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    • 98. 发明授权
    • Actuating device, particularly for actuating locking differentials on vehicles
    • 执行装置,特别是用于在车辆上启动锁定差速器
    • US06879072B2
    • 2005-04-12
    • US10318990
    • 2002-12-12
    • Ronald FreyHarald SchmidtJohannes HelmichBirgit ScheyttWerner Baeskow
    • Ronald FreyHarald SchmidtJohannes HelmichBirgit ScheyttWerner Baeskow
    • F16D28/00H02K5/14H02K7/102H02K11/215H02K7/02
    • H02K7/1025H02K5/148H02K11/215
    • An actuating device, specifically for actuating locking differentials on vehicles, having an actuating shaft, a drive unit to drive the actuating shaft, where the drive unit comprises an armature core mounted to the actuating shaft so as not to rotate, and a commutator mounted to the actuating shaft so as not to rotate and/or with an electromagnetic brake unit to slow and/or stop the actuating shaft, where the brake unit includes a brake hub flange mounted on the armature so as not to rotate and having a single- or multi-piece housing tightly enclosing the drive unit and the brake unit, where the free end of the actuating shaft extends from the housing and with a sensor to measure the angle of rotation of the shaft, where the sensor unit includes at least one trigger wheel indirectly coupled to the shaft and at least one sensor scanning the trigger wheel position and coupled indirectly to the housing.
    • 具有致动轴的致动装置,用于致动车辆上的锁定差速器,用于驱动致动轴的驱动单元,其中驱动单元包括安装到致动轴以不旋转的电枢铁芯,以及安装到 致动轴,以便不旋转和/或用电磁制动单元减慢和/或停止致动轴,其中制动单元包括安装在电枢上的制动轮毂凸缘,以便不旋转并具有单个或 多片壳体紧密地包围驱动单元和制动单元,其中致动轴的自由端从壳体延伸并且具有用于测量轴的旋转角度的传感器,其中传感器单元包括至少一个触发轮 间接地联接到轴和至少一个传感器扫描触发器轮位置并间接地耦合到壳体。
    • 99. 发明授权
    • Bearing structure having a resin case with axial slit
    • 轴承结构具有轴向狭缝的树脂壳体
    • US06876111B2
    • 2005-04-05
    • US10777679
    • 2004-02-13
    • Motokazu KurodaMiyuki TakatsukiKyoko Higashino
    • Motokazu KurodaMiyuki TakatsukiKyoko Higashino
    • H02K5/10H02K5/14H02K5/173H02K5/16F16C17/10
    • H02K5/1732F16C19/06F16C35/077F16C2380/26H02K5/141
    • A dynamoelectric machine can achieve cost reduction by omitting the formation of grooves on an outer peripheral surface of an outer ring (26) of a bearing (7), and it can also prevent creeping of the bearing (7), thereby suppressing damage to a bearing housing (2a). A resin case (30) is formed in the shape of a cylinder so as to cover the entire axial length of the outer ring (26) of the counter-driving side bearing (7), and slits (32) are formed in the resin case (30) so as to extend axially from one axial end thereof to the other axial end thereof. The resin case (30) is press-fitted into the counter-driving side bearing housing (2a) with the one axial end of the resin case (30) being located at an opening side of the counter-driving side bearing housing (2a). The counter-driving side bearing (7) is press-fitted into the resin case (30).
    • 电动机可以通过省略在轴承(7)的外圈(26)的外周面上形成凹槽来实现成本降低,并且还可以防止轴承(7)的蠕变,从而抑制对轴承 轴承壳体(2a)。 树脂壳体30形成为圆筒形状,以覆盖反向驱动侧轴承(7)的外圈(26)的整个轴向长度,并且在树脂中形成狭缝(32) 壳体(30),以便从其一个轴向端轴向延伸到另一轴向端。 树脂箱(30)的一个轴向端部位于反向驱动侧轴承壳体(2a)的开口侧,被压配合到反向驱动侧轴承壳体(2a)中, 。 反向驱动侧轴承(7)压配合到树脂箱(30)中。