Flower dock mosquito-killing device

A kind of flower dock and anopheles technology, which can be used in devices for capturing or killing insects, resisting vector-borne diseases, animal husbandry, etc. It can solve the problem that wicker fish are easily hunted by natural enemies, the effect of mosquito control is unstable, and the environmental pollution of biological agents and other issues, to achieve a comfortable and healthy home travel environment, prevent the spread of malaria, and inhibit the reproduction of Anopheles mosquitoes.

Inactive Publication Date: 2007-12-12
黄竹 +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The disadvantage of this method is that wicker fish are also vulnerable to predators, and may also encounter floods to cause the escape and loss of fish, and the effect of killing mosquitoes is unstable; the second is to kill mosquitoes by spraying biological agents such as Bacillus thuringiensis on the water surface Younger, the defect of this method is that the area of ​​water area is big, the consumption of spraying biologic

Method used

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  • Flower dock mosquito-killing device
  • Flower dock mosquito-killing device

Examples

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Embodiment Construction

[0020]The structure of the flower dock mosquito removal device of the present invention is shown in Figure 1 and Figure 2, consists of a floating platform 14, a cover net 1, a solar panel 5, an insect trap lamp 6, an insect trap room 2, an insect trap platform 9, a basin body 16, a basin Bottom wall 18, hole bottom wall 22, grate 4, eclosion chamber 8, worm chamber 7, frog hole 19, upper bridge plate 30, lower bridge plate 27, casing 12, planting hole 31, eclosion chamber 29, insect trap Chamber 28, canna 10, anti-escape net 26, frog chamber 25, anchor rope 21 constitute, described floating platform 14 is circle shape, is provided with hollow air cavity 13 in this floating platform 14, described cover net 1 and floating The shape of platform 14 matches and is shrouded on floating platform 14, and the space covered by described cover net 1 is set as insect trap room 2, and described insect trap room 2 is encircled with frog, and described cover net 1 is provided with the hole of...

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Abstract

A mosquito removal device for flower dock comprises a floating platform capable of floating in water, a pot arranged in the floating platform, a hunting chamber provided with a blocking net at inferior of the floating platform and pot, grid holes arranged at the underpart of the pot and used for connecting the insect hunting chamber in the pot and the hunting chamber outside the pot, a trap platform arranged at the opening of the pot, a cover net covering the floating platform, coated with self luminescent material and provided with solar panel and trap lamp, and india canna arranged at the inner side of the floating platform. Anopheline mosquito and circular rammer fly into the trap chamber due to their phototaxis, and are preyed by frog on the trap platform. Anopheline mosquito larvae swim into the hunting chamber through blocking net, get into the insect hunting chamber through grid holes, induced and controlled by light, are detained in the insect hunting chamber, pupate, fly into eclosion chamber, and preyed by frog, thereby cutting off the siropodia of anopheline mosquito. The flower dock mosquito removal device can be arranged in uptown, farmland, orchard, or channel pan of forest park to trap adult mosquito and larvae of anopheline mosquito, suppress propagation of anopheline mosquito, prevent malaria traveling, arrest plant insect pests, and develop nuisance free farming.

Description

Technical field [0001] The invention belongs to the technical field of environmental prevention and control of Anopheles mosquitoes, in particular to a flower dock mosquito removal device used for eliminating Anopheles mosquitoes in river ponds. Background technique [0002] Anopheles mosquito is the vector of malaria, and it is also a sanitation pest that poses the greatest threat to human health and must be eliminated. Existing technology is mainly based on killing adult mosquitoes. For example, spray insecticides on living quarters, green spaces, and livestock pens where adult mosquitoes live. Although this can kill mosquitoes quickly and prevent bites, it also causes pollution to the living environment. Aggravating, burying new hidden dangers to health; Nowadays, although there are a wide variety of mosquito killing appliances on the market, they all trap and kill adult mosquitoes, and they cannot eradicate Anopheles mosquitoes. It is well known that only by suppressing...

Claims

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Application Information

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IPC IPC(8): A01M1/10A01M1/02
CPCY02A50/30
Inventor 黄竹黄山
Owner 黄竹
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