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    • 2. 发明授权
    • Anti-blocking system for a road vehicle having a hydraulic multi-circuit
brake installation
    • 具有液压多回路制动装置的道路车辆防堵系统
    • US4826257A
    • 1989-05-02
    • US161107
    • 1988-02-26
    • Manfred BurckhardtRichard Zimmer
    • Manfred BurckhardtRichard Zimmer
    • B60T8/66B60T8/1764B60T8/1766B60T8/26B60T8/34B60T8/42B60T8/62B60T8/68
    • B60T8/266B60T8/1764B60T8/1766B60T8/345B60T8/4275
    • An anti-blocking system for a road vehicle having a hydraulic service brake installation constructed as a dual-circuit brake installation with a front axle/rear axle brake circuit distribution which is adjustable to different values m.sub.1 and m.sub.2 of the front axle/rear axle braking force distribution, whereby the one value m.sub.1 corresponds to a braking force distribution optimized in the sense of driving stability and the other value corresponds to a relatively higher value of the rear axle braking force proportion. As long as the regulation is effective only at the rear axle, this anti-blocking system operates according to the principle of keeping a braking slippage .lambda..sub.H occurring in the rear axle brake circuit within the range of values delimited by the relation .lambda..sub.V +.DELTA..lambda..ltoreq..lambda..sub.H .ltoreq..lambda..sub.V +.DELTA..lambda. in relation to a braking slippage .lambda..sub.V occurring in the front axle brake circuit, whereby .DELTA..lambda. designates a permissive slippage differential of about 4% and .DELTA..lambda.'.apprxeq..DELTA..lambda./2. As soon as the anti-blocking regulation is also effective on the front axle, both the latter and the rear axle are regulated according to the principle of keeping both the front axle braking slippage .lambda..sub.V and the rear axle braking slippage .lambda..sub.H within the same range of values delimited by an upper limit of the braking slippage which is compatible with good braking deceleration and equally good driving stability.
    • 一种用于道路车辆的防堵塞系统,其具有液压行车制动装置,其构造为具有前轴/后桥制动电路分配的双回路制动装置,其可调节到前轴/后桥制动器的不同值m1和m2 力分布,其中一个值m1对应于在驾驶稳定性方面优化的制动力分布,另一个值对应于后桥制动力比例的相对较高的值。 只要调节仅在后桥处有效,该防结块系统根据在后轴制动电路中发生的制动滑移λH的原理在由关系λV + DELTA lambda限定的值的范围内操作 相对于在前轴制动回路中发生的制动滑差λV,相对于前轴制动回路中的制动滑差λV
    • 8. 发明授权
    • Process and system for anti-lock control
    • 防锁控制的过程和系统
    • US5240312A
    • 1993-08-31
    • US2548
    • 1993-01-11
    • Manfred BurckhardtRichard ZimmerArmin Muller
    • Manfred BurckhardtRichard ZimmerArmin Muller
    • B60T8/1764B60T8/1766B60T8/34
    • B60T8/345B60T8/1764B60T8/1766
    • A process for anti-lock control on a racing vehicle having an aerodynamic design which results, at high speeds, in a clear increase both of the front-axle load and the rear-axle load of the vehicle. On a wheel requiring control, the response of the anti-lock control is triggered in the direction of a brake-pressure reduction when an axle-related reference quantity K.sub.h or K.sub.v, formed as a sum of weighted amounts of the wheel-circumference deceleration Z and of the brake slip of the respective vehicle wheel related to a reference speed, exceeds a threshold value. At least during the formation of the reference quantity critical for the front axle, the reciprocal value of the locking limit, determined with inclusion of negative lift forces and air resistance, of the vehicle wheels, plus a safety value .DELTA.Z.sub.o, is taken as a weighting factor X.sub.v. Within the framework of an anti-lock system suitable for carrying out the process, a brake unit switchable to different values of the brake-force distribution under the control of its electronic control unit is provided.
    • 具有空气动力学设计的赛车车辆的防抱死控制的过程,其高速度导致车辆的前轴负载和后桥负载的明显增加。 在需要控制的车轮上,当作为车轮周向减速度Z的加权量的和的车轴相关基准量Kh或Kv,在制动压力降低的方向上触发防抱死控制的响应 以及与参考速度相关的各车轮的制动滑差超过阈值。 至少在形成对前桥关键的参考数量时,将车轮的负提升力和空气阻力确定的锁定极限的倒数值加上安全值DELTA Zo作为 权重因子Xv。 在适于执行该过程的防抱死系统的框架内,提供可在其电子控制单元的控制下切换到不同的制动力分布值的制动单元。