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    • 1. 发明申请
    • Device for Brake Application in a Motor Vehicle
    • 制动器在汽车中的应用装置
    • US20080173504A1
    • 2008-07-24
    • US11911578
    • 2006-04-11
    • Peter DrottMichael VogtStephan Krebs
    • Peter DrottMichael VogtStephan Krebs
    • B60T11/10
    • B60T17/18B60T13/57
    • A device for the brake application of a motor vehicle comprising a master cylinder and a pneumatic brake booster, with one of the pistons of the master cylinder having a stepped design with two differently sized hydraulically active effective surfaces, and change-over of the effective surfaces takes place by means of a valve assembly upon failure of the brake booster. An annular chamber, delimited by the stepped piston and the housing, is connectable by means of the valve assembly either to the pressure chamber associated with the stepped piston or to a pressure fluid reservoir. The valve assembly comprises a first and a second valve, which are switchable depending on the pressure of the working chamber of the brake booster. The first valve in its activated position connects the pressure chamber to the annular chamber, and the second valve in its activated position closes the connection between the annular chamber and the pressure fluid reservoir.
    • 一种用于机动车辆的制动应用的装置,包括主缸和气动制动助力器,主缸的活塞中的一个具有阶梯式设计,具有两个不同尺寸的液压有效表面,并且有效表面的转换 在制动助力器故障时通过阀组件进行。 由阶梯式活塞和壳体限定的环形室可通过阀组件连接到与阶梯式活塞相关联的压力室或压力流体储存器。 阀组件包括第一和第二阀,其可根据制动助力器的工作室的压力切换。 第一阀在其启动位置将压力室连接到环形室,并且第二阀在其启动位置中封闭环形室与压力流体储存器之间的连接。
    • 2. 发明授权
    • Brake power booster and a method for controlling the same
    • 制动助力器及其控制方法
    • US06516701B1
    • 2003-02-11
    • US09601780
    • 2000-10-27
    • Peter DrottMichael VogtHans-Jörg FeigelJose GonzalesHorst KrämerThorsten Neu
    • Peter DrottMichael VogtHans-Jörg FeigelJose GonzalesHorst KrämerThorsten Neu
    • F15B909
    • B60T7/12B60T13/72
    • The present invention relates to a brake force booster for automotive vehicles which includes a booster housing whose interior space is subdivided by a movable wall into a working chamber and a vacuum chamber, and a control housing which carries the movable wall and in which a control valve is arranged for controlling a pressure differential that acts upon the movable wall, the said control valve being operable by an operating rod by way of a valve piston and by an electromagnet. According to the present invention, the brake force booster is characterized in that the electromagnet is actuatable in dependence on the relative displacement between the valve piston and the control housing detected by a sensor. This arrangement makes possible a very simple control of a brake assist function because the signal of the sensor can be used both for the activation and the deactivation of the electromagnet. This means that the brake assist function can be triggered and/or terminated only on the basis of the signals of one single sensor.
    • 本发明涉及一种用于机动车辆的制动力增强器,其包括升降机壳体,其内部空间被可移动壁细分成工作室和真空室,以及控制壳体,其承载可移动壁,并且控制阀 被布置成用于控制作用在可移动壁上的压差,所述控制阀可通过操作杆通过阀活塞和电磁体操作。 根据本发明,制动力增强器的特征在于,电磁体可以根据由传感器检测的阀活塞和控制壳体之间的相对位移而致动。 这种布置使得可以非常简单地控制制动辅助功能,因为传感器的信号可以用于激活和去激活电磁体。 这意味着只能基于一个单个传感器的信号来触发和/或终止制动辅助功能。
    • 7. 发明授权
    • Actuator for an electrohydraulic braking system
    • 电动液压制动系统执行机构
    • US06851767B2
    • 2005-02-08
    • US10363525
    • 2001-08-31
    • Peter DrottHorst KrämerHolger KranlichJan Hoffmann
    • Peter DrottHorst KrämerHolger KranlichJan Hoffmann
    • B60T8/17B60T7/02B60T7/04B60T8/40B60T13/68B60T8/60
    • B60T8/409B60T7/042B60T13/686
    • The present invention relates to an actuator for an electro-hydraulic braking system of the ‘brake-by-wire’ type comprised of a hydraulic pressure generator or master brake cylinder and a travel simulator, with said master brake cylinder including at least one piston that is operable by an actuating pedal, and wherein a device for detecting a driver's deceleration wish is provided, said device cooperating with said piston and being at least partly arranged in a master brake cylinder housing. To optimize the assembly in terms of packaging, production costs, weight, and function, the present invention discloses that the device for detecting a driver's deceleration wish comprises an annular housing embracing the piston in a radial direction and accommodating signal receiving elements which cooperate with signal transmitting elements mounted on the piston surface.
    • 本发明涉及一种由液压发生器或主制动缸和行驶模拟器组成的“线控制动”型电动液压制动系统的致动器,所述主制动缸包括至少一个活塞, 可由致动踏板操作,并且其中提供了一种用于检测驾驶员的减速期望的装置,所述装置与所述活塞配合并且至少部分地布置在主制动缸壳体中。 为了在包装,生产成本,重量和功能方面优化组件,本发明公开了用于检测驾驶员的减速期望的装置包括在径向方向上包围活塞的环形壳体,并且容纳与信号协调的信号接收元件 安装在活塞表面上的传动元件。
    • 10. 发明授权
    • Wheel brake unit for a modular brake system
    • 用于组合式制动系统的车轮制动单元
    • US5429425A
    • 1995-07-04
    • US87803
    • 1993-07-14
    • Peter Drott
    • Peter Drott
    • B60T8/34B60T1/06B60T8/1761B60T8/32B60T8/36B60T13/66B60T17/02F16D55/224F16D65/14B60T13/74
    • B60T1/065B60T13/66B60T17/02B60T8/32B60T8/368F16D55/224F16D2125/023Y10S303/10
    • An independent wheel brake unit for an automotive vehicle is furnished with a hydraulic wheel brake (12), a hydraulic pump (2), an accumulator (6) and electrically actuated valves (9, 10, 11) for controlling the brake pressure. The hydraulic pump generates the actuating pressure required for actuating the wheel brake (12) by receiving the kinetic energy of the vehicle through the vehicle wheel. Because the wheel brake unit supplies itself with energy, fuel is saved and the complexity of the electrical wiring system of the automotive vehicle is reduced. All essential components of the unit together with the steering knuckle (16) of the automotive vehicle can be pre-assembled and mounted on the vehicle, as a unit, preferably in an automatic manner, by a robot, thereby substantially reducing the final-assembly costs.
    • PCT No.PCT / EP91 / 02448 Sec。 371日期:1993年7月14日 102(e)日期1993年7月14日PCT 1991年12月19日PCT PCT。 公开号WO92 / 12880 PCT 1992年8月6日,用于机动车辆的独立车轮制动单元配备有液压车轮制动器(12),液压泵(2),蓄能器(6)和电动致动阀(9,10,11) 用于控制制动压力。 液压泵通过接收车辆通过车轮的动能来产生致动车轮制动器(12)所需的致动压力。 因为车轮制动单元为自身提供能量,所以节省了燃料,并且减少了机动车辆的电气布线系统的复杂性。 该机组的所有必要部件与机动车辆的转向节(16)一起可以由机器人作为一个单元预先组装和安装在车辆上,最好以自动的方式安装在车辆上,从而大大减少了最终组件 费用