Uniform spraying device based on bio-organic fertilizer

Abstract

The invention discloses a uniform spraying device based on bio-organic fertilizer. The uniform spraying device comprises a machine head, a smoke outlet is formed in the outer surface of one side of the machine head, and a bin cover is arranged on the outer surface of one side of the smoke outlet. When the uniform spraying device works, the machine is started to fertilize, the fertilizer is put into the equipment through a quantitative fertilization device to effectively achieve the effect of fixed-point distance fertilization; a slide fastener soil shoveling device at the rear end can adjust the depth of shoveled soil when the depth of a root system of a plant needs to be fertilized, so that the plant can perfectly absorb the fertilizer, and the growth of the plant is promoted; when a soil covering device at the rear end is used, after fertilization, soil can be conveniently and rapidly filled after soil is dug open, the integrated process is convenient and efficient, landfill soil does not need to be treated in batches, and the fertilization efficiency of people is greatly improved; and people control the direction through a handrail, a brake cable on one side can effectively brake, a rotating disc drives a linkage belt to provide power, the fertilization is more efficient, the practicability is achieved, and the operation is convenient.

Description

technical field [0001] The invention relates to the technical field of uniform spreading devices for organic fertilizers, in particular to a uniform spreading device based on biological organic fertilizers. Background technique [0002] The commonly used fertilization machinery and equipment in our country are manual fertilizer applicators, which mainly rely on manual fertilization operations, and the fertilization efficiency is relatively slow. The agricultural machine digs the ditch, sprinkles the required fertilizer and then backfills the ditch to achieve the process of fertilization. With the introduction of foreign fertilization technology, ditching machines gradually appear on the market. Their working methods are mainly used for fertilization of irrigation and drainage , with the continuous improvement of science and technology, fertilization machinery has evolved from the previous ditching type to fixed-point type, spraying type and many other types. At present, the ...

AI Technical Summary

Problems solved by technology

[0002] The commonly used fertilization machinery and equipment in our country are manual fertilizer applicators, which mainly rely on manual fertilization operations, and the fertilization efficiency is relatively slow. The agricultural machine digs the ditch, sprinkles the required fertilizer and then backfills the ditch to achieve the process of fertilization. With the introduction of foreign fertilization technology, ditching machines gradually appear on the market. Their working methods are mainly used for fertilization of irrigation and drainage , with the continuous improvement of science and technology, fertilization machinery has evolved from the previous ditching type to fixed-point type, spraying type and many other types. At present, the traditional fertilization device has low precision in positioning fertilization, which makes the fertilization effect poor.

[0003] However, many fertilization tools on the market now have single functions, insufficient fertilization of the soil, and unreasonable structure of fertilization devices, which increases labor intensity for the human body, resulting in low fertilization efficiency for small farms with many types of crops. It is inconvenient to use, During the fertilization process, due to the unevenness of the ground, the overall shock absorption capacity of the device is poor, which leads to uneven fertilization and feeding, which reduces the service life of the device. At the same time, the current fertilization device cannot control the speed of feeding. Evenly fertilize, so that the poor utilization rate of fertilizer leads to a decrease in work efficiency. After fertilization, the planed land cannot be filled, which is a waste of manpower and material resources. It does not have the depth of the root system of the soil-opening equipment, and cannot perfectly adjust the equipment. Adjust the depth of the land, lack of economic benefits, lack of automation, lack of practicability and safety

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