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    • 21. 发明公开
    • HUMIDIFIER REQUIRING NO FEED WATER
    • BEFEUCHTUNGSVORRICHTUNG OHNE WASSERVERSORGUNG
    • EP1304530A1
    • 2003-04-23
    • EP01948036.7
    • 2001-07-17
    • Daikin Industries, Ltd.
    • KIZAWA, Toshihiro, Shiga-seisakusho Daikin Ind. Lt
    • F24F6/00
    • F24F6/00F24F3/1423F24F2006/065F24F2203/1016F24F2203/1036F24F2203/1056F24F2203/1068F24F2203/1084F24F2203/1088F24F2203/1092
    • There is provided a humidifier without water supply, which enables sufficient cooling of a humidifying rotor and implements sufficient humidification even in the low-temperature and low-humid winter season. Into a cooling passage (21) running through a cooling area C, there flows cooling air cooled by passing an outdoor heat exchanger (22) of an air conditioner, by which a humidifying rotor (12) is cooled to extremely low temperature in the cooling area C. Cooling air is obtained by taking heat of evaporation out of the outside air with the outdoor heat exchanger (22) of an air conditioner, which makes it .possible to obtain the cooling air without increased costs and energy. Since the humidifying rotor (12) cooled in the cooling area C is cooled with the air with extremely low temperature in the cooling area C, the humidifying rotor (12) can sufficiently collect moisture from the outside air even in the winter season when the outside air is in low temperature. A portion of the humidifying rotor (12) that sufficiently collected moisture discharges the moisture to high-temperature heated air in a humidifying area.
    • 在没有供水的情况下提供加湿器,即使在低温和低湿度的冬季也能够对加湿转子进行足够的冷却并实现充分的加湿。 在通过冷却区域C的冷却通道(21)中流动通过空气调节器的室外热交换器(22)冷却的冷却空气,通过该空调机将加湿转子(12)冷却到极冷的冷却 冷却空气是通过使空调的室外热交换器(22)从外部空气中吸收热量而得到的,可以获得冷却空气而不增加成本和能量。 由于冷却区域C中冷却的加湿转子(12)在冷却区域C中以极低温度的空气冷却,所以即使在冬季也可以从外部空气充分地收集水分, 空气处于低温状态。 加湿转子(12)的充分收集的湿气的一部分将湿气排出到加湿区域中的高温加热空气。
    • 24. 发明公开
    • LOW-HUMIDITY WORKING APPARATUS
    • ARBEITSEINRICHTUNG麻醉师NIEDRIGER LUFTFEUCHTIGKEIT
    • EP1026450A1
    • 2000-08-09
    • EP98929814.6
    • 1998-07-03
    • Daikin Industries, Ltd.
    • KAMETANI, Keiichiro, Daikin Industries, Ltd.OTA, Shigehito, Daikin Industries, Ltd.
    • F24F3/14
    • F24F3/1423F24F2003/144F24F2203/1004F24F2203/1012F24F2203/1016F24F2203/1032F24F2203/1048F24F2203/1056F24F2203/106F24F2203/1068F24F2203/1088
    • A low-humidity working apparatus comprising a housing (8) forming a working chamber (9), a dehumidifying apparatus (18), and air supply means. The metal housing (8) forming the working chamber (9) is provided with a laterally elongated operating hole (30), a plurality of strip flexible sealing members are arranged adjacent to each other and suspended in this operating hole (30), and a laterally elongated window hole (31) is disposed in the vicinity of and above the operating hole (30) and closed by a light-transmitting window plate. The dehumidifying apparatus (18) circulates the air in the working chamber (9) by sucking the air therefrom, cooling the sucked air by an evaporator (48) of a compression refrigerating machine (41), dehumidifying the cooled air by a dehumidifying rotor (61) carrying a dehumidifying agent, and returning the low-humidity air from the dehumidifying rotor (61) to the working chamber (9). The air supply means supplies outside air to the dehumidifying rotor (61) via an evaporator (58) to keep the working chamber (9) at the positive pressure and prevent the outside air supplied through the operating hole (30) from entering the working chamber (9). Thus, the operation can be conducted at an excellent workability by inserting the hands through the operating hole (30) into the working chamber (9), the interior of which is kept at low humidity.
    • 一种低湿度加工装置,包括形成工作室(9)的壳体(8),除湿装置(18)和空气供给装置。 形成工作室(9)的金属壳体(8)设置有横向细长的操作孔(30),多个带状柔性密封构件彼此相邻并且悬置在该操作孔(30)中,并且 横向细长的窗孔(31)设置在操作孔(30)的上方和上方,并被透光窗板封闭。 除湿装置(18)通过从其吸入空气使空气进入工作室(9),用压缩式制冷机(41)的蒸发器(48)对吸入的空气进行冷却,通过除湿转子对冷却后的空气进行除湿 61),并且将来自除湿转子(61)的低湿空气返回到工作室(9)。 空气供给装置经由蒸发器(58)将外部空气供给到除湿转子(61),以将工作室(9)保持在正压力,并且防止通过操作孔(30)供给的外部空气进入工作室 (9)。 因此,可以通过将手穿过操作孔(30)插入工作室(9)中,其内部保持在低湿度下,可以以优异的可操作性进行操作。