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    • 3. 发明申请
    • FREEWHEEL FOR A CRANK-CVT TRANSMISSION
    • 免费运行了曲轴无级变速器
    • WO2010063249A3
    • 2010-08-05
    • PCT/DE2009001568
    • 2009-11-05
    • LUK LAMELLEN & KUPPLUNGSBAUMAN LASZLO
    • MAN LASZLO
    • F16D41/07
    • F16D41/07
    • A freewheel comprises an inner ring, an outer ring which can be rotated relative to the inner ring in at least one rotational direction and which is disposed radially around the inner ring, a plurality of rolling bodies, which are disposed between the inner ring and the outer ring, and at least one rolling body suspension for suspending the rolling bodies in the direction of the inner ring. To this end, the rolling body suspension comprises a spring which overall has a circular shape and is adapted such that the rolling bodies are loaded radially inward in the radial direction of the freewheel. In a plane that is formed by the longitudinal direction and the radial direction of the freewheel, the spring has a substantially rectangular profile.
    • 甲飞轮包括内环,一可相对于在其被径向地设置在内环周围围绕的多个滚动布置在内圈和外圈之间的机构的外圈的旋转中的至少一个方向上的内圈,和至少一个Rollkörperanfederung到滚动体的Anfedem中的方向 内圈。 这里,Rollkörperanfederung总圆形的弹簧,并且适于使得所述滚动元件在飞轮的径向方向加载径向向内。 弹簧具有在由长度方向与所述飞轮的径向方向跨越,以大致矩形的轮廓的平面。
    • 7. 发明申请
    • ADJUSTMENT DEVICE FOR A DISC BRAKE
    • 调整盘式制动器
    • WO2013017113A3
    • 2013-04-18
    • PCT/DE2012000712
    • 2012-07-13
    • SCHAEFFLER TECHNOLOGIES AGSCHUMANN LARSMAN LASZLODREHER ALEXANDERGREB PETER
    • SCHUMANN LARSMAN LASZLODREHER ALEXANDERGREB PETER
    • F16D55/226B60T1/06F16D65/56
    • F16D65/567F16D65/18F16D2121/14F16D2125/36
    • An adjustment device (22) for a disc brake (10) is provided, having a movable brake calliper (18) for pressing a brake disc (64) between the brake calliper (18) and an opposing brake calliper (14), an adjustment element (28) which acts on the brake calliper (18) and has the purpose of adjusting an incorrect distance between the brake calliper (18) and the opposing brake calliper (14) which is caused by wear, wherein the adjustment element (28) is embodied so as to be rotatable relative to the brake calliper (18), a ramp system (45) which is formed between the brake calliper (18) and the adjustment element (28), in particular a screwed connection, an actuation element (26) which engages on the adjustment element (28) and has the purpose of moving the brake calliper (18) between a closed position and an open position, an actuation toothing arrangement (46) which is connected fixedly in terms of movement to the adjustment element (28) and a sensing element (50) which can engage in the actuation toothing arrangement (46) via a sensing toothing arrangement (48), wherein in the case of movement of the brake calliper (18) the sensing element (50) can be moved relative to the actuation toothing arrangement (46) by means of the actuation element (26), and after a sufficient relative movement turns the adjustment element (28) relative to the brake calliper (18) in order to adjust the brake calliper (18). As a result of the automatic wear adjustment means, which is easy to implement and is of compact design, for the disc brake, a high degree of maintenance-friendliness is made possible over the service life of a belt drive.
    • 它是设置有可动制动蹄片(18),用于制动靴(18)和相对的制动衬块(14)接合的闸瓦中的一个之间加压的制动盘(64),用于盘式制动器的调节装置(22)(10)(18) 对于闸瓦(18)到相对的闸瓦(14),其中,所述调整元件(28)由相对于所述制动靴(18)可旋转的磨损引起的故障距离的调整调整元件(28),一制动瓦(18)和所述调节元件(28)之间训练 斜坡系统(45),尤其是螺纹连接,接合所述调节元件中的一个(28)的致动器(26),用于在关闭位置和打开位置,移动固定的方式连接到所述致动传动装置(46)的调节元件(28)之间移动的制动靴(18)和一个通过 在致动齿的Sensierverzahnung(48)(46)接合的感测元件(50),所述传感元件(50)在所述B的移动 remsbacke(18)是通过所述致动部件(26)相对于所述一组齿(46)的可动和调节元件的足够的相对运动后(18)扭曲的(28)相对于所述制动靴(18),用于制动靴的调整。 通过实现简单并且紧凑地设计用于盘式制动器便于维修过的带驱动器的寿命自动磨损调整成为可能。