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    • 32. 发明授权
    • Brake system
    • 刹车系统
    • US4003606A
    • 1977-01-18
    • US620069
    • 1975-10-06
    • Ronald S. Plantan
    • Ronald S. Plantan
    • B60T13/26B60T13/38B60T13/36
    • B60T13/268B60T13/261
    • In a vehicle brake system of the type employing both spring and service brake actuators, fluid which is discharged from the spring brake actuators at the initiation of spring brake application is exhausted through selected service brake actuators to effect at least a momentary service brake application. Since spring brakes normally respond relatively slowly as compared to service brakes, service brake application can be effected prior to spring brake application, and brake response time is reduced. The service brake actuators selected to receive exhausted spring brake fluid can be arranged to brake vehicle wheels which have no associated spring brake actuators, whereby emergency braking capability can be provided on vehicle wheels which have no spring brake actuators.
    • 在采用弹簧制动执行器和行车制动执行机构的车辆制动系统中,在弹簧制动器施加开始时从弹簧制动器致动器排出的流体通过选定的行车制动器致动器排出,以至少施加瞬时行车制动应用。 由于与行车制动器相比,弹簧制动器通常响应相对较慢,所以在弹簧制动器施加之前可以实现行车制动应用,并且减少制动响应时间。 选择用于接收排出的弹簧制动液的行驶制动器致动器可以布置成制动没有相关联的弹簧制动致动器的车轮,由此可以在没有弹簧制动致动器的车轮上提供紧急制动能力。
    • 33. 发明申请
    • Parking Brake Piston for a Parking Brake Chamber
    • 驻车制动器的停车制动器活塞
    • US20130075211A1
    • 2013-03-28
    • US13247449
    • 2011-09-28
    • Ronald S. PlantanBrett S. Darner
    • Ronald S. PlantanBrett S. Darner
    • B60T13/38B60T1/06F16D65/16
    • B60T17/083B60T17/088F16D65/28F16D2121/10
    • A spring-type brake actuator for a pneumatically-operated vehicle brake is provided, in which the parking brake release piston is formed from at least one stamped actuator piston plate, preferably a stamped aluminum plate. Preferably the biasing force of the power spring of the spring brake actuator bears on a stamped spring seat cap element which is interposed between the power spring and the stamped actuator piston plate. In addition, the parking brake release piston flexible diaphragm may be captured between the stamped actuator piston plate and a stamped backing plate by affixing the backing plate to a joining member, where the joining member includes a threaded insert to receive a manually-actuated parking brake release actuation tool.
    • 提供一种用于气动车辆制动器的弹簧式制动器致动器,其中驻车制动器释放活塞由至少一个冲压的致动器活塞板形成,优选地是冲压的铝板。 优选地,弹簧制动器致动器的动力弹簧的偏压力位于冲压的弹簧座盖元件上,该元件插入在动力弹簧和冲压的致动器活塞板之间。 此外,驻车制动器释放活塞柔性隔膜可以通过将背板固定到连接构件上而被捕获在冲压的致动器活塞板和冲压的背板之间,其中连接构件包括螺纹插入件以接收手动致动的驻车制动器 释放致动工具。
    • 35. 发明授权
    • Spring brake actuator with mid-located spring
    • 弹簧制动器执行器带中位弹簧
    • US07493994B2
    • 2009-02-24
    • US11012313
    • 2004-12-16
    • Ronald S. PlantanKen E. Scheckelhoff
    • Ronald S. PlantanKen E. Scheckelhoff
    • B60T11/00
    • B60T17/083B60T17/086
    • A spring-type brake actuator for a pneumatically-operated vehicle brake is provided, with a brake actuator spring located on a front side of the actuator's intermediate flange, between a service brake actuator and a parking brake release actuator. The spring is captured between the intermediate flange and a retaining plate which is connected to the parking brake release actuator via a shaft through the intermediate flange. Because the retaining plate and parking brake release actuator are connected to one another on opposite sides of the intermediate flange, spring expansion is checked, thereby increasing safety during actuator production and servicing by virtually eliminating the potential for uncontrolled spring energy release. The actuator configuration also reduces structural loads on the rear portion of the housing and shifts spring and housing weight closer to the vehicle brake, permitting simpler designs and use of alternative materials, such as plastic or aluminum to lower costs.
