Agricultural modern fertilizer blending and irrigation equipment

Abstract

The invention discloses agricultural modern fertilizer blending and irrigation equipment. The agricultural modern fertilizer blending and irrigation equipment comprises a blending tank, a blending rotating assembly, a liquid inlet pipe and storage devices, wherein the blending rotating assembly is arranged in an axis position of the blending tank, the storage devices are fixedly connected with theupper portion of the blending tank, the multiple storage devices are distributed in the circumferential direction, the liquid inlet pipe is connected with an upper end flange of the blending tank, aliquid discharging opening is formed in an axis position at the bottom end of the blending tank, fertilizers are stored by the storage devices on the upper portion of the blending tank, the volumes ofmultiple storing chambers are adjusted by the blending rotating assembly, then a blending box is rotated by the blending rotating assembly, thus the storing chambers are filled with the fertilizers in the storage devices, the blending box is rotated again by the blending rotating assembly, thus the fertilizers in the storing chambers enter a dispersing box, and the dispersing box is rotated by arotating device, so that the fertilizers are sprayed, and enter a watering and stirring device for stirring and fusion, and an obtained mixture is discharged for irrigation through the liquid discharge opening.

Description

technical field [0001] The invention relates to the technical field of agricultural production, in particular to a modern agricultural fertilizer allocation irrigation equipment. Background technique [0002] Fertilizers can improve soil fertility and soil properties, mainly including soluble fertilizers, biological fertilizers, organic fertilizers, etc. In order to achieve the best effect of fertilizer application and improve the utilization rate of fertilizers, it is necessary to mix various fertilizers; [0003] The process of many fertilizer deployment scenarios is often simple and crude. It is time-consuming and labor-intensive to deploy based on fertilization experience, and it also increases the inaccuracy and inconvenience of fertilization. The accumulation of fertilizers often occurs during the fertilizer deployment process, which makes the fertilizer dissolve slowly. It may lead to uneven concentration distribution of the solution after mixing. In addition, it may ...

AI Technical Summary

Problems solved by technology

[0003] The process of many fertilizer deployment scenarios is often simple and crude. It is time-consuming and labor-intensive to deploy based on fertilization experience, and it also increases the inaccuracy and inconvenience of fertilization. The accumulation of fertilizers often occurs during the fertilizer deployment process, which makes the fertilizer dissolve slowly. It may lead to uneven concentration distribution of the solution after mixing. In addition, it may also cause the proportion of fertilizer deployment to be inaccurate. For example, the size of the fertilizer flow rate is converted into the proportion of fertilizer deployment. Due to the different crystal shapes in different types of fertilizers, the actual fertilizer flow rate The size and the size calculated by the formula will produce errors;

[0004] Moreover, if most of the fertilizer blending equipment is deployed continuously for a long time, the error of the fertilizer blending ratio will become larger and larger. When a farmland is planted with multiple crops, it is necessary to change the blending ratio many times during the blending process, or Some crops have different degrees of luxuriance, and the concentration of fertilizers required is also different. The current fertilizer deployment equipment cannot be changed flexibly and in a timely manner;

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