Triangular water distribution device

Abstract

The invention discloses a triangular water distribution device which comprises multiple triangular water distribution modules. Each triangular water distribution module comprises a water storage container and a water distribution support pipe, wherein a water inlet is formed in the upper end of the water storage container, and multiple water outlets evenly distributed in one circumference are formed in the lower end of the water storage container. Each water distribution support pipe comprises a first-level water distribution pipe, a second-level water distribution pipe and a third-level waterdistribution pipe. Due to the fact that the triangular water distribution modules are provided with the water storage containers with a flow slowing and even distributing effect and the triangular water distribution modules are of equilateral-triangle-analog structures, after water flow is subjected to flow slowing in the water storage containers, the distances of the ways of the water flow flowing to water outlets of the third-level water distribution pipes from the first-level water distribution pipes and the second-level water distribution pipes are basically the same, same way type waterdistribution with the water storage containers as the center is formed, and therefore uniform water distribution units with large covering area is formed, and the area and the water distribution effects are effectively improved. Meanwhile, during large-range water distribution, the water distribution modules are reasonably arranged, the length of a water distribution main pipeline can be effectively reduced, the imbalance rate generated during large-area water distribution is reduced, and the overall water distribution effect is obviously improved.

Description

technical field [0001] The present application relates to the field of water cold storage, in particular to a triangular water distribution device for a water storage tank. Background technique [0002] At present, water distribution devices in the field of water storage mostly use multi-stage H-shaped water distribution or strip-shaped pipes to distribute water. When distributing water in a large area, there are often problems such as insufficient water distribution density, unbalanced water distribution, or high resistance of multi-stage water distribution, resulting in a thicker thermoclinic layer and unsatisfactory water distribution effect. [0003] In addition, most fixed-shaped water distributors are currently used in the market. For round water storage tanks, there is a circular water distribution structure, and for square water storage tanks, there is a square water distribution structure. water. Contents of the invention [0004] The present application provide...

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Problems solved by technology

[0002] At present, water distribution devices in the field of water storage mostly use multi-stage H-shaped water distribution or strip-shaped pipes to distribute water. When distributing water in a large area, there are often problems such as insufficient water distribution density, unbalanced water distribution, or large multi-stage water distribution resistance, resulting in a thicker thermoclinic layer and unsatisfactory water distribution effect.

[0003] In addition, fixed-shaped water distributors are mostly used in the market at present. For round water storage tanks, they have a circular water distribution structure, and for square water storage tanks, they have a square water distribution structure. water

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