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    • 91. 发明申请
    • Off-axis loaded bearing
    • 离轴加载轴承
    • US20030223667A1
    • 2003-12-04
    • US10157577
    • 2002-05-28
    • Martin Nick Leibowitz
    • F16C019/00F16C019/40F16C033/52
    • F16C33/3713F16C19/26F16C19/40F16C32/0427F16C33/36F16C33/37F16C33/526
    • A roller bearing having a central axis comprising an inner race having a first race track; an outer race disposed concentrically around the inner race with respect to the central axis and having a second race track facing the first race track; and a plurality of rolling bodies disposed between the inner race and the outer race for rolling against the first race track and the second race track. Each of the plurality of rolling bodies has a fixed axis of rotation about which each of the rolling bodies rotates, each of the rolling bodies being rotatably attached to the roller bearing such that the fixed axis of rotation about which each of the rolling bodies rotates remains substantially parallel to the central axis of the roller bearing.
    • 一种具有中心轴线的滚子轴承,包括具有第一座圈的内圈; 相对于所述中心轴线同心地围绕所述内圈布置的外圈,并且具有面向所述第一座圈的第二座圈; 以及设置在所述内座圈和所述外座圈之间的多个滚动体,用于滚动抵抗所述第一座圈和所述第二座圈。 多个滚动体中的每一个具有固定的旋转轴线,每个滚动体绕其旋转,每个滚动体可旋转地附接到滚子轴承,使得每个滚动体旋转的固定旋转轴线保持 基本上平行于滚子轴承的中心轴线。
    • 92. 发明申请
    • Hydrodynamic gas bearing
    • 流体动力气体轴承
    • US20030011256A1
    • 2003-01-16
    • US10164806
    • 2002-06-07
    • Matsushita Electric Industrial Co., Ltd.
    • Keigo KusakaTakafumi Asada
    • H02K007/09
    • F16C32/0427F16C17/026F16C17/107F16C33/1015F16C39/063F16C2370/12G11B19/2018H02K7/09
    • A rotatable hub in which a supporting shaft having hydrodynamic pressure generating grooves is inserted comprises an annular thrust bearing plate in its lower portion and annular permanent magnets in its upper portion. The thrust bearing plate is inserted between the lower end face of the supporting shaft and a thrust flange fixed to the supporting shaft, maintaining the respective clearances D and E. The permanent magnets on the hub are confronting in such a manner that an upward and downward repulsive forces are generated between permanent magnets mounted on the supporting shaft, respectively maintaining the clearances B and C. Since the clearances B and C are greater than the clearances D and E, the permanent magnets will not mutually contact even when the hub is caused to move upward or downward by an external force during rotation and the thrust bearing plate contacts with the lower end face of the supporting shaft or the thrust flange.
    • 其中插入具有流体动力学压力产生槽的支撑轴的可旋转轮毂包括其下部的环形止推轴承板和其上部的环形永磁体。 推力轴承板插入在支撑轴的下端面和固定在支撑轴上的推力凸缘之间,保持相应的间隙D和E.轮毂上的永久磁铁面向上方和下方 在安装在支撑轴上的永磁体之间产生分别保持间隙B和C的排斥力。由于间隙B和C大于间隙D和E,所以即使当毂被引起时,永磁体也不会相互接触 在旋转期间通过外力向上或向下移动,并且止推轴承板与支撑轴的下端面或推力凸缘接触。
    • 93. 发明授权
    • Combined passive magnetic bearing element and vibration damper
    • 组合无源磁轴承元件和减振器
    • US06191515B1
    • 2001-02-20
    • US09389913
    • 1999-09-03
    • Richard F. Post
    • Richard F. Post
    • H02K709
    • H02N15/00F16C27/00F16C32/0427
    • A magnetic bearing system contains magnetic subsystems which act together to support a rotating element in a state of dynamic equilibrium and dampen transversely directed vibrations. Mechanical stabilizers are provided to hold the suspended system in equilibrium until its speed has exceeded a low critical speed where dynamic effects take over, permitting the achievement of a stable equilibrium for the rotating object. A state of stable equilibrium is achieved above a critical speed by use of a collection of passive elements using permanent magnets to provide their magnetomotive excitation. In a improvement over U.S. Pat. No. 5,495,221, a magnetic bearing element is combined with a vibration damping element to provide a single upper stationary dual-function element. The magnetic forces exerted by such an element, enhances levitation of the rotating object in equilibrium against external forces, such as the force of gravity or forces arising from accelerations, and suppresses the effects of unbalance or inhibits the onset of whirl-type rotor-dynamic instabilities. Concurrently, this equilibrium is made stable against displacement-dependent drag forces of the rotating object from its equilibrium position.
