Fishpond underwater three-tube moth-killing lamp

Abstract

The invention relates to the technical field of a moth-killing lamp, and particularly relates to a fishpond underwater three-tube moth-killing lamp. The moth-killing lamp is immersed beneath the water face of a fishpond, and a transparent glass shade of the moth-killing lamp is a cake-shaped transparent glass empty shell; moth-killing lamp tubes are arranged in the cake-shaped transparent glass empty shell, and have three compact type single-end fluorescent tubes on a lamp base, wherein the light waves of the tubes are 365nm, 410nm, and 620nm; the inner face of a lower half part of the cake-shaped transparent glass empty shell is provided with a diffusion mirror light reflecting layer, and the outer lower part thereof is provided with a sealing plug; the sealing plug is the lamp holder of the moth-killing lamp tubes; cables pass through the sealing plug; the periphery of the cake-shaped transparent glass empty shell is provided with a hanging hole, and a hanging rope on the hanging hole is fastened to a floating ring; a cable rope on the floating ring is fixed at the shoreside; the cables on the cable rope supply power to the moth-killing lamp tubes. The moth-killing lamp manufactured by the technical scheme can automatically make moths collide and fall into the water face of the fishpond due to the phototaxis of winged insects; therefore, fishes can eat many injurious insects.

Description

technical field [0001] The invention relates to the technical field of insect trap lamps, in particular to an underwater three-tube insect trap lamp for fish ponds. Background technique [0002] The insect trap lamps currently used generally have only one fluorescent tube, which has a narrow insect-attracting band. Because different insects have different responses to light wavelengths, the types of insects to be lured are single, so the efficiency of trapping insects is low; currently used Fish pond black light insect trap lamps are generally above the water surface, and the black light tube emits light waves to attract insects to the surroundings, luring the pests to fly. Only after hitting the insect barrier can they fall into the water and be eaten by fish. However, most pests just fly around outside the insect baffle and cannot hit the insect baffle, so there are fewer pests falling into the water surface of the fish pond, so the number of pests that fish can eat is jus...

AI Technical Summary

Problems solved by technology

[0002] The insect trap lamps currently used generally have only one fluorescent tube, which has a narrow insect-attracting band. Because different insects have different responses to light wavelengths, the types of insects to be lured are single, so the efficiency of trapping insects is low; currently used Fish pond black light insect trap lamps are generally above the water surface, and the black light tube emits light waves to attract insects to the surroundings, luring the pests to fly. Only after hitting the insect barrier can they fall into the water and be eaten by fish. But most of the pests just fly around outside the insect baffle and cannot hit the insect baffle, so there are fewer pests falling into the water surface of the fish pond, so the number of pests that fish can eat is less

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