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    • 2. 发明授权
    • Heat exchanger
    • 热交换器
    • US06988542B2
    • 2006-01-24
    • US10360071
    • 2003-02-06
    • Gregory G. HughesJianmin Yin
    • Gregory G. HughesJianmin Yin
    • F28D7/10
    • F28F1/405F25B9/008F25B39/04F28D7/0008
    • A heat exchanger specifically intended to act as a water heater by heating water utilizing heat rejected from a gaseous refrigerant in a refrigeration system includes first and second, generally parallel, spaced tubular water headers (10,12) with a plurality of water tubes (14) extending in spaced relation between the water headers (10,12) and in fluid communication therewith. An inlet (16) is provided to one of the headers (10) and water outlets (20,28,30) are provided from at least one of the water headers (10,12). A plurality of gas tubes (32), at least one for each water tube (14), are helically wound about a corresponding one of the water tubes (14) and have opposed ends (34,36) connected to respective ones of first and second, generally parallel, spaced gas headers (40,42).
    • 专门用于作为热水器的热交换器,其利用在制冷系统中从气态制冷剂排出的热量来加热水,包括具有多个水管(14)的第一和第二,大致平行的间隔开的管状集水器(10,12) )在水集管(10,12)之间以间隔关系延伸并与其流体连通。 一个入口(16)设置在一个集管(10)中,并且水出口(20,28,30)从至少一个集水器(10,12)提供。 对于每个水管(14)至少一个的多个气体管(32)围绕相应的一个水管(14)螺旋缠绕,并且具有相对的端部(34,36),其连接到第一和第 第二,大致平行的间隔的气体集管(40,42)。
    • 5. 发明授权
    • Liquid cooled two phase heat exchanger
    • 液冷双相热交换器
    • US5875837A
    • 1999-03-02
    • US7663
    • 1998-01-15
    • Gregory G. Hughes
    • Gregory G. Hughes
    • B60H1/32F24H9/12F28D7/00F28D7/08F28D7/16F28F1/02F28F1/10F28F9/00
    • F28F1/022F28D7/0033F28D7/08F28D7/087F28F1/02
    • A highly efficient liquid cooled, two phase heat exchanger includes a plurality of plate-like flattened tubes (22) in spaced, side-by-side relation. Header plates (10, 12) are located at the ends of the plate-like flattened tubes (22) and receive the same in sealed relation. Tanks (14, 16) are sealed to each of the header plates (10, 12). A liquid inlet (18) is provided to one of the tanks 14 while a liquid outlet (20) is provided to one of the tanks (16). A plurality of flattened serpentine tubes (40) in side-by-side relation are provided and each has a plurality of generated parallel, straight runs (42) located between its ends. A pair of headers (30,32) receive the ends of the serpentine tubes (40) and are in generally parallel relation. Each of the plate-like flattened tubes (22) is in nested relation between two adjacent straight runs (42) of the serpentine tubes (40) in heat exchange relation therewith and each of the serpentine tubes (40) is located between the header plates (10, 12).
    • 高效液体冷却的双相热交换器包括多个间隔开的并排关系的板状扁平管(22)。 标头板(10,12)位于板状扁平管(22)的端部,并以密封关系接收。 箱体(14,16)被密封到每个集管板(10,12)上。 液体入口(18)设置到一个容器14,同时液体出口(20)设置在其中一个容器(16)中。 提供并列关系的多个平坦的蛇形管(40),并且每个具有位于其两端之间的多个产生的平行的直线(42)。 一对集管(30,32)接收蛇形管(40)的端部并且大致平行关系。 每个板状扁平管(22)与蛇形管(40)的两个相邻的直线(42)处于热交换关系中的嵌套关​​系,并且每个蛇形管(40)位于集管板 (10,12)。
    • 6. 发明授权
    • Header and tank construction for a heat exchanger
    • 热交换器的头和罐结构
    • US5794692A
    • 1998-08-18
    • US144735
    • 1993-10-28
    • Mark G. VossZalman P. SapersteinPeter C. KottalGregory G. Hughes
    • Mark G. VossZalman P. SapersteinPeter C. KottalGregory G. Hughes
    • F01P3/18F28D1/053F28F9/02F28F9/04
    • F28F9/0224F28D1/05383F28F9/02F28D2021/0084
    • Restrictions on the major dimension of flattened tubes used in heat exchangers employing oval shaped, two piece headers/tank assemblies can be minimized in a construction including a plurality of flattened tubes (14) each having a minor dimension and a major dimension transverse thereto and extending in spaced parallel relation. Fins (16) are in heat exchange relation with the tubes (14) and a pair of spaced, parallel, elongated headers/tank assemblies (10, 12) are provided between which the tubes (14) extend. At least one of the headers/tank assemblies (10, 12) is a multiple piece header/tank assembly including a header piece (20) and a separate tank piece (22). The header piece (20) is elongated and provided with a plurality of slots (28) sized to receive ends of the tubes (14) with the tube major dimensions being generally transverse to the direction of elongation of the header piece (20). The header piece further includes a peripheral flange (24). The tank piece (22) is elongated, concave and has a peripheral flange (44) nested within the peripheral flange (22) of the header piece (20). The two are bonded together to form a unitary tubular structure and the peripheral flange (42) of the tank piece has alternating crests (52) and valleys (50) with the valleys (50) having a width greater than the tube minor dimension and being aligned with the tube ends. As a consequence, a flow to the tubes (14) is not obstructed by the peripheral flange (42) on the tank piece because of the valleys (50) therein.
