Running water equally dividing device

Abstract

The invention discloses a running water equally dividing device, which belongs to the technical field of running water equally dividing devices. The running water equally dividing device consists of water outlet pipes, a cross clapboard, a shell, a longitudinal clapboard, water-dividing grooves and water inlet pipes, and is characterized in that: the interior of the shell is divided into two halves through the longitudinal clapboard; the water outlet pipes and the water inlet pipes are respectively arranged on the two sides of the shell; the total cross section of the water outlet pipes is more than that of the water inlet pipes; the cross clapboard is arranged between the longitudinal clapboard and the water outlet pipes; the water outlet pipes are equally separated through the cross clapboard; an oblique triangular water-dividing groove is formed at the position, corresponding to each water outlet pipe, of the longitudinal clapboard; the water-dividing grooves are the same in size and shape; the lower top points of the water-dividing grooves are on the same horizontal line; and the total cross section of the water-dividing grooves is 1.5 times more than that of the water inlet pipes. The running water equally dividing device has the beneficial effects of simple design, low cost, wide application range and high practicability.

Description

technical field [0001] The invention relates to a flowing water equalizer, in particular to a flowing water equalizer capable of dynamically dividing flowing water under normal pressure, and belongs to the technical field of flowing water equalizers. Background technique [0002] CN201507749U discloses a multi-head water distributor with a socket, relates to a pipe fitting for water supply and drainage installation, is a water distributor for reducing branch pipes when installing water pipes indoors, and the multi-head water distributor is equivalent to a plurality of three-way pipe fittings Or the combination of four-way pipe fittings to achieve the purpose of diverting the pipeline. It can only divert the liquid in the pipeline when the pipeline is under pressure, but it cannot divide the flow evenly. If the pressure in the pipeline is reduced to normal pressure and the flow rate in the pipeline is reduced, a multi-head water separator with a socket disclosed by CN2015077...

AI Technical Summary

Problems solved by technology

The baffle (c) in the fluid distribution device has the effect of slowing down the flow and spraying the fluid, and the baffle (c) separates the cavity and the air guide pipe (a) of the flow distribution part (d), which is equivalent to multiple three The combination of through pipe fittings or four-way pipe fittings, of course, can achieve the purpose of diverting the gas in the pipeline when the pipeline is under pressure, but it can only divert the gas in the pipeline when the pipeline is under pressure, and the average diversion effect Difference

If the pressure in the pipeline is reduced to normal pressure and the flow rate in the pipeline is reduced, a multi-stage combined fluid distribution device disclosed by CN201548116U cannot evenly distribute the liquid in the pipeline

[0004] At present, the flowing water equalizer of the known technology is mainly used for dividing water inside the pressure-bearing equipment, and the disadvantage that the dynamic variable flowing water under normal pressure cannot be equally divided. Before the invention was made, there was no dynamic equalization of flowing water under normal pressure It is used by the splitter of running water, and no new technical solution of this technology is disclosed in the search of patent literature.

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