Agricultural corn planting processor

Abstract

The invention discloses an agricultural corn planting processor. The agricultural corn planting processor comprises two fixing mechanisms, a pesticide spraying mechanism, a topping mechanism and an air bag lifting device, wherein the pesticide spraying mechanism comprises two first fixing modules, a pesticide spraying pipeline, connectors, first pesticide spraying pipes, second pesticide spraying pipes and a bearing module; first fixing pipes which are correspondingly arranged at intervals are arranged on the pesticide spraying pipeline, a pesticide conveying cavity is formed in the pesticide spraying pipeline, the first fixing pipes correspondingly communicate with the pesticide conveying cavity, a swinging sealing cover is arranged on each first fixing pipe, and the sealing covers seal the first fixing pipes correspondingly; and the connectors are connected to the first fixing pipes correspondingly, the first pesticide spraying pipes and the second pesticide spraying pipes which can be replaced are connected to the connectors, and after the connectors extend into corn through the first pesticide spraying pipes and the second pesticide spraying pipes, the purposes of weeding and deinsectization can be achieved after pesticide spraying is carried out through the first pesticide spraying pipes and the second pesticide spraying pipes.

Description

technical field [0001] The invention relates to an agricultural spraying device, in particular to an agricultural corn planting processor, in particular to an agricultural corn planting processor for spraying pesticides on a corn field through a support pipe after a balloon is lifted into the air. Background technique [0002] With the development of agricultural technology, the continuous development of agricultural mechanization has been further promoted. In the current agricultural planting, corn is a common crop. In the current corn spraying process, drones are used to spray pesticides. Although drones can be used to achieve fast and efficient pesticide spraying, as the height of corn grows, insects under corn leaves cannot pass through. Spray pesticides to remove them, so spraying insecticides after the corn grows to a certain height cannot achieve the purpose of insecticide. The pesticide achieves the purpose of weeding, and then the effect of drone spraying pesticide...

AI Technical Summary

Problems solved by technology

[0002] With the development of agricultural technology, the continuous development of agricultural mechanization has been further promoted. In the current agricultural planting, corn is a common crop. In the current corn spraying process, drones are used to spray pesticides. Although drones can be used to achieve fast and efficient pesticide spraying, as the height of corn grows, insects under corn leaves cannot pass through. Spray pesticides to remove them, so spraying insecticides after the corn grows to a certain height cannot achieve the purpose of insecticide. The pesticide achieves the purpose of weeding, and then the effect of drone spraying pesticides on corn weeding and pest control is extremely low. At the same time, when the corn grows to a certain height, the top of the corn needs to be removed. The corn after removal It will promote the growth of corn, and most of them use large-scale mechanical de-topping during the de-topping process. Although the purpose of de-topping can be achieved through large-scale machinery, the operating range of large-scale machinery is small, so the efficiency of large-scale mechanical de-topping low

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