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    • 6. 发明授权
    • Adjustable brake booster
    • 可调制动助力器
    • US08874343B2
    • 2014-10-28
    • US13054708
    • 2009-07-10
    • Chris AndersonBastien CagnacRaynald Sprocq
    • Chris AndersonBastien CagnacRaynald Sprocq
    • G06F19/00B60T13/74
    • B60T13/745
    • The present invention relates mainly to a brake booster that is adjustable, notably in terms of the value of the jump. Advantageously, according to the invention, the target value for equilibrium of operation of the booster actuator is altered. A target value of a signal delivered by a position sensor is defined either by programming the electronic control unit or by selecting a coefficient in a program as a function of the braking characteristic or characteristics that it is desired to implement. Once the setpoint value has been determined, the electronic control unit commands the actuator using a setpoint value so that the actuator permanently and dynamically works toward achieving the previously defined and/or selected target value. The setpoint may be calculated as a function of torque, force, position or some other parameter.
    • 本发明主要涉及一种可调节的制动助力器,特别是在跳跃值方面。 有利地,根据本发明,增压致动器的操作平衡的目标值被改变。 由位置传感器传递的信号的目标值通过编程电子控制单元或通过根据制动特性或期望实现的特性来选择程序中的系数来定义。 一旦确定了设定值,电子控制单元就使用设定值来命令执行器,使得执行器永久地和动态地朝着实现先前定义的和/或选择的目标值而工作。 设定值可以根据扭矩,力,位置或其他一些参数来计算。
    • 7. 发明申请
    • BRAKE SYSTEM WITH ELECTRIC SERVO BRAKES
    • 制动系统与电动伺服制动器
    • US20120167565A1
    • 2012-07-05
    • US13394690
    • 2010-08-30
    • Philippe RichardFrançois GaffeBastien CagnacChris AndersonRaynald Sprocq
    • Philippe RichardFrançois GaffeBastien CagnacChris AndersonRaynald Sprocq
    • B60T13/74
    • B60T13/745B60T7/042
    • Brake system comprising a thrust rod (130) driven by the servobrake (200) and actuating the piston (110) of the master cylinder (100), the servobrake (200) being linked by a hydraulic actuator (270) to the control rod (230) of the brake pedal (PF).The servobrake (200) comprises an actuator piston (220) controlled by an electric motor (265) via a rack drive (260). A simulator chamber (250) delimited by the hydraulic actuator (270) is subdivided by an intermediate piston (240) into a rear volume (V1) and a front volume (V2), respectively delimited by the intermediate piston (240). A duct (L1) links the rear volume (V1) to a duct (L2) linked to the front volume (V2) by a first solenoid valve (EV1) and the duct (L2) to the tank (115) by a second solenoid valve (EV2). The piston (240) is linked to the rod (130) bearing an abutment (132) to be thrust by the actuator piston (220).
    • 制动系统包括由伺服制动器(200)驱动并致动主缸(100)的活塞(110)的推杆(130),伺服制动器(200)由液压致动器(270)连接到控制杆 230)制动踏板(PF)。 伺服制动器(200)包括经由齿条驱动器(260)由电动机(265)控制的致动器活塞(220)。 由液压致动器(270)限定的模拟器室(250)由中间活塞(240)细分成分别由中间活塞(240)限定的后体积(V1)和前容积(V2)。 管道(L1)通过第一电磁阀(EV1)将后容积(V1)连接到与前容积(V2)连接的管道(L2),并且通过第二电磁阀将管道(L2)连接到罐(115) 阀(EV2)。 活塞(240)连接到轴(130),该杆(130)承载有由致动器活塞(220)推动的邻接件(132)。