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    • 2. 发明授权
    • Operating wire control device for a brake system
    • 用于制动系统的操作线控制装置
    • US4570506A
    • 1986-02-18
    • US469056
    • 1983-02-23
    • Sadashi YamamotoHiroaki KayamaMasaki Watanabe
    • Sadashi YamamotoHiroaki KayamaMasaki Watanabe
    • F16D65/56F16D65/38
    • F16D65/56Y10T74/20408
    • An operating wire control device for a brake system having an adjust lever rotatable in accordance with the stroke of an inner wire. An adjuster is rotatable by the rotation of the adjust lever and an adjust bolt is movable upon rotation of the adjuster to alter the relative length of the inner wire and an outer wire. The adjust lever comprises a first lever having an abutment member for detecting the stroke of the inner wire and a second lever having a ratchet pawl engaged with a ratchet tooth on a ratchet wheel formed integrally on the adjuster. The second lever is longer than the first lever. An adjust lever spring is provided between the first and second levers, while a return spring extends between the second lever and a housing. The adjust lever spring has a spring force which becomes smaller than that of the return spring when the inner wire has been pulled beyond a prescribed stroke.
    • 一种用于制动系统的操作线控制装置,具有可根据内线行程旋转的调节杆。 调节器可以通过调节杆的旋转而旋转,并且调节螺栓可在调节器旋转时移动,以改变内部线材和外部线材的相对长度。 所述调节杆包括第一杠杆,该第一杠杆具有用于检测所述内线的行程的抵接构件和具有与所述调整器上整体形成的棘轮上的棘齿啮合的棘爪的第二杆。 第二个杠杆比第一个杠杆长。 调节杠杆弹簧设置在第一和第二杠杆之间,而复位弹簧在第二杠杆和壳体之间延伸。 当内线被拉出超过规定行程时,调节杆弹簧具有变得小于复位弹簧的弹簧力。
    • 10. 发明授权
    • Automatic regulator for internally expanding drum brake
    • 用于内部扩展鼓式制动器的自动调节器
    • US4442923A
    • 1984-04-17
    • US283618
    • 1981-07-15
    • Goroei WakatsukiSadashi Yamamoto
    • Goroei WakatsukiSadashi Yamamoto
    • F16D65/14F16D65/56
    • F16D65/56F16D2125/60Y10T74/20408
    • An automatic regulator for an internally expanding drum brake capable of automatically controlling the amount of play or ineffective stroke of a brake wire to a predetermined value so that an intended braking effect can be always produced with a definite stroke of the brake wire irrespective of wear on the linings of brake shoes or permanent expansion of the brake wire. A brake lever is operatinely connected with the brake shoes housed in a brake drum so that the brake lever is pivoted by operation of the brake wire to outwardly expand the brake shoes to place the shoe linings into frictional engagement with a brake surface of the brake drum. The return angle of the brake lever upon a brake releasing operation is rendered constant by a stopper mechanism. The brake wire comprises an inner wire member connected to the brake lever, and an outer wire member slidably fitted over the inner member and urged by a compression spring in a direction away from the brake lever. The outer wire member is moved relative to the inner wire member to take up slack therebetween due to increased wear on the shoe linings or permanent expansion of the brake wire in response to a brake applying or releasing operation.
    • 一种用于内部扩展的鼓式制动器的自动调节器,其能够将制动线的游隙或无效行程自动控制到预定值,使得可以始终以制动线的确定行程产生预期的制动效果,而不管磨损如何 刹车片的内衬或刹车线的永久膨胀。 制动杆与容纳在制动鼓中的制动蹄动作连接,使得制动杆通过制动线的操作而枢转,以使制动蹄向外膨胀,以使鞋ings与制动鼓的制动表面摩擦接合 。 在制动器释放操作时制动杆的返回角度通过止动机构而变得恒定。 制动线包括连接到制动杆的内线构件和可滑动地装配在内部构件上并由压缩弹簧沿远离制动杆的方向推动的外部线构件。 外线构件相对于内线构件移动以在其之间卷起松弛,这是由于鞋衬上的磨损增加或响应于制动施加或释放操作而使制动线永久膨胀。