Anti-blocking water conservancy pipe structure

Abstract

The invention discloses an anti-blocking water conservancy pipe structure. The anti-blocking water conservancy pipe structure comprises a water outlet pipe, a buffer table is arranged on the inner wall of the water outlet pipe, and the buffer table and the water outlet pipe are integrally connected; a wear-resisting plate is arranged on one face, opposite to the inner wall of the water outlet pipe, of the buffer table and fixed to the buffer table, a water guide pipe is arranged at one end of the water outlet pipe and connected to the water outlet pipe in a sealing manner, a flow guide opening is formed in the water guide pipe, and the flow guide opening and the water guide pipe are integrally connected; and an inner pipe is arranged at one end, opposite to the water guide pipe, of the water outlet pipe and connected with the water outlet pipe through a detachable piece. The anti-blocking water conservancy pipe structure is compact in structure, firm in connection, high in flow guide performance and not prone to generating blockage; a certain buffer and flow guide effect can be achieved; meanwhile, whether the inner tube needs to be dismounted in use or not can be selected according to actual demands on site; and the using flexibly is greatly strengthened.

Description

technical field [0001] The invention relates to a pipeline structure, in particular to an anti-blocking water conservancy pipeline structure. Background technique [0002] For farmland irrigation, generally most areas adopt the form of flood irrigation by digging ditches with high water level. This traditional irrigation method wastes a lot of water resources, has low operating efficiency and high cost. The new irrigation technology mostly adopts sprinkler irrigation or drip irrigation. This irrigation method has relatively high requirements on water quality, and there should be no water plants, sand, stones, soil and other sundries, which are easy to block pipes or nozzles. Due to the lack of water resources in most areas in reality, deep well pumping is often used to irrigate farmland. There are many sands and stones in the water, which often cause blockage of irrigation equipment and are difficult to clean. , and this form of irrigation wastes a lot of water resources an...

AI Technical Summary

Problems solved by technology

[0002] For the irrigation of farmland, most areas generally adopt the form of flood irrigation by digging ditches with high water level. This traditional irrigation method wastes a lot of water resources, has low operating efficiency and high cost.

The new irrigation technology mostly adopts sprinkler irrigation or drip irrigation. This irrigation method has relatively high requirements on water quality, and there should be no water plants, sand, stones, soil and other sundries, which are easy to block pipes or nozzles.

Due to the lack of water resources in most areas in reality, deep well pumping is often used to irrigate farmland. There are many sands and stones in the water, which often cause blockage of irrigation equipment and are difficult to clean.

, and this form of irrigation wastes a lot of water resources and is costly. After long-term use, the mud and sand are clogged and difficult to remove, which reduces the operating efficiency.

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