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    • 3. 发明申请
    • Roller Push Belt for Wind Turbine Drive Train Applications
    • 用于风力发电机传动系应用的滚筒推带
    • US20130202437A1
    • 2013-08-08
    • US13368568
    • 2012-02-08
    • Richard A. Himmelmann
    • Richard A. Himmelmann
    • F03D11/02F16H7/18
    • F16H49/00F03D9/25F03D15/00F03D15/20F05B2260/40F16H7/18Y02E10/722
    • A wind turbine with a roller push belt drive train is disclosed. The wind turbine comprises a tower with a nacelle mounted to the tower. A hub is rotatably mounted to the nacelle. A plurality of blades radially extends from the hub, which is mounted to a main shaft within the nacelle. In one embodiment, the main shaft is mounted to a drive sprocket. A driven sprocket is mounted to a generator input shaft of a generator. The driven sprocket is proximally aligned in the same plane as the drive sprocket, but the drive and driven sprockets do not contact each other. A roller push belt transfers motion from the drive sprocket to the driven sprocket. The roller push belt comprises a guide track around the perimeter of the circumferences of the drive and driven sprockets and a plurality of roller elements arranged along the guide track.
    • 公开了一种具有滚筒推带传动系的风力涡轮机。 风力涡轮机包括具有安装到塔架上的机舱的塔架。 轮毂可旋转地安装在机舱上。 多个叶片从轮毂径向延伸,毂安装在机舱内的主轴上。 在一个实施例中,主轴安装到驱动链轮上。 从动链轮安装在发电机的发电机输入轴上。 从动链轮在与驱动链轮相同的平面中向近侧对齐,但驱动链轮和从动链轮不彼此接触。 滚轮推送带将驱动链轮的运动传递到从动链轮。 辊推送带包括围绕驱动链轮和从动链轮的周边的周边的导轨和沿导轨布置的多个滚子元件。
    • 4. 发明申请
    • BEARINGLESS MACHINE
    • 无轴承机
    • US20120200183A1
    • 2012-08-09
    • US13021201
    • 2011-02-04
    • Richard A. Himmelmann
    • Richard A. Himmelmann
    • H02K5/22H02K15/00H02K16/00
    • H02K15/0006H02K1/187H02K5/00H02K5/15H02K5/24H02K7/006H02K15/16H02K2201/03Y10T29/49009Y10T29/49721
    • A rotating machine comprises a stationary subassembly, a rotating subassembly, and a first circumferential track. The stationary subassembly includes a plurality of stator elements disposed proximate an inner circumference of a portion of the stationary subassembly, and a casing having a first portal. The rotating subassembly includes a plurality of rotor elements disposed proximate an outer circumference of a portion of the rotating subassembly. The rotating subassembly is aligned coaxially within the stationary subassembly and is rotatable relative to the stationary subassembly without the aid of support bearings. The first circumferential track is defined by a first rotor track portion on the rotating subassembly and a first stator track portion on the stationary subassembly, and is in communication with a first portal on the casing.
    • 旋转机器包括固定子组件,旋转子组件和第一圆周轨道。 固定子组件包括靠近固定子组件的一部分的内圆周设置的多个定子元件和具有第一入口的壳体。 旋转子组件包括靠近旋转子组件的一部分的外圆周设置的多个转子元件。 旋转子组件在固定子组件内同轴对准,并且可在无需辅助支承轴承的情况下相对于固定子组件旋转。 第一圆周轨道由旋转子组件上的第一转子轨道部分和固定子组件上的第一定子轨道部分限定,并且与壳体上的第一入口连通。
    • 6. 发明申请
    • NESTED EXCITER AND MAIN GENERATOR STAGES FOR A WOUND FIELD GENERATOR
    • 用于发电机的绝缘子和主发电机阶段
    • US20110006545A1
    • 2011-01-13
    • US12499292
    • 2009-07-08
    • Richard A. Himmelmann
    • Richard A. Himmelmann
    • H02K7/10H02K19/38H02K15/00
    • H02K19/38H02K7/006H02K19/26Y10T29/49009
    • A wound field generator (102) and a method of producing the wound field generator (102) with a nested exciter stage (307) and main generator stage (305) are provided. The wound field generator (102) includes an exciter stage rotor (310) coupled to a rotor member (312) and a main stage rotor (304) coupled to the rotor member (312). The wound field generator (102) also includes a rotating rectifier assembly (306) coupled to the rotor member (312) and electrically coupled to the exciter stage rotor (310) and the main stage rotor (304). The wound field generator further (102) includes an exciter stage stator (308) to establish field communication with the exciter stage rotor (310), and a main stage stator (302) to establish field communication with the main stage rotor (304). The exciter stage stator (308) and the exciter stage rotor (310) are radially nested about a central axis (316) of the wound field generator (102) with respect to the main stage stator (302) and the main stage rotor (304).
