Micron bubble water air conditioning humidification device and implementation method thereof

Abstract

The invention discloses a micron bubble water air conditioning humidification device and an implementation method thereof. The device comprises a water inlet end, a water outlet pipe, an air flow control valve, a sucking pump, a power pump, a one-way water inlet valve, a self-priming water pump and a storage pressure gauge. The air outlet end of the air flow control valve is connected with the air inlet end of the sucking pump, the air outlet end of the sucking pump is connected with the air inlet end of an air filter, and the air outlet end of the air filter is connected with the water inlet end of the power pump. The water inlet end is connected with a water inlet filter, the water outlet end of the water inlet filter is connected with the self-priming water pump and the one-way water inlet valve, and the water outlet ends of the self-priming water pump and the one-way water inlet valve are connected with the water inlet end of the power pump. The water outlet end of the power pump is connected with the storage pressure gauge connected with the water outlet pipe. An opening in the top of the storage pressure gauge is connected with an exhaust fan, and therefore the water air conditioning humidification device is formed. The micron bubble water air conditioning humidification device is simple in structure, the content of microbubbles in water prepared through the device and method is high, the prepared water can be used for bathing, and air separated out of the water can be reused for indoor humidification and heating.

Description

technical field [0001] The invention relates to the field of air conditioners, in particular to water air conditioners. Background technique [0002] Micro-bubble refers to the bubbles of ultra-fine bubbles below 50 microns, which are micro-nano water bubbles, which make the atomic groups of water molecules smaller, and the oxygen in the micro-bubbles is easier to dissolve into the gaps of the atomic groups, and the oxygen molecules break down. The water interface is easier to dissolve into the water, and the water molecules are always in Brownian motion and constantly colliding. At the same time as Brownian motion, the bubbles are also settling and collapsing, the oxygen stored in the bubbles rises, and the lifespan of the bubbles is about 24 days. [0003] Micro-bubbles are widely used in various fields. The Japanese government has used micro-bubbles to improve water quality and remediate water bodies. At the same time, fine bubbles have also been carried out in the fiel...

AI Technical Summary

Problems solved by technology

[0004] The existing micro-bubble generating device has a complex structure, low micro-bubble content in water, and it is easy to cause cross-infection after repeated use in public places

At the same time, the air that has not been synthesized by microbubbles is directly separated and discharged from the water, resulting in energy loss. It is also necessary to study the rational use of the separated and discharged air under current circumstances.

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