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    • 42. 发明申请
    • RADIAL PERMANENT MAGNETIC SUSPENSION BEARING HAVING MICRO-FRICTION OR NO FRICTION OF PIVOT POINT
    • 径向永久磁悬浮轴承具有微摩擦或无摩擦点
    • US20170023057A1
    • 2017-01-26
    • US15108958
    • 2014-12-30
    • Guokun LIChaoxian WANG
    • Guokun LIChaoxian WANG
    • F16C32/04F16C39/06
    • F16C32/0412F16C39/063F16C2240/26
    • A radial permanent magnetic suspension bearing, comprising: a horizontal shaft (2), a support bearing (4), and a radial permanent magnet suspension bearing (3); the permanent magnetic suspension bearing (3) comprises a stator pull-push magnet (31) disposed on a stator casing (1) via a permeability magnetic substrate (322), and a rotor pull-push magnet (32) disposed on the horizontal shaft (2) correspondingly via an annular permeability magnetic substrate (322), having a radial gap and forming an axial pull-push magnetic circuit with the stator pull-push magnet (31); wherein the rotor pull-push magnet (32) consists of two or more annual permanent magnets axially and closely fitting, with magnetic poles alternately arranged in the axial direction; the stator pull-push magnet (31) consists of two or more annular permanent magnets axially and closely fitting, with magnetic poles alternately arranged in the axial direction, disposed over the horizontal panel where the axle center of the horizontal shaft (2) is located, and being symmetrical about the perpendicular bisection plane of the horizontal shaft. The bearing has a simple structure and greatly reduces energy consumption, without wear or bearing maintenance.
    • 一种径向永磁悬浮轴承,包括:水平轴(2),支撑轴承(4)和径向永磁悬浮轴承(3); 永久磁悬浮轴承(3)包括通过磁导磁性基板(322)设置在定子壳体(1)上的定子拉推磁体(31)和设置在水平轴上的转子拉推磁体 (2)相应地经由环形导磁磁性基板(322),具有径向间隙并与定子拉推磁体(31)形成轴向拉推磁路; 其中所述转子拉推磁体由两个或更多个轴向和紧密配合的年度永磁体组成,磁极在轴向交替布置; 定子拉推磁体由两个或更多个轴向和紧密配合的环形永磁体组成,其中磁极在轴向上交替布置,设置在水平轴(2)的轴心所在的水平面板上 并且关于水平轴的垂直二等分平面对称。 轴承结构简单,能耗大大降低,无磨损或轴承维护。
    • 43. 发明申请
    • PASSIVE MAGNETIC BEARINGS FOR ROTATING EQUIPMENT INCLUDING INDUCTION MACHINES
    • 用于旋转设备的被动磁力轴承,包括电感机械
    • US20150229182A1
    • 2015-08-13
    • US14697105
    • 2015-04-27
    • SIEMENS INDUSTRY, INC.
    • Nicholas G. Lang
    • H02K7/09H02K17/00
    • H02K7/09F16C25/045F16C32/0412F16C39/063F16C2380/26H02K5/161H02K17/00
    • Permanent magnet bearings are incorporated into rotating equipment, such as induction machines, in addition to active magnetic or lubricated primary shaft support bearings. The passive magnetic bearings incorporate permanent magnets that generate directionally oriented magnetic fields of selective intensity. The magnetic field directions are aligned with a desired shaft support bearing preload direction and intensity, for example to exert axial thrust or radial preloads on the support bearings. A plurality of magnetic bearings may be oriented in opposed relationship with neutral or offsetting resultant forces. The passive magnetic force preload may be utilized to offset rotor vertical weight during induction startup or stopping cycles. Passive magnetic force preload may be applied to lubricated bearings to assure their operational stability. The passive magnetic bearings can also absorb radial or axial thrust forces imparted on the rotor shaft during induction machine operation, that may reduce machine operational noise, and energy consumption.