    • 提供了一种绕线场发生器(102)以及具有嵌套的励磁机级(307)和主发电机级(305)的绕线式励磁发电机(102)的制造方法。 伤口场发生器(102)包括耦合到转子构件(312)的激励器级转子(310)和联接到转子构件(312)的主级转子(304)。 绕线场发生器(102)还包括耦合到转子构件(312)并电耦合到励磁机级转子(310)和主级转子(304)的旋转整流器组件(306)。 绕线场发生器进一步包括与励磁机级转子(310)建立现场通信的励磁机级定子(308)和与主级转子(304)建立现场通信的主级定子(302)。 励磁机级定子(308)和励磁机级转子(310)相对于主级定子(302)和主级转子(304)绕绕磁场发生器(102)的中心轴线(316)径向嵌套 )。
    • 7. 发明授权
    • Thermally operated rotatable component restraint system
    • 热操作可旋转部件约束系统
    • US07859154B2
    • 2010-12-28
    • US12761901
    • 2010-04-16
    • Richard A. Himmelmann
    • Richard A. Himmelmann
    • H02K5/16F16C27/02
    • H02K7/102F01D15/10F01D25/162F01D25/166F05D2230/642F05D2240/53F05D2240/54F05D2260/207F05D2300/50212H02K7/1823H02K15/125
    • A turboalternator system includes a turboalternator having a rotatable member operatively engaged to a bearing set, a radial support element, and a contact structure engaged with the radial support element. The rotatable member defines a first end, a second end and an axis of rotation. The turboalternator system is configured to be thermally adjustable such that in a first thermal condition the contact structure is at a first radial position with respect to the axis of rotation and contacts the rotatable member to provide support, and in a second thermal condition the contact structure is at a second radial position with respect to the axis of rotation that is spaced further from the axis of rotation than the first radial position. The contact structure includes a ring having a groove formed in an outer diameter surface thereof, and the radial support element engages the groove in the contact structure.
    • 涡轮分路器系统包括具有可操作地接合到轴承组,径向支撑元件和与径向支撑元件接合的接触结构的可旋转构件的涡轮分离器。 可旋转构件限定第一端,第二端和旋转轴。 涡轮分路器系统被配置为可热调节,使得在第一热状态下,接触结构相对于旋转轴线处于第一径向位置,并且与可旋转构件接触以提供支撑,并且在第二热状态下,接触结构 处于相对于旋转轴线比第一径向位置更远离旋转轴线的第二径向位置。 接触结构包括在其外径表面中形成有凹槽的环,并且径向支撑元件接合接触结构中的凹槽。
    • 10. 发明授权
    • Cooling of permanent magnet electric machine
    • 永磁电机冷却
    • US08847444B2
    • 2014-09-30
    • US12944916
    • 2010-11-12
    • Richard A. Himmelmann
    • Richard A. Himmelmann
    • H02K9/10H02K9/197H02K9/18H02K5/20
    • H02K9/197H02K5/20H02K9/18
    • A permanent magnet electric machine includes a rotor having a plurality of permanent magnets and a stator in magnetic communication with the rotor and positioned defining a radial air gap between the rotor and the stator. A housing is configured to seal the rotor and the stator from an outside environment. A pumping element is configured to urge a closed loop airflow across the plurality of permanent magnets to remove thermal energy therefrom, and a plurality of cooling channels are located in the housing and are configured to transfer thermal energy from the stator to a flow of fluid coolant through the plurality of cooling channels. A heat exchanger is located in thermal communication with the plurality of cooling channels to transfer thermal energy from the airflow to the fluid coolant.
    • 永磁电机包括具有多个永磁体的转子和与转子磁连通的定子,其定位在转子和定子之间限定径向气隙。 壳体构造成将转子和定子与外部环境密封。 泵送元件构造成促使跨过多个永磁体的闭环气流从其中移除热能,并且多个冷却通道位于壳体中并且构造成将热能从定子传递到流体冷却剂流 通过多个冷却通道。 热交换器位于与多个冷却通道热连通以将热能从气流传递到流体冷却剂。