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    • 21. 发明申请
    • DUST COLLECTOR
    • 除尘器
    • US20100313761A1
    • 2010-12-16
    • US12867419
    • 2009-02-20
    • Toshio TanakaTsunahiro OhdouKanji Motegi
    • Toshio TanakaTsunahiro OhdouKanji Motegi
    • B03C3/00
    • B03C3/08B01D2259/812B03C3/16B03C3/368B03C3/47B03C2201/10
    • Disclosed is a dust collector (30) that is disposed in an air passageway (15) to which water droplets (21a) are supplied, and that includes a dust collecting electrode portion (31b) which electrically attracts dust charged in the air. The dust collecting electrode portion (31b) is made of a plate-like member having a mesh-like structure with a plurality of pores, thereby reducing an interfacial tension between the water droplets (21a) adhering on the surface of the dust collecting electrode portion (31b) and the dust collecting electrode portion (31b). Thus, water droplets are prevented from increasing in size on the surface of a dust collecting electrode, and a decrease in the dust collection capability due to adhesion of dust or the like is reduced.
    • 公开了一种集尘器(30),其设置在供给水滴(21a)的空气通路(15)中,并且包括电吸入空气中的灰尘的集尘电极部(31b)。 集尘电极部(31b)由具有多个孔的网状结构的板状部件构成,从而降低粘附在集尘电极部的表面上的水滴(21a)之间的界面张力 (31b)和集尘电极部(31b)。 因此,防止水滴在集尘电极的表面上的尺寸增大,并且由于灰尘等附着而导致的集尘能力下降。
    • 25. 发明授权
    • Dust collector
    • 除尘器
    • US08465575B2
    • 2013-06-18
    • US12867419
    • 2009-02-20
    • Toshio TanakaTsunahiro OhdouKanji Motegi
    • Toshio TanakaTsunahiro OhdouKanji Motegi
    • B03C3/47
    • B03C3/08B01D2259/812B03C3/16B03C3/368B03C3/47B03C2201/10
    • Disclosed is a dust collector (30) that is disposed in an air passageway (15) to which water droplets (21a) are supplied, and that includes a dust collecting electrode portion (31b) which electrically attracts dust charged in the air. The dust collecting electrode portion (31b) is made of a plate-like member having a mesh-like structure with a plurality of pores, thereby reducing an interfacial tension between the water droplets (21a) adhering on the surface of the dust collecting electrode portion (31b) and the dust collecting electrode portion (31b). Thus, water droplets are prevented from increasing in size on the surface of a dust collecting electrode, and a decrease in the dust collection capability due to adhesion of dust or the like is reduced.
    • 公开了一种集尘器(30),其设置在供给水滴(21a)的空气通路(15)中,并且包括电吸入空气中的灰尘的集尘电极部(31b)。 集尘电极部(31b)由具有多个孔的网状结构的板状部件构成,从而降低粘附在集尘电极部的表面上的水滴(21a)之间的界面张力 (31b)和集尘电极部(31b)。 因此,防止水滴在集尘电极的表面上的尺寸增大,并且由于灰尘等附着而导致的集尘能力下降。
    • 28. 发明申请
    • HUMIDITY CONTROL APPARATUS
    • 湿度控制装置
    • US20110114740A1
    • 2011-05-19
    • US13002053
    • 2009-07-10
    • Toshio TanakaTsunahiro OhdouKanji MotegiKenkichi Kagawa
    • Toshio TanakaTsunahiro OhdouKanji MotegiKenkichi Kagawa
    • F24F6/00
    • F24F6/08F24F6/00F24F6/16F24F2006/006F24F2221/34
    • A dividing member (25) divides an inside of a storage tank (41) into a humidification region (31) and a supply region (32), and a space above the supply region (32) is covered with a covering member (26). In water, the dividing member (25) defines a communication path (33) through which the supply region (32) and the humidification region (31) communicate with each other. Active species generated in an electrical discharge unit (51) are supplied to the supply region (32) to purify the water. A release of the supplied active species to outside is reduced by the dividing member (25) and the covering member (26), and the water in the supply region (32), which is purified by the active species flows into the humidification region (31) through the communication path (33).
    • 分隔构件(25)将储罐(41)的内部分成加湿区域(31)和供给区域(32),供给区域(32)上方的空间被覆盖部件(26)覆盖, 。 在水中,分隔构件(25)限定供给区域(32)和加湿区域(31)相互连通的连通路径(33)。 在放电单元(51)中产生的活性物质被供应到供应区域(32)以净化水。 通过分隔构件(25)和覆盖构件(26)将提供的活性物质释放到外部,并且由活性物质净化的供应区域(32)中的水流入加湿区域 31)通过通信路径(33)。