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    • 1. 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。
    • 2. 发明授权
    • Method for making a transformer having improved space factor
    • 制造具有改善的空间系数的变压器的方法
    • US4521956A
    • 1985-06-11
    • US512886
    • 1983-07-11
    • Gordon M. BellPhilip J. Hopkinson
    • Gordon M. BellPhilip J. Hopkinson
    • H01F27/08H01F41/04H01F41/06
    • H01F27/085H01F41/04H01F2027/328Y10T29/49071Y10T29/49073
    • A dry type, air cooled transformer having a mitered magnetic core and a compression bonded coil. In the disclosed embodiment, the magnetic core is of the mitered, stacked lamination type. 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,磁芯是倾斜的层叠型的。 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。
    • 5. 发明授权
    • Encapsulated inductive devices with polybutadiene encapsulant
    • 具有聚丁二烯密封剂的封装电感器件
    • US4595616A
    • 1986-06-17
    • US662644
    • 1984-10-19
    • Gordon M. BellJames R. Ridlen
    • Gordon M. BellJames R. Ridlen
    • C08L9/00H01B3/44
    • H01B3/44C08L9/00Y10T428/23Y10T428/239Y10T428/31931
    • Improved encapsulating compositions for inductive devices are provided. The composition has a polybutadiene base and contains an initiator, an inhibitor and a co-agent for improving the curing of the composition under the influence of the initiator.Certain compositions are usable at higher temperatures than prior polybutadiene base encapsulating compounds based on a conditioning of the composition during cure at or near the projected use temperature. When combined with high temperature conductor insulation coatings, such as polyimides, a high temperature encapsulating system is achieved.Certain compositions are usable to provide a soft cure encapsulation from which an encapsulated inductive device may be liberated without damage to the device. For such compositions, soft curable polybutadienes are employed and particularly those having high trans and cis components.
    • 提供了用于感应装置的改进的封装组合物。 该组合物具有聚丁二烯基,并含有引发剂,抑制剂和助剂,用于在引发剂的影响下改善组合物的固化。 某些组合物可在比现有聚丁二烯基封装化合物更高的温度下使用,基于组合物在预期使用温度或接近预期使用温度下固化期间的调理。 当与诸如聚酰亚胺的高温导体绝缘涂层组合时,实现了高温封装系统。 某些组合物可用于提供软固化封装,可以从其中释放封装的感应器件而不损坏器件。 对于这样的组合物,使用软固化聚丁二烯,特别是具有高反式和顺式组分的那些。