Micro-nano bubble generator with automatic boosting function

Abstract

The invention discloses a micro-nano bubble generator with an automatic boosting function. The micro-nano bubble generator is characterized in that the bubble generator is composed of a dissolved airtank, an atomizing water distribution spraying nozzle, a bubble water outlet and a circulating water pump, wherein a water inlet and a circulating water outlet are formed in a tank cover of the dissolved air tank; the atomizing water distribution spraying nozzle is vertically arranged in the tank cover and connected with the circulating water outlet; the circulating water pump is connected with awater absorbing port in the bottom of the dissolved air tank and the atomizing water distribution spraying nozzle at the top through circulating water pipes correspondingly; and the circulating waterpump is provided with an electric cabinet to conduct adjustment of bubble water circulation time so as to generate micro-nano bubbles with different grain sizes and uniformity. Compared with the priorart, the micro-nano bubble generator has the advantages that an air compressor is not used, and noise and kinetic energy consumption are greatly declined, the micro-nano bubble water can be generatedby directly accessing the running water into the generator, the structure is simple, the energy is saved, the environment is protected, the equipment operation and maintenance cost is low, the systemworks stably and efficiently, and the bubble generator has a certain application and popularization prospect.

Description

technical field [0001] The invention relates to the technical field of bubble generators, in particular to a micro-nano bubble generator for household cleaning and equipment cleaning and automatic pressure boosting. Background technique [0002] Micro-nano bubbles are currently emerging high-tech. They can be used in household cleaning such as laundry and dishwashing, industrial equipment cleaning, plant planting, aquaculture and scientific research. At present, the most commonly used microbubbles are produced by the pressurized dissolved air method, water ejector method and water pump impeller cutting method; the pressurized dissolved air method generally uses an air compressor to pressurize, the system is complicated, and the noise is also large. [0003] The structure of microbubbles in the prior art is complicated, consumes a lot of kinetic energy, costs high for equipment operation and maintenance, has few micron-sized bubbles, poor stability, and low efficiency, which ...

AI Technical Summary

Problems solved by technology

At present, the most commonly used microbubbles are produced by the pressurized dissolved air method, the water ejector method and the water pump impeller cutting method; the pressurized dissolved air method generally uses an air compressor to pressurize, the system is complicated, and the noise is also large

[0003] The structure of the micro-bubbles in the prior art is complicated, the kinetic energy consumption is large, the equipment operation and maintenance costs are high, the micron-sized bubbles are few, the stability is poor, and the efficiency is low, which greatly limits the wide application of micro-nano bubble water in the cleaning field.

Images