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    • 2. 发明授权
    • Self-servoing disc brake rotor
    • 自动盘式制动转子
    • US06715589B2
    • 2004-04-06
    • US09780831
    • 2001-02-09
    • Neil WilliamsJuergen DreherRoy Lee HayfordChristos T. KyrtsosWilfried GieringDavid L. BrademeyerGerald D. Anderson
    • Neil WilliamsJuergen DreherRoy Lee HayfordChristos T. KyrtsosWilfried GieringDavid L. BrademeyerGerald D. Anderson
    • F16D6500
    • F16D65/12F16D2065/1316F16D2065/132F16D2125/38F16D2127/08F16D2127/10
    • A self-servoing disc brake assembly is provided that includes a driven rotor member having a first inner surface with a plurality of first pockets. The driven rotor member also includes a first friction surface spaced from the first inner surface. A movable rotor member is supported on the driven rotor member and is movable relative to the driven rotor member between non-servoed and servoed positions. The rotor members are spaced a first distance in the non-servo position, and the rotor members are spaced a second distance which is greater than a first distance in the servo position. The movable rotor member includes a second inner surface with a plurality of second pockets adjacent to the first inner surface and a friction surface spaced from the second inner surface. A plurality of balls are arranged between the first and second pockets with at least one of the first and second pockets being ramped. A friction member, such as a disc brake pad, is arranged adjacent to the second friction surface and is movable between engaged and non-engaged positions. The friction member is spaced from the second friction surface in the non-engaged position and the friction member is in contact with the second friction surface in the engaged position to rotate the movable rotor member to the servoed position and produce a supplemental brake clamping force. As the brake pads are moved into engagement with the driven and movable rotor members, a shear force is created on the second friction surface. The shear force causes the movable rotor member to rotate relative to and away from the driven rotor member. As a result, for a particular brake input force a larger braking torque is achieved.
    • 提供一种自伺服盘式制动器组件,其包括具有多个第一凹穴的第一内表面的从动转子构件。 从动转子构件还包括与第一内表面间隔开的第一摩擦表面。 可动转子构件被支撑在从动转子构件上,并且可在非伺服位置和伺服位置之间相对于从动转子构件移动。 转子构件在非伺服位置上间隔第一距离,并且转子构件间隔第二距离,其大于伺服位置中的第一距离。 可移动转子构件包括具有与第一内表面相邻的多个第二凹穴的第二内表面和与第二内表面间隔开的摩擦表面。 多个球布置在第一和第二袋之间,第一和第二袋中的至少一个是斜坡的。 诸如盘式制动衬块的摩擦构件被布置成与第二摩擦表面相邻并且可在接合位置和非接合位置之间移动。 摩擦构件在非接合位置与第二摩擦表面间隔开,并且摩擦构件在接合位置与第二摩擦表面接触,以将可移动转子构件旋转到伺服位置并产生补充制动夹紧力。 当制动片与被驱动和可移动转子构件移动接合时,在第二摩擦表面上产生剪切力。 剪切力使可动转子部件相对于从动转子部件转动。 结果,对于特定的制动输入力,实现更大的制动转矩。
    • 5. 发明授权
    • Brake slack adjuster
    • 制动松弛调节器
    • US07124862B2
    • 2006-10-24
    • US10670594
    • 2003-09-25
    • Roy Lee HayfordJoseph A. KayThomas M. Cory
    • Roy Lee HayfordJoseph A. KayThomas M. Cory
    • F16D51/00F16D65/14
    • F16D65/60F16D65/42F16D65/50F16D2125/26
    • A brake slack adjuster is provided that includes a housing having an opening with a gear arranged within the opening. The housing includes a bore adjacent to the opening. A worm gear has an axis disposed within the bore and is an engagement with the gear. The worm gear has an end portion with helical teeth. An actuator loosely is arranged within the bore and includes an inner surface with complementary helical teeth engaging the helical teeth of the worm gear. An actuator rod includes an end arranged within the actuator aperture. The rod end is captured in the actuator by a retainer. A pawl assembly is supported by the housing and coacts with the actuator for retaining the actuator in a rotational position relative to the axis. Biasing members are arranged between the actuator and housing bore to urge the actuator engagement with the worm gear end portion. The actuator includes an elongated slot with and end of the pawl assembly captured with in the elongated slot to prevent rotational movement of the actuator relative to the housing. The elongated slot permits movement of the actuator in the direction of the axis.
    • 提供一种制动器松弛调节器,其包括具有设置在开口内的齿轮的开口的壳体。 壳体包括邻近开口的孔。 蜗轮具有设置在孔内的轴线,与齿轮啮合。 蜗轮具有螺旋齿的端部。 致动器松动地布置在孔内并且包括具有与蜗轮的螺旋齿接合的互补螺旋齿的内表面。 致动器杆包括布置在致动器孔内的端部。 杆端部通过保持器捕获在致动器中。 棘爪组件由壳体支撑并与致动器共同作用,用于将致动器保持在相对于轴线的旋转位置。 偏置构件布置在致动器和壳体孔之间以促使致动器与蜗轮端部的接合。 致动器包括细长槽,棘爪组件的端部与细长槽中捕获,以防止致动器相对于壳体的旋转运动。 细长槽允许致动器在轴线的方向上移动。