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    • 1. 发明申请
    • SQUIRREL-CAGE ROTOR
    • US20110316380A1
    • 2011-12-29
    • US13148805
    • 2010-02-05
    • Klaus BüttnerJens KurthMichael MüllerNorbert Wöhner
    • Klaus BüttnerJens KurthMichael MüllerNorbert Wöhner
    • H02K17/16H02K15/02
    • H02K17/165H02K17/205Y10T29/49012
    • The invention relates to a squirrel-cage rotor for an asynchronous machine. In order to increase the electrical efficiency for a cage rotor composed of two materials, the cage rotor comprises a rotor core (1) having grooves (3), end rings (5) of a first material that are cast onto the rotor core on the end face, and conductors (4) that are arranged in the grooves and that are made of a second material that has an electric conductivity that is higher than the electric conductivity of the first material, wherein the conductors (4) comprise a coating (8) made of a coating material on the surface of the conductors, wherein the coating adjoins the second material of the conductors (4) by means of a first alloy layer (2) made of the second material and the coating material and adjoins the cast first material by means of a second alloy layer (9); made of the first material and the coating material.
    • 本发明涉及用于异步电机的鼠笼式转子。 为了提高由两种材料构成的笼式转子的电效率,保持架转子包括具有槽(3)的转子铁芯(1),在第一材料上的第一材料的端环(5) 端面和导体(4),其布置在凹槽中并且由具有高于第一材料的导电性的导电率的第二材料制成,其中导体(4)包括涂层(8) ),其中所述涂层通过由所述第二材料和所述涂层材料制成的第一合金层(2)与所述导体(4)的第二材料邻接,并​​且与所述铸件的第一表面相邻 材料通过第二合金层(9); 由第一种材料和涂层材料制成。
    • 4. 发明授权
    • Squirrel-cage rotor
    • 鼠笼式转子
    • US08836193B2
    • 2014-09-16
    • US13148805
    • 2010-02-05
    • Klaus BüttnerJens KurthMichael MüllerNorbert Wöhner
    • Klaus BüttnerJens KurthMichael MüllerNorbert Wöhner
    • H02K17/16H02K17/18H02K17/20
    • H02K17/165H02K17/205Y10T29/49012
    • The invention relates to a squirrel-cage rotor for an asynchronous machine. In order to increase the electrical efficiency for a cage rotor composed of two materials, the cage rotor comprises a rotor core (1) having grooves (3), end rings (5) of a first material that are cast onto the rotor core on the end face, and conductors (4) that are arranged in the grooves and that are made of a second material that has an electric conductivity that is higher than the electric conductivity of the first material, wherein the conductors (4) comprise a coating (8) made of a coating material on the surface of the conductors, wherein the coating adjoins the second material of the conductors (4) by means of a first alloy layer (2) made of the second material and the coating material and adjoins the cast first material by means of a second alloy layer (9); made of the first material and the coating material.
    • 本发明涉及用于异步电机的鼠笼式转子。 为了提高由两种材料构成的笼式转子的电效率,保持架转子包括具有槽(3)的转子铁芯(1),在第一材料上的第一材料的端环(5) 端面和导体(4),其布置在凹槽中并且由具有高于第一材料的导电性的导电率的第二材料制成,其中导体(4)包括涂层(8) ),其中所述涂层通过由所述第二材料和所述涂层材料制成的第一合金层(2)与所述导体(4)的第二材料邻接,并​​且与所述铸件的第一表面相邻 材料通过第二合金层(9); 由第一种材料和涂层材料制成。
    • 5. 发明申请
    • ELECTRICAL MACHINE WITH TWO AXIAL FANS
    • 双轴风机电机
    • US20130175892A1
    • 2013-07-11
    • US13541218
    • 2012-07-03
    • Klaus BüttnerNorbert Wöhner
    • Klaus BüttnerNorbert Wöhner
    • H02K9/06
    • H02K9/06B64D35/06H02K7/10H02K7/112H02K2213/09
    • An electrical machine includes a stator, a rotor magnetically interacting with the stator, a shaft supported on the stator for rotation in a first direction of rotation and in a second direction of rotation which is opposite to the first direction of rotation, wherein the rotor is arranged on the shaft, a first axial fan mounted on the shaft on a side of the rotor for co-rotation with the shaft in the first direction of rotation and having freewheeling capability on the shaft in the second direction of rotation, and a second axial fan mounted on the shaft on the same side of the rotor as the first axial shaft for co-rotation with the shaft in the second direction of rotation and having freewheeling capability on the shaft in the first direction of rotation.
