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    • 4. 发明申请
    • Shaft Seal Assembly
    • 轴封组件
    • US20160369895A1
    • 2016-12-22
    • US15186918
    • 2016-06-20
    • Inpro/Seal LLC
    • Neil F. Hoehle
    • F16J15/3276
    • F16J15/3276F16J15/4478
    • A shaft seal assembly may include a stator and a rotor. The rotor may be configured to rotate with a shaft, and the stator may be engaged with a housing. The stator and rotor may be configured with radial and/or axial recesses and/or radial and/or axial projections. These various features may be configured such that the stator and rotor cooperate to form a ring cavity. A cooperating ring may be positioned in the ring cavity, and the cooperating ring may be configured such that is circumferentially expandable so that the cooperating ring changes size and/or shape when it rotates as opposed to when it is not rotating.
    • 轴密封组件可以包括定子和转子。 转子可以被配置为随轴旋转,并且定子可以与壳体接合。 定子和转子可以被配置为径向和/或轴向凹槽和/或径向和/或轴向突出。 这些各种特征可以被配置为使得定子和转子协作形成环腔。 配合环可以定位在环形空腔中,并且配合环可以被构造为使得其周向可膨胀,使得协作环在其旋转时改变尺寸和/或形状,而不是当其不旋转时改变尺寸和/或形状。
    • 5. 发明申请
    • Current Diverter Ring
    • 当前转向环
    • US20140191630A1
    • 2014-07-10
    • US14068806
    • 2013-10-31
    • Inpro/Seal LLC
    • David C. OrlowskiNeil F. HoehleRobert A. TejanoShawn Horton
    • H02K11/00
    • H01R39/10H01R39/64H02K5/1732H02K11/40
    • The current diverter rings and bearing isolators serve to dissipate an electrical charge from a rotating piece of equipment to ground, such as from a motor shaft to a motor housing. One embodiment of the current diverter ring includes an inner body and an outer body configured to clamp at least one conductive segment between them. In the preferred embodiments of the current diverter ring, the conductive segments are positioned in radial channels. The outer body may be affixed to a shaft, a motor housing, a bearing isolator, or other structure. The bearing isolator may incorporate a retention chamber for holding conductive segments within the stator of the bearing isolator, or the bearing isolator may be fashioned with a receptor groove into which a current diverter ring may be mounted.
    • 当前的分流器环和轴承隔离器用于将电荷从旋转的设备件散发到地面,例如从电动机轴到电动机壳体。 电流分流环的一个实施例包括内部主体和被配置为在它们之间夹紧至少一个导电段的外部主体。 在电流分流环的优选实施例中,导电段位于径向通道中。 外部主体可以固定到轴,马达壳体,轴承隔离器或其他结构上。 轴承隔离器可以包括用于将导电段保持在轴承隔离器的定子内的保持室,或者轴承隔离器可以用可以安装电流分流环的接收器槽形成。
    • 8. 发明申请
    • Current Diverter Ring
    • 当前转向环
    • US20170077663A1
    • 2017-03-16
    • US15351213
    • 2016-11-14
    • Inpro/Seal LLC
    • David C. OrlowskiNeil F. HoehleRobert A. TejanoShawn Horton
    • H01R39/10
    • H01R39/10H01R39/64H02K5/1732H02K11/40
    • The current diverter rings and bearing isolators serve to dissipate an electrical charge from a rotating piece of equipment to ground, such as from a motor shaft to a motor housing. One embodiment of the current diverter ring includes an inner body and an outer body configured to clamp at least one conductive segment between them. In the preferred embodiments of the current diverter ring, the conductive segments are positioned in radial channels. The outer body may be affixed to a shaft, a motor housing, a bearing isolator, or other structure. The bearing isolator may incorporate a retention chamber for holding conductive segments within the stator of the bearing isolator, or the bearing isolator may be fashioned with a receptor groove into which a current diverter ring may be mounted.
