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    • 2. 发明授权
    • Zero drag disc brake with anti-knock-back device
    • 零拖盘式制动器带防倒装置
    • US06481543B1
    • 2002-11-19
    • US09633942
    • 2000-08-08
    • Schuyler Scott ShawBryan Peter RiddifordJohn Benjamin HagemanDonald Edward SchenkDavid Bernard Drennen
    • Schuyler Scott ShawBryan Peter RiddifordJohn Benjamin HagemanDonald Edward SchenkDavid Bernard Drennen
    • F16D5502
    • F16D65/18F16D65/567F16D2065/386F16D2121/02F16D2121/24F16D2127/06
    • A disc brake caliper assembly is provided that includes a housing having a bore. A piston is arranged within the bore and is movable between normal retracted and knock-back positions. A linkage is adjacent to the piston and is movable between first and second positions with a clearance between the piston and the linkage in the first position. The clearance undesirably permits the piston to move to the knock-back position during severe operating conditions. An actuator, which also may be used as part an electric parking brake, moves the linkage from the first position to the second position to eliminate the clearance when the linkage is moved from the first position to the second position where the linkage abuts the piston. The linkage is connected to the caliper housing by a support. The linkage prevents the piston from moving from the normal retracted position to the knock-back position. In operation, the present invention prevents piston knock-back by sending an adjustment signal from a controller to the actuator at a predetermined interval. The signal commands the actuator to move a linkage from the first to the second position where the linkage abuts the piston. In this manner, the linkage prevents the piston from moving from a normal retracted position to a knock-back position.
    • 提供了一种盘式制动钳组件,其包括具有孔的壳体。 孔内布置有活塞,并可在正常的缩回位置和倒退位置之间移动。 联动装置与活塞相邻,并且可在第一和第二位置之间移动,在第一位置中活塞与联动装置之间具有间隙。 在严格的操作条件期间,间隙不期望地允许活塞移动到撞击位置。 也可以用作电动驻车制动器的部件的致动器将联动装置从第一位置移动到第二位置,以便当联动装置从第一位置移动到联动装置邻接活塞的第二位置时消除间隙。 连杆通过支撑件连接到卡钳外壳。 联动装置防止活塞从正常缩回位置移动到敲击位置。 在操作中,本发明通过以预定的间隔将调节信号从控制器发送到致动器来防止活塞翻倒。 信号命令致动器将连杆从第一位置移动到第二位置,在该位置,联动装置邻接活塞。 以这种方式,联动装置防止活塞从正常缩回位置移动到敲击位置。
    • 7. 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。
    • 9. 发明授权
    • Electro-hydraulic brake apply system displacement augmentation
    • 电动液压制动器应用系统位移增大
    • US6082831A
    • 2000-07-04
    • US64337
    • 1998-04-22
    • John Benjamin HagemanErnst Severin BaumgartnerDonald Edward Schenk
    • John Benjamin HagemanErnst Severin BaumgartnerDonald Edward Schenk
    • B60T8/32B60T8/40B60T8/42B60T8/48B60T13/74B60T8/36B60T11/08F15B7/04
    • B60T8/326B60T13/745B60T8/4072B60T8/4266B60T8/4863
    • A brake apply system includes a modulator that has a first bore carrying a power driven dual-effect piston. The piston has a base piston surface and an augmentation piston surface. A wheel brake is hydraulically connected to the modulator through an open fluid communication route that is provided between the wheel brake and the base piston surface. A selectively open fluid communication route is provided between the wheel brake and the augmentation piston surface with a check valve mechanism positioned in the selectively open fluid communication route. An augmentation chamber is defined adjacent the augmentation surface of the dual-effect piston. The modulator includes a second bore carrying a valve mechanism that provides an open flow path between the augmentation chamber and a reservoir when pressure at the wheel brake is relatively high and that significantly restricts the flow path when the wheel brake pressure is relatively low. Through this mechanism the augmentation surface is added to the base piston surface for a dual-effect pressure generation area that increases the initial pressurization rate of the brake apply system. Advantageously, the faster the apply rate of the braking system, the greater the augmentation pressure and displacement that is available.
    • 制动施加系统包括具有承载动力驱动的双重作用活塞的第一孔的调节器。 活塞具有基座活塞表面和增强活塞表面。 车轮制动器通过设置在车轮制动器和基座活塞表面之间的开放的流体连通路径与调制器液压连接。 在车轮制动器和增压活塞表面之间设有选择性开放的流体连通路径,其中止回阀机构位于选择性打开的流体通道中。 在双效活塞的增强表面附近限定增强室。 该调节器包括一个带有阀机构的第二孔,该阀机构在车轮制动器的压力相对较高时,在增压室和储存器之间提供开放的流动路径,并且当车轮制动压力相对较低时,可显着限制流路。 通过该机构,增加表面被添加到基座活塞表面,用于增加制动施加系统的初始加压速率的双重效应压力产生区域。 有利地,制动系统的施加速率越快,增加压力和可用位移就越大。