Water conservancy conveying equipment for farm irrigation

Abstract

The invention discloses water conservancy conveying equipment for farmland irrigation. The equipment comprises a pesticide longitudinal and transverse mixing anti-blocking integrated device, a pesticide mixing treatment box, an anti-blocking water source extraction device and a folding type movable fixed cart, the pesticide mixing treatment box is arranged on the folding type movable fixed cart. The pesticide longitudinal and transverse mixing anti-blocking integrated device is arranged in the pesticide mixing treatment box, and the anti-blocking water source extraction device is arranged on the folding type movable fixed cart and is connected with the pesticide mixing treatment box. The invention belongs to the technical field of farmland irrigation, and particularly relates to the waterconservancy conveying equipment for the farmland irrigation. The equipment covers the whole transverse plane space and longitudinally moves in an independent staggered manner, so that water is comprehensively mixed, the lifting and rotating effects are overlaid, the mixing degree of pesticides is further increased, the mixing uniformity of the pesticides is better facilitated, weeds and the like in a water source can be prevented from being crushed to cause blockage, the occupied space of the whole equipment is reduced, and the stability, the firmness and the safety are enhanced through the braking performance.

Description

technical field [0001] The invention belongs to the technical field of farmland irrigation, and specifically refers to a water conservancy conveying device for farmland irrigation. Background technique [0002] Farmland water conservancy is a water conservancy engineering measure aimed at increasing agricultural production, that is, through the construction and use of various water conservancy engineering measures, it can adjust and improve the water condition of farmland and regional water conservancy conditions, improve the ability to resist natural disasters, and promote a virtuous cycle of the ecological environment to make it It is beneficial to the production of crops, and its main content is irrigation and drainage, as well as small and medium-sized river improvement, construction of ponds, dams, reservoirs and polders, water conservancy and soil improvement of low-yield fields, farmland water and soil conservation, land improvement, and water supply for farming and an...

AI Technical Summary

Problems solved by technology

However, water pumps and irrigation pipes are needed to send the water in the pond to the ridges, and the soil absorbs the most in the process of irrigating the soil. Therefore, it is the best time to apply pesticides to supplement soil nutrients or remove pests. , the traditional spraying method adopts manual mixing and manual spraying mode, which will make the amount of spraying in each part of the soil uneven, resulting in different growth and development of crops on the same mu of land

And at present, the field irrigation technology in my country's agricultural water conservancy projects is mostly based on channel water diversion. Traditional channel water diversion irrigation usually uses methods such as excavating gaps in channels, setting drain gates, or using pumps to draw river water for irrigation. These methods exist There are many disadvantages such as inconvenient maintenance, aging and disrepair, easy to cause blockage, and many potential safety hazards. Farmers introduce water from irrigation canals to corresponding farmland by themselves, lack of unified management, and the timing and amount of irrigation water cannot be scientific and appropriate. Planning and implementation not only easily lead to waste of water resources, but also have a low effect on increasing agricultural production, making it difficult to achieve the expected production target

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