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    • 51. 发明申请
    • BRAKE PLUNGER FOR DISK BRAKES
    • BREMSKOLBEN盘式制动器
    • WO1995014869A1
    • 1995-06-01
    • PCT/EP1994003827
    • 1994-11-18
    • ITT AUTOMOTIVE EUROPE GMBHTHIEL, RudolfDÖLL, Andreas
    • ITT AUTOMOTIVE EUROPE GMBH
    • F16D65/16
    • F16D65/0979F16D2125/06
    • A beaker-shaped brake plunger (1) for disk brakes is provided with an inner ring groove (6) for engaging a retaining spring (11) for securing a brake lining (9), and an outer ring groove (7) for securing a protective cover (18). According to the invention, the inner ring groove (6) is longitudinally displaced relative to the outer ring groove (7) sufficiently to ensure that the wall thickness (20) of the brake plunger (1), which is reduced by the outer ring groove (7), is not further reduced by the other ring groove (6). The reduced wall thickness (20) is sufficient to transmit the brake application force to the brake lining (9), while the full wall thickness (21) of the brake plunger (1) is advantageously low. The brake plunger (1) thus has the advantage of reduced weight, without any loss of efficiency.
    • 杯形制动器的活塞(1),用于盘式制动器具有用于固定制动垫片(9)和外环形槽的内环形槽(6),其用于保持弹簧(11)的接合(7)的保护盖(18)的紧固。 根据本发明,所述内环形槽(6)相对于所述外环形凹槽(7)在轴向上由尽可能多的设置使制动活塞(1)通过引入另一个环形槽的凭借的环形槽(7)的减小的壁厚(20)(6)不偏移 进一步降低。 的减小的壁厚(20)被保持为制动应用力传递到制动衬片(9),而在制动活塞的相同的总壁厚(21)(1)有利地是小的。 因此,制动活塞(1)具有降低对于相同的性能重量的优点。
    • 54. 发明申请
    • CIRCUITRY FOR REGULATING BRAKING SYSTEMS WITH AN ANTILOCKING SYSTEM AND/OR A DRIVE SLIP CONTROL
    • RULE电路制动BY ABS和/或ASR
    • WO1995004674A1
    • 1995-02-16
    • PCT/EP1994002274
    • 1994-07-12
    • ITT AUTOMOTIVE EUROPE GMBHESSELBRÜGGE, HermannKANT, BernhardKRANZ, Thomas
    • ITT AUTOMOTIVE EUROPE GMBH
    • B60T08/88
    • B60T8/175B60T8/885B60T2270/406G01R31/2829G05B9/03
    • A circuitry for regulating braking systems of motor vehicles having an antilocking system and/or a drive slip control has circuits for processing sensor signals and for generating brake pressure control signals for piloting the hydraulic valves located in the hydraulic lines of the braking system. The valve control signals are derived from the sensor signals by means of a single-chip microcontroller (1) that processes the data in two successive or time-offset calculation steps carried out according to different algorithms. The results of the calculation steps are temporarily stored and compared to check whether they match. When the results differ from each other, their deviation is signalled to the monitoring circuit (2). In addition, the microcontroller (1) is continuously tested by turn-on tests and during its operation by cyclical tests, self-tests, signature analyses and other known testing processes or error recognition processes.
    • 它提出了一种用于与ABS和/或ASR机动车制动系统的控制电路,具有用于处理传感器信号并且用于产生用于致动制动系统的液压阀的插入压力介质路径制动压力的控制信号的电路。 阀控制信号从传感器信号由单芯片微控制器(1),其中数据处理成2来获得,先后在时间或在时间到期计算处理抵消,根据不同的算法进行。 计算过程的结果被存储并保持一致性比较。 如果随意的结果之间的偏差,信号监控电路(2)。 此外,微控制器(1)通过上电,并通过周期性地反复试验,自检,签名分析,和其它已知的方法或错误检测操作期间连续监测。