    • 磁性轴承系统包含磁性子系统,其一起作用以支撑处于动态平衡状态的旋转元件并且阻尼横向振动。 提供机械稳定器以将悬挂系统保持在平衡状态,直到其速度超过动态效应接管的低临界速度,允许实现旋转物体的稳定平衡。 通过使用永磁体的无源元件集合提供其磁动势激励,在临界速度之上实现稳定平衡状态。 在美国Pat。 第5,495,221号中,磁性轴承元件与振动阻尼元件组合以提供单个上部静止双重功能元件。 由这种元件施加的磁力增强了旋转对象在抵抗外力的平衡中的悬浮力,例如重力或由加速度产生的力,并抑制不平衡的影响或抑制旋转式转子动态 不稳定 同时,这种平衡对于旋转物体从其平衡位置的位移依赖力的作用是稳定的。
    • 95. 发明授权
    • Electric motor having rotor shaft rotatably supported on a bearing by
vertically adjustable magnets
    • 具有转子轴的电动机,其通过可调节的磁体可旋转地支撑在轴承上
    • US5942825A
    • 1999-08-24
    • US984659
    • 1997-12-03
    • Chang-Woo Lee
    • Chang-Woo Lee
    • F16C39/06H02K7/09F16C32/04
    • H02K7/09F16C32/0427F16C39/063
    • An electric motor having a rotor and stator includes a magnetic hollow rotating shaft to which the rotor is fixed. A magnetic cylindrical bearing is inserted into the magnetic hollow rotating shaft such that a radial repulsive force is generated between the magnetic hollow rotating shaft and the magnetic bearing. A first fixed magnetic member is disposed at a top of the magnetic cylindrical bearing, and a rotating magnetic member is disposed at a top of the magnetic hollow rotating shaft such that the magnetic hollow rotating shaft can be supported by axial repulsive force generated between those magnetic members. The magnetic members are vertically adjustable for varying the axial clearance therebetween.
    • 具有转子和定子的电动机包括固定有转子的磁性空心旋转轴。 磁性圆柱形轴承插入到磁性空心旋转轴中,使得在磁性中空旋转轴和磁性轴承之间产生径向排斥力。 第一固定磁性构件设置在磁性圆柱形轴承的顶部,并且旋转磁性构件设置在磁性中空旋转轴的顶部,使得磁性中空旋转轴可以通过在这些磁性轴之间产生的轴向推斥力来支撑 会员 磁性构件可垂直调节以改变它们之间的轴向间隙。
    • 97. 发明授权
    • Optical deflector with a pneumatic and a magnetic bearing
    • 光学偏转器带有气动和磁性轴承
    • US4726640A
    • 1988-02-23
    • US911110
    • 1986-09-24
    • Akihiko IwamaHiroki TajimaMitsuo Suzuki
    • Akihiko IwamaHiroki TajimaMitsuo Suzuki
    • F16C39/06G02B7/182G02B26/12H02K5/16H02K7/09G02B26/08
    • F16C32/0402F16C17/026F16C32/0427G02B26/121G02B7/1821H02K5/1677H02K7/09F16C2370/22
    • An optical deflector for deflecting a laser beam from a laser by rotating a polygon mirror uses a dynamic pressure pneumatic bearing as a radial bearing and a magnetic bearing as a thrust bearing. The deflector includes a hollow rotor rotatable integrally with the mirror, a stationary shaft received in said hollow rotor, a casing member accommodating the rotor and stationary shaft, and an annular rotor magnet assembly mounted on the outer periphery of the rotor. A first rotary magnet is mounted in an upper end portion of a rotary shaft and a first stationary magnet in an upper end portion of the stationary shaft in such a manner as to face each other with the same polarity, a repulsive force acting between the two magnets serving as a thrust magnetic bearing. A second stationary magnet is arranged to face the first rotary magnet with the same polarity. Further, a second rotary magnet is mounted in a lower end portion of the rotary shaft and a third stationary magnet in a lower end portion of the stationary shaft in such a manner as to face each other with the same polarity.
    • 用于通过旋转多面镜从激光器偏转激光束的光学偏转器使用动压气动轴承作为径向轴承和磁轴承作为推力轴承。 偏转器包括与反射镜一体旋转的中空转子,容纳在所述中空转子中的固定轴,容纳转子和固定轴的壳体构件以及安装在转子的外周上的环形转子磁体组件。 第一旋转磁体以相同的极性彼此面对的方式安装在旋转轴的上端部和固定轴的上端部中的第一固定磁体,作用在两者之间的排斥力 磁铁作为推力磁轴承。 第二固定磁体被布置成以相同的极性面向第一旋转磁体。 此外,第二旋转磁体以相同极性彼此面对的方式安装在旋转轴的下端部和固定轴的下端部中的第三静止磁体。