used for positioning, while the light attraction effect of the mosquito killer lamp is limited, and it is easily disturbed by other factors, so the residual mosquitoes will still bite the livestock, causing diseases and spreading; In the shed, because livestock usually gather together, the concentration of carbon dioxide produced by the herd will become higher. If the outside ventilation environment is poor, the carbon dioxide in the breeding shed will attract a large number of mosquitoes. The temperature in the breeding shed rises. For the breeding shed in summer, the excessively high temperature and carbon dioxide content are not conducive to the breeding of livestock, and the existing mosquito repellent lamp device cannot solve such problems; in summary, there are Wearing defect

Images