    • 当前的分流器环和轴承隔离器用于将电荷从旋转的设备部件释放到地面,例如从电动机轴到电动机壳体。 电流分流环的一个实施例包括内部主体和被配置为在它们之间夹紧至少一个导电段的外部主体。 在电流分流环的优选实施例中,导电段位于径向通道中。 外部主体可以固定到轴,马达壳体,轴承隔离器或其他结构上。 轴承隔离器可以包括用于将导电段保持在轴承隔离器的定子内的保持室,或者轴承隔离器可以用可以安装电流分流环的接收器槽形成。
    • 9. 发明申请
    • Shaft seal assembly
    • 轴封组件
    • US20150014940A1
    • 2015-01-15
    • US14500033
    • 2014-09-29
    • Inpro/Seal LLC
    • Neil F. HoehleTom Horner
    • F16J15/447F16J15/44
    • F16J15/441F16J15/187F16J15/40F16J15/4472
    • An illustrative embodiment of a shaft seal assembly generally includes a fixed stator, a floating stator, and a sealing member. In the illustrative embodiment the fixed stator may be formed with one or more fluid conduits that are in fluid communication with one or fluid conduits formed in the floating stator. The fluid conduits in the floating stator may be in fluid communication with one or more fluid conduits formed in a sealing member. A rotational interface may exist between the sealing member and a shaft, and the various fluid conduits may be configured to create a fluid barrier at that interface. Other embodiments of a shaft seal assembly may create a fluid barrier at a rotational interface between a rotor and a floating stator.
    • 轴密封组件的说明性实施例通常包括固定定子,浮动定子和密封构件。 在说明性实施例中,固定定子可以形成有一个或多个与形成在浮动定子中的一个或多个流体管道流体连通的流体管道。 浮动定子中的流体导管可以与形成在密封构件中的一个或多个流体导管流体连通。 旋转界面可以存在于密封构件和轴之间,并且各种流体导管可被配置成在该界面处产生流体屏障。 轴密封组件的其他实施例可以在转子和浮动定子之间的旋转界面处产生流体屏障。
    • 10. 发明申请
    • Current Diverter Ring
    • 当前转向环
    • US20140183998A1
    • 2014-07-03
    • US13920376
    • 2013-06-18
    • Inpro/Seal LLC
    • Neil F. HoehleDwight A. VicarsRobert A. TejanoDavid C. Orlowski
    • H02K5/136H02K11/00H01R39/12
    • H01R39/10F16J15/4478H01R39/12H01R39/64H02K5/136H02K5/1732H02K11/40
    • The current diverter rings (CDRs), captured CDRs, bearing isolators, and explosion-proof CDRs serve to dissipate an electrical charge from a rotating piece of equipment to ground, such as from a motor shaft to a motor housing. One embodiment of the explosion-proof CDR includes a stator that may be mounted to the equipment housing and a rotor that may be mounted to a shaft. The rotor may rotate with the shaft may be encompassed by stator and a cap, which cap may be secured directly to the stator or the housing. A conductive assembly may be positioned in a radial channel formed in the stator such that the conductive assembly contacts the shaft to conduct electricity from the shaft to the housing. Another embodiment of an explosion-proof CDR does not require a rotor. The explosion-proof CDR may be configured to define a flame path to achieve various explosion-proof certifications.
    • 当前的分流环(CDR),捕获的CDR,轴承隔离器和防爆CDR用于从旋转的设备到地面(例如从电动机轴到电动机壳体)消散电荷。 防爆CDR的一个实施例包括可安装到设备壳体的定子和可安装到轴上的转子。 转子可以旋转,轴可以被定子和盖子包围,该盖子可以直接固定到定子或壳体。 导电组件可以定位在形成在定子中的径向通道中,使得导电组件接触轴以将电力从轴传导到壳体。 防爆CDR的另一个实施例不需要转子。 防爆CDR可以被配置为定义火焰路径以实现各种防爆认证。