Fruit fly insecticidal analysis method based on sex induction, light induction, AI and Internet of Things technologies

Abstract

The invention discloses a fruit fly insecticidal analysis method based on sex induction, light induction, AI and Internet of Things technologies, and belongs to the technical field of insecticidal analysis, and the method comprises the following steps: obtaining a sex attractant, placing the sex attractant in a proper position, and killing the induced fruit flies by a high-voltage net through a high-voltage motor. According to the invention, through setting of AI machine learning and edge calculation for fruit fly identification, full AI learning can be carried out on the shape of the fruit fly through a large amount of image learning, the accuracy and precision of fruit fly identification at each angle can be effectively improved, and meanwhile, the fruit fly is effectively identified by using the CNN algorithm, the number and the distribution condition of the fruit flies can be effectively judged, effective statistics and classification of the fruit flies can be achieved, distribution of the fruit flies can be fully known, meanwhile, the fruit flies can be attracted through the sex attractant, and the insect killing equipment works in the daytime and kills the fruit flies through a physical high-voltage electric shock method, the insecticidal cost is reduced, environmental protection is achieved, and pollution is avoided.

Description

technical field [0001] The invention belongs to the technical field of insecticidal analysis, and in particular relates to a method for analysis of fruit fly insecticidal by sex-attraction and light-attraction plus AI and Internet of Things technology. Background technique [0002] Flies are a kind of insects with wings and can fly. There are many types of flies. Fruit flies are one of them. Because fruit flies contain a large number of bacteria, they will bring great harm to people's production and life. There are many adverse effects. In order to eliminate this effect, it is necessary to kill the fruit flies. [0003] At present, there are mainly three methods for killing fruit flies: sticky boards, pesticide insecticides, and light traps. Among them, sticky boards have a high frequency of replacement and need to be replaced manually. The labor cost is high, and rainy days will reduce the sticking effect. Insect boards will cause environmental pollution. Secondly, pestici...

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Problems solved by technology

[0003] At present, there are mainly three methods for killing fruit flies: sticky boards, pesticide insecticides, and light traps. Among them, sticky boards have a high frequency of replacement and need to be replaced manually. The labor cost is high, and rainy days will reduce the sticking effect. Insect boards will cause environmental pollution. Secondly, pesticide insecticide will increase pesticide residues in crops, which is not good for human health. At the same time, fruit flies are more active than daytime and are not sensitive to light induction. Therefore, light-induced insecticides are currently used at night The effect of the equipment is extremely poor. In order to kill fruit flies better and more effectively, there is an urgent need for a method of insecticidal analysis of fruit flies with sex lure and light lure plus AI and Internet of Things technology.

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