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    • 2. 发明授权
    • Anti-blocking system
    • 防堵系统
    • US4815792A
    • 1989-03-28
    • US161179
    • 1988-02-26
    • Harry Troster
    • Harry Troster
    • B60T8/40B60T8/34B60T8/42B60T8/48B60T8/88B60T8/94B60K28/16
    • B60T8/4233B60T8/348B60T8/489B60T8/88B60T8/94
    • In an anti-blocking system for a road vehicle with statically pressure-actuatable brake circuits, a pressure modulator with an outlet pressure connected with the wheel brake cylinder is coordinated to each wheel brake, whereby pressure reduction-, pressure build-up and pressure-maintaining-phases of the anti-blocking regulation are attainable by its controllable volume change respectively maintaining constant of its volume. The pressure modulators are constructed as stepped cylinders with bore steps of different diameters passing over one into the other, in which a smaller and a larger control pressure space is movably delimited by piston steps of corresponding different diameters of a stepped piston, as well as the outlet pressure space, which is formed by an annular space remaining between the piston steps. The larger control pressure space is permanently connected with the main brake line of the respective brake circuit. One pressure inlet control valve each is connected between the outlet pressure space of the respective pressure modulator and the main brake line, whose base position is the passage position, and which, for the purpose of the anti-blocking regulation is adapted to be activated into the closing position. A function-control valve is further provided for each wheel brake, by way of which an auxiliary pressure source, also valve-controlled, is adapted to be connected to the smaller control pressure space. The output pressure P.sub.A is higher by a minimum amount, for example, 10 to 30 bar than the maximum output pressure P.sub.B of the brake pressure control apparatus multiplied with the ratio F.sub.1 /F.sub.2 of the areas F.sub.1 and F.sub.2 of the larger piston step and of the smaller piston step.
    • 在具有静压可致动制动回路的道路车辆的防堵塞系统中,具有与车轮制动缸连接的出口压力的压力调节器与每个车轮制动器协调,由此减压,压力建立和压力 - 通过其可控的体积变化分别保持其体积的恒定可以获得防粘连调节的保持相。 压力调节器被构造为具有不同直径的孔台阶的阶梯式气缸,其中一个不同的直径通过一个进入另一个,其中较小的和较大的控制压力空间由相应的阶梯式活塞的相应不同直径的活塞台阶可移动地界定,以及 出口压力空间,其由保持在活塞台阶之间的环形空间形成。 较大的控制压力空间与相应制动回路的主制动线永久连接。 一个压力入口控制阀各自连接在相应的压力调节器的出口压力空间和其基座位置是通道位置的主制动管路之间,并且为了防止阻塞调节的目的适于被激活成 关闭位置。 还为每个车轮制动器提供功能控制阀,通过该功能控制阀,也被阀控制的辅助压力源适于连接到较小的控制压力空间。 输出压力PA比制动压力控制装置的最大输出压力PB乘以比较大的活塞级的区域F1和F2的比率F1 / F2乘以10至30巴的最小量,并且 较小的活塞步。
    • 3. 发明授权
    • Plate-shaped holder
    • 板状支架
    • US6062528A
    • 2000-05-16
    • US967942
    • 1997-11-12
    • Erich BeckReinhard ReschHarry Troster
    • Erich BeckReinhard ReschHarry Troster
    • F16B5/02B60R11/00F16M1/00
    • B60T8/3685B60R11/00
    • A plate-shaped holder for holding a first component on a supporting part, including a base plate, devices arranged on the base plate for fastening the holder on the first component, and devices arranged on the base plate for mounting the holder on the supporting part. The devices for fastening the holder on the first component contain a fastening bolt guide which projects from a first side of the base plate. A fastening bolt is fitted through the fastening bolt guide from the other, second base plate side, as a single fastening element between the holder and the first component. The free front end of the fastening bolt guide forms a first support point for the first component. Several supporting pins project from the first base plate side which form, by means of their free front ends, additional support points for the first component and of which two form a tilt-stabilizing triangle together with the first support point.
