Multiple-in multiple-out pipeline communicating distribution device

Abstract

The invention discloses a multiple-in multiple-out pipeline communicating distribution device. A material storage box is used for containing a fluid medium. Two or more feeding ports and two or more discharging ports are connected to the material storage box. The feeding ports are used for inputting the medium to the material storage box. The discharging ports are used for discharging the medium in the material storage box. Valves with on-off controlled independently are arranged respectively at the feeding ports and discharging ports, medium circulation starts when the valves are opened, andmedium circulation stops when the valves are closed. The medium can be input into the material storage box jointly by the multiple feeding ports, or the medium can also be input by a certain feeding port solely. The medium in the material storage box can be discharged synchronously by the multiple discharging ports, or the medium can also be discharged by a certain discharging port solely, and one-to-multiple or multiple-to-multiple material discharging is achieved. According to the multiple-in multiple-out pipeline communicating distribution device, the material storage box serves as a transferring structure of the medium, routes of the input pipeline and output pipeline are clear, the pipeline transportation resistance is small, and the layout of pipeline switching is simpler.

Description

technical field [0001] The present invention relates to the technical field of fluid transportation, and further relates to a multi-inlet and multi-outlet pipe communication distribution device. Background technique [0002] The three-way pipe is a fluid communication distribution device widely used in the fluid pipeline transportation industry. Through the three-way pipe, the fluid pipeline is connected and distributed to achieve the purpose of "one connection and two" or "two connections and one connection". "One-to-two" refers to the fluid branch, which flows in from one end and flows out from the other two ends through the three-way device; if the three-way pipe is equipped with valve control, one-to-one flow can also be realized. "Two confluences and one" means fluid recombination, two pipelines merge into one pipeline through a tee. [0003] When there are multiple pipelines flowing in or needing to flow out to multiple pipelines in the project, if the pipelines are ...

AI Technical Summary

Problems solved by technology

[0003] When there are multiple pipelines flowing in or needing to flow out to multiple pipelines in the project, if the pipelines are connected through a three-way pipe, only "one connection and two" or "two connections and one" can be used to branch or compound the fluid; plus the valve control combination , and it is impossible for the pipelines to cross in the plane, the connecting pipeline line must be very long, and the upper and lower elbows are required, and the pipeline layout is complicated; such a pipeline system has relatively large resistance along the way, and the operation management and control of pipelines and valves are complicated, and maintenance is difficult

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