Pulse oscillation device constructed and designed based on mathematical model

Abstract

The invention discloses a pulse oscillation device constructed and designed based on a mathematical model, and relates to the technical field of pulse oscillators. The pulse oscillation device comprises a shell, a jet flow inlet, a first discrete vortex, a jet flow outlet, a second discrete vortex, a first air steam bag, a second air steam bag, first air bubbles and second air bubbles, and the jetflow inlet is fixedly formed in the top of the shell. According to the pulse oscillation device constructed and designed based on the mathematical model, the jet flow impact performance is high, thepulse signal mutability is high, the amplitude change is stable, the improvement on jet flow impact performance is facilitated, the characteristic of the stable pulse effect is achieved, an internal system is stable, large-scale vortexes existing in an oscillation cavity and the pulse pressure oscillation effect can cause vortex cavitation and oscillation cavitation formation in a self-oscillationcavity, and therefore the cavitation effect of the jet flow outlet is enhanced, the cavitation effect of the jet flow is effectively promoted, meanwhile, transmission and superposition of water pressure signals are facilitated, and the cracking problem is not prone to occurring.

Description

technical field [0001] The invention relates to the technical field of pulse oscillators, in particular to a pulse oscillation device designed based on mathematical models. Background technique [0002] The oscillating pulse jet is modulated by the principle of transient flow and hydroacoustics. It has the characteristics of pulse jet and cavitation jet. It is a simple structure, no additional external drive structure, no dynamic seal, and has a large variable pressure The impact effect of the new pulse jet with strong characteristics and strong cavitation is obviously better than that of the continuous jet, especially in the submerged state, the oscillating pulse jet has stronger destructive power than the ordinary jet, and it is a jet with great development prospects , has broad application prospects in the fields of mining rock breaking, oil drilling, ship cleaning, etc. At present, the oscillating pulse oscillators on the market have general jet impact performance, relat...

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Problems solved by technology

[0002] The oscillating pulse jet is modulated by the principle of transient flow and hydroacoustics. It has the characteristics of pulse jet and cavitation jet. It is a simple structure, no additional external drive structure, no dynamic seal, and has a large variable pressure The impact effect of the new pulse jet with strong characteristics and strong cavitation is obviously better than that of the continuous jet, especially in the submerged state, the oscillating pulse jet has stronger destructive power than the ordinary jet, and it is a jet with great development prospects , has broad application prospects in the fields of mining rock breaking, oil drilling, ship cleaning, etc. At present, the oscillating pulse oscillators on the market have general jet impact performance, relatively unstable signal fluctuations, which are not conducive to the transmission and superposition of water pressure signals and It is prone to cracking problems, which leads to mediocre results. For this reason, a pulse oscillation device based on mathematical model construction and design is proposed to solve the above problems

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