The invention provides an
indoor air conditioner for purifying polluted air and eliminating
legionella. The whole
indoor air conditioner is cylindrical and formed by sequentially sleeving an upper air purifying section, an intermediate draught fan section and a lower air conditioner cooling and heating coil section. The
indoor air conditioner can efficiently and quickly purify PM2.5, and eliminate
legionella,
virus, influenza
virus, germs, mould and acarid. The indoor air conditioner is characterized in that a unique layering stacking form is adopted; a unique ventilating channel is arranged; a unique purifying section enables direct viewing of pollutants; unique stacked trays are used for storing
nanogel which is used as a purifying agent; no ice is generated in refrigerating, and the
air volume of an air outlet is stable. Therefore, the indoor air conditioner is superior to traditional packaged air conditioners, hanging air conditioners, automobile air conditioners and central air conditioners. The indoor air conditioner has the advantages that the quantity of the
pollutant PM2.5 can be directly viewed at any time while the indoor polluted air enters the purifying section, and the stacked trays can be replaced at any time according to the
pollution level, so that the indoor air cleanliness can be effectively protected, and the circulating air is free of PM2.5; refrigerating and heating pipes and blades of the draught fan are free of dirty gel, and pollutants are not attached to the refrigerating and heating pipes and the blades of the draught fan; the size of the air conditioner is small; the
air volume is large; the
noise is low; a motor is long in service life; more
electricity can be saved; the refrigerating and heating are quick; the cost is low; the
pollutant absorbing and purifying capacity is high; the stacked trays can be flexibly increased and decreased according to indoor
pollution level; the air conditioner has a wide market prospect.