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    • 1. 发明授权
    • Vehicle seat with an adjusting mechanism
    • 车座带调节机构
    • US06260672B1
    • 2001-07-17
    • US09372694
    • 1999-08-11
    • Ernst-Reiner FrohnhausBurckhard BeckerMichael Lingner
    • Ernst-Reiner FrohnhausBurckhard BeckerMichael Lingner
    • F16D6514
    • B60N2/067
    • The invention presents a vehicle seat with an adjusting mechanism, for example with a height adjustment of the seat area or with a length adjustment of a longitudinal guiding (20, 22), whereas the adjusting mechanism is provided with an electromotor (36), a step-down gear (34) and an adjusting device having a first adjusting element as well as a second adjusting element which may be adjusted relative to the first adjusting element. The adjusting mechanism is additionally provided with a constantly engaged brake (38) that is leading to a braking moment in both senses of rotation of the electromotor (36), the braking moment being calculated so as to be considerably smaller than the active driving moment of the electromotor (36) but so as to be bigger than the passive torques occurring during normal operation of the vehicle due to all kinds of acceleration and loads.
    • 本发明提供了一种具有调节机构的车辆座椅,例如具有座椅区域的高度调整或纵向引导件(20,22)的长度调节,而调节机构设置有电动机(36), 降压齿轮(34)和具有第一调节元件的调节装置以及可相对于第一调节元件调节的第二调节元件。 调节机构还设置有恒定啮合的制动器(38),其在电动机(36)的两个旋转感觉中导致制动力矩,所述制动力矩被计算为远小于 电动机(36),但是大于由于各种加速和负载而在车辆的正常操作期间发生的被动扭矩。
    • 2. 发明授权
    • Slide pin bushing protection shield for use in a disc brake assembly
    • 滑动销轴套保护罩用于盘式制动器组件
    • US06725981B1
    • 2004-04-27
    • US10229942
    • 2002-08-28
    • Scott Franz
    • Scott Franz
    • F16D6514
    • F16D55/227F16D55/22655F16D2055/0037
    • This invention relates to a disc brake assembly having a slide pin bushing protection shield attached thereto using the existing slide pin. The disc brake assembly includes an anchor plate secured to a stationary component of the vehicle and a caliper secured to the anchor plate for sliding movement therewith by a pair of slide pin bushing assemblies. Each of the slide pin bushing assemblies includes a slide pin, a sleeve, and a flexible bushing. The slide pin bushing protection shield includes at least a first side, a second side, a third side and a pair of mounting tabs. Once the slide pin bushing protection shield it is attached to the brake assembly, the shield effectively surrounds a substantial portion of the exposed portions of the flexible bushing to protect the same from possible damage due to rocks, dirt, and other road debris.
    • 本发明涉及一种盘式制动器组件,其具有使用现有的滑动销连接到其上的滑动销衬套保护屏蔽。 盘式制动器组件包括固定到车辆的固定部件上的锚固板和固定到锚板上的卡钳,用于通过一对滑动销衬套组件与其滑动运动。 每个滑动销衬套组件包括滑动销,套筒和柔性衬套。 滑动销衬套保护屏蔽件至少包括第一侧面,第二侧面,第三侧面和一对安装凸片。 一旦滑动销衬套保护屏蔽件被附接到制动组件上,则屏蔽件有效地围绕柔性衬套的暴露部分的大部分,以保护其免受由于岩石,污物和其它道路碎片的可能的损坏。
    • 3. 发明授权
    • Actuator mechanism for drum in hat brake
    • 鼓帽制动器的致动器机构
    • US06679354B1
    • 2004-01-20
    • US10352492
    • 2003-01-28
    • William Eugene Sherman, II
    • William Eugene Sherman, II
    • F16D6514
    • F16D65/14F16D2125/62
    • An actuator mechanism in a drum-in-hat park brake having a housing with a first end that engages a first web of a first brake shoe and a second end that engages a second web of a second brake shoe. A lever pivotally retained in the housing has a first end that engages the first web and a second end with a hook thereon for receiving a loop end of a linkage connected to an input member. On receipt of an input force the lever pivots and exert an actuation force on the first and second webs to correspondingly moves first and second friction members associated with the first and second brake shoes into engagement with a drum to effect a brake application. The actuator mechanism is characterized in that the lever has a projection located between the hook and the first end, a notch that is perpendicular to a longitudinal axis of the lever and located on an edge of the projection, and a detent in a surface of the hook and by a clip member having a first portion initially located in the notch and a second portion initially located in the detent. An initial input force applied by the loop brings the loop end into engagement with the second portion and moves a lip on the second portion out of the detent and along the slot while the first portion correspondingly moves out of the notch such that when the loop end reaches the bottom of the throat of the hook, the lip snaps into the hole and a third portion of the clip is aligned with a tip of the hook to retain the loop end in the hook.
    • 滚筒式驻车制动器中的致动器机构具有壳体,其具有接合第一制动蹄的第一腹板的第一端和接合第二制动蹄的第二腹板的第二端。 枢转地保持在壳体中的杠杆具有接合第一腹板的第一端和具有钩的第二端,用于接收连接到输入构件的连杆的环形端。 在接收到输入力时,杆枢转并在第一和第二腹板上施加致动力,以相应地将与第一和第二制动蹄关联的第一和第二摩擦构件移动到与滚筒接合以实现制动施加。 致动器机构的特征在于,杠杆具有位于钩和第一端之间的突起,垂直于杠杆的纵向轴线并位于突出部的边缘上的凹口, 钩子以及具有初始位于所述凹口中的第一部分的夹子构件以及最初位于所述棘爪中的第二部分。 由环施加的初始输入力使得环端与第二部分接合,并且使第二部分上的唇缘移出棘爪并沿着狭槽移动,同时第一部分相应地移出凹口,使得当环形端 到达钩的喉部的底部,唇部卡入孔中,并且夹子的第三部分与钩的尖端对准以将环端保持在钩中。
    • 10. 发明授权
    • Disc brake with anti-caming and constant bearing length for guide pins
    • US06454056B1
    • 2002-09-24
    • US09872380
    • 2001-05-31
    • Osamu Iida
    • Osamu Iida
    • F16D6514
    • F16D55/227F16D55/22655
    • A disc brake having a support member secured to a vehicle with a first guide pin located in a first bore and a second guide pin located in a second bore in support member. The first and second bores are complimentary and define first and second bearing surfaces to align a caliper over a rotor associated with a wheel of the vehicle. A first friction member is connected to the piston retained by the caliper while a second friction member is connected to an arm extending from a bridge member is located on a second side of the rotor. To effect a brake application pressurized fluid acts on the piston to develop a force for moving the first and second friction members into engagement with the rotor to effect a brake application. The caliper is characterized by a first ear that extends from the actuation section while a second ear extends from the arm. The first and second ears being located on opposite sides of the rotor. The first guide pin engages the first ear and is located in the first bore while the second guide pin engages the second ear and is located in the second bore. The engagement of the first and second ears and first and second pins prevent twisting and thereby maintain the first and second friction members parallel alignment with the rotor. With changes in the thickness of the first and second friction members caused by wear engagement with the rotor, the arm moves toward the support member and correspondingly the second guide pin moves into the second bore to increase its bearing length while the actuation section moves away from the support member and correspondingly the first guide pin moves out of the first bore to decrease its bearing length. The increase in the bearing length of the second guide pin and the decrease in the bearing length of the first guide pin are cumulative and as a result a substantially constant bearing length of engagement between the first and second guide pins and the support member occurs with changes in the thickness of the first and second friction members caused by wear engagement with the rotor.