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    • 6. 发明授权
    • Sheet metal guide rail for an elevator system
    • 用于电梯系统的钣金导轨
    • US09469505B2
    • 2016-10-18
    • US13699197
    • 2010-05-21
    • Zbigniew PiechRichard N. FargoJamie A. Rivera
    • Zbigniew PiechRichard N. FargoJamie A. Rivera
    • B66B7/02
    • B66B7/022
    • A guide rail (14) for an elevator system (10) includes a base (20) connectable with a wall of a hoistway (12) of the elevator system (10) and a web section (24) connected to and extending from the base (20). A tip section (26) is located at an end of the web section (24) and is operably connectable to an elevator car (16) of the elevator system (10). The base (20), the web section (24) and the tip section (26) are formed of one or more thicknesses (28) of sheet metal material. An elevator system (10) includes an elevator car (16) located in a hoistway (12) and a guide rail (14) extending along the hoistway (12) and operably connected to the elevator car (16) for guiding the elevator car (16) along the hoistway (12). The guide rail (14) is configured such that braking forces applied to the guide rail (14) by a braking mechanism (36) successfully reduce the speed of the elevator car (16) without resulting in failure of the guide rail (14).
    • 用于电梯系统(10)的导轨(14)包括可与电梯系统(10)的井道(12)的壁连接的基座(20)和连接到基座(12)的基部 (20)。 尖端部分(26)位于腹板部分(24)的端部并且可操作地连接到电梯系统(10)的电梯轿厢(16)。 基部(20),腹板部分(24)和顶端部分(26)由一个或多个金属板厚度(28)形成。 电梯系统(10)包括位于井道(12)中的电梯轿厢(16)和沿着井道(12)延伸并可操作地连接到电梯轿厢(16)的导轨(14),用于引导电梯轿厢 16)沿着井道(12)。 导轨(14)构造成使得通过制动机构(36)施加到导轨(14)的制动力成功地降低了电梯轿厢(16)的速度,而不会导致导轨(14)的故障。
    • 10. 发明授权
    • Magnetic bearing with reduced control-flux-induced rotor loss
    • 减少控制磁通转子损耗的磁轴承
    • US5821656A
    • 1998-10-13
    • US500718
    • 1995-07-11
    • Roy S. ColbyZbigniew Piech
    • Roy S. ColbyZbigniew Piech
    • F16C32/04F16C39/06H02K7/09
    • F16C32/0459F16C32/048
    • A magnetic bearing with reduced control-flux-induced rotor loss includes a rotor 14, and a stator 12 having a plurality of slots S1-S16 around which coils 150-156 of a first Phase A and coils 160-166 of a second Phase B are wound. The winding configuration provides a two pole magnetic field around a rotor/stator gap 15 which is sinusoidal and which can be directed to any location along the gap 15. The configuration minimizes discontinuities or sharp changes in control flux in the gap which thereby reduces rotor losses. Also, the stator tooth gap g1 is minimized to provide smooth flux distribution along the rotor/stator gap 15. More phases and more or less stator slots may be used.
    • 具有减小的控制磁通转子损失的磁轴承包括转子14和具有多个槽S1-S16的定子12,第一相A的线圈150-156和第二相B的线圈160-166 是伤口。 绕组配置提供围绕正弦曲线的转子/定子间隙15周围的两极磁场,其可以被引导到沿着间隙15的任何位置。该构造使间隙中的控制通量中的不连续性或急剧变化最小化,从而减少转子损耗 。 此外,定子齿隙g1被最小化以沿着转子/定子间隙15提供平滑的通量分布。可以使用更多相和更多或更少的定子槽。