Easily cleaned outdoor deinsectization lamp

Abstract

The invention discloses an easily cleaned outdoor deinsectization lamp which comprises a deinsectization mechanism and a solar panel, wherein the deinsectization mechanism sequentially comprises a hanging part, a swinging part, a phototatic electric shock part and an accommodating part from top to bottom; the phototatic electric shock part comprises a top cover and a phototatic lamp; a circle of vertical high-voltage electric shock net is arranged at the external part of the phototatic lamp and around the periphery of the phototatic lamp; a circle of insulation ring is connected onto the high-voltage electric shock net in a sleeving manner; an extension spring is arranged between the top end of the insulation ring and the top cover; two doctor bars are oppositely arranged on the bottom end face of the insulation ring; an electric net gap is reserved between the two doctor bars. The solar panel is simple in structure and low in cost, can fulfill the purpose that the volume is automatically increased along with increase of injurious insects, realizes an accommodating structure with a variable volume, reduces the replacement times of the accommodating structure, and is rainproof; the swinging part automatically vibrates with wind, is large in vibration amplitude, and can shake off injurious insects adhered to the electric net; the deinsectization efficiency of the easily cleaned outdoor deinsectization lamp is affected if too many injurious insects are adhered to the electric net.

Description

technical field [0001] The invention relates to an easy-to-clean outdoor insect-killing lamp. Background technique [0002] Solar insecticidal lamps use solar panels as a source of electricity. They store the electricity generated by solar energy during the day and discharge them to insecticidal lamps at night for their work. Insecticidal lamps use the principle of 365±50nm wavelength ultraviolet light to stimulate insects with strong phototaxis, wave-taxis, color-taxis, and sextaxis, determine the induction wavelength for insects, develop a special light source, and use the low temperature generated by the discharge Plasma and ultraviolet radiation have phototaxis excitatory effects on pests, luring pests to jump to the light source of the lamp. The light source is equipped with a high-voltage killing net to kill pests, so that the pests fall into the special insect-receiving bag, so as to kill pests the goal of. [0003] There is a defect in the existing solar insecticid...

AI Technical Summary

Problems solved by technology

[0003] The existing solar insecticidal lamps have a defect in daily use: after the electric shocked pests fall into the storage tray, a cloth bag is usually bound to the bottom of the storage tray for easy collection of these pests, but this setting The structure cannot change the volume of the cloth bag. The volume of the cloth bag is quantitative, and the volume cannot be increased with the increase of pests. It is necessary to replace the storage bag regularly, which is troublesome. Although the cost of using the cloth bag is low, it cannot be used in rainy days. Moisture-proof and rain-proof, if it is necessary to reuse the collected pests, it is not an ideal structure to store them in cloth bags; secondly, although the existing insecticidal lamps use a hanging structure, some pests will stick to the insects after being shocked. Connected to the power grid, it will affect the use effect of electric shock net and the efficiency and effect of pest control

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