Wind-power pest clearing device for pest killing lamp

Abstract

A wind-power pest clearing device for a pest killing lamp comprises a wind-power rotary frame and a pest clearing mechanism mounted on the wind-power rotary frame. The wind-power rotary frame arranged on the periphery of the pest killing lamp comprises an upper support, a lower support and a plurality of rocker shafts, and the upper support and the lower support are connected through the rocker shafts. The pest clearing mechanism comprises upper rockers, lower rockers and involute-tooth rods, the upper rockers are rotatably mounted at the upper ends of the rocker shafts respectively, the lower rockers are rotatably mounted at the lower ends of the rocker shafts respectively, two ends of each involute-tooth rod are rotatably mounted at one end of the corresponding upper rocker and one end of the corresponding lower rocker respectively, and a centrifugal weight is fixedly connected to the other end of each of the upper rockers and the lower rockers. Reset springs are mounted at two ends of each rocker shaft and enable the upper rockers, the lower rockers, the centrifugal weights and the involute-tooth rods in non-operating states to be isolated from an electrified net of the pest killing lamp. The wind-power pest clearing device for the pest killing lamp is simple in structure, and high efficiency in pest clearing can be realized. Due to the fact that the pest clearing device is driven by wind power, consumption of electric energy is avoided, and economy and environment friendliness are realized.

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...

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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 insecticidal lamp disclosed by Patent No. CN 203152324 U and a kind of disclosed by CN 203243849 U) etc.; all there is the shortcoming that power consumption is big in above-mentioned technical scheme, especially for solar insecticidal lamp, will The continuous working time of the insecticidal lamp is greatly shortened, thereby affecting the life of the battery; at the same time, the vibration type and the power 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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