会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Open-end spinning frame
    • 开口纺纱机
    • US06298649B1
    • 2001-10-09
    • US09716758
    • 2000-11-20
    • Heinz-Georg WassenhovenClaus-Dieter Landolt
    • Heinz-Georg WassenhovenClaus-Dieter Landolt
    • D01H400
    • F16C39/063D01H4/12F16C32/0419F16C2340/18
    • An open-end spinning frame (1) having a spinning rotor (3), whose rotor shaft (4) is supported, free of axial thrust, in the bearing wedge of a support disk bearing arrangement (5) and is fixed in place by means of a magnetic axial bearing (18). The axial bearing (18) has a stationary magnetic bearing component (27) fixed on the bearing housing (26), and a rotating magnetic bearing component (44) arranged at the end of the rotor shaft and having at least two annular shoulders (46) defined by recesses (47) in the rotor shaft (4). The sharpness of the annular shoulders (46) is reduced in the area between their outer circumference (58) and the adjoining radial faces (50) of each annular shoulder, e.g., via curved or beveled surfaces in such area, and the base surfaces (49) of the recesses (47) are each connected via rounded sections (51) with the radial faces (50) of the adjoining annular shoulders (46).
    • 一种具有旋转转子(3)的开口纺纱机架(1),其转子轴(4)被支承在支承盘轴承装置(5)的轴承楔形件中,无轴向推力,并通过 磁轴向轴承(18)的装置。 所述轴向轴承(18)具有固定在所述轴承壳体(26)上的固定磁性轴承部件(27)和设置在所述转子轴端部并且具有至少两个环形肩部(46)的旋转磁性轴承部件(44) )由转子轴(4)中的凹部(47)限定。 环形肩部(46)的清晰度在它们的外周(58)和每个环形肩部的相邻径向面(50)之间的区域中减小,例如通过这种区域中的弯曲或斜面以及基部表面 各个凹部(47)的每一个(49)分别通过圆形部分(51)与邻接的环形肩部(46)的径向面(50)连接。
    • 9. 再颁专利
    • Open-end spinning frame
    • 开口纺纱机
    • USRE42383E1
    • 2011-05-24
    • US10682853
    • 2003-10-09
    • Heinz-Georg WassenhovenClaus-Dieter Landolt
    • Heinz-Georg WassenhovenClaus-Dieter Landolt
    • D01H4/00
    • F16C39/063D01H4/12F16C32/0419F16C2340/18
    • An open-end spinning frame (1) having a spinning rotor (3), whose rotor shaft (4) is supported, free of axial thrust, in the bearing wedge of a support disk bearing arrangement (5) and is fixed in place by means of a magnetic axial bearing (18). The axial bearing (18) has a stationary magnetic bearing component (27) fixed on the bearing housing (26), and a rotating magnetic bearing component (44) arranged at the end of the rotor shaft and having at least two annular shoulders (46) defined by recesses (47) in the rotor shaft (4). The sharpness of the annular shoulders (46) is reduced in the area between their outer circumference (58) and the adjoining radial faces (50) of each annular shoulder, e.g., via curved or beveled surfaces in such area, and the base surfaces (49) of the recesses (47) are each connected via rounded sections (51) with the radial faces (50) of the adjoining annular shoulders (46).
    • 一种具有旋转转子(3)的开口纺纱机架(1),其转子轴(4)被支承在支承盘轴承装置(5)的轴承楔形件中,无轴向推力,并通过 磁轴向轴承(18)的装置。 所述轴向轴承(18)具有固定在所述轴承壳体(26)上的固定磁性轴承部件(27)和设置在所述转子轴端部并具有至少两个环形肩部(46)的旋转磁性轴承部件(44) )由转子轴(4)中的凹部(47)限定。 环形肩部(46)的清晰度在它们的外周(58)和每个环形肩部的相邻径向面(50)之间的区域中减小,例如通过这种区域中的弯曲或斜面以及基部表面 各个凹部(47)的每一个(49)分别通过圆形部分(51)与邻接的环形肩部(46)的径向面(50)连接。