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    • 1. 发明授权
    • Heater/cooler unit of automotive air conditioning system
    • 汽车空调系统的加热器/冷却器单元
    • US06474406B2
    • 2002-11-05
    • US09792973
    • 2001-02-26
    • Masahiro SanoHiroaki SasakiYukio NakazawaNaoharu Shibuya
    • Masahiro SanoHiroaki SasakiYukio NakazawaNaoharu Shibuya
    • F25B2900
    • B60H1/00064B60H2001/00164B60H2001/00171
    • A heater/cooler unit of an automotive air conditioning system for use in a vehicle is disclosed. The unit includes a casing defining an air flow passage for flow of air. The casing includes an enlarged lower portion and a reduced upper portion, and an air inlet opening and an air outlet opening communicating with the air flow passage. The unit also includes an evaporator in the air flow passage. The unit also includes a heater in the air flow passage with an air flow space being formed between the heater and the evaporator. The unit also includes a ventilation opening formed in the casing. The unit also includes a pair of heat openings formed in the casing, one on each side wall above the heater. The unit also includes a pair of heat ducts. The overall lateral size of the unit can be minimized.
    • 公开了一种用于车辆的汽车空调系统的加热器/冷却器单元。 该单元包括限定用于空气流动的空气流动通道的壳体。 壳体包括放大的下部和减小的上部,以及与空气流动通道连通的进气口和出气口。 该单元还包括空气流动通道中的蒸发器。 该单元还包括在空气流动通道中的加热器,在加热器和蒸发器之间形成有空气流动空间。 该单元还包括形成在壳体中的通风开口。 该单元还包括形成在壳体中的一对热开口,一个在加热器上方的每个侧壁上。 该单元还包括一对热管。 可以使单元的整体横向尺寸最小化。
    • 4. 发明授权
    • Defroster construction for automotive air conditioner
    • 汽车空调除霜器施工
    • US5113748A
    • 1992-05-19
    • US742032
    • 1991-08-08
    • Naoharu Shibuya
    • Naoharu Shibuya
    • B60H1/34B60H1/24B60S1/54
    • B60H1/242B60S1/54
    • A defroster construction comprises a defroster nozzle main body having a connecting end for connection with a defroster side outlet of an air conditioning unit and elongated in a vehicle width direction. The defroster nozzle main body has substantially at a longitudinal center of the connecting end a first air inlet for supplying conditioned air to side ducts. The defroster nozzle main body further has at the connecting end a pair of second air inlets for supplying conditioned air to a pair of front defroster nozzles, independently. The second air inlets are located on opposite sides of the first inlet which are opposed in the longitudinal direction of the connecting end. An air flow guide is provided to the first air inlet so as to equally distribute a quantity of conditioned air to the respective side ducts.
    • 除霜器构造包括除霜器喷嘴主体,其具有用于与空调单元的除霜器侧出口连接并在车辆宽度方向上延伸的连接端。 除霜器喷嘴主体基本上在连接端的纵向中心具有用于向侧管道供应经调节的空气的第一空气入口。 除霜器喷嘴主体在连接端还具有一对第二空气入口,用于独立地向一对前除霜器喷嘴供应调节空气。 第二空气入口位于第一入口的在连接端的纵向方向上相对的两侧。 空气流动引导件设置到第一空气入口,以便将一定量的调节空气均匀地分配到相应的侧管道。
    • 5. 发明授权
    • Heater unit for the automobile air conditioner
    • 汽车空调加热装置
    • US5137213A
    • 1992-08-11
    • US457357
    • 1989-12-27
    • Akihiko YamamotoNaoharu ShibuyaEiji TakahashiHitoshi Akasaka
    • Akihiko YamamotoNaoharu ShibuyaEiji TakahashiHitoshi Akasaka
    • B60H1/00
    • B60H1/00842
    • The present invention relates to a heater unit for the automobile air conditioner. The heater unit comprises a sensor group consisting of a plurality of sensors, mode selecting means for selecting one from at least two D/F modes above-mentioned, and control means for obtaining "target blowout tempeature (Tm)" based on input data from said sensor group and for selecting one out of said two D/F modes in which the rate of air through said foot outlet is greater, in the case where ambient air temperature taken by said sensor group is lower than the specified point corresponding thereto. In virtue of this, it contributed to improving air heating performance with window clouding prevented, in accordance with in- and out-car conditions.
    • 本发明涉及一种用于汽车空调的加热器单元。 加热器单元包括由多个传感器组成的传感器组,用于从上述至少两个D / F模式中选择一个的模式选择装置,以及用于根据来自以下的D / F模式的输入数据获得“目标井喷温度(Tm)”的控制装置) 所述传感器组,并且用于选择所述两个D / F模式中的一个,其中通过所述脚部出口的空气速率较大,在所述传感器组采取的环境空气温度低于与其对应的特定点的情况下。 因此,根据车内和车外条件,它有助于提高防止窗户混浊的空气加热性能。