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    • 3. 发明申请
    • LINEAR SENSOR HAVING ANGULAR REDIRECTION AND CABLE DISPLACEMENT
    • 具有角度重定向和电缆位移的线性传感器
    • US20090160435A1
    • 2009-06-25
    • US12337802
    • 2008-12-18
    • Bastien CagnacJean Fourcade
    • Bastien CagnacJean Fourcade
    • G01B7/14
    • G01D11/245B60T7/042B60T13/52B60T13/57F15B15/2853F15B15/2861F15B15/2892G01D5/12
    • The linear sensor 1 for measuring an axial path L0 of a part 2 sliding in an axial direction 20 in a frame 3 comprises a mobile part 4 cooperating with a fixed part 5, said mobile part 4 comprising: a longitudinal element 40 cooperating at one end 400 with said part 2, any translation of said part 2 in said axial path causing a corresponding displacement of its other end 401; and a magnetic field source 41 integral with the end 401, said fixed part 5 comprising a receiving means 50 for said magnetic field. The linear sensor is characterized in that said fixed part 5 comprises an angular redirection means 53 cooperating with said longitudinal element 40 and thus transforming said axial path of the end 400 into a radial path of the other end 401.
    • 用于测量在框架3中沿轴向20滑动的部分2的轴向路径L0的线性传感器1包括与固定部分5协作的可移动部分4,所述可移动部分4包括:在一端配合的纵向元件40 400与所述部分2,所述部分2在所述轴向路径中的任何平移导致其另一端401的相应位移; 和与端部401成一体的磁场源41,所述固定部分5包括用于所述磁场的接收装置50。 线性传感器的特征在于,所述固定部分5包括与所述纵向元件40配合的角度重定向装置53,从而将端部400的所述轴向路径转换成另一端401的径向路径。
    • 6. 发明申请
    • BRAKE ASSIST DEVICE AND MOTOR VEHICLE COMPRISING SUCH A DEVICE
    • 制动辅助装置和包含这种装置的电动车辆
    • US20140041378A1
    • 2014-02-13
    • US13993789
    • 2011-12-12
    • Philippe RichardFrancois GaffeBastien Cagnac
    • Philippe RichardFrancois GaffeBastien Cagnac
    • B60T13/68
    • B60T13/686B60T13/745
    • A brake-assist device for a motor vehicle having a servomotor is described. A servomotor has a plunger piston, a moving part, and an arrangement to move the moving part into position with respect to the plunger piston. The servomotor is actuated by a control rod. The control rod has a first end that presses upon the plunger piston and a second end to receive a force exerted by a brake pedal intended to be moved by a driver of the vehicle. The servomotor includes a sensor interposed in a contact space between the plunger piston and the moving part. A spring is compressed between the plunger piston and the moving part. The servomotor includes an arrangement for displacing the plunger piston in the contact space based on the driving mode. A stiffness of the spring is sufficiently high for an onset of braking to occur only with a striking force that is significantly higher during a reactive driving mode than it is during a calm driving mode.
    • 描述了具有伺服电机的机动车辆的制动辅助装置。 伺服电动机具有柱塞活塞,移动部件和用于将运动部件相对于柱塞活塞移动到位的装置。 伺服电机由控制杆驱动。 控制杆具有按压柱塞活塞的第一端和第二端,以接收由制动踏板施加的力,该制动踏板将由车辆的驾驶员移动。 伺服电动机包括插入在柱塞活塞和移动部件之间的接触空间中的传感器。 弹簧在柱塞活塞和活动部件之间被压缩。 伺服电动机包括用于基于驱动模式移动接触空间中的柱塞活塞的装置。 弹簧的刚度足够高,以致只有在无功驱动模式期间比在平静驾驶模式期间明显更高的打击力才能发生制动。
    • 7. 发明申请
    • ELECTRO-HYDRAULIC DYNAMIC BRAKING SYSTEM AND CONTROL METHOD
    • 电动液压动力制动系统及控制方法
    • US20130221737A1
    • 2013-08-29
    • US13854373
    • 2013-04-01
    • Philippe RICHARDBastien CAGNACRemy GARNIER
    • Philippe RICHARDBastien CAGNACRemy GARNIER
    • B60T8/1755
    • B60T8/1755B60T7/12B60T8/4077B60T8/4872B60T13/146B60T13/745
    • The system includes a high-pressure accumulator connected to the primary chamber of the master cylinder and to the inlet of the ESP module by a solenoid valve. The connection between the primary chamber and the brake fluid reservoir is equipped with a solenoid valve. A control circuit controls the solenoid valve of the reservoir and the solenoid valve of the accumulator, depending on the braking method selected or imposed. The dynamic braking phase is broken down into two tasks, one with energy recovery that involves isolating the master cylinder from the wheel brakes until deceleration to a threshold speed, followed by another step until full stop that involves connecting the primary chamber alone to the high-pressure accumulator and to the ESP module to provide the latter with pressurized brake fluid from the accumulator and supply the wheel brakes for mechanical braking.
    • 该系统包括一个高压蓄能器,该高压蓄能器通过电磁阀连接到主缸的主室和ESP模块的入口。 主室和制动液储槽之间的连接装有电磁阀。 根据选择或施加的制动方法,控制电路控制蓄能器的电磁阀和蓄电池的电磁阀。 动态制动阶段分为两个任务,一个是能量回收,包括将主缸与车轮制动器隔离,直到减速到阈值速度,然后是另一个步骤,直到完全停止,包括将主室单独连接到高速 压力蓄能器和ESP模块,为后者提供来自蓄能器的加压制动液,并提供用于机械制动的车轮制动。
    • 9. 发明申请
    • ELECTRICALLY BOOSTED BRAKING SYSTEM
    • 电动升压制动系统
    • US20120090316A1
    • 2012-04-19
    • US13380121
    • 2010-06-21
    • Richard PhilippeFrançois GaffeBastien Cagnac
    • Richard PhilippeFrançois GaffeBastien Cagnac
    • B60T13/74
    • B60T13/745
    • Braking system comprising a brake booster (200) with electric motor driving the push rod (130) of the piston of the master cylinder (100) via a ball-screw connection and actuated by a control rod (230).In the casing (201) connected to the master cylinder (100), the brake booster (200) comprises an actuator piston (220) guided in translational movement by at least two guide pins (311) which are parallel to the axis (XX) of the master cylinder (100) and which is driven in translational movement by a ball screw (225, 226) of which the screw (225), driven by the motor (210), is offset with respect to the axis (XX) of the master cylinder (100). The screw collaborates with a nut (226) translationally as one with the actuator piston (220), and a bore (221) of the actuator piston (220) receives a boost piston (250) equipped with a reaction disc (240) and with a plunger piston (232) connected to the control rod (230).
    • 制动系统包括具有电动马达的制动助力器(200),该马达通过滚珠丝杠连接驱动主缸(100)的活塞的推杆(130)并由控制杆(230)致动。 在连接到主缸(100)的壳体(201)中,制动助力器(200)包括通过平行于轴线(XX)的至少两个引导销(311)在平移运动中引导的致动器活塞(220) 并且由滚珠丝杠(225,226)平移运动而驱动的,其中由马达(210)驱动的螺杆(225)相对于所述主缸(100)的轴线(XX)偏移 主缸(100)。 螺杆与螺母(226)平行地与致动器活塞(220)一体地协作,并且致动器活塞(220)的孔(221)接收装备有反作用盘(240)的增压活塞(250) 与所述控制棒(230)连接的柱塞活塞(232)。