Microbubble generating system

Abstract

The invention provides a microbubble generating system which comprises a gas-liquid mixing component, a main pipeline, first solenoid valves, compressors, a plurality of branch pipelines in parallel,pressure sensors, water outlet control valves and throttlers respectively arranged at water outlet ends of the branch pipelines; water inlets of the compressors are communicated with the gas-liquid mixing component through the main pipeline while water outlets are communicated with the branch pipelines; the pressure sensors are arranged on side walls of compressing chambers; throttling holes are formed on the throttlers; the microbubble generating system further comprises controllers which are connected with the pressure sensors. The microbubble generating system provided by the invention utilizes a set of the gas-liquid mixing component and the compressors to realize that gas containing microbubbles can quickly flow out when the branch pipelines, far away from a plurality of water outletterminals are open, so as to solve the problem that the microbubbles separate out when water containing microbubbles long-term stand in the branch pipelines, namely, the problem of arranging corresponding microbubble generating devices for enabling the water flowing out of a plurality of pipelines to contain microbubbles can be solved.

Description

technical field [0001] The present application relates to the technical field of fluid equipment, in particular to a microbubble generating system. Background technique [0002] Bubbles suspended in the fluid with a size of micro-nano scale (hereinafter referred to as micro-bubbles) have the characteristics of slow rising speed, high specific surface area, and low-frequency vibration when they collapse in water; based on the aforementioned characteristics, micro-bubbles have good decontamination and descaling properties. It can be used in the field of cleaning and sanitation, such as the ability to sterilize and disinfect, and reduce the resistance of the inner wall of the pipe where water flows in the water pipe. [0003] Manufacturers have installed devices that generate microbubbles in bathroom equipment to apply the decontamination ability of microbubbles to personal bathing, restaurant cleaning, and other occasions. After market research, the applicant learned that the...

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Problems solved by technology

[0006] This application provides a micro-bubble generating system to solve the problem in the prior art that the water flow containing micro-bubbles is left standing in the water pipeline for a long time to clarify, and based on this reason, it is impossible to use a set of mixed-flow pumps to achieve multiple distances The problem that the distant water outlet can quickly flow out the gas containing microbubbles when it is opened

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