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    • 1. 发明授权
    • Plug-in coupling for cryogenic lines
    • 用于低温线的插入式联轴器
    • US08267433B2
    • 2012-09-18
    • US12085713
    • 2006-08-12
    • Stephan LangeChristian FrohneMichele Di PalmaKlaus Schippl
    • Stephan LangeChristian FrohneMichele Di PalmaKlaus Schippl
    • F16L11/12
    • F16L39/005
    • A plug-in coupling for cryogenic lines is described, having at least two pipes (3, 4, 9, 10) fitted one inside the other like a male/female connection while forming an annular gap (16), in which plug-in coupling the pipes (3, 4, 9, 10) are releasably connected to one another by a flange connection (5, 11) located at their “warm” end, the annular gap (16) between the two pipes (4, 9) is sealed at the “cold” end by an annular seal (7) and at the “warm” end by an annular seal (5d) located in the region of the flange connection (5, 11), and the annular gap (16) is connected to a safety valve (13) in the region of the flange connection (5, 11).
    • 描述了一种用于低温线的插入式联接器,其具有在形成环形间隙(16)的同时形成一个环形间隙(16)的至少两个管(3,4,9,10),一个内嵌在另一个内部,其中插入 通过位于其“暖”端的凸缘连接件(5,11)和两个管道(4,9)之间的环形间隙(16)可拆卸地连接管道(3,4,9,10) 通过环形密封件(7)在“冷”端处密封,并且在“暖”端通过位于法兰连接件(5,11)的区域中的环形密封件(5d)和环形间隙(16)密封, 在法兰连接(5,11)的区域中连接到安全阀(13)。
    • 2. 发明申请
    • UNDERWATER CONDUIT FOR FLUID TRANSPORT
    • 水下运输用水管
    • US20120018027A1
    • 2012-01-26
    • US13107292
    • 2011-05-13
    • Christian FrohneKetil OpstadJon-Arne Hall
    • Christian FrohneKetil OpstadJon-Arne Hall
    • F16L9/14
    • F16L11/16F16L11/083F16L59/153
    • A pipe for underwater transportation of fluid is indicated which includes a pressure-tight metal inner pipe for conducting the fluid, wherein for its stabilization in radial direction at least one profiled metal strand and for stabilizing in the axial direction at least one tension-proof strand are wound around the inner pipe. The inner pipe (1) is a metal pipe which is undulated transversely of its longitudinal direction and which for stabilization in the radial direction is surrounded by at least one first radial reinforcement (3) which is composed of a profiled helically extending profile strip whose windings are placed closely next to each other or engage each other and are hooked together. Arranged around the first radial reinforcement (3) is arranged a metal pipe undulated transversely of its longitudinal direction as the outer pipe (5); at least two layers of tension-proof strands (7, 8) are wound around the outer pipe (5), preferably with oppositely directed pitch.
    • 指示用于水下运输流体的管道,其包括用于传导流体的耐压金属内管,其中为了在径向方向上稳定至少一个异形金属线,并且用于在轴向上稳定至少一个抗张力线 缠绕在内管周围。 内管(1)是沿其纵向方向横向波动的金属管,并且用于在径向方向上稳定的金属管被至少一个第一径向增强件(3)包围,第一径向增强件(3)由异型螺旋形延伸的型材带组成, 彼此靠近放置或彼此接合并钩在一起。 围绕第一径向加强件(3)布置的金属管作为外管(5)沿纵向横向摆动; 至少两层防张力股线(7,8)围绕外管(5)缠绕,优选地具有相反的间距。
    • 3. 发明申请
    • FLEXIBLE CONDUIT PIPE
    • 柔性管道
    • US20100108169A1
    • 2010-05-06
    • US12501711
    • 2009-07-13
    • Christian FrohneMarc BaldermannStephan Lange
    • Christian FrohneMarc BaldermannStephan Lange
    • F16L11/15F16L11/20
    • F16L7/00F16L11/15F16L11/20F16L59/141
    • A flexible conduit pipe for transporting fluids is specified, which consists of two corrugated metallic tubes, an inner tube (1) and an outer tube (2), which are arranged concentrically to one another and are separated from one another by an encircling annular space in which a spacing means is arranged. The spacing means consists of a plurality of rings (4,5) which bear with a basic body (6) against inner tube (1) and outer tube (2) and are arranged at an axial distance from one another in the annular space (3). The rings (4,5) have on their inner circumferential surface a rib (7) which extends in the circumferential direction, corresponds to the corrugation of the inner tube (1) and engages in a respective corrugation trough of the inner tube (1). At least three projections (8) are provided at least on one part of the rings (4) on their basic body (6), which projections (8) are offset from one another in the circumferential direction, protrude radially outwards and engage in the corrugation of the outer tube (2).