    • 电机包括定子,与定子磁性相互作用的转子,支撑在定子上的轴,用于沿第一旋转方向和与第一旋转方向相反的第二旋转方向旋转,其中转子是 设置在所述轴上的第一轴流风扇,其安装在所述转子的所述转子的一侧上,用于与所述轴沿所述第一旋转方向共旋转,并且在所述第二轴向方向上具有所述轴上的续流能力, 风扇安装在与第一轴向转子相同侧上的轴上,用于沿第二旋转方向与轴共旋转,并且在第一旋转方向上在轴上具有续流能力。
    • 7. 发明授权
    • Electrical machine with two axial fans
    • 电机带两个轴流风机
    • US09154017B2
    • 2015-10-06
    • US13541218
    • 2012-07-03
    • Klaus BüttnerNorbert Wöhner
    • Klaus BüttnerNorbert Wöhner
    • H02K9/06B64D35/06H02K7/112
    • H02K9/06B64D35/06H02K7/10H02K7/112H02K2213/09
    • An electrical machine includes a stator, a rotor magnetically interacting with the stator, a shaft supported on the stator for rotation in a first direction of rotation and in a second direction of rotation which is opposite to the first direction of rotation, wherein the rotor is arranged on the shaft, a first axial fan mounted on the shaft on a side of the rotor for co-rotation with the shaft in the first direction of rotation and having freewheeling capability on the shaft in the second direction of rotation, and a second axial fan mounted on the shaft on the same side of the rotor as the first axial shaft for co-rotation with the shaft in the second direction of rotation and having freewheeling capability on the shaft in the first direction of rotation.
    • 电机包括定子,与定子磁性相互作用的转子,支撑在定子上的轴,用于沿第一旋转方向和与第一旋转方向相反的第二旋转方向旋转,其中转子是 设置在所述轴上的第一轴流风扇,其安装在所述转子的所述转子的一侧上,用于与所述轴沿所述第一旋转方向共旋转,并且在所述第二轴向方向上具有所述轴上的续流能力, 风扇安装在与第一轴向转子相同侧上的轴上,用于沿第二旋转方向与轴共旋转,并且在第一旋转方向上在轴上具有续流能力。
    • 8. 发明授权
    • Method for winding an electrical machine, and an auxiliary winding body
    • 缠绕电机的方法和辅助绕线体
    • US07780108B2
    • 2010-08-24
    • US12063302
    • 2006-07-26
    • Eduard LyschickFridolin MahlmeisterMichael MenzNorbert Wöhner
    • Eduard LyschickFridolin MahlmeisterMichael MenzNorbert Wöhner
    • H02K15/085
    • H02K15/085
    • In a method for winding an electrical machine, a winding auxiliary body is placed on at least one of the end faces of a base body such as to cover at least one of the slot end openings within a circumferential bridging area. Electrical conductors of a winding system are inserted in at least one of the slots whose slot end opening is on one side of the bridging area and passed through an uncovered slot end opening. Subsequently, the electrical conductors are deflected by the winding auxiliary body and guided to a further uncovered one of the slot end openings on another side of the bridging area. After placement of an end plate having an axially projecting separating element and plugging an axial attachment cutout of the winding auxiliary body onto the separating element, the winding auxiliary body is removed, thereby producing a winding element of the winding system.
    • 在用于卷绕电机的方法中,绕组辅助体被放置在基体的至少一个端面上,以便在周向桥接区域内覆盖至少一个槽端开口。 卷绕系统的电导体插入至少一个槽,其槽端开口位于桥接区域的一侧并通过未覆盖的槽端开口。 随后,电导体被绕组辅助体偏转并且被引导到桥接区域的另一侧上的另外未覆盖的一个槽端部开口。 在放置具有轴向突出的分离元件的端板并且将绕组辅助体的轴向安装切口插入分离元件之后,去除绕组辅助体,从而产生绕组系统的绕组元件。
    • 9. 发明授权
    • Electrical machine with an end-side deflection of electrical conductors
    • 电机端部电导体偏转
    • US07745969B2
    • 2010-06-29
    • US12063296
    • 2006-08-02
    • Eduard LyschickFridolin MahlmeisterMichael MenzNorbert Wöhner
    • Eduard LyschickFridolin MahlmeisterMichael MenzNorbert Wöhner
    • H02K3/46H02K3/48H02K15/085
    • H02K3/50H02K3/38
    • An electrical machine includes a basic bed having a opposite axial end sides and slots, wherein the slots an the end sides have each a slot end opening. A winding system has electrical conductors which are accommodated in the slots wherein the electrical conductors extend out on one of the end sides of at least one of the slot end openings. The electrical conductors are hereby laid within a bridging region extending in a circumferential direction on the at least one end side and are inserted into at least one other one of the slot end openings. Arranged on the at least one end side in the bridging region is a first guide element for guiding the electrical conductors of a first subwinding of the windings stem. An end late is arranged on the at least one end side and has at least one axially protruding separating element with the first guide element having a base bearing a against the separating element.
    • 电机包括具有相对的轴向端侧和槽的基本床,其中,所述狭缝的端侧各具有槽端开口。 绕组系统具有容纳在槽中的电导体,其中电导体在至少一个槽端开口的一个端侧上延伸出来。 电导体被布置在在至少一个端侧上在圆周方向上延伸的桥接区域中,并且插入到至少另一个槽端开口中。 布置在桥接区域中的至少一个端侧上的是用于引导绕组杆的第一副绕组的电导体的第一引导元件。 末端延迟布置在至少一个端侧上并且具有至少一个轴向突出的分离元件,其中第一引导元件具有抵靠分离元件的基座。