    • 提供了一种用于气动车辆制动器的弹簧式制动器致动器,其中制动器致动器弹簧位于致动器中间法兰的前侧,在行车制动器致动器和驻车制动器释放致动器之间。 弹簧被夹在中间凸缘和保持板之间,该保持板经由中间凸缘通过轴连接到驻车制动器释放致动器。 由于保持板和驻车制动器释放致动器在中间法兰的相对侧彼此连接,因此检查弹簧膨胀,从而通过实际消除不受控制的弹簧能量释放的可能性来增加执行器生产和维护期间的安全性。 致动器构造还减小了壳体后部的结构负载,并使弹簧和壳体重量更接近车辆制动器,从而允许更简单的设计和使用诸如塑料或铝的替代材料以降低成本。
    • 36. 发明申请
    • Disc brake actuator mounting arrangement
    • 盘式制动器执行器安装布置
    • US20080047787A1
    • 2008-02-28
    • US11508163
    • 2006-08-23
    • Kenneth E. ScheckelhoffRonald S. Plantan
    • Kenneth E. ScheckelhoffRonald S. Plantan
    • F16D55/18
    • F16D65/18F16D2121/14F16D2125/32
    • A disc brake for a vehicle such as a commercial vehicle, wherein the brake caliper is provided with an actuator mounting flange surface which is parallel to the brake rotor, and a corresponding pneumatic or electric actuator is provided with a mounting flange surface which is angled, such that when mounted to the caliper, the actuator is offset at a desired angle relative to the caliper and the vehicle axle on which the caliper is located. This approach to brake design reduces brake caliper production and tooling costs by eliminating multi-stage machining operations, and lowers distribution and inventory costs by permitting standardization on a single “zero degree” caliper design, thereby offsetting additional costs associated with producing and distributing brake actuators with differing mounting flange surface angles.
    • 一种用于诸如商用车辆的车辆的盘式制动器,其中制动钳设有与制动转子平行的致动器安装凸缘表面,并且相应的气动或电动致动器设置有安装凸缘表面,该安装凸缘表面成角度, 使得当安装到卡钳时,致动器相对于卡钳和卡钳所在的车辆轴线以期望的角度偏移。 这种制动设计方法通过消除多级加工操作来减少制动钳生产和加工成本,并通过允许在单个“零度”卡尺设计上进行标准化来降低配送和库存成本,从而抵消与生产和分配制动执行器相关的额外成本 具有不同的安装法兰表面角度。
    • 37. 发明授权
    • Disc brake located outside wheel envelope
    • 盘式制动器位于车轮外壳外
    • US07255205B2
    • 2007-08-14
    • US10803050
    • 2004-03-18
    • Ronald S. PlantanDarwin A. GarrisonDennis R. Shamine
    • Ronald S. PlantanDarwin A. GarrisonDennis R. Shamine
    • B60T1/06
    • F16D55/02F16D65/12
    • A disc brake for a vehicle such as a commercial vehicle, wherein the brake rotor extends from a hub end of an axle inboard a sufficient distance to place the friction surface of the rotor and the brake caliper outside the envelope of a wheel mounted at the end of the axle. The placement of the rotor friction surface and the caliper outside the envelope of the wheel enhances brake cooling, makes the brake more readily accessible for inspection and maintenance without significant vehicle disassembly, and permits the rotor outer diameter to be extended beyond the diameter of the wheel rim, thereby lowering brake components stresses and permitting use of lighter, lower cost brake components.
    • 一种用于诸如商用车辆的车辆的盘式制动器,其中制动转子从轴的轮毂端部延伸到内侧足够的距离,以将转子和制动钳的摩擦表面放置在安装在末端的车轮的外壳之外 的轴。 转子摩擦表面和卡钳位于车轮外壳的外部会增加制动器冷却,使制动器更容易接近检查和维护,而无需重大的车辆拆卸,并允许转子外径延伸超过车轮直径 从而降低制动部件应力,并允许使用更轻,更低成本的制动部件。
    • 40. 发明授权
    • Spring brake actuator
    • 弹簧制动执行器
    • US06360649B1
    • 2002-03-26
    • US09558521
    • 2000-04-26
    • Ronald S. Plantan
    • Ronald S. Plantan
    • F01B1904
    • B60T17/085B60T17/083
    • An improved spring brake actuator which combines the advantages of piston and diaphragm-type brake actuators having superior performance at reduced cost. The improved spring brake actuator includes a tubular flexible diaphragm having one end secured between the rim portions of the cup-shaped housing and cover and an inverted second end portion which is received around the rim portion of a cup-shaped piston and secured in sealed relation with a flexible band. The power spring is received within opposed cup-shaped portions of the piston and cover and the rim portion of the piston is biased against a generally radial portion of the cover permitting use of a power spring having increased performance.
    • 一种改进的弹簧制动器致动器,其以降低的成本结合了具有优异性能的活塞和隔膜式制动器致动器的优点。 改进的弹簧制动器致动器包括管状柔性隔膜,其一端固定在杯状壳体和盖的边缘部分之间,并且反转的第二端部被接收在杯形活塞的边缘部分周围并以密封关系 带有柔性带。 动力弹簧容纳在活塞和盖的相对的杯形部分内,并且活塞的边缘部分被偏压抵靠盖的大致径向部分,允许使用具有增加的性能的动力弹簧。