    • 在使用椭圆形的两片式集管/罐组件的热交换器中使用的扁平管的主要尺寸的限制可以在包括多个扁平管(14)的结构中最小化,每个扁平管具有小尺寸和横向于其的主尺寸 间隔平行关系。 金属丝(16)与管(14)处于热交换关系,并且提供一对间隔开的平行的细长的集管/罐组件(10,12),管(14)延伸在其间。 集管/箱组件(10,12)中的至少一个是包括集管件(20)和单独的罐件(22)的多件式集管/箱组件。 集管件(20)是细长的,并且设置有多个狭槽(28),其尺寸设置成接收管(14)的端部,其中管的主要尺寸通常横向于头部件(20)的伸长方向。 集管件还包括周边凸缘(24)。 罐件(22)是细长的,凹形的并且具有嵌套在头部件(20)的周边法兰(22)内的周边凸缘(44)。 两者结合在一起以形成一体的管状结构,并且罐件的周边凸缘(42)具有交替的顶部(52)和谷(50),其中谷(50)的宽度大于管的微小尺寸,并且是 与管端对齐。 因此,由于其中的谷(50),流向管(14)的流动不会被罐件上的周边凸缘(42)阻挡。
    • 7. 发明授权
    • High pressure, long life, aluminum heat exchanger construction
    • 高压,长寿命,铝合金换热器施工
    • US5320165A
    • 1994-06-14
    • US39701
    • 1993-04-01
    • Gregory G. Hughes
    • Gregory G. Hughes
    • F28F9/00F28D1/053F28F9/02F28F9/18
    • F28F9/18F28D1/05383F28F9/02F28F9/0243
    • Low pressure resistance in a radiator for use in the cooling system of an internal combustion engine or other heat exchanger may be overcome in a construction including a core (20) defined by a plurality of elongated spaced, parallel tubes (26) with fins (28) extending between adjacent tubes, and header and tank assemblies (22, 24) at opposite ends of the core and attached thereto to be in fluid communication with the tubes (26). Each header and tank assembly (22, 24) includes an elongated housing (40, 104) including an interior passage (34) of circular cross-section and an external, generally planar surface (48, 98). Elongated recesses (46, 110, 112) are disposed in the exterior of the housing, one to each side of the planar surface (48, 98) and an elongated channel having spaced legs (56) interconnected by a base (54) is fitted to the housing with the base (54) abutted to or adjacent to the planar surface (48, 98) with the legs extending partially about the housing to be received in the recesses (46, 110, 112). Openings (52, 84, 103, 106) establish fluid communication between the passages (34) and the planar surface (48, 98) and a plurality of openings (60) in the base (54) sealingly receive the ends (70) of the tubes (26) in the core (20).
    • 在用于内燃机或其它热交换器的冷却系统的散热器中的耐低压性可以克服在包括由多个细长间隔开的平行管(26)限定的芯(20)的结构中,所述扁平管(26)具有翅片 ),并且在芯的相对端部处连接到其上并与管(26)流体连通的集管和箱组件(22,24)。 每个集管和罐组件(22,24)包括细长的壳体(40,104),其包括圆形横截面的内部通道(34)和外部的大致平坦的表面(48,98)。 细长的凹槽(46,110,112)设置在壳体的外部,平面表面(48,98)的一侧,并且具有由基座(54)互连的间隔开的腿部(56)的细长通道被安装 所述基座(54)邻接或邻近所述平坦表面(48,98),所述腿部部分地围绕所述壳体延伸以容纳在所述凹部(46,110,112)中。 开口(52,84,103,106)在通道(34)和平面表面(48,98)之间建立流体连通,并且基座(54)中的多个开口(60)密封地容纳 芯(20)中的管(26)。
    • 10. 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。