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    • 3. 发明公开
    • CONCENTRIC V-GROOVE COUPLING
    • 同心V型槽耦合
    • EP2276942A1
    • 2011-01-26
    • EP09745348.4
    • 2009-05-15
    • KER-TRAIN HOLDINGS LTD.
    • KERR, John, Hugh
    • F16D11/00B60K17/02
    • F16D11/00F16D25/061F16D25/0632F16D25/10Y10T74/1558
    • A coupling comprises a pair of clutch end members, a clutch centre member disposed between the clutch end members, and an actuator coupled to one of the end members. Each end member includes concentric V-grooves disposed on a respective face thereof. The centre member is axially movable between the end members, and includes a pair of opposing surfaces. One of the opposing surfaces includes concentric V-grooves configured to mesh with the V-grooves of one of the end members. Another of the opposing surfaces includes concentric V-grooves configured to mesh with the V-grooves of another of the end members. The actuator is configured to couple the end members and the centre member together by urging the V-grooves of the end members into engagement with the V-grooves of the centre member.
    • 联轴器包括一对离合器端部构件,设置在离合器端部构件之间的离合器中心构件以及联接到其中一个端部构件的致动器。 每个端部构件包括设置在其各个面上的同心V形槽。 中心构件可在端部构件之间轴向移动,并且包括一对相对的表面。 其中一个相对表面包括同心V形槽,该V形槽被构造成与其中一个端部构件的V形槽相啮合。 另一个相对表面包括构造成与另一个端部构件的V形槽相啮合的同心V形槽。 致动器构造成通过促使端部构件的V形槽与中心构件的V形槽接合而将端部构件和中心构件联接在一起。
    • 5. 发明公开
    • CONCENTRIC V-GROOVE COUPLING
    • KONZENTRISCHE V-RILLENKUPPLUNG
    • EP2276942A4
    • 2017-08-30
    • EP09745348
    • 2009-05-15
    • KER-TRAIN HOLDINGS LTD
    • KERR JOHN HUGH
    • F16D11/00B60K17/02
    • F16D11/00F16D25/061F16D25/0632F16D25/10Y10T74/1558
    • A coupling comprises a pair of clutch end members, a clutch centre member disposed between the clutch end members, and an actuator coupled to one of the end members. Each end member includes concentric V-grooves disposed on a respective face thereof. The centre member is axially movable between the end members, and includes a pair of opposing surfaces. One of the opposing surfaces includes concentric V-grooves configured to mesh with the V-grooves of one of the end members. Another of the opposing surfaces includes concentric V-grooves configured to mesh with the V-grooves of another of the end members. The actuator is configured to couple the end members and the centre member together by urging the V-grooves of the end members into engagement with the V-grooves of the centre member.
    • 联轴器包括一对离合器端部构件,设置在离合器端部构件之间的离合器中心构件以及联接到其中一个端部构件的致动器。 每个端部构件包括设置在其各个面上的同心V形槽。 中心构件可在端部构件之间轴向移动,并且包括一对相对的表面。 相对表面中的一个包括同心V形槽,该V形槽被构造成与其中一个端部构件的V形槽相啮合。 另一个相对表面包括构造成与另一个端部构件的V形槽相啮合的同心V形槽。 致动器构造成通过促使端部构件的V形槽与中心构件的V形槽接合而将端部构件和中心构件联接在一起。
    • 8. 发明公开
    • Rotary drive mechanism
    • Drehantriebsvorrichtung
    • EP1084898A2
    • 2001-03-21
    • EP00308018.1
    • 2000-09-14
    • Johnson Controls GmbH
    • Holloway, Ian Pemberton
    • B60N2/225B60N2/235
    • B60N2/235B60N2/224B60N2/2251B60N2/2258Y10T74/1558
    • A lever operated rotary drive mechanism, the mechanism including a mounting frame carrying a rotary output member adapted for driving engagement with a rotary drive input, such as a shaft, an operating lever pivotally mounted on the mounting frame for pivotal angular displacement relative to the frame, biasing means for biasing the lever to a rest angular position, the lever being movable within a first angular displacement region located on one side of said rest position and movable within a second angular displacement region located on the opposite side of said rest position and a drive transmission which drivingly connects the lever to the output member to cause rotation of the output member in one rotary direction only on displacement of the lever within said first angular displacement region and to cause rotation of the output member in the opposite rotary direction only on displacement of the lever within said second angular displacement region.
    • 杠杆操作的旋转驱动机构,该机构包括承载旋转输出构件的安装框架,该安装框架适于驱动与诸如轴的旋转驱动输入的接合,枢转地安装在安装框架上的操作杆相对于框架枢转角位移 用于将杠杆偏置到静止角位置的偏置装置,所述杆可在位于所述静止位置的一侧上的第一角位移区域内移动,并且可在位于所述静止位置的相对侧上的第二角位移区域内移动, 驱动传动装置,其将杠杆驱动地连接到输出构件,以使所述输出构件在一个旋转方向上仅在所述第一角位移区域内的所述杆的位移上旋转,并且使得所述输出构件仅在位移方向上在相反的旋转方向上旋转 在所述第二角位移区域内的杠杆。