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    • 21. 发明申请
    • Spiral fin/tube heat exchanger
    • 螺旋翅片/管式换热器
    • US20020148600A1
    • 2002-10-17
    • US09827394
    • 2001-04-05
    • Daniel J. BoschJames T. Haasch
    • F28D001/00F28D007/02
    • F28D9/04F01M5/00F28D7/04F28F1/022F28F1/126
    • A heat exchanger (12, 12B, 12C, 12D) usable as an oil cooler is provided for exchanging heat between first and second fluids. The heat exchanger has an outer periphery (112, 156, 58null, 366) spaced from a central axis (56). The heat exchange includes an inlet (42, 378) and an outlet (44, 380) for flow of the first fluid, a pair of juxtaposed tube segments (52, 54) coiled about the central axis (56) to form a plurality of alternating concentric coils (58), an inlet (46) for flow of the second fluid into heat exchanger (12A, 12B, 12C, 12D), an outlet (48) for flow of the second fluid from the heat exchanger (12A, 12B, 12C, 12D), and structure (50) for encapsulating the pair of tube segments (52, 54) to retain the second fluid within the heat exchanger (12A, 12B, 12C, 12D) as it flows from the inlet (46) to the outlet (48). The tube segment (52) has an end (64) connected to the inlet (42) to receive flow of the first fluid therefrom. The tube segment (54) has an end (66) connected to the outlet (44) to deliver flow of the first fluid thereto. The pair of tube segments (52, 54) are connected adjacent the central axis (56) to transfer flow of the fluid between the tube segments (52, 54). The inlet and outlet (42, 44) for the first fluid are located adjacent the outer periphery (112, 156, 58null, 366).
    • 可用作油冷却器的热交换器(12,12B,12C,12D)用于在第一和第二流体之间交换热量。 热交换器具有与中心轴线(56)间隔开的外周边(112,156,58',366)。 热交换器包括用于第一流体流动的入口(42,47)和出口(44,380),围绕中心轴线(56)盘绕的一对并置的管段(52,54),以形成多个 交替的同心线圈(58),用于使第二流体流入热交换器(12A,12B,12C,12D)的入口(46),用于使来自热交换器(12A,12B)的第二流体流动的出口 ,12C,12D)和用于封装所述一对管段(52,54)以在所述热交换器(12A,12B,12C,12D)从所述入口(46)流动时将所述第二流体保持在所述热交换器 到出口(48)。 管段(52)具有连接到入口(42)的端部(64),以从其中接收第一流体的流动。 管段(54)具有连接到出口(44)的端部(66),以将第一流体的流动传递到其上。 一对管段(52,54)邻近中心轴线(56)连接,以便在管段(52,54)之间传递流体的流动。 用于第一流体的入口和出口(42,44)位于外周边(112,156,58',366)附近。
    • 23. 发明申请
    • Radiator with internal header tank oil cooler
    • 散热器内置集管式油箱冷却器
    • US20020129928A1
    • 2002-09-19
    • US09800901
    • 2001-03-07
    • John Milton TepasHenry Earl Beamer
    • F28D007/10F28D001/00
    • F28F9/0234
    • A vehicle header tank of the type in which most or all of the header tank is metal and brazed concurrently with the rest of the core includes a simplified oil cooler structure integrated with the tank and brazed concurrently with the rest of the core. A section of tubing similar to the radiator coolant flow tubes passes into and out of the header tank through a pair of slots with a geometry similar to that in the regular slotted tank header plate that accommodates the coolant flow tubes. Consequently, the oil cooler tube can be installed in leak proof fashion inside the header tank concurrently with the main core braze operation.
    • 其中大多数或全部集水箱是金属并与芯的其余部分同时钎焊的类型的车辆集水箱包括与罐一体化并且与其余的核心同时钎焊的简化的油冷却器结构。 类似于散热器冷却剂流管的一部分管道通过一对具有类似于容纳冷却剂流管的常规开槽罐集管板中的几何形状的槽而进入和离开集水箱。 因此,与主芯钎焊操作同时,油冷却器管可以以防漏的方式安装在集水箱内。
    • 24. 发明申请
    • Multifunctional thermal installation
    • 多功能热安装
    • US20020100576A1
    • 2002-08-01
    • US10038034
    • 2002-01-02
    • Hongsun Hua
    • F28D001/00F25B029/00F25B027/00
    • F24D15/04F24D3/08F24F5/0096F25B13/00F25B30/06F25B2313/002F25B2313/004F25B2313/023F25B2313/025Y02B30/12
    • A multifunctional thermal installation includes a compressor, a switch valve, an evaporator, a condenser, a water heater, and an expansion valve. The water heater has a water inlet that is connected to an underground well. The evaporator and the condenser include at least a first group of heat exchangers and a second group of heat exchangers. The first group of heat exchangers is disposed in the water heater and the second group of heat exchangers and a fan associated with the second group of heat exchangers are disposed in a room. After integrating separate installations into a system, the present invention uses only a small amount of a non-renewable energy source and most of the required energy sources can be replaced by the renewable energy sources collected from the system itself. Thus, the environmental pollution caused by the consumption of energy sources can be reduced significantly. In addition, non-renewable energy sources can be conserved.
    • 多功能热设备包括压缩机,切换阀,蒸发器,冷凝器,热水器和膨胀阀。 热水器具有连接到地下井的进水口。 蒸发器和冷凝器包括至少第一组热交换器和第二组热交换器。 第一组热交换器设置在热水器中,第二组热交换器和与第二组热交换器相关联的风扇设置在房间中。 在将单独的装置集成到系统中之后,本发明仅使用少量的不可再生能源,并且大部分所需的能源可以由从系统本身收集的可再生能源代替。 因此,能源消耗造成的环境污染可以大大降低。 此外,不可再生能源可以节约。