Intelligent agricultural fertilizing device

Abstract

An intelligent agricultural fertilization device comprises a box body, a liquid storage chamber, a driving chamber, a driving device, a water channel and a drilling device. Blades on a driving stirring shaft are driven through an arranged universal coupling to increase the stirring force and reduce the following rotation phenomenon, and meanwhile generated eccentric rotation can also clean medicine residues on the inner wall of the liquid storage chamber, and the fertilization effect is improved. Through the arrangement of the universal coupling and the drilling device, the drilling efficiency is improved, and when small stones are encountered, the drill bit can be prevented from being damaged under the action of the universal coupling.

Description

technical field [0001] The invention belongs to the technical field of fertilization, and in particular relates to an intelligent agricultural fertilization device. Background technique [0002] When fertilizing large trees or densely planted plants (hedges, etc.), it is often limited by the fertilization space or soil quality. For example, construction personnel have to walk back and forth, and the thrown soil needs to be piled up, requiring a certain amount of open space, etc., which often damages the Surrounding plants; some densely planted plants cannot take soil between them. Furthermore, conventional digging and fertilization requires a lot of manpower and takes a long time, and the roots will inevitably be damaged during the digging process; some lands are too hard to dig. In order to solve these problems, some fertilizers have been designed to fertilize by drilling, but they still cannot solve the problems of soil accumulation. In addition, the fertilizers used are ...

AI Technical Summary

Problems solved by technology

[0002] When fertilizing large trees or densely planted plants (hedges, etc.), it is often limited by the fertilization space or soil quality. For example, construction personnel have to walk back and forth, and the thrown soil needs to be piled up, requiring a certain amount of open space, etc., which often damages the Surrounding plants; some densely planted plants cannot take soil between them

Furthermore, conventional digging and fertilization requires a lot of manpower, and it takes a long time, and the roots will inevitably be damaged during the digging process; some lands are too hard to dig.

In order to solve these problems, some fertilizers have been designed to fertilize by drilling, but they still cannot solve the problems of soil accumulation. In addition, the fertilizers used are limited by the fertilization equipment, and the types of fertilization are relatively single, or they can only be used Solid fertilizer, or only liquid fertilizer can be used. When using solid fertilizer, there are strict requirements on the particle size of the fertilizer. Due to the different physical and chemical properties of fertilizers, and the differences in the types of fertilizers required by plants in each growth period, etc., some fertilizers cannot be used. use

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