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    • 3. 发明申请
    • BRAKE SYSTEM FOR MOTOR VEHICLES AND METHOD FOR TESTING A BRAKE SYSTEM
    • 用于机动车辆的制动系统和检验方法的制动系统
    • WO2012143175A3
    • 2013-01-10
    • PCT/EP2012054190
    • 2012-03-12
    • CONTINENTAL TEVES AG & CO OHGDRUMM STEFAN ALINKENBACH STEFFEN
    • DRUMM STEFAN ALINKENBACH STEFFEN
    • B60T8/40B60T7/04B60T17/22
    • B60T8/4081B60T7/042B60T8/90B60T17/221
    • The invention relates to a brake system for motor vehicles, which brake system, in a "brake by wire" operating mode, can be activated both by the vehicle driver and also independently of the vehicle driver, is operated preferentially in the "brake by wire" operating mode and can be operated in at least one fall-back operating mode in which only operation by the vehicle driver is possible. The brake system has inter alia an electrohydraulic pressure source (5), which outputs a brake system pressure, and a pressure modulation unit (200) which has, for each wheel brake (8, 9, 10, 11), an inlet valve (6a-6d) and an outlet valve (7a-7d) for setting wheel-specific brake pressures derived from the brake system pressure, wherein the inlet and outlet valves (6a-6d, 7a-7d) output or transmit the brake system pressure in the non-activated state. To be able to perform a self-test in an above-mentioned brake system without communication with the pressure modulation unit (200) or without the cooperation thereof, it is proposed according to the invention that electrically controllable means (24a, 24b) are provided which, in the activated state, block an outflow of pressure medium from the actuation unit (2).
    • 本发明涉及一种制动系统,用于机动车,操作模式两者均由车辆操作者以及独立于车辆驾驶员的是在可控制的一个““制动线控制动线控,优选操作模式中被操作的”“,并且在操作中的至少一个回退模式下操作 可在由车辆驾驶员的唯一操作是可能的。 制动系统有ü。 一。 的电动液压压力源(5),其发射的制动系统中的压力,以及一个压力调节单元(200),其每个车轮制动器(8,9,10,11)的入口阀(6A-6D),并用于调整单个车轮的出口(图7A-7D) 其从制动系统的压力得到的制动压力,其特征在于,提出了在非驱动状态或前向制动系统压力,进气和排气阀(图6A-6D,7A-7D)。 为了不与压力调制单元(200)或没有它们的参与任何通信执行在上述的制动系统的自测试中,本发明提出,可电控装置(24A,24B)在驱动状态中提供压力介质的流出 从操作单元(2)锁定。
    • 4. 发明申请
    • SLIDING VALVE
    • 滑阀
    • WO2009047115A2
    • 2009-04-16
    • PCT/EP2008062682
    • 2008-09-23
    • CONTINENTAL TEVES AG & CO OHGDRUMM STEFAN ASCHIEL LOTHAR
    • DRUMM STEFAN ASCHIEL LOTHAR
    • G05D16/10
    • G05D16/103F15B13/0402F16K11/0716Y10T137/86702Y10T137/8671
    • The invention relates to a sliding valve having a valve slider (1) that can be axially displaced relative to the valve sleeve (3) in order to determine the size of variable passage cross-sections and for establishing a pressurization connection between a high-pressure connection (P) and a working connection (A) and a pressure-reducing connection between the working connection (A) and a low-pressure connection (T), in that control edges running in the circumferential direction are configured on the outer circumference of the valve slider (1), which interact with the control edges (5, 6) of the valve sleeve (3). According to the invention, the control edges (5, 6) of the valve sleeve (3) are configured as edges extending in the circumferential direction relative to the symmetry axis (S), which are a component of a lateral face of the valve sleeve (3).
    • 本发明涉及的滑阀,具有相对于所述阀套(3)轴向移动的阀滑块(1),以确定可变的通道横截面都为高压连接(P)和一个工作接口(A)之间的压力建立连接的尺寸和所述工作端口之间的压力减小连接 (a)和通过考虑在圆周上的阀芯的外周的长度方向决定的低压力连接(T)(1)旋转控制边缘与控制边缘形成(5,6)配合,在阀套(3)。 根据本发明,控制边缘(5,6)的阀套(3)比在圆周长度方向是与形成于对称轴线(S)的外围边缘,其是在阀套(3)的圆周表面的一部分。
    • 7. 发明申请
    • VEHICLE STEERING SYSTEM AND AXLE GUIDE MODULE FOR A VEHICLE STEERING SYSTEM
    • 车辆转向和ACHSLENKMODUL用于车辆转向
    • WO0172571A3
    • 2002-03-28
    • PCT/EP0103354
    • 2001-03-23
    • CONTINENTAL TEVES AG & CO OHGRIETH PETERECKERT ALFREDDRUMM STEFAN ABOEHM JUERGENJUNGBECKER JOHANNSCHWARZ RALFHOFFMANN OLIVERNELL JOACHIMLINKENBACH STEFFEN
    • RIETH PETERECKERT ALFREDDRUMM STEFAN ABOEHM JUERGENJUNGBECKER JOHANNSCHWARZ RALFHOFFMANN OLIVERNELL JOACHIMLINKENBACH STEFFEN
    • B62D6/00B62D5/00B62D5/04B62D101/00B62D113/00B62D119/00
    • B62D5/003B62D5/0403B62D5/0427B62D5/0445B62D5/0481
    • The invention relates to a vehicle steering system, comprising a steering operating device, in particular, a hand steering wheel (1), which may be operated by the driver, an electromechanical actuator (12, 13) for the control of each of the steerable wheels (16, 17) of a wheel pair on a steerable vehicle axis (18), to the right and left hand side of a vehicle chassis and means by which steering of both vehicle wheels (16, 17) on said vehicle axle (18) may be guaranteed, by the other still functioning actuator (13, 12), in the case of a failure or a fault with one of the both actuators (12, 13) connected to the steering vehicle axle (18). The invention further relates to at least one set-value transmitter (2, 3), which monitors the steering angle to be set, as operated by the steering operating device (1), at least one actual-value transmitter (19, 20), which monitors the steering angle of the vehicle wheels (16, 17), a central control unit (4), which controls the electromechanical actuators (12, 13), depending on a comparison of a signal from the actual-value transmitter (19, 20) (actual value) with a signal from the set-value transmitter (2, 3) (set value) and a data transmission unit (14, 15), which establishes a data connection between the central control unit (4) and the electromechanical actuators (12, 13).
    • 车辆转向系统包括:从驱动所述转向致动器,特别是方向盘(1),在每种情况下的机电致动器单元(12,13),用于控制每一个位于右侧和左侧的一对可转向车轴的车轮的车体可转向轮(16,17)根据(18)的可致动 装置,与由分别其他,仍然运作致动器单元(12,13)一的任一个可转向车轴的失效或故障(18)致动器单元(12,13)相关联的控制的这个两个车轮(16,17) 车轴确保(18)去的转向操作装置的操作的至少一个(1)所希望的值发送器(2,3),用于调整的转向角,车辆的车轮的转向角中的至少一个(16,17)配准的实际值发送器(19,20),一个中央控制单元(4) 在根据实际值的传感器(19,20)(实际值)的信号的比较用的一个信号依赖 产生所期望的值传送器(2,3)(目标值),所述机电致动器组件(12,13)控制和一个数据传输单元(14,15)的中央控制单元之间的数据连接(4)和所述机电致动器组件(12,13)上。