Self-propelled mobile irrigation machine

Abstract

The invention discloses a self-propelled mobile irrigation machine. The self-propelled mobile irrigation machine comprises a main machine frame provided with traveling wheels at the bottom, an irrigation truss, liquor storage cases and a driving mechanism. The irrigation truss is arranged on the main machine frame and comprises a main irrigation tube extending horizontally, and multiple water outlet portions for irrigating crops are arranged on the main irrigation tube. The liquor storage cases are arranged on the main machine frame and used for conveying liquor to the main irrigation tube. The driving mechanism is arranged on the main machine frame and used for driving the traveling wheels at the bottom of the main machine frame to rotate. The driving mechanism on the main machine frame can drive the traveling wheels to rotate, so that automatic traveling of the irrigation machine is achieved, and labor required by fertilizer or water application to the crops is effectively saved; meanwhile, water, fertilizer or pesticide liquor stored in the liquor storage cases are prepared according to real-time growth requirements of the crops, achieving scientific fertilizer and water application. Accordingly, on the one hand, the requirement of the crops for water and fertilizer in the growth process can be met; on the other hand, soil is effectively prevented from being polluted.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery, in particular to a self-propelled mobile irrigation machine used in field. Background technique [0002] In the Huang-Huai-Hai region where groundwater resources are scarce and rainfall is concentrated and unevenly distributed, field crops are generally planted in two seasons a year, and field crops generally require multiple irrigation and fertilization during the growth cycle. The traditional method of fertigation is to flood the crops with water through ditches, and before watering, ammonium bicarbonate and other fertilizers are manually sprinkled on the field. [0003] The traditional irrigation and fertilization method does not scientifically mix water and fertilizer according to the soil nutrient status in the field and the actual water demand of the crops, resulting in uneven absorption of nutrients by the crops, resulting in unbalanced crop growth, and ultimately unbalanced...

AI Technical Summary

Problems solved by technology

[0003] The traditional irrigation and fertilization method does not scientifically mix water and fertilizer according to the soil nutrient status in the field and the water demand of the crops, which results in uneven absorption of nutrients by the crops, resulting in unbalanced crop growth, and ultimately unbalanced and unstable crop yields.

[0004] At the same time, the traditional flood irrigation method still requires manual supervision, and manual shovels are required to shovel open the soil ridges to guide the water flow to the unirrigated areas, which not only takes up a lot of labor, but also causes a serious waste of groundwater and fertilizers

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