YZ-type pipeline beveled-joint assembly used for fluid delivery

Abstract

The invention relates to the field of fluid delivery, in particular to a YZ-type pipeline beveled-joint assembly used for fluid delivery. The YZ-type pipeline beveled-joint assembly used for fluid delivery comprises a main pipeline (1) and branched pipelines (2). One end of each branched pipeline (2) is connected with the main pipeline (1) in a communicating and sealed mode. The YZ-type pipeline beveled-joint assembly used for fluid delivery is characterized in that the inner ends of the branched pipelines (2) are inserted into the main pipeline (1), the included angle between each branched pipeline (2) and the main pipeline (1) is 15-45 degrees, and the vertex of the acute angle formed between each branched pipeline (2) and the main pipeline (1) is in the delivery direction of fluid in the main pipeline (1); and the inner diameter of the main pipeline (1) is D, the distance between the vertex of the inner end of each branched pipeline (2) and the inner wall of the main pipeline (1) iss, and s<=1 / 3D. The YZ-type pipeline beveled-joint assembly used for fluid delivery is simple in structure, convenient to use and high in delivery efficiency.

Description

technical field [0001] The invention relates to the field of fluid delivery, in particular to a YZ-type pipe miter assembly for fluid delivery. Background technique [0002] When transporting fluid, a large number of pipes need to be used and combined into a network. The current pipe network is vertically connected between pipes, such as figure 1 The branch pipes 2 shown are all vertically connected with the main pipe 1, when the fluid in the branch pipe 2 moves along figure 1 After the single-line arrow in the center flows into the main pipe 1, the fluid disperses to both sides, and the flow direction of the original fluid in the main pipe 1 is figure 1 The double-line arrow in the middle acts as an obstacle, thereby delaying the delivery of the fluid and reducing the delivery efficiency of the fluid. Contents of the invention [0003] In order to overcome the defects of the prior art and provide a conveying pipeline with simple structure, convenient use and high convey...

AI Technical Summary

Problems solved by technology

[0002] When transporting fluid, a large number of pipes need to be used and combined into a network. The current pipe network is vertically connected between pipes, such as figure 1 The branch pipes 2 shown are all vertically connected with the main pipe 1, when the fluid in the branch pipe 2 moves along figure 1 After the single-line arrow in the center flows into the main pipe 1, the fluid disperses to both sides, and the flow direction of the original fluid in the main pipe 1 is figure 1 The double-line arrow in the middle acts as an obstacle, thus delaying the delivery of fluid and reducing the efficiency of fluid delivery

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