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    • 1. 发明授权
    • Transformer coil support structure
    • 变压器线圈支撑结构
    • US06326877B1
    • 2001-12-04
    • US09334230
    • 1999-06-16
    • Noah D. HayGary D. King
    • Noah D. HayGary D. King
    • H01F2730
    • H01F27/306
    • A winding structure for a transformer has a first support having a central axis, and a second support also having a central axis. The second support is positioned having its central axis generally in-line with the central axis of the first support. The winding structure also has a winding which is wrapped around at least a portion of the first and second supports. The supports are tubular and are provided for at least supporting the winding. A method of making the transformer includes the steps of providing a mounting apparatus, and mounting a first support having a central on the mounting apparatus. The method also includes mounting a second support having a central axis on the mounting apparatus, wherein the second support is mounted on the mounting apparatus with its central axis mounted generally in-line with the central axis of the first support. In addition, the method includes winding a conductor around at least a portion of the first and second supports to form a winding.
    • 用于变压器的绕组结构具有具有中心轴线的第一支撑件和还具有中心轴线的第二支撑件。 第二支撑件定位成其中心轴线大致与第一支撑件的中心轴线成直线。 绕组结构还具有缠绕在第一和第二支撑件的至少一部分上的绕组。 支撑件是管状的并且被设置用于至少支撑绕组。 制造变压器的方法包括以下步骤:提供安装装置,以及将具有中心的第一支撑件安装在安装装置上。 该方法还包括将具有中心轴线的第二支撑件安装在安装装置上,其中第二支撑件安装在安装装置上,其中心轴线基本上与第一支撑件的中心轴线一致地安装。 此外,该方法包括绕第一和第二支撑件的至少一部分缠绕导体以形成绕组。
    • 2. 发明授权
    • Method for making a dry type transformer
    • 制造干式变压器的方法
    • US4521954A
    • 1985-06-11
    • US512735
    • 1983-07-11
    • Leo C. RademakerPhilip J. HopkinsonGordon M. BellNoah D. Hay
    • Leo C. RademakerPhilip J. HopkinsonGordon M. BellNoah D. Hay
    • H01F27/08H01F41/04H01F41/06
    • H01F41/04H01F27/085H01F2027/328Y10T29/49071Y10T29/49073
    • A dry type, air cooled transformer having a mitered magnetic core and a compression bonded coil. In the disclosed embodiment, the magnetic core comprises a plurality of stacked lamination layers wherein each layer comprises a plurality of grain-oriented laminations wherein the ends of most of the laminations are mitered thereby resulting in joints between the leg and yoke pieces oriented at an angle to the favored magnetic directions of the adjoining laminations. The coil on each of the core legs is generally rectangular in shape and comprises a plurality of layers of wound conductor with the conductor layers in the end portions of the coil being spaced apart to form a plurality of air ducts for the passage of cooling air therethrough. The conductor layers in each of the side portions of the coil are compressed and then bonded together in their compressed state by means of a heat cured adhesive coated on opposite sides of the sheets of insulation between adjacent layers. This compression bonding of the coil sides squares up the inner and outer surfaces of the coil so as to improve the coil and core space factors thereby allowing a smaller core. Conversely, compression bonding allows higher output power ratings to be achieved by packing added conductor material through the same size core window. The compression bonding of the coil also permits duct spacers in the corners of the end ducts to be eliminated so that the duct spacing can be achieved by a single duct spacer located in the center portion of each duct thereby resulting in better conduction of heat from the coil sides to the ducted end portions of the coil.
    • 干式风冷变压器,其具有倾斜磁芯和压接线圈。 在所公开的实施例中,磁芯包括多个堆叠层压层,其中每个层包括多个晶粒取向叠片,其中大部分叠片的端部倾斜,由此导致腿和轭片之间的接合部以一定角度 到毗邻叠片的有利磁方向。 每个芯腿上的线圈通常是矩形的,并且包括多个缠绕导体层,线圈的端部中的导体层间隔开以形成多个用于使冷却空气通过的空气管道 。 线圈的每个侧部中的导体层被压缩,然后通过涂覆在相邻层之间的绝缘层的相对侧上的热固化粘合剂以其压缩状态粘合在一起。 线圈侧的这种压接会在线圈的内表面和外表面之间形成正方形,从而改善线圈和芯空间因素,从而允许较小的芯。 相反,压接可以通过在相同尺寸的核心窗中包装添加的导体材料来实现更高的输出功率额定值。 线圈的压接也可以消除末端管道角落中的管道隔离物,使得管道间隔可以通过位于每个管道的中心部分中的单个管道隔离件来实现,从而导致较好的热传导 线圈侧到线圈的导管端部。
    • 3. 发明授权
    • Dry type transformer having improved ducting
    • 干式变压器具有改进的管道
    • US4523169A
    • 1985-06-11
    • US512736
    • 1983-07-11
    • Noah D. Hay
    • Noah D. Hay
    • H01F27/08H01F41/04
    • H01F27/085H01F41/04H01F2027/328
    • A dry type, air cooled transformer having a mitered magnetic core and a compression bonded coil. The coil on each of the core legs is generally rectangular in shape and comprises a plurality of layers of wound conductor with the conductor layers in the end portions of the coil being spaced apart to form a plurality of air ducts for the passage of cooling air therethrough. The conductor layers in each of the side portions of the coil are compressed and then bonded together in their compressed state by means of a heat cured adhesive coated on opposite sides of the sheets of insulation between adjacent layers. This compression bonding of the coil sides squares up the inner and outer surfaces of the coil so as to improve the coil and core space factors thereby allowing a smaller core. Conversely, compression bonding allows higher output power ratings to be achieved by packing added conductor material through the same size core window. Duct spacers in the corners of the end ducts are eliminated so that the duct spacing can be achieved by a single duct spacer located in the center portion of each duct thereby resulting in better conduction of heat from the coil sides to the ducted end portions of the coil.
