Lightning-resistant insect pest trapping energy-saving lamp

Abstract

The invention provides a lightning-resistant insect pest trapping energy-saving lamp which comprises a lightning arrester, a box body, a switching valve, an opening, a discharging pipe, an insecticidestorage box, an electromagnet, a first pest trapping colorimetric plate, a fixing rod, a power supply, a shell, an iron sheet and a second pest trapping colorimetric plate. The lightning arrester ismounted at the upper end of the box body, the insecticide storage box is fixed to the internal top end of the box body, the discharging pipe is mounted at the lower end of the insecticide storage box,the switching valve is assembled on the discharging pipe, and the opening is mounted at the lower end of the box body. By the design, a worker can conveniently kill insect pests, the fixing rod is mounted on the shell, the second pest trapping colorimetric plate is mounted on the left side of the first pest trapping colorimetric plate, the electromagnet is fixed at the left end of the first pesttrapping colorimetric plate, the iron sheet is mounted at the right end of the second pest trapping colorimetric plate, the power supply is fixed at the right end of the shell and connected with the electromagnet through an electric wire, the insect pests can be conveniently trapped and killed in daytime and at night, and the lightning-resistant insect pest trapping energy-saving lamp is wide in applicable range and high in reliability.

Description

technical field [0001] The invention is an energy-saving lamp for trapping and killing lightning strikes and belongs to the field of lighting equipment. Background technique [0002] In the existing technology, the existing pest trap lights are generally installed on electric poles or independent high poles. During the summer lightning season, there is undoubtedly the risk of being struck by lightning. Also in the summer high temperature period, the existing technology lacks the temperature protection mechanism corresponding to the light source, and it is easy to send a short circuit or other faults. In addition, the existing technology basically does not involve the communication design of the trap light, and most of them are manual power switches, controllers The selection is also not flexible. [0003] In recent years, the anti-lightning pest trapping and killing energy-saving lamp technology has continued to develop, and the original lightning-resistant pest trapping an...

AI Technical Summary

Problems solved by technology

[0002] In the existing technology, the existing pest trap lights are generally installed on electric poles or independent high poles. During the summer lightning season, there is undoubtedly the risk of being struck by lightning. Also in the summer high temperature period, the existing technology lacks the temperature protection mechanism corresponding to the light source, and it is easy to send a short circuit or other faults. In addition, the existing technology basically does not involve the communication design of the trap light, and most of them are manual power switches, controllers The choice is not flexible

[0003] In recent years, the anti-lightning pest trapping and killing energy-saving lamp technology has continued to develop, and the original lightning-resistant pest trapping and killing energy-saving lamps have gradually been eliminated. The original lightning-resistant pest trapping and killing energy-saving lamps have no insecticidal mechanism, and insecticides cannot be used to kill pests. , and store insecticides to avoid the need for staff to carry insecticides with them. The energy-saving lamps used to trap and kill insects against lightning strikes do not have an insect trap mechanism, and can only be effective for phototaxis pests at night. In order to solve the above problems, an urgent need for a A brand-new anti-lightning pest trapping and killing energy-saving lamp

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