TiO2 sterilization household air conditioner system using honeycomb gas-liquid film to dehumidify

Abstract

The invention discloses a TiO2 sterilization household air conditioner system using a honeycomb gas-liquid film to dehumidify. The TiO2 sterilization household air conditioner system comprises a refrigeration system and a moisture absorbent system; an evaporator, a compressor, a condenser and a capillary circulation pipeline form the refrigeration system of an air conditioner; the moisture absorbent system comprises a honeycomb gas-liquid film dehumidifier which is mounted in an indoor unit and a honeycomb gas-liquid film regenerator which is mounted in an outdoor unit; the outlet end of the honeycomb gas-liquid film regenerator is connected with a moisture absorbent liquid storage tank; and a micro circulating pump is mounted on a moisture absorber concentrated solution pipeline. With thehoneycomb gas-liquid film structure design in the invention, indoor heat and humidity can be efficiently absorbed and transferred, the comforts of the temperature and the humidity in an indoor environment are improved, the phenomena of germ breeding and drip caused by cooling dehumidification in a traditional air conditioner are avoided, energy saving and cleanness are realized, and the compact design that the indoor unit and the outdoor unit are separately integrated is also realized; and the indoor air quality is improved.

Description

technical field [0001] The invention belongs to the technical field of refrigeration equipment, and in particular relates to a TiO 2 Sterilize domestic air conditioner systems. Background technique [0002] With the innovation of household air conditioners, the improvement of occupants' demand for comfortable, healthy, energy-saving and environmentally-friendly indoor environments in winter and summer requires additional power consumption to reduce humidity; traditional household air conditioners focus on temperature regulation, water dripping in cooling and dehumidification, mold, germs, etc. Breeding leads to poor indoor air quality, reheating of low-temperature air causes energy waste, and low-temperature air supply produces a feeling of cold wind, which is even more inapplicable at night. Therefore, indoor air humidity management and air quality assurance are one of the key technologies restricting the development of household air conditioners. Furthermore, the install...

AI Technical Summary

Problems solved by technology

[0002] With the innovation of household air conditioners, the improvement of occupants' demand for comfortable, healthy, energy-saving and environmentally-friendly indoor environments in winter and summer requires additional power consumption to reduce humidity; traditional household air conditioners focus on temperature regulation, water dripping in cooling and dehumidification, mold, germs, etc. Breeding leads to poor indoor air quality, reheating of low-temperature air causes energy waste, low-temperature air supply produces a feeling of cold wind and is not suitable at night, etc.

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