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    • 61. 发明申请
    • ENCAPSULATION SECTION FOR A GAS-INSULATED HIGH-VOLTAGE SYSTEM
    • 一个气体绝缘高压系统的容量部分
    • WO2008095895A2
    • 2008-08-14
    • PCT/EP2008051341
    • 2008-02-04
    • SIEMENS AGKLEINSCHMIDT ANDREASRAUTENBERG STEFFEN
    • KLEINSCHMIDT ANDREASRAUTENBERG STEFFEN
    • H02B13/045
    • H02B13/045F16L27/1012F16L27/12F16L51/028H02G5/002
    • The invention relates to an encapsulation section (1) for a gas-insulated high-voltage system having at least two encapsulation components (2, 3) that are located next to one another along an axis (a), each encapsulation component (2, 3) being provided with at least one connection flange (4, 5) and a compensation element (7) being located between two opposing connection flanges (4, 5). An element (8) that transmits an axial force is situated between the connection flanges (4, 5). The aim of the invention is to provide a compact construction for an encapsulation section of this type. To achieve this, the element (8) that transmits an axial force has a number of tractive anchors (9, 10) and a spring washer (11) that lies axially between the connection flanges (4, 5), a first group of tractive anchors (9) being directly or indirectly connected to one of the connection flanges (4, 5) and the spring washer (11) and a second group of tractive anchors (9) being directly or indirectly connected to the other connection flange (4, 5) and the spring washer (11).
    • 本发明涉及的具有至少两个的气体绝缘高压设备沿轴线的封装部(1)的(a)由侧Kapselungsbausteine(2,3),其中,每个封装模块提供布置侧(2,3),每个具有至少一个连接凸缘(4,5) ,其特征在于,两个相互面对的连接凸缘(4,5)的补偿元件(7)布置之间,并且其中所述连接凸缘之间(图4,5)一个axialkraftübertragendes元件(8)布置。 实现紧凑的设计,这样的封装部,本发明提供了轴向力元件(8)包括多个拉杆(9,10)以及轴向连接法兰之间(4,5),设置弹簧环(11),其特征在于 第一组拉杆(9)直接或间接地与所述凸缘中的一个(4,5)和弹簧环(11)连接,并且其中拉杆的第二组(9)直接或间接地与其它的连接凸缘(4,5)和 弹簧环(11)连接。
    • 62. 发明申请
    • BUS BAR CONNECTION FOR A GAS-INSULATED SWITCHBOARD SYSTEM
    • BUSBAR离合器用于气体绝缘开关装置
    • WO2004034534A3
    • 2004-06-10
    • PCT/EP0309080
    • 2003-08-16
    • ALSTOMSTARCK THIERRYLISTL PETER
    • STARCK THIERRYLISTL PETER
    • H02B13/00H02B13/045
    • H02B13/045H02B13/005H02G5/002
    • According to the invention, a bus bar connection (SSK) is used which electrically interconnects the switchboard sections (Fl, F2) by means of at least one electrical connection element (KS), said bus bar connection (SSK) comprising bellows (FB) which can be mounted between the switchboard sections (Fl, F2), can be filled with insulating gas, and surround the electrical coupling element (KS) of the bus bar connection (SSK) in a gas-tight manner. Said measures enable a very flexible contact connection between the switchboard sections (F1, F2), which not only offers a higher degree of tolerance when interconnecting the parts to form a switchboard system, but is also resistant to movements of the switchboard sections (F1, F2) in terms of the gastightness.
