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    • 13. 再颁专利
    • Evaporator
    • 蒸发器
    • USRE35502E
    • 1997-05-13
    • US327024
    • 1994-10-21
    • Gregory G. HughesRodney A. StrussMichael J. Boero
    • Gregory G. HughesRodney A. StrussMichael J. Boero
    • F25B39/02F28D1/053F28F9/04F28F27/02
    • F28F9/0246F25B39/028F28D1/0535F28F9/028
    • Inefficiency in heat exchange in an evaporator for a refrigeration system due to maldistribution of incoming refrigerant may be reduced in a structure wherein a plurality of hydraulically parallel flow paths are defined by tubes (20) having ends (84) in the interior of a header (10). Refrigerant inlets (70, 72) are provided for the header (10) at opposite ends (62, 64) thereof to generate streams (78, 80) of incoming refrigerant which impinge upon one another to dissipate the kinetic energy and/or momentum of the streams (78 and 80) which in turn results in an improved distribution of the refrigerant within the header (10). Refrigerant outlets are provided for a header. The outlets are at opposite ends thereof to generate two streams of outgoing refrigerant which reduces outlet resistance and thus provides for more uniform flow of the refrigerant.
    • 由于输入制冷剂的分布不均匀导致制冷系统的蒸发器中的热交换效率低下,其结构中可以减少多个液压平行的流动路径,该管道具有在集管内部的端部(84) 10)。 在其相对端(62,64)处为集管(10)提供制冷剂入口(70,72)以产生进入的制冷剂的流(78,80),其相互碰撞以消散动能和/或动量 流(78和80),其又导致制冷剂在集管(10)内的分布改善。 为标头提供制冷剂出口。 出口在其相对端,以产生两股流出的制冷剂,这降低出口阻力,从而提供制冷剂的更均匀的流动。
    • 18. 发明授权
    • High pressure heat exchanger
    • 高压热交换器
    • US06892803B2
    • 2005-05-17
    • US10299283
    • 2002-11-19
    • Stephen B. MemoryJianmin YinGregory G. Hughes
    • Stephen B. MemoryJianmin YinGregory G. Hughes
    • F28D1/00F28D1/047F28D7/00F28F1/02F28D7/08
    • F28F1/022F28D1/0478F28D7/0033F28D2021/0073
    • A heat exchanger including inlet and outlet header portions for a refrigerant (such as CO2), serpentine multiport tubes each with a plurality of aligned tube runs, and at least three plate assembly fluid paths. Each plate assembly fluid path includes a pair of spaced plates secured together at their edges to define an enclosed space with a fluid inlet and fluid outlet on opposite sides of the space. One plate of one fluid path is positioned against first aligned tube runs, one plate of a second of the fluid paths is positioned against second aligned tube runs, and a third fluid path is positioned between the first and second aligned tube runs. The plates may be substantially identical to one another.
    • 包括用于制冷剂(例如CO 2 2)的入口和出口集管部分的热交换器,每个具有多个对准的管道的蛇形多管端管和至少三个板组装流体路径。 每个板组件流体路径包括一对间隔开的板,它们在其边缘处固定在一起以限定具有在该空间的相对侧上的流体入口和流体出口的封闭空间。 一个流体路径的一个板被定位成抵抗第一对准的管道运行,第二个流体路径的一个板抵靠第二对准的管道定位,并且第三流体路径被定位在第一和第二对准的管道之间。 板可以基本上彼此相同。