Agricultural pest killing device

Abstract

The invention relates to the technical field of agricultural pest killing, in particular to an agricultural pest killing device. The agricultural pest killing device is characterized in that a microprocessor is connected with a sound sensor, a pest killing lamp switch, a light sensor and a pest luring lamp switch, the pest killing lamp switch is connected with pest killing lamps, the pest luring lamp switch is connected with a pest luring lamp, the pest killing lamps are arranged on a frame, a pest blocking plate is arranged outside the frame, a rain cover is arranged at the top end of the frame, the pest luring lamp vertical to the rain cover is arranged at the bottom of the rain cover, a rubber ring is arranged at the bottom of the pest luring lamp, and a pest luring loudspeaker is arranged at the bottom of the rain cover. The agricultural pest killing device has the advantages that pests are lured through the pest luring lamp, a pest luring bag and the pest luring loudspeaker, different agricultural pests can be lured and killed, and a good pest luring effect is achieved by the various pest luring methods; the microprocessor is used to control the on and off of the pest killinglamps and the pest luring lamp, the pest killing lamp switch is controlled by the sound sensor to save power, a storage battery is charged by a solar panel to power the whole device, energy saving andenvironmental protection are achieved, the killed agricultural pests are recovered through a basin at the bottom of the device, environments are protected, and pest spreading is avoided.

Description

technical field [0001] The invention relates to the technical field of agricultural insecticide, in particular to an agricultural insecticide operation device. Background technique [0002] For a long time, in order to protect crops from pests, chemical pesticides have been widely used. However, the abuse of chemical pesticides has caused serious pesticide residues in crops to exceed the standard, affecting human health and causing environmental pollution. At the end of the last century, people studied the use of physical methods for pest control, that is, using the characteristics of insects such as phototaxis, color, taste, and sex to trap and kill insects. Among them, the research on insecticidal lamp trapping and killing insects using the phototaxis of insects is the earliest and the most mature technology. The lamps set the wavelength and intensity that the pests like, and lure the pests to the vicinity of the lamps, causing the compound eye effect to dazzle the lamps...

AI Technical Summary

Problems solved by technology

Arranging insecticidal lights in the field requires the laying of transmission lines and consumes a lot of electricity, which increases the cost of agricultural production

Existing insecticidal lamps have large technical bottlenecks that need to be solved urgently, and their service life is short. The service life of ordinary insecticidal lamps is about 1 year, and the failure rate is high, and the repair rate is high

It takes a long time to maintain the machine, and it is troublesome for the farmers to maintain it themselves. To a certain extent, it will damage the production of the farmers and easily cause mis-cultivation. Farmers generally find it difficult to accept insecticidal lamps and consume a lot of power. The current daily power consumption of insecticidal lamps is relatively large. , even more than 2-3 times the average daily electricity consumption of farmers, and the efficiency of electricity consumption is low, resulting in waste of electricity energy, directly increasing the economic burden of farmers, resulting in an increase in the indirect cost of insecticide

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