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    • 1. 发明授权
    • Method of manufacturing a tube for a heat exchanger
    • 制造热交换器用管的方法
    • US5185925A
    • 1993-02-16
    • US827679
    • 1992-01-29
    • Richard P. RyanGary A. HalsteadDavid M. SmithShrikant M. Joshi
    • Richard P. RyanGary A. HalsteadDavid M. SmithShrikant M. Joshi
    • B21C37/14B23P15/26F25B39/04F28D1/03F28F1/02F28F3/04
    • F28F3/044B21C37/14B23P15/26F25B39/04F28D1/0316F28F1/022F25B2339/044F28F2225/04Y10T29/49359Y10T29/49384
    • A condenser having two piece die formed condenser tube parts that are joined along a beveled outer edge. The tube material is braze cladded on both sides for corrosion resistance and for high quality internal braze bonding of (1) longitudinal tube webs for optimizing burst strength, and (2) the tubes to associated air centers which are not cladded for an economical unit. The tubes can be readily made in a multiport or single port design by die forming the longitudinal webs in each tube part, and at discreet lengths along the tube length to provide a cut off area for sizing the tube and a smooth circumferential area where the tube parts with a beveled outer edge enter the header providing a close fit and high quality brazed joints. This tube design provides material and cost advantages over the conventional extruded tubes or roll formed condenser tubes and is readily fabricated using corrosion resistant alloys providing long service life. The number and spacing of the webs in this construction can be readily made by changing the spacing of the dies for forming the tube parts. The method provided by this invention provides increased output with higher machine speeds as compared to extrusion type processes.
    • 具有两片模具的冷凝器形成冷凝器管部分,其沿斜边外边缘连接。 管材在两侧被钎焊包覆以防腐蚀,以及(1)用于优化突破强度的纵向管腹板的高质量内部铜焊接合,以及(2)管道与相关联的空气中心不经济的单元。 管可以容易地通过在每个管部分中形成纵向腹板而形成多端口或单端口设计,并且沿管长度分开的长度,以提供用于使管尺寸调整的切断区域和管的平滑圆周区域 具有斜边外边缘的部件进入头部,提供紧密配合和高品质钎焊接头。 该管设计提供了比常规挤出管或辊式冷凝器管材料和成本优点,并且易于使用具有长使用寿命的耐腐蚀合金制造。 这种结构中的腹板的数量和间距可以通过改变用于形成管件的模具的间距来容易地制成。 与挤出型方法相比,本发明提供的方法提供了更高的机器速度的输出。
    • 3. 发明授权
    • Extruded tank pocket design for separator
    • 挤压罐口袋设计用于分离器
    • US5226490A
    • 1993-07-13
    • US966498
    • 1992-10-26
    • Richard P. RyanGary A. HalsteadDavid M. Smith
    • Richard P. RyanGary A. HalsteadDavid M. Smith
    • F28F9/02F28F9/18
    • F28F9/182F28F9/0212F28F9/0224F28D2021/0084
    • A heat exchanger apparatus includes a pair of tanks with parallel tube passes and air centers connected therebetween for cooling the engine fluid, such as a coolant, by the air intake stream to the vehicle. The tanks are formed by an extrusion forming three sides thereof and a header is brazed thereto for forming the fluid chamber in the tanks. The extrusion includes a die formed pocket therein to receive the sides and one end of a partition member and the second end of the partition member is curved to abut the header. The curved second end has flanged ears therein that seat in segments of the die formed pocket which are laterally outwardly of spaced sides segments of the pocket to position the partition within the pocket so that an outer surface thereon will be positioned against a header to form a braze seal between the partition and both the header and the extruded tank.
    • 一种热交换器装置包括一对具有平行的管道通道和连接在其间的空气中心,用于通过进入车辆的进气流来冷却诸如冷却剂的发动机流体。 这些罐由形成其三个侧面的挤出物形成,并且将集管钎焊到其上以在罐中形成流体室。 挤压件包括一个模具形成的凹槽,以容纳分隔件的侧面和一端,并且分隔件的第二端是弯曲的以邻接集管。 弯曲的第二端在其中具有凸缘的耳朵,其位于模具形成的袋的段中,其位于袋的间隔开的侧部的横向外侧,以将隔板定位在袋内,使得其上的外表面将抵靠头部定位,以形成 分隔件与集管和挤压罐之间的钎焊密封。
    • 6. 发明授权
    • Method and apparatus for convection brazing of aluminum heat exchangers
    • 铝热交换器对流钎焊的方法和装置
    • US5172847A
    • 1992-12-22
    • US765632
    • 1991-09-25
    • Brian L. BartenGary A. Halstead
    • Brian L. BartenGary A. Halstead
    • B23K1/00B23K1/012F27B9/10F27B9/24
    • F27B9/243B23K1/0012B23K1/012F27B9/10
    • A convection braze furnace for brazing aluminum heat exchangers in an inert gas rich atmosphere includes entrance and exit vestibules forming atmosphere barriers of suspended stainless steel strips. The interior of the braze furnace is divided into multiple zones for progressively heating the heat exchangers to a brazing temperature and then cooling the heat exchangers in the final zone. An impeller circulates the heated inert gas atmosphere within each zone to accelerate heat transfer. A chain type conveyor supports the heat exchangers as they are moved through the braze furnace. An isolated return tube surrounds the lower return side of the conveyor chain as it passes through the braze furnace. The braze furnace housing is comprised of inner and outer shells having an inert gas pressurized cavity interstitial therebetween. The inner shell includes a plurality of expansion strips having generally ellipsoidal corner expansion joints.
