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公开(公告)号：US20080136294A1
公开(公告)日：2008-06-12
申请号：US11634607
申请日：2006-12-06
CPC分类号： H02K21/029 , H02K16/02
摘要： A self-regulating permanent magnet device has a first rotor segment and second rotor segment, each supporting a set of permanent magnets, wherein the position of the second rotor segment relative to the first rotor segment is modified based on the speed of the self-regulating permanent magnet device. By modifying the position of the second rotor segment relative to the first rotor segment, the alignment between their respective sets of permanent magnets, and therefore, the electromotive force (emf) generated in the stator coils is regulated. The position of the second rotor segment is defined by the connection of a torsion spring between the first rotor segment and second rotor segment and a reactionary torque device connected to the second rotor segment. The torsion spring creates a spring force that acts to maintain the alignment between the first rotor segment and the second rotor segment. The reactionary torque device provides reactionary torque that is proportional to the speed of the self-regulating permanent magnet device and opposes the spring force. As the speed of the self-regulating permanent magnet device increases, the reactionary torque causes the second rotor segment to rotate, thereby creating a misalignment between the first rotor segment and second rotor segment.
摘要翻译： 自调节永磁体装置具有第一转子段和第二转子段，每个第一转子段和第二转子段支撑一组永磁体，其中第二转子段相对于第一转子段的位置基于自调节的速度而被修改 永磁装置。 通过修改第二转子段相对于第一转子段的位置，调节它们各组永磁体之间的对准，并因此调整定子线圈中产生的电动势（emf）。 第二转子段的位置由第一转子段和第二转子段之间的扭转弹簧的连接以及连接到第二转子段的反作用扭矩装置来限定。 扭转弹簧产生用于保持第一转子段和第二转子段之间的对准的弹簧力。 反作用扭矩装置提供与自调节永磁体装置的速度成比例的反作用扭矩，并且与弹簧力相反。 随着自调节永磁体装置的速度增加，反作用转矩使第二转子段转动，由此在第一转子段和第二转子段之间产生未对准。
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公开(公告)号：US06317963B1
公开(公告)日：2001-11-20
申请号：US09368271
申请日：1999-08-03
IPC分类号： H02K1500
CPC分类号： H02K5/1732 , H02K5/18 , H02K5/20 , H02K15/14 , Y10T29/49009 , Y10T29/49012
摘要： A dynamoelectric machine (10) includes a stator (12), a rotor (14), a bearing (16) supporting the rotor (14) for rotation about an axis (20), and a housing (22). The housing (22) is manufactured by first forming a unitary metallic extrusion (24) including a radially innermost nominally cylindrical member (26), a radially outermost nominally cylindrical member (28), a central nominally cylindrical member (30) spaced radially between the innermost and outermost members (26, 28), a set of spokes (32) connecting the innermost and central cylindrical members (26, 30) together, a set of arcuate cooling passages (34), a set of spokes (36) connecting the central outermost cylindrical members (30, 28) together, and a set of arcuate cooling passages (38). A set of fins (40) are also formed during the extrusion process extending radially from the central cylindrical member (30) into the cooling passages (38). The spokes (32, 36), passages (34, 38), fins (40), and cylindrical members (26, 28, 30) extend parallel to the axis (20) from a first end (42) of the extrusion (24) to a second end (44) of the extrusion (24), with the cylindrical members (26, 28, 30) preferably being at least nominally concentric on the axis (20). After the extrusion (24) is formed, sufficient lengths of the innermost cylindrical member (26) and the spokes (32) are machined away to create a cavity (46) in the central cylindrical member (30) for receiving the stator (12) and rotor (14).
摘要翻译： 电动机（10）包括定子（12），转子（14），支撑用于围绕轴线（20）旋转的转子（14）的轴承（16）和壳体（22）。 壳体（22）通过首先形成包括径向最内部的标称圆柱形构件（26），径向最外面的标称圆柱形构件（28）的中心标称圆柱形构件（30），在第 最内侧和最外侧的构件（26,28），一组将最内圆柱形构件和中心圆柱形构件（26,30）连接在一起的辐条（32），一组弧形冷却通道（34），一组辐条（36） 中心最外面的圆柱形构件（30,28）在一起，以及一组弧形冷却通道（38）。 在从中心圆柱形构件（30）径向延伸到冷却通道（38）中的挤出过程中也形成一组翅片（40）。 从挤出件（24）的第一端部（42）将轮辐（32,36），通道（34,38），翅片（40）和圆柱形构件（26,28,30）平行于轴线（20）延伸， ）到挤出件（24）的第二端（44），其中圆柱形构件（26,28,30）优选地在轴线（20）上至少在名义上同心。 在形成挤出（24）之后，将最内圆柱形构件（26）和轮辐（32）的足够长度加工成在中心圆柱形构件（30）中形成用于接纳定子（12）的空腔（46） 和转子（14）。
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公开(公告)号：US07642683B2
公开(公告)日：2010-01-05
申请号：US11634607
申请日：2006-12-06
IPC分类号： H02K16/00
CPC分类号： H02K21/029 , H02K16/02
摘要： A self-regulating permanent magnet device has a first rotor segment and second rotor segment, each supporting a set of permanent magnets, wherein the position of the second rotor segment relative to the first rotor segment is modified based on the speed of the self-regulating permanent magnet device. By modifying the position of the second rotor segment relative to the first rotor segment, the alignment between their respective sets of permanent magnets, and therefore, the electromotive force (emf) generated in the stator coils is regulated. The position of the second rotor segment is defined by the connection of a torsion spring between the first rotor segment and second rotor segment and a reactionary torque device connected to the second rotor segment. The torsion spring creates a spring force that acts to maintain the alignment between the first rotor segment and the second rotor segment. The reactionary torque device provides reactionary torque that is proportional to the speed of the self-regulating permanent magnet device and opposes the spring force. As the speed of the self-regulating permanent magnet device increases, the reactionary torque causes the second rotor segment to rotate, thereby creating a misalignment between the first rotor segment and second rotor segment.
摘要翻译： 自调节永磁体装置具有第一转子段和第二转子段，每个第一转子段和第二转子段支撑一组永磁体，其中第二转子段相对于第一转子段的位置基于自调节的速度而被修改 永磁装置。 通过修改第二转子段相对于第一转子段的位置，调节它们各组永磁体之间的对准，并因此调整定子线圈中产生的电动势（emf）。 第二转子段的位置由第一转子段和第二转子段之间的扭转弹簧的连接以及连接到第二转子段的反作用扭矩装置来限定。 扭转弹簧产生用于保持第一转子段和第二转子段之间的对准的弹簧力。 反作用扭矩装置提供与自调节永磁体装置的速度成比例的反作用扭矩，并且与弹簧力相反。 随着自调节永磁体装置的速度增加，反作用转矩使第二转子段转动，由此在第一转子段和第二转子段之间产生未对准。
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