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    • 4. 发明授权
    • Rotating electric machine and method of manufacture therefor
    • 旋转电机及其制造方法
    • US06700283B2
    • 2004-03-02
    • US09986047
    • 2001-11-07
    • Toshio KikuchiShinichiro KitadaYutaro KanekoTakashi Tsuneyoshi
    • Toshio KikuchiShinichiro KitadaYutaro KanekoTakashi Tsuneyoshi
    • H02K3487
    • H02K3/24H02K1/185H02K3/522H02K9/197H02K15/0018H02K15/12
    • This invention provides a rotating electric machine using an inner section of a slot of a stator as a cooling passage and allowing a high cooling efficiency. Furthermore, it provides a manufacture method for the rotating electric machine which allows streamlining of the manufacture of the cooling passage. A plate is attached to the plate retaining groove formed in proximity to the opening of the slot of the stator. A resin layer is formed by injection of resin into a space formed between the outer face of the plate and the mold set on an inner peripheral face of the stator. The plate is pressed by the injection pressure of the resin to come into close contact with the stopper and to create a seal which prevents leakage of resin into the slot. A leg is provided on the plate and extends into the slot for reducing the cross sectional surface area of the cooling passage.
    • 本发明提供一种旋转电机,其使用定子的槽的内部部分作为冷却通道并且允许高的冷却效率。 此外,它提供了一种旋转电机的制造方法,其允许精简冷却通道的制造。 板被附接到形成在定子的槽的开口附近的板保持槽。 树脂层通过将树脂注入到形成在板的外表面和设置在定子的内周面上的模具之间的空间中而形成。 板被树脂的注射压力压紧以与止动器紧密接触,并产生防止树脂泄漏到槽中的密封。 腿部设置在板上并延伸到槽中以减小冷却通道的横截面积。
    • 7. 发明授权
    • Rotating electrical machine
    • 旋转电机
    • US06495936B2
    • 2002-12-17
    • US10058118
    • 2002-01-29
    • Toshio KikuchiShinichiro KitadaYutaro KanekoTakashi Tsuneyoshi
    • Toshio KikuchiShinichiro KitadaYutaro KanekoTakashi Tsuneyoshi
    • H02K902
    • H02K5/128H02K9/197
    • This invention prevents leakage of cooling medium from a cooling passage in the interior section of a slot of a stator. Coils are housed in the slot of the stator core. The openings of the slot are covered in order to form a cooling passage in the slot. An end plate is disposed on the end of the stator. The stator core and the end plate are integrated by winding coils through the outer side of the end plate. A cylindrical member which projects along the inner peripheral face of the stator from the end of the stator is formed by resin molding to be integrated with a section of the end plate. A ring-shaped space which introduces cooling medium is formed on an outer peripheral side of the cylindrical member and is connected with the cooling passage.
    • 本发明防止冷却介质从定子的槽的内部的冷却通道泄漏。 线圈容纳在定子芯的槽中。 狭槽的开口被覆盖以在槽中形成冷却通道。 端板设置在定子的端部上。 定子铁芯和端板通过卷绕线圈整合在端板的外侧。 从定子的端部沿着定子的内周面突出的圆筒状构件通过树脂成形而形成为与端板的一部分一体化。 引导冷却介质的环状空间形成在筒状构件的外周侧,与冷却通路连接。