PROBLEM TO BE SOLVED: To provide an air cleaning device having high removal efficiency of a pollutant, an odor component or the like contained in air, and having high decomposition efficiency of the pollutant, the odor component or the like dissolved into water.SOLUTION: This air cleaning device 1 includes: a casing 2 including a suction port 3 and a blowoff port 5 a rotor 7 a rotary shaft 8 a rotary drive device 9 rotating the rotor 7 a cleaning fan 10 a heating device 12 a regeneration fan 11 a heat exchanger 13 condensing moisture in regenerating air a flow path 21 leading the regenerating air to the heating device 12 a water-storing vessel 14 storing dew condensation water an electrolyzing electrode 16 disposed outward from the bottom face inside the water-storing vessel 14 a power supply 17 and a contact 19 connecting the power supply 17 and the electrolyzing electrode 16. The water-storing vessel 14 is disposed in a lower part of the heat exchanger 13, and is disposed such that the bottom face inside the water-storing vessel 14 disposed with the electrolyzing electrode 16 becomes lowest, so that the air cleaning device can efficiently decomposes and removes hydrophilic substance in the air.COPYRIGHT: (C)2012,JPO&INPIT【課題】空気中に含まれる汚染物質や臭気成分などの除去効率が高く、かつ水に溶け込ませた汚染物質や臭気成分などの分解効率が高い空気清浄装置の提供。【解決手段】空気清浄装置1は、吸入口3と吹出口5とを備えた筐体2と、ロータ7と、回転軸8と、ロータ7を回転させる回転駆動装置9と、清浄ファン10と、加熱装置12と、再生ファン11と、再生用空気中の水分を結露させる熱交換器13と、再生用空気を加熱装置12へ誘導する流路21と、結露水を貯水する貯水用容器14と、貯水用容器14内側の底面から外側へ配置された電解用電極16と、電源17と、電源17と電解用電極16とを繋ぐ接点19と、を有する。貯水用容器14は熱交換器13の下部に配置され、電解用電極16が配置された貯水用容器14内側の底面が最も低くなるよう配置することで、効率良く空気中の親水性物質を分解除去することが可能な空気清浄装置を実現できる。【選択図】図1
