Insecticidal lamp wind insect removal device

Abstract

The insecticidal lamp wind-powered insect cleaning device includes a wind-powered turret arranged on the periphery of the insect-killing lamp and an insect-clearing mechanism installed on the wind-powered turret; the wind-powered turret includes an upper bracket, a lower bracket, and multiple The rocker shaft of the lower bracket; the insect cleaning mechanism includes an upper rocker, a lower rocker and an involute gear bar, the upper rocker is rotatably mounted on the upper end of the rocker shaft, and the lower rocker is rotatably mounted At the lower end of the rocker shaft, the two ends of the involute gear bar are respectively rotatably mounted on one end of the upper rocker and the lower rocker, and the other ends of the upper rocker and the lower rocker are fixedly connected with Centrifugal hammer, the two ends of the rocker shaft are respectively equipped with a reset device for isolating the upper rocker, lower rocker, centrifugal hammer and involute tooth bar from the power grid of the insecticidal lamp in the non-working state. spring. The invention has a simple structure and can achieve the purpose of efficiently removing insects, and the invention is driven by wind power, does not need to consume electric energy, and is economical and environment-friendly.

Description

technical field [0001] The invention relates to a device for clearing insects by wind power of an insecticidal lamp. Background technique [0002] The high-pressure insecticidal lamp is a special device that traps insects and can effectively kill them according to the phototaxis characteristics of insects. [0003] After a certain period of operation of the high-voltage insecticidal lamp, many insect remains will be stuck between the grids, which seriously affects the efficiency of insect killing. Therefore, effectively removing the insect remains stuck between the grids has become a problem that needs to be solved urgently. Existing insecticidal lamps generally use electric energy to clear the net, and the specific methods include a brush type (such as a kind of automatic insect-clearing solar insecticidal lamp disclosed in Patent No. CN 201709271 U), a vibration type (such as a disclosed one in Patent No. An adjustable frequency vibration type insecticidal lamp integratin...

AI Technical Summary

Problems solved by technology

[0003] After a certain period of operation of the high-voltage insecticidal lamp, many insect remains will be stuck between the grids, which will seriously affect the efficiency of insect killing. Therefore, effectively removing the insect remains stuck between the grids has become a problem that needs to be solved urgently.

Existing insecticidal lamps generally use electric energy to clear the net, and the specific methods include a brush type (such as a kind of automatic insect-clearing solar insecticidal lamp disclosed in Patent No. CN 201709271 U), a vibration type (such as a disclosed one in Patent No. An adjustable frequency vibration type insecticidal lamp integrating insect killing and clearing insects), a grid rotating type (such as a high-voltage insecticidal lamp that the grid can rotate bidirectionally to clear insects disclosed in Patent No. CN 202979970 U), a push plate type ( Such as a kind of push-plate type automatic insect-clearing and insect-killing lamp disclosed by Patent No. CN 203152324 U and a kind of disclosed by CN 203243849U) etc.; all there is the shortcoming that power consumption is big in above-mentioned technical scheme, especially for solar insect-killing lamp, will greatly Shorten the continuous working time of insecticidal lamps, thereby affecting the life of the battery; at the same time, the vibration type and grid rotation type are easy to damage the lamp tube and have a high failure rate; the brush type is easy to cause short-circuit combustion; the push plate type has a complex structure and consumes more power.

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