    • 除了主动磁性或润滑的主轴支撑轴承之外,永磁轴承还包括在旋转设备中,例如感应电机。 无源磁轴承包含产生选择强度的定向取向磁场的永磁体。 磁场方向与期望的轴支承轴承的预紧方向和强度对齐,例如在支撑轴承上施加轴向推力或径向预载。 多个磁性轴承可以与中性或偏移合力相对置。 在感应启动或停止循环期间,可以利用被动磁力预载来抵消转子垂直重量。 被动磁力预载荷可用于润滑轴承,以确保其运行稳定性。 被动磁轴承还可以吸收在感应电机运行期间施加在转子轴上的径向或轴向推力,这可能降低机器操作噪音和能量消耗。
    • 44. 发明授权
    • Passive magnetic bearings for rotating equipment including induction machines
    • 用于旋转设备的无源磁轴承包括感应电机
    • US09048701B2
    • 2015-06-02
    • US13221074
    • 2011-08-30
    • Nicholas G. Lang
    • Nicholas G. Lang
    • H02K7/09H02K7/08H02K5/16
    • H02K7/09F16C25/045F16C32/0412F16C39/063F16C2380/26H02K5/161H02K17/00
    • Permanent magnet bearings are incorporated into rotating equipment, such as induction machines, in addition to active magnetic or lubricated primary shaft support bearings. The passive magnetic bearings incorporate permanent magnets that generate directionally oriented magnetic fields of selective intensity. The magnetic field directions are aligned with a desired shaft support bearing preload direction and intensity, for example to exert axial thrust or radial preloads on the support bearings. A plurality of magnetic bearings may be oriented in opposed relationship with neutral or offsetting resultant forces. The passive magnetic force preload may be utilized to offset rotor vertical weight during induction startup or stopping cycles. Passive magnetic force preload may be applied to lubricated bearings to assure their operational stability. The passive magnetic bearings can also absorb radial or axial thrust forces imparted on the rotor shaft during induction machine operation, that may reduce machine operational noise, and energy consumption.
    • 除了主动磁性或润滑的主轴支撑轴承之外,永磁轴承还包括在旋转设备中,例如感应电机。 无源磁轴承包含产生选择强度的定向取向磁场的永磁体。 磁场方向与期望的轴支承轴承的预紧方向和强度对齐,例如在支撑轴承上施加轴向推力或径向预载。 多个磁性轴承可以与中性或偏移合力相对置。 在感应启动或停止循环期间,可以利用被动磁力预载来抵消转子垂直重量。 被动磁力预载荷可用于润滑轴承,以确保其运行稳定性。 被动磁轴承还可以吸收在感应电机运行期间施加在转子轴上的径向或轴向推力,这可能降低机器操作噪音和能量消耗。
    • 49. 发明申请
    • MAGNETIC SUSPENSION BEARING
    • 磁悬浮轴承
    • WO0235108A8
    • 2002-08-08
    • PCT/CN0101504
    • 2001-10-25
    • LI GUO-KUNLI XIAO-PENGLI XIAO-BO
    • LI GUO-KUNLI XIAO-PENGLI XIAO-BO
    • F16C39/06F16C32/04
    • F16C32/0408F16C32/0412F16C32/0417
    • The invention relates to a bearing, which comprises at least two groups radial stable magnetic rings and at least one group axial stable magnetic ring designed between the radial stable magnetic rings. The radial stable magnetic ring consists of a radial static magnetic ring fixed to a bearing housing and a radial movable magnetic ring which is parallel to the radial static magnetic ring and fixed to a shaft sleeve extends in the radial direction. Both the radial static magnetic ring and the radial movable magnetic ring are composed of more than two cross magnetic poles that are closely connected in the radial direction. The structure of the axial stable magnetic ring designed axially is the same as this of the radial stable magnetic ring. The invention is of simple design and large power.
    • 本发明涉及一种轴承,其包括至少两组径向稳定磁环和至少一组设计在径向稳定磁环之间的组轴向稳定磁环。 径向稳定磁环由固定在轴承座上的径向静磁环和径向静磁环平行径向动环组成,固定在轴套上沿径向延伸。 径向静磁环和径向可动磁环都由两个以上的径向紧密连接的交叉磁极组成。 轴向设计的轴向稳定磁环的结构与径向稳定磁环的结构相同。 本发明设计简单,功率大。