    • 在此建议使用母线耦合(SSK),其(KS)连接通过至少一个电连接元件的装置,所述面板(FL,F2)被电连接在一起,其中,所述开关板之间的母线耦合(SSK)一个(FL,F2)安装波纹管( FB),其填充有围绕母线耦合(SSK)气密的电耦合元件(KS)的绝缘气体和。 通过这些措施,创建所述开关面板(F1,F2)之间的非常灵活的接触连接,它不仅部件互连到变电站时提供了更多的耐受性,而且在气体密封抗性方面是针对(F1,F2)的开关板的运动 ,
    • 63. 发明申请
    • A COUPLER MEMBER FOR COUPLING TOGETHER THE CASINGS OF TWO GAS-INSULATED ELECTRICAL ELEMENTS
    • 用于连接两个气体绝缘电气元件的联轴器组件
    • WO2015197766A1
    • 2015-12-30
    • PCT/EP2015/064390
    • 2015-06-25
    • ALSTOM TECHNOLOGY LTD
    • TREIER, Lukas
    • H02B13/045
    • H02B13/045H02G5/002
    • The invention relates to a coupler member for coupling together first and second gas-insulated electrical elements, respectively including a first casing and a second casing, in order to connect these casings to each other, said member including a socket (8) fitted with fastener means for fastening to the first casing and a sleeve (9) fitted with fastener means for fastening to the second casing. The sleeve (9) is engaged in the socket (8) having its free end presenting a groove (17) receiving a sealing gasket (16). The groove (17) is defined by a plane end wall (19) and by a flank (20) forming a surface of revolution. The free end of the socket (8) is fitted with a plate (18) in the form of a ring having clamping screws (22) that are screwed into the free end of the socket (8) in order to close the groove (17) and to compress the gasket (16) so that it deploys radially while bearing against the flank (20) and against the sleeve (9).
    • 本发明涉及一种用于将第一和第二气体绝缘电气元件分别包括第一壳体和第二壳体耦合在一起以将这些壳体彼此连接的耦合器构件,所述构件包括装配有紧固件的插座(8) 用于紧固到第一壳体的装置和装配有用于紧固到第二壳体的紧固装置的套筒(9)。 套筒(9)接合在插座(8)中,其自由端具有接收密封垫圈(16)的凹槽(17)。 槽(17)由平面端壁(19)和形成旋转表面的侧面(20)限定。 插座(8)的自由端装有一个具有夹紧螺钉(22)的环的形式的板(18),该夹紧螺钉(22)拧入插座(8)的自由端,以封闭凹槽(17) )并且压缩垫圈(16),使得其在径向地展开,同时承受抵靠侧面(20)并抵靠套筒(9)。
    • 66. 发明申请
    • ANGULAR COMPENSATOR
    • 角扩张
    • WO2011138196A3
    • 2012-04-12
    • PCT/EP2011056599
    • 2011-04-27
    • SIEMENS AGSCHMIDTKE MARKUSRAUTENBERG STEFFEN
    • SCHMIDTKE MARKUSRAUTENBERG STEFFEN
    • F16L27/11H02B5/06H02G5/06
    • F16L27/0857H02B5/06H02G5/002H02G5/063
    • The invention relates to an angular compensator for a gas-insulated high-voltage installation having a first annular flange (1) and a second annular flange (2) having in each case one flange plane (3a, 3b) and hinge flaps (13, 14), which project from the respective flange plane (3a, 3b) and are connected to one another such that they can rotate, by means of which hinge flaps the first and the second annular flange (1, 2) can pivot relative to one another about a pivot axis which passes through the hinge flaps (13, 14), wherein the annular flanges (1, 2) are connected to one another by means of a compensation bellows which rests in a fluid-tight manner on the annular flanges (1, 2), wherein the hinge flaps (13, 14) merge into a supporting rib (18) in the circumferential direction of the annular flanges (1, 2), at least in a first direction, wherein supporting ribs (18) of two hinge flaps (13, 14) which are connected to one another as hinges (15a, 15b) such that they can rotate cover one another.