    • 用于在惰性气体浓缩气氛中钎焊铝热交换器的对流钎焊炉包括形成悬浮不锈钢带的气氛屏障的入口和出口前庭。 钎焊炉的内部被分成多个区域,用于将热交换器逐渐加热到钎焊温度,然后冷却最终区域中的热交换器。 叶轮在每个区域内循环加热的惰性气体气氛以加速热传递。 链式输送机在热交换器移动通过钎焊炉时支撑热交换器。 当输送链通过钎焊炉时,隔离的回流管围绕输送链的下部返回侧。 钎焊炉壳体由内部和外部壳体组成,其间具有惰性气体加压腔间隙。 内壳包括多个具有大体上椭圆形的角度膨胀节的膨胀带。
    • 8. 发明授权
    • Extruded tank condenser with integral manifold
    • 具有整体歧管的挤出式冷凝器
    • US5186248A
    • 1993-02-16
    • US856271
    • 1992-03-23
    • Gary A. Halstead
    • Gary A. Halstead
    • B60H1/32F25B39/04F28F9/02F28F9/18
    • F28F9/18B60H1/3227F25B39/04F28F9/0207F28F9/0224F28F9/0265F25B2339/044F28D2021/0084
    • A heat exchanger apparatus includes first and second parallel tank units with a core of parallel tube passes and air centers extending therebetween for cooling the fluid in the tanks and flowing through the tube passes. The first tank unit includes an integral main tank and outlet tank. The main tank is connected to an inlet fitting for receiving refrigerant vapor and is in fluid communication with the tube passes. The outlet tank is parallel with the main tank and spaced from the tube passes and includes the outlet fitting for directing the high pressure refrigerant liquid to the evaporator of a refrigerant system in an automotive air conditioning system and an aperture between the main tank and outlet tank supplies refrigerant from the core to the outlet tank.
    • 一种热交换器装置包括第一和第二平行罐单元,其具有平行管道的芯和在其间延伸的空气中心,用于冷却罐中的流体并流过管道。 第一个坦克单元包括一个整体的主箱和出水箱。 主罐连接到用于接收制冷剂蒸汽的入口配件,并与管道流体连通。 出口箱与主箱平行并且与管道间隔开,并且包括用于将高压制冷剂液体引导到汽车空调系统中的制冷剂系统的蒸发器的出口配件以及主罐和出口箱之间的孔 从核心向出水箱供应制冷剂。
    • 10. 发明授权
    • Method for forming heat exchangers
    • 热交换器的形成方法
    • US5251374A
    • 1993-10-12
    • US938945
    • 1992-09-01
    • Gary A. HalsteadPaul J. Conn
    • Gary A. HalsteadPaul J. Conn
    • B23K1/00B23K1/20B23K35/02F28F9/18B23P15/26
    • F28F9/0224B23K1/0012B23K1/203B23K35/025F28F9/18Y10T29/4938Y10T29/49393
    • An improved method for assembling a brazed heat exchanger unit suitable for use in an automobile air conditioning system. Prior to assembly, a sufficiently viscous flux-brazing composition is selectively applied to the internal and external features of the heat exchanger which serve as the joining surfaces of the heat exchanger. The flux-brazing composition is specifically applied to the internal surfaces of the aluminum alloy header and the external surfaces of the tubes so as to form uniformly and consistently brazed internal and external joints. The flux-brazing composition of this invention consists of potassium tetrafluoroaluminate particles, an aluminum-silicon powder, zinc and a binder. The flux-brazing composition enables the selective application of both a flux compound and a brazing compound, eliminating excessive use of flux and eliminating the need to clad the components of the heat exchanger with an aluminum alloy brazing material.
    • 一种用于组装适用于汽车空调系统的钎焊热交换器单元的改进方法。 在组装之前,将足够粘性的焊剂钎焊组合物选择性地施加到用作热交换器的接合表面的热交换器的内部和外部特征。 焊剂组合物特别适用于铝合金集管的内表面和管的外表面,以形成均匀且一致的铜焊内部和外部接头。 本发明的助焊剂组合物由四氟铝酸钾颗粒,铝硅粉,锌和粘合剂组成。 焊剂钎焊组合物能够选择性地施加焊剂化合物和钎焊化合物,消除过量使用焊剂,并且不需要用铝合金钎焊材料包覆热交换器的部件。