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    • 4. 发明公开
    • Improvements in anti-skid hydraulic braking systems for vehicles
    • 改进车辆防滑液压制动系统
    • EP0149522A3
    • 1986-02-19
    • EP85300120
    • 1985-01-08
    • LUCAS INDUSTRIES public limited company
    • Farr, Glyn Phillip ReginaldMortimer, IvanHarrison, Anthony William
    • B60T08/36
    • B60T8/94B60T8/5025Y10S303/10
    • An anti-skid hydraulic braking system enables a brake (1) on a wheel of a vehicle to be re-applied in two successive stages following correction of a skid, comprising a rapid first stage, followed by a slower, second, stage. This is achieved by a de-boost piston assembly (9) comprising a first piston (10) and a second piston (11)which are movable with respect to a bore (8) and axially with respect to each other, and a control chamber (20) defined between the pistons (10) and (11) and the bore (8) containing hydraulic fluid of which the volume determines the relative positions of the two pistons (10) and (11). The piston assembly (9) incorporates restrictor means (18) for controlling the volume of hydraulic fluid in the control chamber (20) in dependence upon a supply of hydraulic fluid under pressure which normally holds the piston assembly (9) in an advanced, brake-applying position. The first rate of re-apply comprises the two pistons (10) and (11) moving in tandem towards the advanced position until further movement, to determine the second rate, is dependant upon relative movement between the two pistons (10) and (11) as determined by the flow of fluid into the control chamber (20) of fluid under the control of the restrictor means (18), in order to increase the effective volume of the control chamber (20).
    • 防滑液压制动系统使车辆车轮上的​​制动器(1)能够在修正滑动之后的两个连续阶段中重新施加,包括快速的第一阶段,然后是较慢的第二阶段。 这通过包括第一活塞(10)和第二活塞(11)的减压活塞组件(9)来实现,所述第一活塞(10)和第二活塞(11)相对于孔(8)并且相对于彼此轴向移动,并且控制室 (10)和(11)之间限定的活塞(20)和容纳液压流体的孔(8),所述液压流体的体积确定了两个活塞(10)和(11)的相对位置。 活塞组件(9)包括限制器装置(18),用于根据通常将活塞组件(9)保持在前进制动器中的压力下的液压流体的供应来控制控制室(20)中的液压流体的体积 应用位置。 重新施加的第一速率包括两个朝前进位置前进的活塞(10)和(11),直到进一步移动以确定第二速度取决于两个活塞(10)和(11)之间的相对移动 ),这是通过在限制器装置(18)的控制下流体流入控制室(20)来确定的,以便增加控制室(20)的有效体积。