High-voltage net-boom radiation-type insecticidal lamp of improved structure

Abstract

The invention provides a high-voltage net-boom radiation-type insecticidal lamp of an improved structure, which belongs to the technical field of the electric appliance, and solves the technical problems of the present insecticidal lamp that the insecticidal effect is poor, the killed insects cannot be automatically cleared and the application is unsafe, and comprises a lamp cap and an insect collecting disc, wherein an insect attractive lamp is arranged between the lamp cap and the insect collecting disc, a plurality of flaky high-voltage net booms are arranged at the outer side of the insect attractive lamp, the high-voltage net book is connected with a power source which can provide the high-voltage current, and the high-voltage net booms are vertically arranged in a radiation shape with the insect attractive lamp as the center. The high-voltage net-boom radiation-type insecticidal lamp has the advantages of simple structure, good insecticidal effect, automatic clearing of insects, safer application and the like.

Description

technical field [0001] The invention belongs to the technical field of electrical appliances, and relates to an insecticidal lamp, in particular to a high-voltage grid radiation type insecticidal lamp with an improved structure. Background technique [0002] With the proposal of the sustainable development strategy, human beings have increased their awareness of calling for green environmental protection, focusing on the development of modern agriculture, protecting the ecological environment, and reducing the amount of pesticide residues, so that the quality of food and human life can be improved to a certain extent, so the use of high pressure Insect killing lamps for trapping and killing all kinds of pests in the power grid are increasingly being paid attention to by people. [0003] At present, the existing insecticidal lamp is mainly composed of a lamp cap, an insect collecting tray, an insect attracting lamp and a high-voltage grid. Insect-inducing lamps and high-volt...

AI Technical Summary

Problems solved by technology

[0004] This kind of insecticidal lamp has the following problems: 1. Since the high-voltage grid surrounds the insecticidal lamp in a cylindrical shape, the light of the insecticidal lamp penetrates through the gap of the cylindrical high-voltage grid. , because the insects contain protein, the insects will stick to the high-voltage grid after being electrocuted to death, and gradually accumulate more and more to block the gap between the high-voltage grid, causing the insecticidal light to fail to penetrate through the gap of the high-voltage grid. This will affect the insecticidal lamp's ability to trap and kill insects.

2. The positive and negative poles of the barrel-shaped high-voltage grid are set on the same ring structure line. When the insects are killed by electric shock and stick to the high-voltage grid, due to the large body of the insects, the positive and negative high-voltage grid lines If the distance is too short, the dead insects will stick to the positive and negative grids of the high-voltage grid at the same time, so it is very easy to cause a short circuit of the high-voltage grid. However, the insecticidal lamp in the middle is still working normally to attract insects. As a result, the insecticidal lamp has the opposite effect.

3. There is no safety protection net on the outside of the barrel-shaped high-voltage grid, that is, the protection net, which is easy to cause people to be shocked by electric shock, especially for those children.

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