Multi-channel adjustable pulsating flow generator

Abstract

The invention relates to a multi-channel adjustable pulsating flow generation device, which comprises a water tank, an output branch I, an output branch II, a bypass III and a main path IV, wherein one end of a first frequency modulated pipeline pump of the output branch I is connected with the water tank, and the other end of the first frequency modulated pipeline pump is connected with a first cut-off valve; one end of a second frequency modulated pipeline pump of the output branch II is connected with the water tank, and the other end of the second frequency modulated pipeline pump is connected with a second cut-off valve; the pulsating flow turbulence device is connected with the second cut-off valve through two ports of a tee A; the other port of the tee A is connected with the bypass III; a check valve is connected with the pulsating flow turbulence device; the output branch II is connected with the output branch I through two ports of a tee B; the other port of the tee B is connected with the main path IV; and fluid of the output branch I and fluid of the output branch II are communicated to the main path IV to output pulsating flow. The multi-channel adjustable pulsating flow generation device has the advantages of simple device structure, reliable operation and capability of meeting different pulsating flow requirements.

Description

technical field [0001] The invention relates to a multi-channel adjustable pulsating flow generating device, which is used to accurately generate pulsating flow periodically changing according to demand in pipelines. Background technique [0002] The core focus of the development direction of heat and mass transfer in the discipline of engineering thermophysics in my country is the three leading technologies that are closely integrated with the development of social economy and science and technology in the world today-biology, information and nanotechnology. At present, the research on pulsating heat transfer focuses on these three aspects. Through the pulsating heat transfer technology, efficient heat dissipation and heat transfer functions can be realized, thermal barrier bottlenecks in important areas can be solved, and energy consumption can be greatly reduced. The research on pulsating heat transfer has gradually entered the micro-nano scale pulsating heat transfer f...

AI Technical Summary

Problems solved by technology

The pulsating flow generator with the domestic patent number "CN200910060614.8" can preliminarily realize the pulsation of periodically changing fluid flow velocity, but the pulsating flow generator can only realize the adjustment of the pulsation frequency, not the adjustment of the pulsation amplitude, and the pulsation The periodic pulsation of the fluid produced by the flow generator is not precise enough

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