    • 本发明涉及一种用于与第一环形凸缘(1)和一个第二环形凸缘(2),每一个具有一个凸缘面的气体绝缘高压设备的角补偿器(3A,3B)和相应的凸缘面的(3A,3B)继续投影可旋转地连接到彼此铰链叶(13 ,通过抵靠枢转轴线14),借助于该第一和第二环形凸缘(1,2)相对于彼此一个(铰链叶13,14)可枢转,由此所述环凸缘(1,2)通过的装置(在环形法兰1,2 两个可旋转地运动)流体密封地抵靠反馈波纹管彼此连接,其中,所述铰链叶(13,14)在环形法兰(1的圆周方向上,2)至少(在方向在支撑肋18)通过一个第一感测,所述支撑肋(18)(作为铰链部15a, 15b)的相互连接的铰链叶(13,14)彼此重叠。
    • 68. 发明申请
    • WIND ENERGY SYSTEM COMPRISING BUSBARS
    • 与TRACKS风能系统
    • WO2009127592A2
    • 2009-10-22
    • PCT/EP2009054296
    • 2009-04-09
    • WOBBEN ALOYSKNOOP FRANK
    • KNOOP FRANK
    • F03D1/00F03D11/00F03D11/04
    • H02G5/025E04H12/085F03D80/85H02G5/002Y02E10/72
    • The invention relates to a wind energy system comprising a tower made up of a plurality of tower segments, a generator disposed in the area of the top of the tower, a power module disposed in the area of the tower base or separate from the tower, pre-installed busbar elements segmented in the associated tower segments for current transfer from the generator to the power module, and comprising connection elements for connecting adjacent pre-installed tower segment busbar elements, characterized in that clamp supports are attached to the inner wall in the lower end area of the tower segments in the assembled state and that the busbar elements are pre-installed in the respective associated tower segments in this way and that end sections of the busbar elements are clamped or inserted into the clamp supports.
    • 本发明涉及一种风力发电设备具有从几个塔区段塔建,具有布置在所述塔头发生器的区域中,具有设置在从塔在塔底部的区域或从发生器到具有分段预装配在相关联的塔区段导体轨道元件到电力移除功率模块?传输 功率模块和预组装的连接元件相邻塔区段母线元件的连接,其特征在于,在内壁的底部的塔区段夹紧夹具的端部区域被安装在组装状态下,并且在母线元件是如此预装配在相应的相关联的塔区段,以便和母线元件的端部 被夹紧在夹紧支架或插入。
    • 70. 发明申请
    • GAS-INSULATED BUS BAR
    • 气体绝缘母线
    • US20130192864A1
    • 2013-08-01
    • US13879525
    • 2010-11-15
    • Daisuke Fujita
    • Daisuke Fujita
    • H01B7/40
    • H01B7/40H02G5/002H02G5/068
    • A gas-insulated bus bar includes a metal container, a main circuit conductor that is accommodated in the metal container, an insulation spacer of a one-legged structure that includes one end portion attached to the metal container and the other end portion holding the main circuit conductor in the metal container, a shield that is substantially barrel-shaped, attached to the other end portion, and having an outer diameter larger than an outer diameter of the main circuit conductor, and a branch pipe provided on a side of the metal container and branched in a direction substantially perpendicular to an axis line, thereby including an inside portion where the one end portion is arranged. When viewing from a direction parallel to a branching direction of the branch pipe, the insulation spacer and the shield have respective sizes that are arranged within an area defined by an inner diameter of the branch pipe.
    • 气体绝缘母线包括金属容器,容纳在金属容器中的主电路导体,单脚结构的绝缘垫片,其包括一个端部附接到金属容器,另一端保持主体 金属容器中的电路导体,基本上是桶形的屏蔽件,附接到另一端部,并且具有大于主电路导体的外径的外径,以及设置在金属的一侧的分支管 容器并且在基本上垂直于轴线的方向上分支,从而包括其中一个端部布置的内部部分。 当从分支管的分支方向平行的方向观察时,绝缘间隔件和屏蔽件具有布置在由分支管的内径限定的区域内的各自的尺寸。