An intelligent continuous insect killer

Abstract

The invention discloses an intelligent continuous insect killer which comprises a support. A support plate is arranged on the support, an insect detecting sensor assembly, a gas type power component, an insect blower component, an insect trapper assembly, an insect collecting tank, a control system and an insect killer component are arranged on the support plate, the insect trapper assembly is arranged at an air outlet end of the insect blower component, the gas type power component is connected with a push rod of the insect blower component and provides power for the push rod, the insect killer component is arranged at the front end of the insect trapper assembly, the insect collecting tank is arranged at the lower end of the insect killer component, and the insect detecting sensor assembly is arranged in the insect trapper assembly. Detected insect density is transmitted to the control system by the insect detecting sensor assembly, the gas type power component works under the control of the control system, an insect killing system only starts to work when insect killing is necessary, accordingly, electric energy can be saved, electric fields generated by high-voltage power grid can be prevented from affecting insects when the insects approach the power grids, and insect killing effects can be improved. The intelligent continuous insect killer has the advantages of energy conservation, environmental protection, convenience in use, simple structure, easiness in manufacture and low cost.

Description

technical field [0001] The invention relates to an intelligent continuous insect killer. Background technique [0002] All kinds of pests not only endanger the growth of crops, but also affect people's health, and they have strong adaptability and are not easy to eliminate. [0003] At present, there are the following methods of disinsection, but all have disadvantages: for example: [0004] (1) Use of chemical drugs: toxic, easy to produce toxic and side effects on humans and animals, and also pollute the environment; [0005] (2) Inhalation type: Since it is impossible to identify when the pests appear at the suction port, the pests can only be sucked by generating continuous suction, so the electric fan must run continuously, which will not only consume a lot of energy, but also require a strong power supply. It will also greatly weaken the effect of the insect attractant (the smell of the insect attractant is also sucked away at the same time), and the hairy sensilla o...

AI Technical Summary

Problems solved by technology

[0004] (1) Use of chemical drugs: toxic, easy to produce toxic and side effects on humans and animals, and also pollute the environment;

[0005] (2) Inhalation type: Since it is impossible to identify when the pests appear at the suction port, the pests can only be sucked by generating continuous suction, so the electric fan must run continuously, which will not only consume a lot of energy, but also require a strong power supply. It will also greatly weaken the effect of the insect attractant (the smell of the insect attractant is also sucked away at the same time), and the hairy sensilla on the insect's antennae are very sensitive to changes in the airflow, and the airflow will also affect the insect attractant effect;

[0006] (3) Electric shock type: Since it is also impossible to identify when pests appear on the high-voltage power grid, the grid can only be charged continuously, which not only consumes electricity, but also the electric field generated by the high-voltage power grid will affect the insects approaching the grid, which will affect other pests. Pest control effect

[0007] To sum up, the existing pest control tools are not highly automated, cannot detect pests automatically, have relatively low efficiency, and need to provide a strong power supply, etc.

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