New energy water-saving sprinkling irrigation vehicle

Abstract

The invention discloses a new energy water-saving sprinkling irrigation vehicle which comprises a sprinkling irrigation shell and a sprinkling irrigation tank arranged on the top of the sprinkling irrigation shell. A first chamber is arranged in the portion, below the sprinkling irrigation tank, of the sprinkling irrigation shell. The inner top wall of the first chamber is connected with a first conical wheel in a turning mode. A mixing shaft with an upward extending section penetrating through the inner top wall of the first chamber and connected with the first chamber in a turning mode is fixedly arranged on the top of the first conical wheel. A second chamber extending in the leftward and rightward direction is formed in the portion, below the first chamber, of the sprinkling irrigationshell. The extending end of the left side of the second chamber is communicated and provided with a first slide connection cavity extending upward. The top extending section of the first slide connection cavity is located at the opposite position of the left side of the first chamber. A first turning connection shaft extending in the leftward and rightward direction is connected between the innerwall of the left side of the first chamber and the right side inner wall in the top extending section of the second chamber in a turning mode. The sprinkling irrigation vehicle is simple in structure, convenient to operate, long in service life, high in automation degree and capable of improving sprinkling irrigation work efficiency and sprinkling irrigation quality.

Description

technical field [0001] The invention relates to the field of sprinkler irrigation, in particular to a new energy and water-saving sprinkler irrigation vehicle. Background technique [0002] Water resources are precious, especially in water-scarce areas where there is not enough rain. In these places, agricultural irrigation needs to be carried out in strict compliance with the principle of water conservation to avoid damage to the environment. The original extensive irrigation has long been unable to meet modern needs, and refined management has become the development direction. Among them, drip irrigation is especially water-saving, but its equipment investment is large and costly, while sprinkler irrigation is relatively low in cost and water-saving. It is driven by engine oil, which is not environmentally friendly, and the spray tanker does not have a mixing function. When it is necessary to add chemicals to the water, automatic mixing cannot be achieved, resulting in une...

AI Technical Summary

Problems solved by technology

The original extensive irrigation has long been unable to meet modern needs, and refined management has become the development direction. Among them, drip irrigation is especially water-saving, but its equipment investment is large and costly, while sprinkler irrigation is relatively low in cost and water-saving. It is driven by engine oil, which is not environmentally friendly, and there is no mixing function in the tanker. When it is necessary to add chemicals to the water, automatic mixing cannot be achieved, resulting in uneven concentration of the solution.

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