Insect attracting and trapping device

Abstract

The invention relates to an insect attracting and trapping device. The device comprises a cover body and an insect attracting light source; an insect attracting device and an insect killing device are arranged in the cover body; the insect attracting device comprises the insect attracting light source and a light conductor, wherein the insect attracting light source is arranged in the cover body and is connected with a power supply; the light conductor is arranged on the insect attracting light source; one end of the light conductor extends from the cover body through an opening formed in the cover body; a light spreading body is arranged at one end of the light conductor, extending out of the cover body; the light emitted by the insect attracting light source is spread by the light spreading body through the light conductor in order to attract mosquito; the insect killing device is arranged in the cover body; mosquito attracted by the light spreading body enters the cover body through the opening in the cover body and moves close to the insect attracting light source and then is trapped and killed by the insect killing device. According to the insect attracting and trapping device, the integrated structure of attracting the insect with light, trapping the insect with the cover body and killing the insect with the insect killing device is adopted; compared with water-current-based insect killing process, the device has the advantages that the sanitation is improved, and the polluted water is not produced; the device is safer and saves more energy by being compared with the electric-net-based insect killing process.

Description

technical field [0001] The invention relates to a tool for catching and killing phototropic mosquitoes and other pests, in particular to an insect trapping device suitable for installation and use in many environments. Background technique [0002] Insect trap lights refer to lights that use light sources to lure and kill phototaxis mosquitoes at night. They are widely used in people's daily life, especially in viewing, agriculture and other fields. At present, based on the obvious phototaxis behavior of nocturnal insects, various induced insecticidal lamps have been developed, which have played an important role in the monitoring and control of agricultural pests. With the large-scale development of light control pests, researchers in this field have carried out a series of studies on the phototaxis of night insects and further improving the control effect of light. A variety of new insect-attracting lamps such as DC transistor black light, single-tube black-and-white doub...

AI Technical Summary

Problems solved by technology

For example, our common insect trap lights with water basins use light to lure insects, and a water basin is placed below. Although the insect trap effect is good, it can only kill the pests that touch and immerse in the water. The insecticidal effect is not ideal. And over a long period of time, the exposed water source provides a breeding ground for the pests. It is very inconvenient to solve the problem by changing the water frequently.

Another kind of insect trap lamp that uses a high-voltage power grid to kill insects, in order to achieve the purpose of killing mosquitoes, requires a higher supply of power supply, and often solar energy cannot meet the purpose of trapping and killing insects.

[0004] Chinese patent 201320393134.5 proposes a water film insecticidal structure, although it can increase the insecticidal effect to a certain extent, but because the water film is outside the cover body, it cannot prevent wind, and it will flow to one side when there is wind and water, which cannot evenly catch insects; and it is also easy to appear Dirty water phenomenon, it is easy to block the water pump, and it is troublesome to change the water

The overall structure is more complex and costly

Images