An intelligent bionic frequency synthesis variable spectrum insecticidal method

Abstract

The invention discloses a method for killing insects through an intelligent bionic frequency synthesis variable spectrum and a stroboscopic insect-killing lamp device. A computer is used for calculating the biological phototaxis sensitivity frequency and activity habit of the insects, phototaxis features and phototaxis time domains of the insects are arranged in a classified mode and converted into bionic data, and then corresponding insect trapping and killing synthesis frequency optical wave signal data is generated and output; a bionic program is developed; by inputting the bionic data, synthesis frequency and time domain data for trapping and killing the insects are set and displayed through a displayer; operation of the bionic program is started; a central processing unit (CPU) amplifies and controls a synthesis frequency signal through external execution equipment, then converts the synthesis frequency signal into a high-power LED synthesis frequency optical wave band and outputs the high-power LED synthesis frequency optical wave band; by conversion into a corresponding synthesis frequency LED optical wave, the insects are killed dynamically in a bionic mode. According to the biological habit of the insects, the method can be used for trapping and killing the insects in positive phototaxis in a targeted mode under control of the program by generating the specific frequency spectrum.

Description

technical field [0001] The invention belongs to the field of biophysical control methods for plant pests. It relates to a solar intelligent bionic frequency synthesis variable spectrum insecticidal method and an LED strobe insecticidal lamp device. It can automatically adapt to the phototaxis frequency characteristics of various pests and the different requirements of lighting time, especially it can automatically track the phototaxis peak biological activity habits of pests from the biological point of view of pests, and automatically synthesize light waves of different frequencies in different time domains. Concentrate energy to specifically trap and kill target pests in different environments, protect the diversity of insects, and at the same time shield the natural enemies of pests in the light wave frequency range, reduce light wave pollution, protect beneficial insects, and improve solar energy utilization. Background technique [0002] At present, it is known that th...

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Problems solved by technology

[0008] In order to overcome the theme that the existing insecticidal lamps cannot be bionic, dynamic and targeted trapping and killing specific pests in different environments, protect biological diversity, protect beneficial insects to the greatest extent, improve solar energy utilization rate, and reduce light pollution, this paper The invention provides a numerically controlled solar intelligent bionic frequency synthesis variable spectrum insecticidal method and a strobe LED insecticidal lamp

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