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    • 2. 发明授权
    • Anti-skid and traction control apparatus for a vehicle
    • 用于车辆的防滑和牵引控制装置
    • US5048899A
    • 1991-09-17
    • US466114
    • 1990-01-16
    • Manfred SchmittNorbert Rittmannsberger
    • Manfred SchmittNorbert Rittmannsberger
    • B60T8/175B60T8/40B60T8/42B60T8/48
    • B60T8/4872B60T8/4063B60T8/4275
    • A system applicable to motor vehicles having a master brake cylinder with a pressure fluid supply container and at least one pressure control valve assembly is associated with a wheel brake. A pump provided which in the anti-skid mode pumps pressure fluid drawn from the wheel brake to the master brake cylinder by use of the pressure control valve assembly. In a traction control mode, the pump draws pressure fluid from the master brake cylinder and forces it to the wheel brake. To this end, the pressure control valve assembly has a first line connection communicating with the master brake cylinder, a second line connection communicating with the wheel brake, and a third line connection through which quantities of pressure fluid flows in the anti-skid mode to reduce the wheel brake pressure. Both simple design and increased functional reliability of the system are attained by providing that in the traction control mode, the third line connection of the pressure control valve assembly communicates with a pressure outlet of the pump.
    • 适用于具有带有压力流体供应容器的主制动缸和至少一个压力控制阀组件的机动车辆的系统与车轮制动器相关联。 设置有防滑模式的泵通过使用压力控制阀组件将从车轮制动器拉出的流体压向主制动缸。 在牵引力控制模式下,泵从主制动缸吸取压力流体并将其推到车轮制动器。 为此,压力控制阀组件具有与主制动缸连通的第一线路连接,与车轮制动器连通的第二线路连接,以及第三线路连接,通过该第三线路连接,多个压力流体以防滑模式流动到 降低车轮制动压力。 通过提供在牵引力控制模式中,压力控制阀组件的第三线连接与泵的压力出口连通,实现了系统的简单设计和增加的功能可靠性。
    • 5. 发明授权
    • Trigger system for a vehicular passenger restraint system
    • 车载乘客约束系统的触发系统
    • US4700973A
    • 1987-10-20
    • US873490
    • 1986-06-12
    • Lothar GademannBernhard MattesEberhard MausnerWadym SuchowerskyjNorbert Rittmannsberger
    • Lothar GademannBernhard MattesEberhard MausnerWadym SuchowerskyjNorbert Rittmannsberger
    • B60R21/01G01P1/02B60R21/32G01P15/09
    • G01P1/023B60R21/01
    • To facilitate assembly and provide for high-level output from a deceleration sensor which provides, inherently, only very low level output, an evaluation circuit, such as an amplifier structure, is connected immediately adjacent the deceleration sensor on a common metal plate, interconnected thereby by bonding wires, the common plate having connecting pins (18) passing therethrough for connection to a standard plug-and-socket connector; the evaluation circuit and the deceleration sensor are enclosed within a common sealed housing, so that both the deceleration sensor (12, 12') as well as the evaluation circuit (16, 17) are sealed against ambient influences, preferably retained within a high-viscosity fluid, such as insulating oil. All elements can be located on one side of the housing, in which a standard T5 transistor housing is suitable; or the deceleration sensor may be located on the other side of the metal plate (10) from the evaluation circuit, in which case a plastic housing can be used, only the deceleration sensor being secured to the metal plate by a metal housing cap, sealed to the metal plate.
    • 为了便于组装并提供来自减小传感器的高电平输出,该减速传感器本质上仅提供非常低的电平输出,诸如放大器结构的评估电路紧邻减速传感器连接在共同的金属板上,由此相互连接 通过接合线,所述公共板具有穿过其中的连接销(18)连接到标准插头和插座连接器; 评估电路和减速传感器被封装在公共密封壳体内,使得减速传感器(12,12')以及评估电路(16,17)都被密封以抵抗环境影响,优选地保持在高压 粘度流体,如绝缘油。 所有元件可以位于外壳的一侧,其中标准T5晶体管外壳是合适的; 或者减速传感器可以从评估电路位于金属板(10)的另一侧,在这种情况下可以使用塑料壳体,只有减速传感器通过金属壳盖固定到金属板上,密封 到金属板。