    • 一种用于将第一部件保持在支撑部分上的板状保持器,包括基板,布置在基板上的用于将保持器固定在第一部件上的装置,以及布置在基板上用于将支架安装在支撑部分上的装置 。 用于将保持器紧固在第一部件上的装置包括从基板的第一侧突出的紧固螺栓引导件。 紧固螺栓通过紧固螺栓引导件从另一个第二基板侧装配,作为保持器和第一部件之间的单个紧固元件。 紧固螺栓引导件的自由前端形成第一部件的第一支撑点。 几个支撑销从第一基板侧突出,其通过其自由前端形成用于第一部件的附加支撑点,并且其中两个与第一支撑点一起形成倾斜稳定三角形。
    • 4. 发明授权
    • Road vehicle drive-slip control device and anti-lock system
    • 道路车辆驱动滑动控制装置和防抱死系统
    • US5207485A
    • 1993-05-04
    • US674114
    • 1991-03-25
    • Harry Troster
    • Harry Troster
    • B60T8/46B60T8/175B60T8/40B60T8/48
    • B60T8/4881B60T8/175B60T8/404B60T8/4872B60T2270/203Y10S303/11
    • In a drive-slip control device (ASR) and anti-lock system (ABS) in a road vehicle with a hydraulic multi-circuit brake system, the return-flow pump assigned to the brake circuit of the driven vehicle wheels is used as an auxiliary pressure source for the ASR. The discharge of a pressure accumulator connected to the return line of the brake circuit of the driven vehicle wheels, after the conclusion of a drive-slip control phase, is achieved when the return-flow pump continues to be maintained in the conveying mode for a delay time commencing with the disappearance of the situation requiring control. The ASR control valve provided for shutting off the brake unit from the main brake line of the brake circuit of the driven vehicle wheels is maintained in its closing position assigned to the ASR mode. A pressure relief valve is connected in parallel with the ASR control valve. For the variable presetting of the delay time, a buffer accumulator is equipped with a pressure monitor. The output signal characteristic of the relieved buffer accumulator is used for limiting the delay time.
    • 在具有液压多回路制动系统的道路车辆中的驱动滑移控制装置(ASR)和防抱死系统(ABS)中,分配给从动车轮的制动回路的回流泵被用作 辅助压力源为ASR。 在驱动滑移控制阶段结束之后,连接到从动车轮的制动回路的返回管路的压力蓄能器的排放,当回流泵继续保持在输送模式中时, 延迟时间从需要控制的情况消失。 设置用于从制动回路的主制动线路将从制动单元切断的ASR控制阀保持在分配给ASR模式的关闭位置。 减压阀与ASR控制阀并联连接。 对于延迟时间的变量预设,缓冲蓄能器配有压力监视器。 释放缓冲累加器的输出信号特性用于限制延迟时间。
    • 6. 发明授权
    • Apparatus for fixing the hydraulic unit of an ABS and/or an ASR in the
motor space of a street vehicle
    • 用于将ABS和/或ASR的液压单元固定在街车的电动机空间中的装置
    • US5066076A
    • 1991-11-19
    • US573692
    • 1990-08-28
    • Harry Troster
    • Harry Troster
    • B60R11/00B60R21/00B60T8/36B60T8/40B60T17/00
    • B60R21/00B60R11/00B60T17/00B60T8/3685B60T8/4022Y10S248/90Y10S303/10
    • In the case of an apparatus for the fixing of the hydraulic unit of an ABS and/or an ASR in the motor space of a street vehicle, the hydraulic unit is axially supported between one forward and two rearward rubber buffers which are arranged on a console which, in turn, is fixed on the vehicle body. In order to achieve, during an impact of the vehicle on an obstacle, a detaching of the anchoring of the hydraulic unit from the console or the body of the vehicle, at least one holding element of the forward rubber buffer is implemented with a defined low holding force which, starting from a minimum deceleration of the vehicle, results in a deflection of the holding element and thus in a release of the hydraulic unit. This holding element may be constructed to be pivotable or bendable. In a special development, a rivet which, in the case of a crash, acts as a desired breaking point, is provided for the fixing of the console on the vehicle body.
    • 在用于在街道车辆的电动机空间中固定ABS和/或ASR的液压单元的装置的情况下,液压单元被轴向地支撑在一个前向橡胶缓冲器和两个后向橡胶缓冲器之间,该后部橡胶缓冲器布置在控制台 这又固定在车体上。 为了在车辆在障碍物的冲击中实现液压单元从车辆的控制台或车身的分离,前进橡胶缓冲器的至少一个保持元件被实现为具有限定的低 从车辆的最小减速开始的保持力导致保持元件的偏转,从而导致液压单元的释放。 该保持元件可以构造成可枢转或可弯曲。 在特别的发展中,提供了在碰撞的情况下作为所需的断裂点的铆钉,用于将控制台固定在车体上。