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    • 3. 发明授权
    • Method of explosively forming bi-metal tubeplate joints
    • 爆破形成双金属管板接头的方法
    • US4333597A
    • 1982-06-08
    • US153047
    • 1980-05-27
    • Roy Hardwick
    • Roy Hardwick
    • B23K20/08F28F9/16
    • B23K20/085F28F9/16F28F2275/068
    • A tubejoint for a heat exchanger made of two dissimilar materials is provided wherein the tubeplate joint is manufactured by use of an explosive having a detonation velocity more than 120 percent of the sonic velocity of the tube materials to be welded. Very satisfactory welds are formed at subsonic velocity between the surfaces of concentric tubes made of dissimilar metal and along the surface of a counterbore formed in the hole in which the composite tube is placed. The joint thus formed prevents any corrosive fluid on the tube side of the joint from coming in contact with any non-compatible material on the shell side of the heat exchanger and also prevents any corrosive fluid on the shell side of the heat exchanger from coming in contact with incompatible material on the tube side of the heat exchanger. In the joint construction, a thimble made of the same material as the inner tube and as a clad layer on the tube side of the tubeplate is welded both to the tubeplate and to the inner tube to prevent any passage of fluid therethrough from the tube side to the shell side. A mechanical joint is formed on the shell side to prevent passage of fluid from the shell side through the aperture in the tubeplate to the tube side.
    • 提供了一种用于由两种不同材料制成的热交换器的管接头,其中通过使用爆炸速度超过要焊接的管材料的声速的120%的爆炸物来制造管板接头。 在由异种金属制成的同心管的表面之间以及形成在其中放置复合管的孔中的沉孔的表面上以亚音速形成非常令人满意的焊接。 如此形成的接头防止接头的管侧上的任何腐蚀性流体与热交换器壳体侧上的任何不相容的材料接触,并且还防止热交换器壳体侧上的任何腐蚀性流体进入 在热交换器的管侧接触不相容材料。 在接头结构中,将由与内管相同的材料制成的套管和在管板的管侧上的包覆层焊接到管板和内管,以防止流体从管侧通过 到壳边。 在壳侧形成有机械接头,以防止流体从壳侧通过管板中的孔流到管侧。
    • 7. 发明申请
    • EXPLOSION WELDED EVAPORATOR FOR USE IN TWO-PHASE HEAT TRANSFER APPARATUSES
    • 用于两相热交换装置的爆炸焊接蒸发器
    • US20160091257A1
    • 2016-03-31
    • US14889447
    • 2014-05-07
    • CAPTHERM SYSTEMS INC.
    • Timo MINX
    • F28D15/02
    • F28D15/02B23K20/08B23K2101/14F25B39/02F28D15/0266F28F2275/068
    • A two-phase heat transfer apparatus for cooling electronics through an evaporation/condensation cycle, and an evaporator of a heat transfer apparatus are provided. The evaporator or apparatus includes multiple materials to leverage multiple beneficial material properties. A transition between the multiple materials is provided by use of explosion welding. A fluid-containing interior cavity is formed in the evaporator or apparatus such that cavity sidewalls include the transition, which is hermetically sealed due to the explosion weld. The use of multiple materials may be leveraged to incorporate features including a view glass or feed-through connector into the apparatus for viewing the working fluid or incorporating electrical components inside of the hermetic enclosure. In one embodiment, the apparatus base can be made of copper and the condenser can be made out of aluminum containing aluminum tubes, such as multiport tubes.
    • 提供了一种用于通过蒸发/冷凝循环冷却电子设备的两相传热装置和传热装置的蒸发器。 蒸发器或设备包括多种材料以利用多种有益的材料性质。 通过使用爆炸焊接提供多种材料之间的过渡。 在蒸发器或设备中形成含流体的内腔,使得腔侧壁包括由于爆炸焊接而气密密封的过渡。 可以利用多种材料来将包括观察玻璃或馈通连接器的特征结合到用于观察工作流体的装置中或者将密封外壳内部的电气元件结合在一起。 在一个实施例中,设备基座可以由铜制成,并且冷凝器可以由包含铝管的铝制成,例如多口管。
    • 8. 发明授权
    • Heat-transfer wall composed of two plate-like parts
    • 传热墙由两个板状部件组成
    • US4977955A
    • 1990-12-18
    • US346944
    • 1989-03-30
    • Sandro Schweizer
    • Sandro Schweizer
    • B01J19/00F25D9/00F28F1/22G21C15/12
    • F28D7/0041F28F1/22G21C15/12F28D2021/0078F28F2275/068Y02E30/40
    • A wall (100) serves to separate two rooms (200,300) at different temperatures and has a plurality of essentially parallel tubular sections (11) which conduct a fluid medium, said sections being enclosed between two plate-like parts (2,3) and connected in a heat-conducting manner to at least one of the said parts. The two plate-like parts (2,3) are rigidly interconnected along an interface (50) essentially parallel to the two principal directions of the wall (100). The interface (50) is arranged so as to lie outside the external contour of the tubular sections 11). The plate-like part (3) containing the tubular sections faces the room (300) at the higher temperature.
    • PCT No.PCT / EP88 / 00683 Sec。 371日期1989年3月30日 102(e)日期1989年3月30日PCT提交1988年7月28日PCT公布。 出版物WO89 / 01122 一种壁(100)用于在不同温度下分离两个房间(200,300),并且具有多个基本上平行的管状部分(11),其导管流体介质,所述部分被封闭在两个板状 部分(2,3)并且以导热方式连接到所述部分中的至少一个。 两个板状部分(2,3)沿着基本上平行于壁(100)的两个主要方向的界面(50)刚性地互连。 接口(50)布置成位于管状部分11)的外部轮廓之外。 包含管状部分的板状部分(3)在较高温度下面向房间(300)。