    • 干式风冷变压器,其具有倾斜磁芯和压接线圈。 每个芯腿上的线圈通常是矩形的,并且包括多个缠绕导体层,线圈的端部中的导体层间隔开以形成多个用于使冷却空气通过的空气管道 。 线圈的每个侧部中的导体层被压缩,然后通过涂覆在相邻层之间的绝缘层的相对侧上的热固化粘合剂以其压缩状态粘合在一起。 线圈侧的这种压接会在线圈的内表面和外表面之间形成正方形,从而改善线圈和芯空间因素,从而允许较小的芯。 相反,压接可以通过在相同尺寸的核心窗中包装添加的导体材料来实现更高的输出功率额定值。 消除了末端管道角落处的管道间隔件,使得管道间隔可以通过位于每个管道的中心部分中的单个管道隔离件来实现,从而导致更好地将热量从线圈侧传导到管道端部 线圈
    • 4. 发明授权
    • Method of making a ducted dry type transformer
    • 制造干式变压器的方法
    • US4521955A
    • 1985-06-11
    • US512738
    • 1983-07-11
    • James M. ClossonNoah D. Hay
    • James M. ClossonNoah D. Hay
    • H01F27/08H01F41/04H01F7/06
    • H01F27/085H01F41/04H01F2027/328Y10T29/49071Y10T29/49073
    • The method making a dry type, air cooled transformer having a mitered magnetic core and a compression bonded coil with air ducts formed in the end portions of the coil. The coil on each of the core legs is generally rectangular in shape and comprises a plurality of layers of wound conductor with the conductor layers in the end portions of the coil being spaced apart to form a plurality of air ducts for the passage of cooling air therethrough. The conductor layers in each of the side portions of the coil are compressed and then bonded together in their compressed state by means of a heat cured adhesive coated on opposite sides of the sheets of insulation between adjacent layers. This compression bonding of the coil sides squares up the inner and outer surfaces of the coil so as to improve the coil and core space factors thereby allowing a smaller core. Conversely, compression bonding allows higher output power ratings to be achieved by packing added conductor material through the same size core window. The air ducts in the coil are formed by inserting temporary and permanent duct spacers in the coil during winding thereof, wherein the temporary duct spacers are located at the corners of the conductor layers. Following winding, the temporary duct spacers are loosened and removed from the coil thereby leaving only the permanent duct spacers in place.
    • 制造具有斜面磁芯的干式空气变压器和形成在线圈的端部中的具有空气管道的压接线圈的方法。 每个芯腿上的线圈通常是矩形的,并且包括多个缠绕导体层,线圈的端部中的导体层间隔开以形成多个用于使冷却空气通过的空气管道 。 线圈的每个侧部中的导体层被压缩,然后通过涂覆在相邻层之间的绝缘层的相对侧上的热固化粘合剂以其压缩状态粘合在一起。 线圈侧的这种压接会在线圈的内表面和外表面之间形成正方形,从而改善线圈和芯空间因素,从而允许较小的芯。 相反,压接可以通过在相同尺寸的核心窗中包装添加的导体材料来实现更高的输出功率额定值。 线圈中的空气管道通过在线圈中缠绕期间将临时和永久的管道隔离物插入线圈而形成,其中临时管道隔离物位于导体层的角部。 绕组之后,临时管道隔离物松动并从线圈中取出,从而仅将永久性管道隔离物置于适当位置。
    • 6. 发明授权
    • Transformer core clamping structure
    • 变压器芯夹紧结构
    • US4839622A
    • 1989-06-13
    • US252182
    • 1988-09-30
    • Noah D. Hay
    • Noah D. Hay
    • H01F27/02H01F27/26
    • H01F27/263H01F27/02
    • A transformer core and coil assembly comprising a core including first and second generally vertical, spaced-apart portions, first and second coils respectively wound around the first and second portions of the core, and a clamping structure including a generally horizontally upper member disposed above the core and the coils, a generally horizontal lower member disposed below the core and the coils, and a generally vertical end plate assembly which is disposed adjacent one of the coils, which extends between and is connected to the upper and lower members and which includes a vertically extending end plate having an upper end extending above the upper member, and the end plate assembly also including a vertically extending member having a U-shaped cross section and including a base portion parallel to and spaced from the end plate, and spaced, parallel leg portions extending from the base portion and connected to the end plate.
    • 一种变压器铁心和线圈组件,其包括具有第一和第二大致垂直间隔开的部分的芯,分别围绕所述芯的第一和第二部分缠绕的第一和第二线圈,以及包括大致水平的上部构件的夹紧结构, 芯和线圈,设置在芯部和线圈下方的大致水平的下部构件,以及大致垂直的端板组件,其布置成邻近线圈之一,其在上部构件和下部构件之间延伸并且连接到上部构件和下部构件,并且包括 垂直延伸的端板具有在上部构件上方延伸的上端,并且端板组件还包括具有U形横截面的垂直延伸构件,并且包括与端板平行并与其隔开的基部,并且间隔开的平行 从基部延伸并连接到端板的腿部。