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    • 3. 发明授权
    • Frictional brake mechanism
    • 摩擦制动机构
    • US07237658B2
    • 2007-07-03
    • US10905257
    • 2004-12-22
    • Clint GarwoodTracy H. Tepper
    • Clint GarwoodTracy H. Tepper
    • F16D55/26
    • F16D65/18F16D2121/14F16D2125/64F16D2125/70
    • A frictional brake mechanism for detaining a first body relative to a second body having a surface, comprising a brake pad coupled to the first body and disposed adjacent to the surface and movable to and from a braking condition, wherein the brake pad frictionally engages the surface, and a non-braking condition, wherein the brake pad is disposed in a spaced relation to the surface; a biasing structure for biasing the brake pad to the braking condition; a release structure operably coupled to the brake pad and movable to and from a non-release position, wherein the brake pad is biasable to the braking condition, and a release position, wherein the brake pad is disposed substantially in the non-braking condition; and a release key in operable communication with the release structure and movable to and from first and second positions relative thereto, wherein when the key is disposed in either of the first or second positions, the release structure is disposed substantially in the release position and when the key is disposed between the first and second positions, the release structure is disposed in the non-release position.
    • 一种摩擦制动机构,用于相对于具有表面的第二主体扣留第一主体,该摩擦制动机构包括联接到第一主体并且邻近该表面设置并可移动到制动条件和从制动状态移动的制动衬块,其中制动衬块摩擦地接合表面 和非制动状态,其中所述制动衬块以与所述表面间隔的关系设置; 用于将制动衬块偏压到制动条件的偏置结构; 释放结构,其可操作地联接到所述制动衬块并且能够从非释放位置移动,其中所述制动衬块可偏置于所述制动状态,以及释放位置,其中所述制动衬块基本处于非制动状态; 以及释放键,其与所述释放结构可操作地连通并且能够相对于所述释放结构移动到第一和第二位置,其中当所述键被布置在所述第一或第二位置中的任一个中时,所述释放结构基本上设置在所述释放位置, 钥匙设置在第一和第二位置之间,释放结构设置在非释放位置。
    • 10. 发明授权
    • Hydraulic parking brake
    • 液压驻车制动器
    • US4565265A
    • 1986-01-21
    • US695198
    • 1985-01-25
    • James M. Woolley
    • James M. Woolley
    • B60T17/16F16D65/14F16D55/26B60T11/00
    • F16D65/14B60T17/16F16D65/18F16D2121/02F16D2121/14F16D2123/00F16D2125/10F16D2125/40F16D2125/64
    • A disc brake has a hydraulic parking brake actuator. A parking brake piston is advanced upon actuation to close a parking brake valve, sealing hydraulic fluid in the service pressure actuating chamber. Further advancing movement of the parking brake piston generates hydraulic pressure in the actuating chamber and engages the brake. Increased pressure in the actuating chamber also increases the sealing force on the valve controlling the sealing of the pressure chamber. The parking brake mode may also be obtained while hydraulic service brake pressure exists in the actuating chamber by moving the parking brake piston sufficiently to close the parking brake valve, trapping pressurized hydraulic fluid in the actuating chamber and holding the brake in the actuated condition. This pressure may be further increased, if desirable, by further advancing movement of the parking brake piston to further increase the pressure.
    • 盘式制动器具有液压驻车制动器致动器。 停车制动器活塞在致动时前进,以关闭驻车制动阀,密封工作压力致动室中的液压流体。 驻车制动器活塞的进一步前进运动在致动室中产生液压并接合制动器。 致动室中增加的压力也增加了控制压力室密封的阀上的密封力。 也可以通过使驻车制动器活塞充分移动以关闭驻车制动阀,将加压液压流体捕获在致动室中并将制动器保持在致动状态中,同时通过致动室中存在液压操作制动压力来获得驻车制动模式。 如果需要,可以通过进一步前进驻车制动器活塞的运动来进一步增加压力,可以进一步增加该压力。