Method and device for determining a signal offset of a roll rate sensor
    1.
    发明授权
    Method and device for determining a signal offset of a roll rate sensor 失效
    用于确定辊速率传感器的信号偏移的方法和装置

    公开(公告)号:US08387439B2

    公开(公告)日:2013-03-05

    申请号:US12524025

    申请日:2008-01-14

    IPC分类号: G01P21/00 G01P3/44 B60W40/10

    摘要: In order to determine a signal offset (OFS_SIG) of a roll rate sensor in a vehicle (10), a roll rate sensor signal (OMEGA_ROLL_SIG) is detected. A transversal acceleration (AC) of the vehicle (10) is determined. A temporal derivative (DRV_AC) of the transversal acceleration (AC) is determined. Verification is made as to whether a value of the temporal derivative (DRV_AC) of the transversal acceleration (AC) is smaller than a predefined first threshold value (THD—1). The signal offset (OFS_SIG) of the roll rate sensor is determined in accordance with the roll rate sensor signal (OMEGA_ROLL_SIG) if the value of the temporal derivative (DRV_AC) of the transversal acceleration (AC) is smaller than the predefined first threshold value (THD—1).

    摘要翻译: 为了确定车辆(10)中的滚动率传感器的信号偏移(OFS_SIG),检测到滚转速率传感器信号(OMEGA_ROLL_SIG)。 确定车辆(10)的横向加速度(AC)。 确定横向加速度(AC)的时间导数(DRV_AC)。 验证横向加速度(AC)的时间导数(DRV_AC)的值是否小于预定义的第一阈值(THD-1)。 如果横向加速度(AC)的时间导数(DRV_AC)的值小于预定义的第一阈值(...),则根据滚动速率传感器信号(OMEGA_ROLL_SIG)来确定滚动速率传感器的信号偏移(OFS_SIG) THD-1)。

    Compensated wedge control
    2.
    发明授权
    Compensated wedge control 有权
    补偿楔控

    公开(公告)号:US08175784B2

    公开(公告)日:2012-05-08

    申请号:US12518535

    申请日:2007-11-20

    申请人: Akos Semsey

    发明人: Akos Semsey

    IPC分类号: G06F19/00 F16D65/14

    摘要: In a method for controlling electromechanical brakes of a vehicle brake system, the brakes have at least one self-boosting device and the method has steps for switching a first sub-group of the electromechanical brakes (10) from a first operating position (27) into a second operating position (28) and for varying the brake force (41) of a second sub-group of the electromechanical brakes (10) during the switch of the first sub-group of the electromechanical brakes (10) such that the overall brake force applied by the vehicle brake system substantially always corresponds to the brake force setpoint value (46) for the vehicle brake system.

    摘要翻译: 在一种用于控制车辆制动系统的机电制动器的方法中,制动器具有至少一个自增压装置,并且该方法具有用于从第一操作位置(27)切换机电制动器(10)的第一子组的步骤, 在机电制动器(10)的第一子组的切换期间,改变第二操作位置(28)并且用于改变机电制动器(10)的第二子组的制动力(41),使得整体 由车辆制动系统施加的制动力基本上总是对应于用于车辆制动系统的制动力设定值(46)。

    Method for continuous magnetic ore separation and/or dressing and related system
    3.
    发明授权
    Method for continuous magnetic ore separation and/or dressing and related system 有权
    连续磁选矿和/或修整方法及相关系统

    公开(公告)号:US08584862B2

    公开(公告)日:2013-11-19

    申请号:US13392504

    申请日:2010-05-31

    IPC分类号: B03C1/00

    摘要: A method for magnetic ore separation and/or dressing is provided, in which metalliferous recoverable materials are separated from conveyed metalliferous ore rock. The method may include producing a pulp including metalliferous recoverable material, executing a hydrophobizing reaction of recoverable material in the pulp, synthesizing a hydrophobized, magnetizable material in liquid suspension and adding this suspension to the pulp, causing an agglomeration reaction between hydrophobized magnetizable material and hydrophobized recoverable material to form magnetizable agglomerates in the pulp, separating the magnetizable agglomerates from the pulp, mixing separation products containing the agglomerates with a non-polar liquid insoluble in water and decomposing the agglomerates in the non-polar liquid into magnetizable material and recoverable material, separating the magnetizable material from the recoverable material, and removing moisture from the separation portion containing the recoverable material of the second separation stage to synthesize the recoverable material.

    摘要翻译: 提供了一种用于磁选矿分离和/或敷料的方法,其中含金属可回收材料与输送的含金矿石岩石分离。 该方法可以包括生产包含含金属可回收材料的纸浆,执行纸浆中可回收材料的疏水化反应,在液体悬浮液中合成疏水化的可磁化材料,并将该悬浮液加入到纸浆中,引起疏水化可磁化材料与疏水化的可磁化材料之间的聚集反应 在纸浆中形成可磁化团聚物,将可磁化团聚体与纸浆分离,将含有附聚物的分离产物与不溶于水的非极性液体混合,并将非极性液体中的附聚物分解成可磁化材料和可回收材料, 从可回收材料中分离可磁化材料,并从含有第二分离阶段的可回收材料的分离部分除去水分,以合成可回收材料。