Mosquito dispeller for sunken flowerbed

Abstract

The invention discloses a mosquito dispeller for a sunken flowerbed, which comprises a water wing floating on a water surface; a basin body under the water wing can be permeable, a basin bottom is internally provided with a frog cavity for aestivation and hibernation of frogs, and a fixed rope is arrnaged outside the basin bottom; a planting frame is arranged on the water wing, and is provided with transparent and ventilative fine meshes, and flowers are planted on the planting frame, a hood net is arranged above the planting frame, a mosquito inducing chamber is arranged in a space under the hood net and is used for enclosing the frogs, and the planting frame can self illuminate at night so as to induce flying mosquito and winged insects for feeding the frogs; an eclosion chamber is arranged in the space under the planting frame, a water body under the eclosion chamber is designed as an insect breeding chamber; and female anopheles fly in an oviposition chamber at the center of planting frame for oviposition through the hood net, mosquito larvaes submerge and swim in an insect culturing chamber for looking for food for pupation through slits, the eclosing mosquitoes are trapped in the eclosion chamber for blocking a reproduction chain. The frogs can swim into the insect culturing chamber from a valve under the oviposition chamber for reproducing froglets and can climb on a floating platform for prey on the mosquitoes. The device can be arranged at ponds of an uptown, farming and stockbreeding areas or scenic spots, so as to control the reproduction of anopheles and prevent the propagation of malaria.

Description

technical field [0001] The invention belongs to the technical field of environmental mosquito prevention, in particular to a flower dock mosquito remover for controlling the reproduction of Anopheles mosquitoes. Background technique [0002] Anopheles mosquito bites people and animals, transmits falciparum malaria, and is the health pest that poses the greatest threat to human health. Existing anti-mosquito technologies mainly deal with adult mosquitoes. For example, in Africa, where malaria is highly prevalent, local residents use insecticide-treated mosquito nets to avoid flying mosquitoes and temporarily avoid biting mosquitoes while sleeping; Spray insecticides in hidden rooms, green areas, and livestock pens. Although this can quickly kill mosquitoes and temporarily prevent bites, the breeding season of mosquitoes is long, and the amount of insecticides is large, which requires a lot of money and causes pollution to the living environment. Aggravation; all kinds of mos...

AI Technical Summary

Problems solved by technology

Currently, there is no practical technology for controlling the reproduction of Anopheles mosquitoes

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