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    • 2. 发明授权
    • Electro-hydraulic actuator for motor vehicle brake
    • 机动车刹车用电动液压执行机构
    • US06305758B1
    • 2001-10-23
    • US09270560
    • 1999-03-16
    • John Benjamin HagemanDonald Edward SchenkSchuyler Scott Shaw
    • John Benjamin HagemanDonald Edward SchenkSchuyler Scott Shaw
    • B60T842
    • B60T13/745B60T8/326B60T8/4072B60T8/4081
    • An electro-hydraulic actuator for a motor vehicle brake-by-wire brake system including a housing, a piston bore in the housing, a T-shaped piston in the piston bore, and an electric motor connected to the piston through a speed reducer. The T-shaped piston includes a disc-shaped head in the piston bore and a tubular stem perpendicular slidable in and out of the piston bore through a sealed guide in the bottom of the piston bore. The top side of the piston head opposite the stem constitutes a large effective area of the piston for rapidly expelling a relatively large volume of fluid from the piston bore in a low pressure interval of operation the actuator. When the fluid pressure in the piston bore exceeds a transition pressure, a transition valve opens a bypass passage to the piston bore behind the piston head so that the same fluid pressure reacts against the bottom side of the piston head around the stem. A high pressure interval of operation of the electro-hydraulic actuator then ensues in which the effective area of the piston is reduced to the area of the cross-sectional profile of the stem.
    • 一种用于机动车辆制动线制动系统的电动液压致动器,包括壳体,壳体中的活塞孔,活塞孔中的T形活塞,以及通过减速器连接到活塞的电动马达。 T形活塞在活塞孔中包括一个盘形头部,以及通过活塞孔底部的密封引导件可垂直地滑动进出活塞孔的管状阀杆。 与杆相对的活塞头的顶部构成了活塞的大的有效面积,用于在致动器的低压操作间隔中快速地从活塞孔排出相当大体积的流体。 当活塞孔中的流体压力超过过渡压力时,过渡阀打开活塞头后面的活塞孔的旁通通道,使得相同的流体压力相对于活塞头的底部侧面反应。 然后电动液压致动器的高压操作间隔随之而来,其中活塞的有效面积减小到杆的横截面轮廓的面积。
    • 3. 发明授权
    • Brake pedal for motor vehicle
    • 汽车制动踏板
    • US06298746B1
    • 2001-10-09
    • US09285143
    • 1999-04-01
    • Schuyler Scott Shaw
    • Schuyler Scott Shaw
    • G05G114
    • G05G1/30Y10T74/20528Y10T74/20888
    • A brake pedal for a motor vehicle brake-by-wire brake system including a pedal lever pivotally supported on a body of the motor vehicle, a foot pad on the pedal lever, and a compliant member having a plurality of parallel beams defining cantilever springs. A pedal force on the foot pad effects pedal travel of the pedal lever from a release position toward a brake full apply position. The parallel beams defining cantilever springs are arrayed in series between the pedal lever and the motor vehicle body and engage is series so that the effective stiffness of the compliant member increases during pedal travel. The stiffness of each of the parallel beams and the magnitudes of a plurality of clearance spans therebetween are “tuned” to yield a pedal force which initially increases slowly relative to pedal travel and then increases exponentially relative to pedal travel thereby emulating the relationship between pedal force and pedal travel of a brake pedal in a traditional motor vehicle brake system. Elastic pads on the parallel beams cushion the successive engagements of the parallel beams and blend the corresponding changes in stiffness of the compliant member.
    • 一种用于机动车辆制动踏板的制动踏板,其包括枢转地支撑在机动车辆的主体上的踏板杆,踏板杆上的脚踏板和具有限定悬臂弹簧的多个平行梁的顺从构件。 脚踏板上的踏板力可以将踏板杆从释放位置向制动器完全施加位置的踏板行程起作用。 定义悬臂弹簧的平行梁在踏板杆和机动车体之间串联排列并且接合是串联的,使得柔性构件的有效刚度在踏板行进期间增加。 每个平行光束的刚度和它们之间的多个间隙跨度的大小被“调谐”以产生踏板力,该踏板力首先相对于踏板行程缓慢增加,然后相对于踏板行程指数地增加,从而模拟踏板力 并在传统的汽车制动系统中踏板行驶制动踏板。 平行梁上的弹性垫片缓冲平行梁的连续接合,并且将柔性构件的相应变化混合在一起。
    • 4. 发明授权
    • Brake pedal for motor vehicle
    • 汽车制动踏板
    • US06186026B1
    • 2001-02-13
    • US09283433
    • 1999-04-01
    • Schuyler Scott ShawBryan Peter RiddifordDonald Edward Schenk
    • Schuyler Scott ShawBryan Peter RiddifordDonald Edward Schenk
    • G05G114
    • G05G1/30Y10T74/20528Y10T74/20888
    • A brake pedal for a motor vehicle brake-by-wire brake system including a pedal lever resiliently flexible in beam bending, a foot pad on the pedal lever, and a mounting for the pedal lever on a body of the motor vehicle which constitutes the pedal lever a variable stiffness cantilever spring. The mounting for the pedal lever includes a socket for an inboard end of the pedal lever, a stationary reaction surface on the body of the motor vehicle, and a pedal lever reaction surface on the pedal lever which faces and diverges from the stationary reaction surface in a release position of the pedal lever. The stationary reaction surface and the pedal lever reaction surface become progressively engaged concurrent with resilient flexure of the pedal lever in cantilever spring bending to vary the stiffness of the cantilever spring. The stationary and pedal lever reaction surfaces are contoured or “tuned” to yield a pedal force which initially increases slowly relative to pedal travel and then increases exponentially relative to pedal travel thereby emulating the relationship between pedal force and pedal travel of a brake pedal in a traditional motor vehicle brake system.
