Micro-nano sparkling water generating device and control method

Abstract

The invention discloses a micro-nano sparkling water generating device and a control method. The micro-nano sparkling water generating device comprises a water melting cavity, a water inlet pipe connected with the water melting cavity, an ozone device and a thickening agent tank, an output port of the ozone device communicates with the water inlet pipe through an air pipe, and a water inlet of thewater melting cavity communicates with a water pump; and a water outlet of the water melting cavity communicates with a gas release device, a controllable micro-nano device is arranged at the water outlet, a water slurry impeller is further arranged in the water melting cavity and connected with the water pump, and the thickening agent tank communicates to the water melting cavity. Liquid water can be converted into a micro-nano state when water is used, the generated sparkling water can maintain the form for a long time, the size of micro-nano bubbles can be intelligently adjusted accordingto needs, odor is isolated, bacteria are prevented from flying into the air from a contact surface, and the liquid has the effects of ozone sterilization and environmental aroma enhancement. Moreover,one liter of liquid water can be converted into five liters of bubble water, so that the water is utilized to the maximum extent.

Description

technical field [0001] The invention relates to the field of micro-nano technology, in particular to a micro-nano bubble water generating device and a control method. Background technique [0002] Micro-nano bubbles refer to bubbles with a diameter of about 10 microns to hundreds of nanometers when the bubbles occur. This kind of bubbles is between micro-bubbles and nano-bubbles, and has physical and chemical characteristics that conventional bubbles do not have. It can be used in many fields of sewage treatment and soilless cultivation. [0003] The micro-nano bubble generating equipment in the prior art generally has the following deficiencies: its core component simply adopts a gas-liquid mixing pump, although the dissolution efficiency can reach 80-100%, but the suction volume is low, only 8-10%. [0004] Although the gas-liquid mixing pump can be used in series to increase the suction capacity, but the capital investment and power of the equipment are increased, that i...

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Problems solved by technology

[0003] The micro-nano bubble generation equipment in the prior art generally has the following deficiencies: its core components simply use a gas-liquid mixing pump, although the dissolution efficiency can reach 80-100%, but the suction volume is low, only 8-10%

[0004] Although the gas-liquid mixing pump can be used in series to increase the suction capacity, it increases the capital investment and power of the equipment, which increases the operating cost of the equipment.

Although the system is relatively stable, the water intake has to overcome a large pressure, the head of the water pump is high, the power consumption is large, the stable operation control of the system is complicated, and the bubbles generated are many in the micron level.

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