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    • 5. 发明申请
    • ELECTRONIC BRAKE SYSTEM PEDAL RELEASE TRANSITION CONTROL APPARATUS AND METHOD
    • 电子制动系统踏板释放过渡控制装置和方法
    • US20080243323A1
    • 2008-10-02
    • US12042094
    • 2008-03-04
    • Timothy M. KarnjateWilliam K. Manosh
    • Timothy M. KarnjateWilliam K. Manosh
    • G06F19/00
    • B60T7/042
    • A vehicle is provided having a brake pedal with a detectable travel position and apply force, an electronic braking system component, and a controller having a stored threshold braking force and an algorithm. The algorithm determines a first braking torque request corresponding to the apply force, and a second braking torque request corresponding to the travel position. The first request applies when the apply force is greater than the threshold, and the second request applies when it is not. A calculated third request transitions linearly to the second request when apply pressure drops below the threshold upon pedal release. A method is also provided that includes recording the apply force, travel position, and force and travel-based tables, comparing the apply force to the threshold, applying the braking system component using the force-based table when the apply force exceeds the threshold, and otherwise using a calculated braking torque and travel-based table.
    • 提供一种车辆,其具有具有可检测的行驶位置和施加力的制动踏板,电子制动系统部件和具有存储的阈值制动力和算法的控制器。 该算法确定对应于施加力的第一制动转矩请求和对应于行驶位置的第二制动转矩请求。 当施加力大于阈值时,第一个请求适用,而第二个请求不适用。 计算出的第三个请求在踏板释放时施加压力低于阈值时线性转换到第二个请求。 还提供了一种方法,包括记录施加力,行进位置,力和基于行程的工作台,将施加力与阈值进行比较,当施加力超过阈值时,使用基于力的工作台施加制动系统部件, 否则使用计算出的制动转矩和行程表。
    • 6. 发明授权
    • Method for shutdown of vehicle brakes
    • 关闭车辆制动器的方法
    • US08172338B2
    • 2012-05-08
    • US11760910
    • 2007-06-11
    • Timothy M. KarnjateWilliam K. Manosh
    • Timothy M. KarnjateWilliam K. Manosh
    • B60T13/74B60T15/14
    • B60T13/665B60T7/12B60T8/4072B60T8/4077B60T2270/404Y10S303/01Y10T477/813Y10T477/868
    • At vehicle startup and vehicle shutdown, the driver modulates the brake pressure directly by depressing the brake pedal and the driver feels pedal resistance. During normal conditions of vehicle operation after vehicle startup, pressure boosted actuation of the vehicle brakes is provided by the modulation of boosted pressure from an accumulator via a boost valve operable in response to brake pedal depression, while an isolation valve isolates the pedal from direct influence by the brake pressure and the driver feels pedal resistance provided by a pedal simulator. Upon shutdown of boosted actuation, the boost valve reduces the brake pressure gradually over a calibrated period of time until the brake pressure substantially equals the pedal resistance then felt by the driver. Then the isolation valve reestablishes driver's feel of the brake pressure without an abrupt change in pedal resistance upon the reversion from boosted actuation to hydraulic unboosted actuation.
    • 在车辆启动和车辆关闭时,驾驶员通过按下制动踏板直接调节制动压力,驾驶员感觉踏板阻力。 在车辆启动后的车辆操作的正常状态期间,通过经由可响应于制动踏板下压的可操作的升压阀从蓄能器调节增压压力来提供车辆制动器的增压致动,而隔离阀将踏板与直接影响隔离 通过制动压力和驾驶员感觉踏板模拟器提供的踏板阻力。 在关闭升压致动时,升压阀在校准的时间段内逐渐降低制动压力,直到制动压力基本上等于驾驶员感觉到的踏板阻力。 然后隔离阀重新建立驾驶员的制动压力感觉,而在从升压致动向液压未启动致动反转时,踏板阻力突然改变。
    • 8. 发明授权
    • Brake assist exit method and system for vehicles
    • 车辆制动辅助出口方法和系统
    • US08364367B2
    • 2013-01-29
    • US11872730
    • 2007-10-16
    • Timothy M. KarnjateWilliam K. Manosh
    • Timothy M. KarnjateWilliam K. Manosh
    • G06F7/00G06F19/00G06F17/00G06G7/00G06G7/76B60T7/12B60T8/32G05D1/00
    • B60T8/3275B60T2201/03
    • A method for providing a smooth exit from a panic braking assist algorithm, in a vehicle having a braking system with a brake pedal, comprises the steps of measuring a force applied to the brake pedal, measuring a movement of the brake pedal, applying a first level of braking when the force applied to the brake pedal is equal to a predetermined force calibration value, applying a second level of braking when the movement of the brake pedal is equal to a predetermined travel calibration value, and applying a variable level of braking when the force applied to the brake pedal is less than the predetermined force calibration value and the movement of the brake pedal is greater than the predetermined travel calibration value. The variable level of braking is a function of the movement of the brake pedal.
    • 一种在具有制动踏板的制动系统的车辆中提供来自紧急制动辅助算法的平滑出口的方法包括以下步骤:测量施加到制动踏板的力,测量制动踏板的运动,施加第一 当施加到制动踏板的力等于预定力校准值时制动水平,当制动踏板的移动等于预定的行驶校准值时施加第二级别的制动,并且当 施加到制动踏板的力小于预定的力校准值,并且制动踏板的移动大于预定行程校准值。 制动的可变等级是制动踏板的运动的函数。
    • 9. 发明授权
    • Adaptive electronic brake system control apparatus and method
    • 自适应电子制动系统控制装置及方法
    • US07805232B2
    • 2010-09-28
    • US11759455
    • 2007-06-07
    • Timothy M. KarnjateWilliam K. Manosh
    • Timothy M. KarnjateWilliam K. Manosh
    • G06G7/00
    • B60T7/042B60T2220/04
    • A vehicle has a controller with a threshold brake pedal apply force and an algorithm for determining a first braking torque request corresponding to a pedal apply force, a second braking torque request corresponding to a pedal travel position, and a calculated third braking torque request. The third torque request is calculated by multiplying the first torque request by an average percentage variance of the second to the first torque request. An adaptive electronic brake system (EBS) includes force and travel sensors connected to a brake pedal for determining a force-based and travel position braking torque request, and an algorithm for adapting one of the force-based and travel position-based braking torque requests to the other despite variances over time in a force/travel relationship therebetween.
    • 车辆具有阈值制动踏板施加力的控制器和用于确定对应于踏板施加力的第一制动转矩请求,对应于踏板行程位置的第二制动转矩请求和计算的第三制动转矩请求的算法。 通过将第一扭矩请求乘以第二扭矩请求的平均百分比方差来计算第三扭矩请求。 自适应电子制动系统(EBS)包括连接到制动踏板的力和行程传感器,用于确定基于力的行驶位置制动转矩请求,以及用于适应基于力和行驶位置的制动转矩请求中的一个的算法 尽管随着时间的推移,它们之间的力/行程关系也有变化。