Water saving device for agricultural equipment

Abstract

The invention discloses a water saving device for agricultural equipment. The water saving device structurally comprises a sleeve, two water outlets, an inside mechanism, a water inlet and support connection columns, the water inlet and the water outlets are arranged on the inside mechanism and communicated, the sleeve is arranged on the top end face of the inside mechanism, the support connectioncolumns are vertically mounted at four corners of the undersurface of the inside mechanism, a mountain-shaped water dividing fence of a water incoming device divides water into two branches which respectively flow to the water outlets, and water flow is buffered through a round water baffle. When water flow is too large, an indirect starting structure is triggered to start a rotating structure for precise meshing to promote a blocking plate for blocking a closed structure to move forwards to the water inlet of a closed water incoming device, so that automatic closing effect, diversion, buffering and automatic closing are realized; when the water flow is delivered to a site for irrigation through pipelines, the water flow is slow in speed and low in impact force, so that impact on growth of crops due to the fact that root systems of the crops are exposed during soil impact can be avoided.

Description

technical field [0001] The invention is a water-saving device for agricultural equipment, which belongs to the field of agricultural water-saving equipment. Background technique [0002] Agricultural water saving is an important measure to alleviate the shortage of water resources. The development of water saving agriculture is a systematic project, with the goal of improving the utilization rate of precipitation and irrigation water and water production efficiency, and using various engineering and non-engineering measures as means In the agricultural production system, water saving mitigation is divided into: from water source to field and water transmission and distribution link, after converting the irrigation water transported to the field into soil use, the crop yield is formed through the complex physiological process of the crop, and the ineffective loss of water is converted into To increase crop yield and improve water utilization, it is necessary to establish a co...

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Problems solved by technology

[0003] In view of the deficiencies in the prior art, the purpose of the present invention is to provide a water-saving device for agricultural equipment to solve the problem that the existing agricultural water-saving measures cannot automatically stop the water, and the water flow is too fast. , the impact of water flow on the soil exposes the root system of crops, which affects the growth of crops

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