    • 一种用于机动车辆制动踏板的制动踏板,其包括具有弹性弯曲的弯曲的踏板杆,踏板杆上的脚踏板和用于构成踏板的机动车辆的车身上的踏板杆的安装件 杠杆可变刚度悬臂弹簧。 用于踏板杆的安装件包括用于踏板杆的内侧端部的插座,机动车辆主体上的固定的反作用表面,以及踏板杆上的踏板杆反作用表面,该踏板杆从反作用表面朝向和分离 踏板杆的释放位置。 静止的反作用表面和踏板杆反作用表面随着踏板杆在弹簧弯曲中的弹性挠曲而逐渐接合,以改变悬臂弹簧的刚度。 固定和踏板杆反作用表面被轮廓化或“调谐”以产生踏板力,其最初相对于踏板行程缓慢增加,然后相对于踏板行程指数地增加,从而模拟踏板力和踏板行程在踏板行程中的关系 传统汽车制动系统。
    • 7. 发明授权
    • Single cantilever spring pedal feel emulator
    • 单悬臂弹簧踏板感觉模拟器
    • US06591710B1
    • 2003-07-15
    • US09641861
    • 2000-08-18
    • Schuyler Scott Shaw
    • Schuyler Scott Shaw
    • G05G114
    • G05G1/30Y10T74/20528Y10T74/20534Y10T74/2054Y10T74/20888
    • A brake pedal assembly for a vehicle equipped with an electronic or “brake-by-wire” braking system includes a brake pedal feel emulator which mimics or emulates the pedal feel of a conventional hydraulic braking system. The brake pedal feel emulator includes a single cantilever spring which reacts against a shaped surface and is mounted such that the free end thereof applies a force to the brake pedal which varies as the point at which the spring diverges from the shaped surface changes in response to movement of the brake pedal. The free length of the spring is therefor varied as the pedal is depressed as a function of the shape of the shaped surface, so the force applied to the pedal may be designed to vary to emulate the feel of a conventional braking system.
    • 具有电子或“制动线制”制动系统的车辆的制动踏板组件包括模拟或仿真常规液压制动系统的踏板感觉的制动踏板感觉模拟器。 制动踏板感觉模拟器包括单个悬臂弹簧,其反对成形表面并且被安装成使得其自由端对制动踏板施加力,其随着弹簧从成形表面分叉的点而变化,响应于 制动踏板的运动。 弹簧的自由长度随着踏板作为成形表面的形状而被压下而变化,因此施加到踏板的力可被设计成变化以模拟常规制动系统的感觉。
    • 9. 发明授权
    • Disc brake caliper with integral parking brake
    • 一体式驻车制动盘式制动钳
    • US06422354B1
    • 2002-07-23
    • US09746326
    • 2000-12-21
    • Schuyler Scott ShawJohn Benjamin Hageman
    • Schuyler Scott ShawJohn Benjamin Hageman
    • F16D5508
    • F16D65/18F16D2121/02F16D2121/14F16D2123/00F16D2125/06F16D2125/36
    • A disc brake caliper with an integral parking brake includes a caliper housing defining a cavity therein and a piston axially translatable within the cavity and having an internal bearing surface. At least one brake pad is affixed to either the piston or the caliper housing. A parking brake mechanism is mounted within the cavity and is interposed between a portion of the housing and the piston. The parking brake mechanism includes a thrust pin substantially axially aligned with the piston and rotatable within the housing. A first radial clutch is engageable with the thrust pin, and a second axial clutch is operable upon the piston. Rotation of the thrust pin in a first direction causes engagement of the first radial clutch and of the second axial clutch causing axial displacement of the piston. Rotation of the thrust pin in an opposite direction causes disengagement of the first and said second clutches.
    • 具有一体式驻车制动器的盘式制动钳包括在其中限定空腔的制动器壳体和在腔内可轴向平移并具有内部支承表面的活塞。 至少一个制动片固定在活塞或卡钳外壳上。 驻车制动机构安装在空腔内并且插入在壳体的一部分和活塞之间。 驻车制动机构包括与活塞基本上轴向对齐并且可在壳体内旋转的止推销。 第一径向离合器可与止推销接合,并且第二轴向离合器可在活塞上操作。 止推销在第一方向的旋转使得第一径向离合器和第二轴向离合器的接合引起活塞的轴向位移。 推力销在相反方向的旋转导致第一和第二离合器脱离。