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    • 61. 发明申请
    • Air conditioning apparatus
    • 空调设备
    • US20070227107A1
    • 2007-10-04
    • US11732098
    • 2007-04-02
    • Koji ItoKenichi Kato
    • Koji ItoKenichi Kato
    • B01D50/00
    • B01D46/0036B60H3/0633B60H2003/0691
    • Air flow from an internal air/external air switching unit 10 passes through a by-pass passage 63 and flows into a heater core 41. Warm air is blown out from the heater core 41 and flows into a deodorizing filter 60. In the deodorizing filter 60, odor components are separated from a charcoal filter by the heat of the warm air, the odor components then flowing in the order of a discharging passage 66→an external air inlet port 12 of a vent switching unit 50→an external air intake port, and being discharged out of the vehicle room. Thus, by simply providing the by-pass passage 63, the discharging passage 66, and the doors 61, 68, the same heater unit 41 and blower unit 20 as in prior art can be used to separate odor components from the deodorizing filter.
    • 来自内部空气/外部空气切换单元10的气流经过旁路通路63流入加热器芯41。 暖风从加热器芯41吹出并流入除臭过滤器60。 在除臭过滤器60中,通过暖风的热量将气味成分与炭过滤器分离,然后气味成分按排气切换单元50的排出通道66->外部空气入口12的顺序流动, >外部进气口,并被排出车室。 因此,通过简单地设置旁路通道63,排出通道66和门61,68,与现有技术相同的加热器单元41和鼓风机单元20可以用于从除臭过滤器分离气味成分。
    • 64. 发明授权
    • Adsorption/humidification cooler for humid gaseous fluids
    • 用于潮湿气态流体的吸附/加湿冷却器
    • US5222375A
    • 1993-06-29
    • US848214
    • 1992-03-10
    • Wayne E. ConradRichard S. Phillips
    • Wayne E. ConradRichard S. Phillips
    • B60H1/32B60H3/06F24F3/14
    • B60H3/0633B60H1/3202F24F3/14B60H2003/0691
    • A cooler for use with gaseous process fluids such as air containing a vapor has a vapor adsorption unit for passing process air through an adsorption media to dry the air, a heat exchanger to control the temperature of the heat adsorption media and process air, a vapor removal system for removing the adsorbed vapor from the adsorption media, and a humidification unit to add a vaporizable liquid to the dried process air, so as to vaporize the liquid into the dried process air. Thus, heat in the process air is utilized for the latent heat of vaporization of the liquid to reduce the temperature in such process air, while maintaining a predetermined humidity level in said air. The vaporizable liquid may be sprayed into the process fluid as a mist. Excess cooled coalesced liquid may be used in a heat exchanger to precool the process fluid before it enters the humidifier. The invention includes a method of chilling a gaseous fluid, by means of adsorption of vapor from such fluid while controlling the temperature thereof, and subsequently adding a vaporizable liquid to such dried fluid whereby to vaporize such liquid and thus cool the fluid.
    • 用于气态工艺流体如含蒸气的空气的冷却器具有用于使工艺空气通过吸附介质以干燥空气的蒸汽吸附单元,用于控制热吸附介质和处理空气的温度的热交换器,蒸气 用于从吸附介质中除去吸附的蒸汽的除去系统,以及加湿单元,将可蒸发的液体加入到干燥的工艺空气中,以便将液体蒸发到干燥的工艺空气中。 因此,在保持在所述空气中的预定湿度水平的同时,将处理空气中的热用于液体的蒸发潜热以降低这种处理空气中的温度。 可蒸发的液体可以以雾气喷射到工艺流体中。 过冷却的聚结液体可以在热交换器中用于在过程流体进入加湿器之前预冷却。 本发明包括一种通过在控制其温度的同时吸附来自这种流体的蒸汽并随后将可蒸发的液体加入到这种干燥的流体中从而蒸发这种液体从而冷却流体的方法来冷却气态流体。