Electrical conductor for high-current bushing
    1.
    发明专利
    Electrical conductor for high-current bushing 审中-公开
    用于高电流布线的电导体

    公开(公告)号:JP2010282961A

    公开(公告)日:2010-12-16

    申请号:JP2010119188

    申请日:2010-05-25

    CPC classification number: H01F27/04 H01F27/12 Y10T29/49117

    Abstract: PROBLEM TO BE SOLVED: To provide an electrical conductor for a high-current bushing, which has a compact design and is reduced in electrical loss. SOLUTION: The electrical conductor includes a conductor piece 30, and the conductor piece extends along an axis A and has a cylindrical envelope surface and two electrical connections 10 and 20. One 10 of the two electrical connections has two contact surfaces 11 and 11' which are aligned parallel to one another. This is achieved, in part, because the other 20 of the two electrical connections is connected without a joint to the conductor piece 30, and the electrical connection 10 is hollow and, at right angles to the axis A, has an oval profile with two longitudinal faces which form the two contact surfaces. COPYRIGHT: (C)2011,JPO&INPIT

    Abstract translation: 要解决的问题:提供一种具有紧凑设计并减少电损耗的大电流衬套的导电体。 电导体包括导体片30,导体片沿着轴线A延伸并且具有圆柱形包络面和两个电连接10和20.两个电连接中的一个具有两个接触表面11和 11',它们彼此平行对准。 这部分地是由于两个电连接中的另外20个连接到导体片30而没有接头,并且电连接10是中空的,并且与轴线A成直角的椭圆形轮廓具有两个 形成两个接触表面的纵向面。 版权所有(C)2011,JPO&INPIT

    A METHOD FOR MANUFACTURING A PERFORATED, SHEET-LIKE HIGH-VOLTAGE INSULATING SPACER FOR A HIGH-VOLTAGE COMPONENT AND A HIGH-VOLTAGE COMPONENT COMPRISING A SPACER MANUFACTURED ACCORDING TO THE METHOD
    2.
    发明申请
    A METHOD FOR MANUFACTURING A PERFORATED, SHEET-LIKE HIGH-VOLTAGE INSULATING SPACER FOR A HIGH-VOLTAGE COMPONENT AND A HIGH-VOLTAGE COMPONENT COMPRISING A SPACER MANUFACTURED ACCORDING TO THE METHOD 审中-公开
    一种用于制造用于高电压部件的执行的,类似高压绝缘间隔器的方法和包括根据该方法制造的间隔器的高电压部件

    公开(公告)号:WO2015158532A3

    公开(公告)日:2015-12-10

    申请号:PCT/EP2015056825

    申请日:2015-03-30

    Abstract: The method is provided for manufacturing a perforated sheet-like high-voltage insulating spacer (2) for a high-voltage component, which component comprises a field grading condenser core with the spacer which is wound in spiral form around an axis (A), with electrically conducting layers (3) which are inserted between successive windings of the spacer, and with a polymeric matrix which penetrates the spacer (2) and which embeds the spacer and the layers(3). The method comprises at least steps as follows: an electrically insulating tape (2) is moved in a running direction (R), a pattern (P) of parallel extended cutting lines (21, 22) is inserted into the tape, and the patterned tape is expanded at right angle to the cutting lines (21, 22) in order to form a spacer with a perforated three-dimensional lattice structure (LS). The combined effect of cutting a tape and expanding the cutted tape allows the formation of spacers with a manifold of sizes which exceed the size of the tape in function of manufacturing parameters, in particular in function of the configuration of the pattern and of the magnitude of the expansion.

    Abstract translation: 该方法用于制造用于高压部件的穿孔片状高压绝缘间隔件(2),该部件包括具有围绕轴线(A)以螺旋形缠绕的间隔件的场分级电容器芯, 其中导电层(3)插入间隔物的连续绕组之间,并且与穿过间隔物(2)并嵌入间隔物和层(3)的聚合物基体相连。 该方法至少包括以下步骤:将电绝缘带(2)沿行进方向(R)移动,将平行的延伸切割线(21,22)的图案(P)插入到带中,并且图案化 胶带与切割线(21,22)成直角扩展,以便形成具有穿孔三维网格结构(LS)的间隔物。 切割带和扩展切割的带的组合效果允许在制造参数的功能下形成具有超过带的尺寸的歧管的间隔物,特别是在图案的配置和幅度的作用 扩大。

    3.
    发明专利
    未知

    公开(公告)号:BRPI1105755A2

    公开(公告)日:2013-05-28

    申请号:BRPI1105755

    申请日:2011-09-21

    Abstract: The feedthrough (D) has a field controller with a current conductor (10) formed as a capacitor winding (40) and controlling electric fields that act during application of high voltage. An insulator (20) is attached at the current conductor. The winding has electrically insulated capacitor films held at a distance from each other in a radial direction by an insulator film (42). The capacitor films are integrated in the insulator by embedding the winding in a hardened polymer body (23) and guided into a tapered section (21) of the insulator through a mounting flange (30). An independent claim is also included for a high-voltage system comprising a plug-in part.

    ШТЕКЕРНЫЙ ВВОД И ВЫСОКОВОЛЬТНАЯ УСТАНОВКА С ШТЕКЕРНЫМ ВВОДОМ

    公开(公告)号:RU2475877C1

    公开(公告)日:2013-02-20

    申请号:RU2011138647

    申请日:2011-09-20

    Abstract: Штекерныйвысоковольтныйввод (D) служитдляподключениятокопроводак компоненту (Т) высоковольтнойустановки, заполненномуизоляционнымсредствоми заключенномув металлическийкорпус. Вводвыполненвращательно-симметричнымотносительнооси (А) исодержитцентральнорасположенныйтокопровод (10), устройствоуправленияполеми охватывающийтокопроводизолятор (20) ссужающимсяучастком (21), которыйпослевставленияввода (D) вштекернуючасть (60), закрывающуюкомпонент (Т) непроницаемодляизоляционногосредства, диэлектричскиусиливаетзазор (F), расположенныймеждуизолирующейвтулкой (64) штекернойчасти (60) исужающимсяучастком (21) изолятора. Устройствоуправленияполемвыполненов видерулончика (40) конденсатора, чторулончик (40) конденсаторасодержитэлектрическиизолированныедруготдругаобкладки (41) конденсатора, которыев радиальномнаправленииудерживаютсяизоляционнойпленкой (42) сзазороммеждусобойи встроеныв изолятор (20) заделкойрулончика (40) конденсаторав затвердевшуюполимернуюмассу (23), ичтообкладки (41) конденсаторапроходятсквозьмонтажныйфланец (30) насужающийсяучасток (21) изолятора (20). Техническийрезультат - созданиевводасравнительнопростойи прочнойконструкции, пригодногодляэффективногоуправлениядействующимэлектрическимполемприработевводаприоченьвысокихрабочихнапряжениях. 2 н. и 11 з.п. ф-лы, 3 ил.

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