Physical pest killing device with light-trapping electric shock killing mode and bonding killing mode integrated

Abstract

Disclosed is a physical pest killing device with a light-trapping electric shock killing mode and a bonding killing mode integrated. The device comprises an electric-net pest killing lamp, a pest bonding lamp, a lamp bracket and a circuit controller, wherein both the electric-net pest killing lamp and the pest bonding lamp are fixed to the lamp bracket, the circuit controller is installed on the lamp bracket and electrically connected with the electric-net pest killing lamp and the pest bonding lamp, and a plurality of pest-killing electric net rings arrayed at different intervals and a plurality of misleading retention striking plates are arranged in the electric-net pest killing lamp. Because a light-color-changeable pest trapping lamp is adopted in the pest bonding lamp and a reflecting mirror surface layer is additionally arranged, the pest trapping and pest bonding effect is improved; according to the dual-effect physical pest killing device, the clustering of pests can be improved by changing light colors, the pests can be effectively killed by the adoption of the electric net rings for electric shock killing and the pest bonding lamp for bonding killing, the pests can be dazzled to be stricken to death or killed by electric shock by the additional arrangement of the misleading retention striking plates in the electric-net pest killing lamp, and therefore the comprehensive pest killing effect can be greatly improved; a solar panel is additionally arranged on the lamp bracket to broaden the application range of the device.

Description

Technical field: [0001] The invention relates to the technical field of light-guided and insect-killing insects, in particular to a physically combined insect-killing device. Background technique: [0002] With the improvement of people's awareness of environmental protection and health, people pay more and more attention to physical insecticide. Replacing chemical insecticide with physical insecticide is the future development direction. Light trapping and killing insects is an important technical means of physical integrated pest control. In recent years, because people only pay attention to the yield and appearance quality of plants, large quantities of chemical pesticides must be used in the planting process. Although the yield and appearance quality of plants have been improved, they will cause serious damage to environmental elements such as soil and water systems. In the obtained plants, the excessive chemical residue content will directly affect people's health. Tod...

AI Technical Summary

Problems solved by technology

The insecticidal light source of this kind of insecticidal lamp is an incandescent lamp or a fluorescent lamp, and the insecticidal method is to kill insects with a power grid. This kind of insecticidal lamp can only kill some pests, and the insecticidal effect is not ideal. According to the latest research results on the phototaxis of pests, The applicant has carefully studied and analyzed the existing insecticidal lamps, and believes that the existing insecticidal lamps mainly have the following shortcomings:

[0003] First, the spectrum of the light source for attracting insects is unreasonable. The spectrum of the light source is not targeted at attracting pests, and the attracting power of pests is not strong. At the same time, due to the different types of pests caused by different plants, the types of pests in different periods are not completely the same. , and different pests only have aggregation for the corresponding spectrum, and the uniform light source for attracting insects cannot attract all pests, which is one of the main reasons for the poor insecticidal effect

[0004] Second, due to the large distance between the positive and negative electrode grid lines of the insecticidal grid on the existing insecticidal lamp, it can only kill large individual pests, and does not have lethality for small individual pests whose body length is smaller than the electrode spacing , if the distance between the electrodes is reduced, arc discharge is likely to occur between the positive and negative electrodes. To reduce the voltage difference between the positive and negative electrodes, it lacks lethality for large individual pests, which leads to the insecticidal effect of insecticidal lamps. Another major cause of unsatisfactory

[0005] Third, the existing insecticidal lamps lack a structure that forces pests to stay and fly in the lamps for a long time. To the positive and negative poles of the power grid, the pests are likely to fly away, which reduces the chance of killing the pests

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