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    • 2. 发明公开
    • CRYOGENIC PUMP FLANGE
    • FLANSCHFÜRKRYOPUMPE
    • EP3019747A1
    • 2016-05-18
    • EP14822595.6
    • 2014-07-11
    • Westport Power Inc.
    • REN, ZiyuanSAENZ, Raymundo A.MCDONALD, Robbi L.VAYEDA, Ankur H.HARPER, Gregory C.KRATSCHMAR, Kenneth W.EBBEHOJ, Michael
    • F04B37/08F04B39/00
    • F04B39/121F04B37/08F04B39/12
    • A flange (50) for a pump (10) comprises a first face (65); a second faces (85); a passageway (110) for cryogenic fluid flow extending from the first face (65) to the second face (85), and the passageway (110) for a pipe (40) and comprising a first portion (120) of a first diameter and a second portion (130) of a second diameter greater than the first diameter, wherein when the pipe (40) has an outer diameter that is smaller than the second diameter, a gap (140) is formed between the pipe (40) and the passageway (110) where the pipe (40) passes through the second portion (130); and a first annular groove (155) in one of the first face (65) and the second face (85) and extending around the passageway (111), wherein the first annular groove (155) in cooperation with the passageway (111) forms a bellows. The gap (140) and bellows increase the thermal resistance between the passageway (111) and the flange (50), and the bellows allows for flexure during thermal contractions of the flange reducing thermal stress on welded fluid seals.
    • 一种用于泵(10)的凸缘(50)包括第一面(65); 第二面(85); 用于从第一面(65)延伸到第二面(85)的低温流体流的通道(110)和用于管道(40)的通道(110),并且包括第一直径的第一部分(120)和 第二直径大于第一直径的第二部分(130),其中当管(40)具有小于第二直径的外径时,在管(40)和管(40)之间形成间隙(140) 通道(110),其中管道(40)穿过第二部分(130); 以及在所述第一面(65)和所述第二面(85)之一中并围绕所述通道(111)延伸的第一环形槽(155),其中与所述通道(111)配合的所述第一环形槽(155)形成 一个风箱。 间隙(140)和波纹管增加了通道(111)和凸缘(50)之间的热阻,并且波纹管允许在凸缘的热收缩期间弯曲以减少焊接流体密封件上的热应力。
    • 3. 发明公开
    • CRYOGENIC STORAGE VESSEL COMPRISING A RECEPTACLE FOR RECEIVING A PUMP ASSEMBLY
    • TIEFTEMPERATURTANK MIT EINEMBEHÄLTERZUR AUFNAHME EINER PUMPENANORDNUNG
    • EP3152476A1
    • 2017-04-12
    • EP15802522.1
    • 2015-05-29
    • Westport Power Inc.
    • MCDONALD, Robbi L.VAYEDA, Ankur H.KRATSCHMAR, Kenneth W.EBBEHOJ, Michael
    • F17C3/00
    • Draining a cryogenic storage vessel to remove a pump is timing consuming, expensive and can result in increased greenhouse gas emissions. A cryogenic storage vessel comprises an inner vessel defining a cryogen space and an outer vessel spaced apart from and surrounding the inner vessel, defining a thermally insulating space between the inner and outer vessels. A receptacle comprises an outer sleeve and an inner sleeve, and defines passages for delivery of liquefied gas from the cryogen space to outside the cryogenic storage vessel. The outer sleeve intersects opposite sides of the inner vessel, with the opposite ends of the outer sleeve defining an interior space in fluid communication with the thermally insulating space that is sealed from the cryogen space. The inner sleeve has an open end supported from the outer vessel, and extends into the interior space defined by the outer sleeve, and a closed end opposite the open end, defining a receptacle space that is fluidly isolated from the thermally insulating space. A fluid communication channel extends from the cryogen space to the receptacle space, and can be selectively closed to allow the pump to be removed.
    • 排出低温储存容器以除去泵是耗时时间的,昂贵的并且可能导致温室气体排放增加。 低温储存容器包括限定冷冻剂空间的内部容器和与内部容器隔开并围绕内部容器的外部容器,在内部和外部容器之间形成隔热空间。 容器包括外套筒和内套筒,并且限定用于将液化气体从冷冻剂空间输送到低温储存容器外部的通道。 外套筒与内容器的相对侧相交,外套管的相对端限定与隔热空间流体连通的内部空间,其与冷冻剂空间密封。 内套管具有从外容器支撑的开口端,并且延伸到由外套筒限定的内部空间中,并且与开口端相对的封闭端限定与隔热空间流体隔离的容纳空间。 流体连通通道从冷冻剂空间延伸到容器空间,并且可以选择性地关闭以允许泵被移除。