A multi-functional automatic atomizing insecticide based on vegetable greenhouse and its operation process

Abstract

A multi-functional automatic atomizing insecticide based on vegetable greenhouses. In this application, there is an infrared remote sensing camera at the bottom of the center of the circular bottom plate, and an integrated controller on one side of the infrared remote sensing camera. There is an atomizing nozzle, and an adjustable hanging structure is set in the center of the top of the circular bottom plate. The square protective shell above the circular bottom plate contains a water tank, a combustion chamber, an oil tank, an ignition device and a medicine box, and the water tank and the medicine box are arranged side by side. There is a combustion chamber on one side of the water tank and the medicine tank, and a fuel tank is connected to the side of the combustion chamber. There is an ignition device on one side of the fuel tank. The ignition head of the ignition device is in the fuel tank. There is an annular infusion tube on the combustion chamber. The pipe passes through the circular bottom plate to connect to each atomizing nozzle pipe, and the other side of the infusion pipe connects to the water tank and the medicine box respectively through the connecting pipe. This application adopts a hanging design, and the height of the upper and lower hanging rods can be automatically adjusted, which is convenient for planters to add water and chemicals, and does not require human manipulation, so it is very convenient to use.

Description

technical field [0001] The invention relates to the field of supporting facilities for greenhouses, in particular to a multifunctional automatic atomizing insecticide based on vegetable greenhouses and its operation process. Background technique [0002] Traditional pesticide sprayers and insecticides are common tools for spraying pesticides. They can evenly spray pesticides on crops, especially the effect of pesticide atomization is better, so that they can effectively kill some pests. This type of device can not only It is widely used in vegetable planting and insecticide in animal husbandry. [0003] However, the current pesticide sprayers and insecticides have simple structures and single functions, and the pesticides in the medicine box are all prepared in advance, so it is difficult to adjust the dosage during the spraying process. If it is not good or the drug effect is too high, it will damage animals and plants. At the same time, if the pesticide spraying is not f...

AI Technical Summary

Problems solved by technology

[0003] However, the current pesticide sprayers and insecticides have simple structures and single functions, and the pesticides in the medicine box are all prepared in advance, so it is difficult to adjust the dosage during the spraying process. Poor, high efficacy will damage animals and plants

At the same time, if the pesticide spraying is not finished, it will cause a waste of pesticides

In the traditional manual operation process, long-term exposure to drugs will also cause certain damage to the human body

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