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    • 3. 发明授权
    • Air conditioning apparatus for vehicle
    • 车用空调设备
    • US5987905A
    • 1999-11-23
    • US168711
    • 1998-10-08
    • Hiroshi NonoyamaTakayoshi KawaiToshihiko MurakiTetsuya TakechiJunji YokoiMakoto Mimoto
    • Hiroshi NonoyamaTakayoshi KawaiToshihiko MurakiTetsuya TakechiJunji YokoiMakoto Mimoto
    • B60H1/00
    • B60H1/00778B60H1/00507B60H1/00849B60H2001/006
    • An air conditioning apparatus for a vehicle includes an air conditioning case for forming an air passage through which air is blown into a passenger compartment. In the air conditioning apparatus, during a cooling mode for cooling a passenger compartment, an inside/outside air introduction mode is switched from an inside/outside air-mixing mode where both inside air and outside air are introduced into the air conditioning case to an entire outside air mode where only outside air is introduced into the air conditioning case, when an engine of the vehicle is stopped and the cooling load is smaller than a predetermined cooling load. Therefore, air-suction noise from an inside air introduction port is not caused, and the air-suction noise is not noted by a passenger in the passenger compartment even when the engine is stopped. Thus, noise of the air conditioning apparatus in the passenger compartment can be reduced.
    • 一种用于车辆的空调设备包括用于形成空气通道的空调箱,空气通过该空气通道吹入乘客室。 在空调装置中,在用于冷却乘客室的冷却模式中,从内部/外部空气混合模式切换内部/外部空气引入模式,其中内部空气和外部空气都被引入到空调箱中, 在外部空气被引入空调箱的情况下,当车辆的发动机停止并且冷却负荷小于预定的冷却负荷时的整个外部空气模式。 因此,不会引起来自内部空气导入口的吸气噪音,即使发动机停止,乘客车厢中的乘客也没有注意到吸气噪声。 因此,可以减少乘客室中的空调装置的噪音。
    • 7. 发明授权
    • Air conditioning apparatus for vehicle
    • 车用空调设备
    • US6016967A
    • 2000-01-25
    • US944448
    • 1997-10-06
    • Tetsuya TakechiKoji TakahashiHideaki InazawaYasuhiro SatoTatsuo TsunookaToshiaki Nomura
    • Tetsuya TakechiKoji TakahashiHideaki InazawaYasuhiro SatoTatsuo TsunookaToshiaki Nomura
    • B60H1/00B60H1/02
    • B60H1/00849B60H1/00064B60H2001/00107B60H2001/00128B60H2001/00135
    • According to the present invention, in an air conditioning apparatus setting a double laminar mode in which an inside air and an outside air are blown while being partitioned, when the maximum heating state is set during an air outlet mode in which air is blown out simultaneously from both of a foot opening portion toward feet of a passenger and a defroster opening portion toward a windshield, a passage for conditioned air is partitioned into a first air passage for the inside air and a second air passage for the outside air. The first air passage is communicated with the foot opening portion, and the second air passage is communicated with the defroster opening portion. In the double laminar mode, at an air downstream side of a heating heat exchanger, there is formed a communication path communicating between the first air passage and the second air passage, and an amount of the outside air at the side of the second air passage is set to be larger than that of the inside air at the side of the first air passage, so that the outside air in the second passage flows into the first air passage through the communication path. In this way, it is possible to improve a defrosting performance of the windshield.
    • 根据本发明,在设置分隔内部空气和外部空气的双重层流的空调装置中,当在同时吹出空气的排风模式中设定最大加热状态时 从脚踏开口部分朝向乘客的脚部和除霜器开口部分朝向挡风玻璃,用于调节空气的通道被分隔成用于内部空气的第一空气通道和用于外部空气的第二空气通道。 第一空气通道与脚部开口部连通,第二空气通路与除霜器开口部连通。 在双层流模式中,在加热热交换器的空气下游侧,形成有连通第一空气通路与第二空气通路的连通路,第二空气通路一侧的外部空气量 被设定为大于第一空气通路侧的内部空气的大小,使得第二通路内的外部空气通过连通路径流入第一空气通路。 以这种方式,可以提高挡风玻璃的除霜性能。