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    • 1. 发明申请
    • INTEGRAL MOLD FOR A TRANSFORMER HAVING A NON-LINEAR CORE
    • 具有非线性核心的变压器的整体模具
    • WO2013063242A1
    • 2013-05-02
    • PCT/US2012/061873
    • 2012-10-25
    • ABB TECHNOLOGY AGOUTTEN, Samuel, S.KERN, Joel, A.HARTMANN, Thomas, A.SARVER, Charlie
    • OUTTEN, Samuel, S.KERN, Joel, A.HARTMANN, Thomas, A.SARVER, Charlie
    • H01F27/32H01F30/12H01F41/06H01F41/12
    • H01F30/12H01F27/02H01F27/327H01F41/098H01F41/127
    • A three-phase non-linear dry-type transformer has integral molds formed of a glass fiber-reinforced polymeric material. The low voltage coil is comprised of an inner low voltage mold formed around each of the at least three core legs, a low voltage conductor winding wound upon the inner low voltage mold and an outer low voltage mold formed around the low voltage winding. The high voltage coil is comprised of an inner high voltage mold disposed around the outer low voltage mold, a high voltage conductor winding wound upon the inner high voltage mold, and an outer high voltage mold formed around the high voltage conductor winding. An annular space between the inner and outer high voltage molds and the inner and outer low voltage molds is filled by an insulating polymeric material during a casting process. The molds are bonded to the coil windings by the insulating polymeric material and remain during the operation of the non-linear transformer as integral components of the non-linear transformer.
    • 三相非线性干式变压器具有由玻璃纤维增​​强聚合材料形成的整体模具。 所述低压线圈包括形成在所述至少三个芯腿中的每一个周围的内部低压模具,缠绕在所述内部低压模具上的低压导体绕组和围绕所述低压绕组形成的外部低压模具。 高电压线圈由设置在外部低压模具周围的内部高压模具,缠绕在内部高压模具上的高压导体绕组和形成在高压导体绕组周围的外部高压模具构成。 在铸造过程中,内部和外部高压模具和内部和外部低压模具之间的环形空间由绝缘聚合材料填充。 模具通过绝缘聚合物材料结合到线圈绕组,并且在作为非线性变压器的组成部件的非线性变压器的操作期间保持。
    • 2. 发明申请
    • A TRANSFORMER TAP PROJECTION AND COVER
    • 变压器插头投影和盖子
    • WO2013025701A1
    • 2013-02-21
    • PCT/US2012/050766
    • 2012-08-14
    • ABB TECHNOLOGY AGSINGH, BandeepHARTMANN, Thomas, A.OUTTEN, Samuel, S.KERN, Joel, A.
    • SINGH, BandeepHARTMANN, Thomas, A.OUTTEN, Samuel, S.KERN, Joel, A.
    • H01F27/32H01F29/02
    • H01F27/327H01F29/025
    • Tap covers and projections for an electrical device are provided. The tap projections have bosses or taps raised from a surface of the tap projection and encapsulated with a resin except for an outer surface of the bosses or taps. The tap projections may have a channel or recess between individual bosses or taps to prevent degradation of the insulation between the respective adjacent bosses or taps. When a tap cover is provided, it is pushed on or bolted to the tap projection. The tap cover may be provided for an individual tap or an entire tap projection and may be formed of a resin or an elastomeric material. The tap cover has a first generally planar surface and a second generally annular surface having a circumferentially-extending groove on an inside surface. The circumferentially-extending groove is located slightly beneath the second generally annular surface. The groove of the tap cover is designed to fully engage with a raised lip of a tap projection or individual tap of a transformer. Another embodiment of the tap cover has openings to receive epoxy- headed bolts that are used to connect the tap cover to the tap projection through the tap connectors.
    • 提供电气设备的抽头盖和突起。 龙头突起具有从龙头突起的表面凸起的凸起或水龙头,并且除了凸起或水龙头的外表面之外用树脂封装。 龙头突起可以在单独的凸台或水龙头之间具有通道或凹槽,以防止相应的相邻凸台或水龙头之间的绝缘的劣化。 当提供水龙头盖时,将其按压或螺栓连接到水龙头突起。 抽头盖可以设置用于单个抽头或整个抽头突出部,并且可以由树脂或弹性体材料形成。 龙头盖具有第一大体上平坦的表面和在内表面上具有周向延伸的槽的第二大体呈环形的表面。 周向延伸的凹槽位于第二大体环形表面的稍微下方。 分接盖的凹槽被设计成完全与变压器的抽头突起或单独抽头的凸起的唇部接合。 龙头盖的另一实施例具有用于接收环氧树脂头螺栓的开口,其用于通过分接头连接器将龙头盖连接到龙头突起。
    • 5. 发明申请
    • THREE-STEP CORE FOR A NON-LINEAR TRANSFORMER
    • 非线性变压器的三级核心
    • WO2013184872A1
    • 2013-12-12
    • PCT/US2013/044434
    • 2013-06-06
    • ABB TECHNOLOGY AGOUTTEN, Samuel, S.HARTMANN, Thomas, A.
    • OUTTEN, Samuel, S.HARTMANN, Thomas, A.
    • H01F27/245H01F27/26H01F30/12
    • H01F38/02H01F27/245H01F27/263H01F30/12
    • A three step non-linear transformer core is formed from three sections of laminations each having different widths and cross-sectional areas. A first section of laminations is formed by cross-slitting a generally rectangular sheet or strip of metal. A resulting generally triangular segment is then wound upon a mold to form a first section of a core frame having a trapezoidal cross section. A second section of laminations is wound upon the first section of laminations to form a segment of a core frame having a rhombic cross section. The third section of laminations is wound upon the second section of laminations to form a segment of a core frame having a trapezoidal cross section. Each of the first, second, and third sections of laminations are offset from one another by a predetermined angle of offset.
    • 三段非线性变压器磁芯由三个具有不同宽度和横截面积的叠片形成。 叠片的第一部分是通过交叉切割一般为矩形的金属板或条带而形成的。 然后将得到的大致三角形的段缠绕在模具上以形成具有梯形横截面的芯框架的第一部分。 叠片的第二部分缠绕在叠片的第一部分上以形成具有菱形横截面的芯框架的段。 叠片的第三部分缠绕在第二段叠片上以形成具有梯形横截面的芯框架的一段。 叠片的第一,第二和第三部分中的每一个彼此偏移预定的偏移角。