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    • 5. 发明授权
    • Rotary electrical interconnect device
    • 旋转电气互连装置
    • US09039423B2
    • 2015-05-26
    • US14069752
    • 2013-11-01
    • Arkady Shinder-Lerner
    • Arkady Shinder-Lerner
    • H01R39/00H01R43/10H01R39/64
    • H01R39/64H01R39/08H01R39/18H01R43/10Y10T29/49208
    • A rotary device for providing continuous electrical connections between dynamic, rotationally engaged connector components. The rotary device includes a rotor assembly comprising a plurality of slip ring elements electrically connected to a connector or cable at the rotor end of the device. The rotary device also includes a stator assembly configured to receive the rotor assembly, with slide contacts electrically connected to a connector or cable at the stator end of the device. The rotor assembly is rotationally coupled to the stator assembly, and the slip rings and slide contacts maintain electrical contact during rotation of the rotor assembly relative to the stator assembly. A first electronic device and a second electronic device connected using the rotary device can be freely rotated without twisting of the cable between the two devices. A method for assembling a rotary device configured based on the devices to be connected.
    • 一种旋转装置,用于在动态,旋转接合的连接器部件之间提供连续的电连接。 旋转装置包括转子组件,该转子组件包括多个滑环元件,其电连接到设备的转子端处的连接器或电缆。 旋转装置还包括构造成接收转子组件的定子组件,其中滑动触点电连接到装置的定子端处的连接器或电缆。 转子组件旋转地联接到定子组件,并且滑环和滑动触点在转子组件相对于定子组件旋转期间保持电接触。 使用旋转装置连接的第一电子设备和第二电子设备可以自由旋转,而不会在两个设备之间扭曲电缆。 一种用于组装基于要连接的装置构成的旋转装置的方法。
    • 7. 发明授权
    • Slip-ring module for a rotor of an electric machine electric machine with a slip ring module and method for production of a slip ring module
    • 具有滑环模块的电机电机的转子滑环模块及滑环模块的制造方法
    • US07990016B2
    • 2011-08-02
    • US11911823
    • 2006-05-04
    • Klaus Herbold
    • Klaus Herbold
    • H01R39/08H01R39/04H01R39/32H01R39/00H01R39/06H01R43/10H02K15/02
    • H02K13/003H01R39/14H01R39/34H01R39/643H01R43/10H02K3/528H02K11/40H02K13/02Y10T29/49011Y10T29/49012
    • A slip ring module (76) for a rotor (40) of an electrical machine (10), in particular, an alternator is disclosed, comprising at least one first slip ring (79) with at least one first connecting conductor (103) held in sections of an insulation material (101) for the slip ring module (76), in electrically conducting connection with at least one first slip ring (79) and with an end (115) of the connection conductor (103), facing away from the first slip ring (79), provided for connection to an excitation coil (61). The invention is characterised in that the slip ring module (76) has a further formed conductor (139) forming a direct electrical connection from the first connection conductor (103) to a surface (142) of the slip ring module (76). An electric machine is also provided, in particular, an alternator for motor vehicles, comprising a rotor (40), supporting an excitation coil (61), said slip ring module (76) providing the power supply to the excitation coil (61). Furthermore, a method for production of a slip ring module (76) for an electric machine, in particular, an alternator, is disclosed, wherein, in one step, at least one connector conductor (103) is bonded to an electrically insulating holder (100), in particular, by means of a injection moulding process and, in another step, the connection conductor is directly connected to an electrically conductible conductor (139) made from a composite material, the composite material comprising electrically conducting and electrically non-conducting regions.
    • 公开了一种用于电机(10)的转子(40)特别是交流发电机的滑环组件(76),其包括至少一个第一滑环(79),至少一个第一连接导体(103)保持 在用于滑环模块(76)的绝缘材料(101)的与至少一个第一滑环(79)和连接导体(103)的端部(115)导电连接的部分中,面向远离 所述第一滑环(79)用于连接到励磁线圈(61)。 本发明的特征在于,滑环模块(76)具有形成从第一连接导体(103)到滑环模块(76)的表面(142)的直接电连接的另外形成的导体(139)。 还提供一种电动机,特别是用于机动车辆的交流发电机,包括支撑励磁线圈(61)的转子(40),所述滑环模块(76)向励磁线圈(61)提供电源。 此外,公开了一种用于制造用于电机的滑环组件(76),特别是交流发电机的方法,其中,在一个步骤中,至少一个连接器导体(103)被接合到电绝缘保持器 100),特别是通过注射成型工艺,并且在另一步骤中,连接导体直接连接到由复合材料制成的导电导体(139),所述复合材料包括导电和不导电 地区。
    • 9. 发明授权
    • Method of manufacturing a commutator
    • 换向器的制造方法
    • US07716810B2
    • 2010-05-18
    • US11819332
    • 2007-06-26
    • Tomohiro AoyamaYasuhide ItoToshio Yamamoto
    • Tomohiro AoyamaYasuhide ItoToshio Yamamoto
    • H01R43/06H01R43/10
    • H01R39/04H02K23/38Y10T29/49011Y10T29/49204Y10T29/49208Y10T29/49211
    • A method of manufacturing a commutator main body which has a cylindrical insulating body, and a plurality of segments arranged in an outer circumference of the insulating body. A short-circuit member is arranged in an end in an axial direction of the insulating body. The short-circuit member has a plurality of first short-circuit pieces and a plurality of second short-circuit pieces. A tabular insulating portion covers first coupling portions of the first short-circuit pieces, and second coupling portions of the second short-circuit pieces. The insulating portion has a restriction recess, and the end in the axial direction has a restriction projection. The restriction projection is engaged with the restriction recess, whereby the movement of the short-circuit member in the circumferential direction with respect to the commutator main body is restricted. Accordingly, the assembly of the short-circuit member in the commutator main body is facilitated.
    • 一种制造具有圆柱形绝缘体的换向器主体的方法和布置在绝缘体的外周中的多个段。 短路构件在绝缘体的轴向端部配置。 短路构件具有多个第一短路片和多个第二短路片。 片状绝缘部分覆盖第一短路片的第一耦合部分和第二短路片的第二耦合部分。 绝缘部具有限制凹部,轴向端部具有限制突起。 限制突起与限制凹部接合,由此短路部件相对于换向器主体的周向的移动受到限制。 因此,换向器主体中的短路构件的组装变得容易。