    • 规定用于输送流体的柔性导管,其由两个波纹金属管,内管(1)和外管(2)组成,它们彼此同心设置并且通过环绕的环形空间彼此分离 其中布置有间隔装置。 间隔装置包括多个环(4,5),所述多个环(4,5)承载有抵靠内管(1)和外管(2)的基体(6),并且在环形空间中彼此轴向设置 3)。 环(4,5)在其内圆周表面上具有在圆周方向上延伸的肋(7),对应于内管(1)的波纹并且接合在内管(1)的相应波纹槽中, 。 在其基体(6)上的环(4)的至少一部分上设置有至少三个突起(8),所述突起(8)在圆周方向上彼此偏移,径向向外突出并且接合在 外管(2)的波纹。
    • 6. 发明申请
    • Plug-In Coupling for Cryogenic Lines
    • 插入式耦合低温线
    • US20090261578A1
    • 2009-10-22
    • US12085713
    • 2006-08-12
    • Stephan LangeChristian FrohneMichele Di PalmaKlaus Schippl
    • Stephan LangeChristian FrohneMichele Di PalmaKlaus Schippl
    • F16L39/00
    • F16L39/005
    • A plug-in coupling for cryogenic lines is described, having at least two pipes (3, 4, 9, 10) fitted one inside the other like a male/female connection while forming an annular gap (16), in which plug-in coupling the pipes (3, 4, 9, 10) are releasably connected to one another by a flange connection (5, 11) located at their “warm” end, the annular gap (16) between the two pipes (4, 9) is sealed at the “cold” end by an annular seal (7) and at the “warm” end by an annular seal (5d) located in the region of the flange connection (5, 11), and the annular gap (16) is connected to a safety valve (13) in the region of the flange connection (5, 11).
    • 描述了一种用于低温线的插入式联接器,其具有在形成环形间隙(16)的同时形成一个环形间隙(16)的至少两个管(3,4,9,10),一个内嵌在另一个内部,其中插入 通过位于其“暖”端的凸缘连接件(5,11)和两个管道(4,9)之间的环形间隙(16)可拆卸地连接管道(3,4,9,10) 通过环形密封件(7)在“冷”端处密封,并且在“暖”端通过位于法兰连接件(5,11)的区域中的环形密封件(5d)和环形间隙(16)密封, 在法兰连接(5,11)的区域中连接到安全阀(13)。
    • 7. 发明授权
    • Process for the continuous production of longitudinally welded metal tubes
    • 连续生产纵向焊接金属管的工艺
    • US07214899B2
    • 2007-05-08
    • US11127801
    • 2005-05-12
    • Christian FrohneErnst HoffmannRainer Brunn
    • Christian FrohneErnst HoffmannRainer Brunn
    • B23K9/167
    • B23K9/0253B23K2101/06
    • A process for the continuous production of longitudinally welded metal tubes where a metal strip (1) is drawn from a strip supply and gradually shaped into a slit tube in a shaping station (2). The slit tube is welded in a welding system (4) along the edges of the strip, and the welded tube (6) is extracted by an extraction device (5). The welding system (4) is a protective gas arc welding system with several electrodes supplied by separate sources (4c, 4d) of welding current. The electrodes are arranged in succession, in the direction of production. The welding system (4) has two welding devices (4a, 4b), whose electrode tips are directed at a common welding point. Only one of the welding devices (4a, 4b) is in operation at any given time, while the other welding device is in a standby position. When an electrode change becomes necessary, the arc of the welding device in the standby position is first struck by means of an auxiliary arc. The welding current intensity of the welding device presently in operation is then reduced, while the welding current intensity of the welding device in the standby position is simultaneously increased.
