Centrifugal wet type cleaner

Abstract

The present invention relates to a centrifugal wet type cleaner which collects contaminants within air using fine water particles to centrifugally separate the air and water from each other using the weight difference between the air and water, thereby purifying air. The centrifugal wet type cleaner has a swirl chamber in which contaminants are three-dimensionally collected using a large number of water particles sprayed by a rotating atomizing device to centrifugally separate the contaminated water having a heavy weight and collecting the contaminants from the air using a direct spiral flow generated at a downstream side of a centrifugal impeller. When compared to a conventional cleaner, since the centrifugal wet type cleaner has low energy loss and less noise, noise and energy may be reduced to improve the effect of preventing the discharge of fine dust.

1 . Moisture in the air to fine particles trapping pollutants and Humid Air by the difference in specific gravity of air and water by centrifugation to purify the air in centrifugal type wet-cleaner body ( 107 ) in the interior of a predetermined distance in the direction of the length of Humid Air to keep the centrifugal force on the housing ( 109 ) and the vortex cylinder ( 113 ) is formed between the annular vortex chamber ( 204 ) and body ( 107 ) in the interior of the exhaust air to lure the centrifuge is installed and centrifugal impeller ( 108 ) and a centrifugal impeller ( 108 ) connected to the lower part of the same axis of rotation atomizing device ( 170 ), and, and the main body ( 107 ) is installed at the bottom of the wash bottle ( 101 ), and, washing bottle ( 101 ), the internal rotation in atomization device ( 170 ) is installed to scattering by the water-free firebox ( 200 ), and, and the main body ( 107 ) and suction gas inlet is installed to connect Shrine balls ( 105 ), and, no firebox ( 200 ) in the gas suction Ball ( 105 ) through the swirling flow in the air intake that occurs wherein a centrifugal type wet-cleaner. 
     
     
         2 . The method of  claim 1 , wash bottle ( 101 ) on the inside of the porous cylinder ( 176 ) that is located on a centrifugal type wherein the wet cleaner. 
     
     
         3 . The method of  claim 1 , wash bottle ( 101 ) of the non-firebox ( 200 ) occurs in a swirling flow to the main body ( 107 ) is installed in the swirling flow guide ( 193 ), wherein the centrifugal type wet-cleaner. 
     
     
         4 . According to  claim 1 , wherein the main body ( 107 ) is located on the inside of the vortex cylinder ( 113 ) is formed in an outer surface including a spiral screw, wherein the centrifugal type wet-cleaner. 
     
     
         5 . According to  claim 1 , wherein the main body ( 107 ) and a constant temperature humidity chamber, humidifier, negative ion generator, air purifier, and air-conditioning period, including those that use centrifugal type wet-cleaner that features. 
     
     
         6 . Moisture in the air to fine particles trapping pollutants and Humid Air by the difference in specific gravity of air and water by centrifugation to purify the air in centrifugal type wet-cleaner body ( 307 ) in the interior of a predetermined distance along the length of Humid Air to keep the centrifugal force on the housing ( 309 ) and the vortex cylinder ( 313 ) is formed between the annular vortex chamber ( 404 ) and body ( 307 ) in the interior of the exhaust air to lure the centrifuge is installed and centrifugal impeller ( 308 ), and, and the main body ( 307 ) is installed at the bottom of the wash bottle ( 301 ), and, washing bottle ( 301 ) in the interior of the pump ( 370 ) to scattering by the water-free firebox is installed, ( 400 ), and, and body ( 307 ) and suction gas inlet is installed to connect Shrine balls ( 305 ) and, no firebox ( 400 ) gas in the suction hole ( 305 ) in the air inhaled through the swirling flow that occurs wherein a centrifugal type wet-cleaner. 
     
     
         7 . The method according to  claim 6 , the main body ( 307 ) and a constant temperature humidity chamber, humidifier, negative ion generator, air purifier, and air-conditioning period, including use of a wet vacuum cleaner that features a centrifugal type.