PROBLEM TO BE SOLVED: To provide an air purifying device capable of suppressing excessive humidification. SOLUTION: In a main body case 1, a water storage container 16 for storing water containing sodium chloride, an electrolysis unit 19 for electrolyzing the water in the water storage container 16, a gas-liquid contact portion 18, and a blower 2 are provided. ing. A first air passage 10a communicating with the outlet 7 through the gas-liquid contact portion 18 and the first blade portion 12a of the blower 2 sequentially from the first inlet 6a, and the blower 2 from the second inlet 6b. The second air passage 10b communicating with the air outlet 7 via the second blade portion 12b of the first and the third air passage 6b communicating with the air outlet 7 from the third intake port 6d via the second blade portion 12b of the blower 2. The third air passage 10c is provided, and the opening/closing damper 24 that opens and closes the third air passage 10c is provided between the third intake port 6d and the second blade portion 12b in the third air passage 10c. An air purification device characterized in that [Selection diagram] Figure 8【課題】加湿過多になることを抑制できる空気浄化装置を提供することを目的とする。【解決手段】本体ケース１内に、塩化ナトリウムを含む水を貯水する貯水容器１６と、貯水容器１６内の水を電気分解する電解ユニット１９と、気液接触部分１８と、送風機２とを備えている。第１の吸気口６ａから順次、気液接触部分１８、送風機２の第１の羽根部分１２ａを介して吹出口７へ連通する第１の風路１０ａと、第２の吸気口６ｂから送風機２の第２の羽根部分１２ｂを介して吹出口７へ連通する第２の風路１０ｂと、第３の吸気口６ｄから送風機２の第２の羽根部分１２ｂを介して吹出口７へ連通する第３の風路１０ｃとを備え、第３の風路１０ｃにおける第３の吸気口６ｄと第２の羽根部分１２ｂとの間には、第３の風路１０ｃを開閉する開閉ダンパー２４を設けたことを特徴とする空気浄化装置。【選択図】図８