    • 一种用于连续生产纵向焊接的金属管的方法,其中金属条(1)从条带供应拉出并逐渐成形为成形台(2)中的狭缝管。 狭缝管沿着条的边缘焊接在焊接系统(4)中,并且焊管(6)由提取装置(5)提取。 焊接系统(4)是一种保护性气体电弧焊接系统,其中多个电极由焊接电流的独立源(4c,4d)提供。 电极沿生产方向相继排列。 焊接系统(4)具有两个焊接装置(4a,4b),其电极头指向公共焊接点。 焊接装置(4a,4b)中只有一个在任何给定的时间运行,而另一个焊接装置处于待机位置。 当需要电极改变时,待机位置的焊接装置的电弧首先用辅助电弧冲击。 焊接装置的焊接电流强度随后被降低,而待机位置的焊接装置的焊接电流强度同时增加。
    • 9. 发明申请
    • System having a superconductive cable
    • 具有超导电缆的系统
    • US20160351304A1
    • 2016-12-01
    • US11827654
    • 2007-07-12
    • Frank SchmidtChristian FrohneRainer SoikaKlaus SchipplArnaud Allais
    • Frank SchmidtChristian FrohneRainer SoikaKlaus SchipplArnaud Allais
    • H01B12/16F17C3/08H01B12/06
    • H01B12/16F16L59/141F17C3/085H01B12/02H01B12/06Y02E40/641Y02E40/647Y10S505/885Y10S505/886Y10S505/887Y10S505/888
    • A system is provided having a superconductive cable (KA) which consists of a superconductive inner conductor (1), a screen arranged concentrically therewith and a dielectric applied (3) between the inner conductor and the screen. The screen (S) is constructed from a superconductive part (4) and a part (5) consisting of an electrically highly conductive material enclosing the latter, and in which the screen is enclosed with the inclusion of an intermediate space (9), used for feeding a liquid refrigerant through, by a cryostat (KR) which consists of two stainless steel tubes (6, 7) extending concentrically with one another and separated from one another by an intermediate space (8). In order to protect against abrasion of metallic parts, the surface of the screen (S) of the cable (KA), which is enclosed by the cryostat (KR), and/or of the cryostat (KR) is provided all around on its inner surface with a liner layer (10) made of an abrasion-resistant material with a lower friction coefficient compared with steel, which, when it encloses the screen (S) of the cable (KA), is permeable for the refrigerant.
    • 提供一种具有超导电缆(KA)的系统,该超导电缆由超导内导体(1),与其同心地布置的屏幕和在内导体和屏幕之间施加的电介质(3)组成。 屏幕(S)由超导部分(4)和由包围其的高导电材料组成的部分(5)构成,并且其中屏幕被包含中间空间(9)包围,所述中间空间被使用 用于通过由两个彼此同心延伸并由中间空间(8)彼此分开的两个不锈钢管(6,7)组成的低温恒温器(KR)供给液体制冷剂。 为了防止金属部件的磨损,由低温恒温器(KR)和/或低温恒温器(KR)封闭的电缆(KA)的屏幕(S)的表面在其周围提供 内表面具有与钢相比具有较低摩擦系数的耐磨材料制成的衬里层(10),当其包围电缆(KA)的筛网(S)时,其对于制冷剂是可渗透的。