Black light lamp pest control device utilizing solar energy

Abstract

The invention relates to a black light lamp pest control device utilizing solar energy. A lamp holder is fixedly arranged at the upper end of a stainless steel vertical rod, a direction and angle adjusting support is arranged on the lamp holder which is movably fixed, a photovoltaic panel is arranged on the direction and angle adjusting support, the middle and upper end of the stainless steel vertical rod is connected with a shock absorption mechanism, the lamp holder is fixedly arranged at one end of the shock absorption mechanism, a rain cover is arranged at the lower end of the lamp holder, an electrode support rod below the rain coat is fixedly connected with an upper-end epoxy resin board and a lower-end epoxy resin board, four 1 / 4 circular ceramic high-voltage networks are arranged in grooves of the upper and the lower epoxy resin boards, and a high-voltage electrode network connected with the ceramic high-voltage networks is arranged between the epoxy resin boards and wrapped and fixed on a black light lamp on the lamp holder. The photovoltaic panel is used for absorbing sunlight and converting into electric energy, a battery is used for storing, and the black light lamp is lighted at night, thereby expanding the pest phototactic spectrum range, improving the variety and the number of trapped pests, effectively trapping and killing the pests, realizing the unmanned management and being deeply welcomed by users.

Description

1. Technical field: [0001] The black light insect extermination device utilizing solar energy of the present invention relates to the technical field of trapping and killing agricultural pests, and is applied to trapping and killing agricultural pests. 2. Background technology: [0002] Similar solar trapping devices currently on the market generally have unreasonable structures, poor wind resistance, and inconvenient installation and use. Because the insect trap lamps used are traditional 365nm insect trap lamps, the energy consumption is high. The trapping and killing of pests is poor, resulting in a low amount of trapping insects, and the efficiency of trapping and killing pests is not obvious; some simply combine ordinary insect traps and mosquito killing lamps with solar photovoltaic cells, resulting in low photoelectric conversion efficiency and unsatisfactory insecticidal effects, and There is no practical use value, and the price is high, so it is difficult to popula...

AI Technical Summary

Problems solved by technology

[0002] Similar solar trapping devices currently on the market generally have unreasonable structures, poor wind resistance, and inconvenient installation and use. Because the insect trap lamps used are traditional 365nm insect trap lamps, the energy consumption is high. The trapping and killing of pests is poor, resulting in a low amount of trapping insects, and the efficiency of trapping and killing pests is not obvious; some simply combine ordinary insect traps and mosquito killing lamps with solar photovoltaic cells, resulting in low photoelectric conversion efficiency and unsatisfactory insecticidal effects, and No practical use value, high price, difficult to popularize and apply

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