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    • 4. 发明授权
    • Cooling system, especially for a vehicle
    • 冷却系统,特别适用于车辆
    • US06832643B1
    • 2004-12-21
    • US09672429
    • 2000-09-28
    • Werner ZobelMichael EhlersFrank VetterJörg Soldner
    • Werner ZobelMichael EhlersFrank VetterJörg Soldner
    • B60H304
    • F28F9/02F01P5/02F01P2003/182F01P2003/185F28D1/0426F28D2021/0082F28D2021/0094Y10S165/916
    • Optimization of the efficiency of a compact cooling system for air cooling of at least two different heat exchange fluids is obtained in a construction including three heat exchangers (10), (12), (14) arranged in a housing-like shape with an open center. A radial fan (44) is located within the housing and is rotatable about an axis (42). A front panel (36) having an air inlet (38) on the axis (44) abuts a corresponding one of the opposed sides (26), (62) of each of the heat exchangers while a rear panel abuts the other of the opposed sides (64) of each of the heat exchangers (10), (12), (14) and journals the fan (44) for rotation about the axis (44). The assembly is characterized by the fact that the core width “Wc” of one of the heat exchangers (10) is greater than that of another of the heat exchangers (14) such that one or both of the opposed sides (62), (64) of the one heat exchanger projects forwardly and/or rearwardly of a corresponding one or both of the opposed sides (26), (64) of the heat exchanger (14).
    • 在包括三个热交换器(10),(12),(14)的结构中获得用于至少两种不同热交换流体的空气冷却的紧凑冷却系统的效率的优化,所述热交换器(10),(12),(14) 中央。 径向风扇(44)位于壳体内并可围绕轴线(42)旋转。 在轴线(44)上具有空气入口(38)的前面板(36)邻接每个热交换器的相对侧(26),(62)中的一个,而后面板邻接在相对的 每个热交换器(10),(12),(14)的侧面(64)和风扇(44)周围围绕轴线(44)旋转。 组件的特征在于,一个热交换器(10)的芯宽度“Wc”大于另一个热交换器(14)的芯宽度“Wc”,使得相对侧(62)中的一个或两个 一个热交换器的一个或多个热交换器(14)的相对侧(26),(64)的前方和/或后方突出。
    • 9. 发明授权
    • Compact cooling system
    • 紧凑型冷却系统
    • US06886624B2
    • 2005-05-03
    • US10326334
    • 2002-12-19
    • Werner ZobelMichael EhlersFrank VetterJörg Soldner
    • Werner ZobelMichael EhlersFrank VetterJörg Soldner
    • F01P3/18F01P5/02F01P5/04F28D1/04F28F9/00B60H3/04F01P1/06F28D1/00B06K11/06B06K11/08
    • F28F9/002F01P5/02F01P5/043F01P2003/182F01P2003/185F01P2070/50F28D1/0426F28D2021/0082F28D2021/0094Y10S165/916
    • A compact cooling system includes a mounting panel adapted to receive a plurality of at least three cooling units, a cooling fan, and a fan drive mechanism. The mounting panel supports the fan and drive mechanism in a manner allowing rotation of the fan about the axis of rotation. A front side of the mounting panel is adapted for receiving and supporting the cooling units in a pattern defining a cantilevered, tubular polygonal solid disposed about the fan. The mounting panel includes a convex central region extending into the tubular polygonal solid and receiving the drive mechanism in operative connection to the fan. By virtue of this arrangement, a very compact cooling system is provided. The tubular polygonal shape of the cooling units, when mounted on the mounting panel, forms an air duct for directing a flow of cooling air induced by the fan through the cooling units. Positioning the drive mechanism inside the convex central region of the mounting panel significantly reduces the length of the cooling system along the axis of rotation.
    • 紧凑型冷却系统包括适于容纳多个至少三个冷却单元的安装面板,冷却风扇和风扇驱动机构。 安装面板以允许风扇围绕旋转轴线旋转的方式支撑风扇和驱动机构。 安装面板的前侧适于以限定围绕风扇设置的悬臂,管状多边形固体的图案接收和支撑冷却单元。 安装面板包括延伸到管状多边形实心中的凸起的中心区域,并接收与风扇可操作地连接的驱动机构。 凭借这种布置,提供了非常紧凑的冷却系统。 当安装在安装面板上时,冷却单元的管状多边形形成用于引导由风扇引起的冷却空气流通过冷却单元的空气管道。 将驱动机构定位在安装面板的凸形中心区域内,显着地减小了冷却系统沿着旋转轴线的长度。