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    • 92. 发明授权
    • Servo brake automodulator for trailers with pneumatic brake systems
    • 用于带气动制动系统的拖车的伺服制动器自动调节器
    • US4726626A
    • 1988-02-23
    • US914230
    • 1986-10-02
    • Domenico Angelillo
    • Domenico Angelillo
    • B60T8/18B60T15/20B60T17/18B60T13/00
    • B60T15/20B60T8/1818B60T8/185B60T8/1887
    • The servo automodulator is intended for connection to the brake system of the tractor vehicle through a power pipeline, called the automatic pipeline, and a control pipeline called the variable pipeline. This device comprises a body with first and second inlet connectors for connection to the variable pipeline and to the automatic pipeline respectively, an inlet/outlet connector and an outlet connector for connection to a pressure reservoir and to the brake members of the trailer. A non-return valve allows air to flow from the second inlet connector to the inlet/outlet connector to supply compressed air to the reservoir. The body houses a valve system for putting the inlet/outlet connector in communication with the outlet connector when the first inlet connector is supplied with a brake-actuation pressure, and a brake-pressure modulator device which controls the opening of the valve assembly, and hence the brake pressure, in dependence on the load bearing on the trailer. The body also houses a distributor control member which assumes a normal working position, in which it allows communication between the first inlet connector and a control chamber of the brake pressure modulator when the second inlet connector is supplied with pressurized air. The distributor member can move to an emergency position, in which it cuts off communication between the first inlet connector and the said chamber and in which it puts this chamber in communication with the inlet/outlet connector, when the pressure upstream of the non-return valve falls below a predetermined value, for example as a result of rupture of the automatic pipeline.
    • 伺服自动调节器旨在通过称为自动管道的电力管道和称为可变管道的控制管道连接到拖拉机车辆的制动系统。 该装置包括具有第一和第二入口连接器的主体,用于连接到可变管道和分别连接到自动管道,入口/出口连接器和出口连接器,用于连接到压力容器和拖车的制动构件。 止回阀允许空气从第二入口连接器流到入口/出口连接器,以将压缩空气供应到储存器。 当第一入口连接器被供给制动致动压力时,主体容纳用于将入口/出口连接器与出口连接器连通的阀系统,以及控制阀组件的打开的制动压力调节装置,以及 因此制动压力取决于拖车上的承载力。 主体还容纳分配器控制构件,该构件承担正常的工作位置,当第二入口连接器被供应加压空气时,该分配器控制构件允许第一入口连接器和制动压力调节器的控制室之间的连通。 分配器构件可以移动到紧急位置,在紧急位置处,它切断第一入口连接器和所述室之间的连通,并且在该位置使得该室与入口/出口连接器连通时,当不返回的压力 阀门例如由于自动管道破裂而下降到预定值以下。
    • 93. 发明授权
    • Hydraulic brake valve capable of operating as conventional master
cylinder when brake pressure source fails
    • 当制动压力源发生故障时,液压制动阀能够像传统的主缸一样工作
    • US4706460A
    • 1987-11-17
    • US827130
    • 1986-02-06
    • Gilbert Kervagoret
    • Gilbert Kervagoret
    • F16K17/00B60T11/16B60T13/12B60T13/14B60T17/18B60T11/32
    • B60T13/147
    • Hydraulic assistance device, incorporating a casing (10) provided with a bore (12) in which first piston means (16, 18) is slideably mounted, the piston (16, 18) being able to move under the effect of the actuation of a brake pedal between a first position allowing communication between a first chamber (72) which is connected to a braking circuit (70) and a low pressure reservoir (40), and isolating this chamber (72) from a source of high pressure fluid (76), and a second position isolating the chamber (72) from the low pressure reservoir (40) and causing it to communicate with the high pressure source (76), the device also incorporating a second chamber (38) formed in the casing (10), the communication between the first chamber (72) and the reservoir (40) incorporating a second bore (52) in which a control piston (54) of second piston means (54, 60) is slideably mounted, incorporating a bore (56), the first piston having a bore in which a plunger (31) is slideably mounted, the plunger (31) joining the first piston means to the second piston means (54, 60), and a valve (62) which is capable of closing the communication between the first chamber (72) and the reservoir (40) under the effect of the movement of the first piston, characterized in that the first chamber (72) is isolated from the second chamber (38) by a seal (86) which is slideably mounted in the bore (12) and is capable of being moved by the first piston means (16, 18) when the hydraulic pressures in the first and second chambers are essentially equal.
    • 液压辅助装置包括设置有孔(12)的壳体(10),第一活塞装置(16,18)可滑动地安装在其中,活塞(16,18)能够在致动的作用下移动 制动踏板在允许连接到制动回路(70)的第一室(72)和低压储存器(40)之间的连通的第一位置之间,并且将该室(72)与高压流体源(76)隔离 ),以及将所述室(72)与所述低压储存器(40)隔离并使其与所述高压源(76)连通的第二位置,所述装置还包括形成在所述壳体(10)中的第二室(38) ),第一室(72)和包含第二孔(52)的储存器(40)之间的连通,其中可滑动地安装第二活塞装置(54,60)的控制活塞(54),其包括孔(56) ),所述第一活塞具有可滑动地安装有柱塞(31)的孔,所述柱塞 (31),将所述第一活塞装置连接到所述第二活塞装置(54,60);以及阀(62),其能够在所述第一活塞装置(54,60)的作用下闭合所述第一室(72)和所述储存器 第一活塞的运动,其特征在于,第一室(72)通过可滑动地安装在孔(12)中的密封件(86)与第二室(38)隔离,并且能够被第一活塞 当第一和第二室中的液压基本相等时,装置(16,18)。
    • 95. 发明授权
    • Power take-off control with parking brake interlock
    • 带驻车制动器互锁的动力输出控制
    • US4657311A
    • 1987-04-14
    • US773170
    • 1985-09-06
    • Richard C. Fannin
    • Richard C. Fannin
    • B60T11/10B60T13/26B60T17/18B60T13/00
    • B60T11/103B60T13/26B60T17/18
    • A fluid pressure control system engages the power take-off of a tractor-trailer combination vehicle equipped with air brakes while simultaneously applying the parking brakes of both the tractor and the trailer. However, when the vehicle is to be moved and the power take-off disengaged, the vehicle operator must, in addition to moving the power take-off control to the position disengaging the power take-off, must also operate the parking control valves which release the parking brakes on both the tractor and the trailer. Accordingly, the parking brakes cannot be inadvertently released by merely disengaging the power take-off control, although engagement of the power take-off control automatically sets or applies the parking brakes on both the tractor and the trailer.
    • 流体压力控制系统与配备有空气制动器的拖拉机 - 拖车组合车辆的动力输送接合,同时施加拖拉机和拖车的驻车制动器。 然而,当车辆移动并且动力输出脱离时,除了将动力输出控制移动到脱离动力输出的位置之外,车辆操作者还必须操作停车控制阀,其中 释放拖拉机和拖车上的停车制动器。 因此,虽然动力输出控制装置的接合自动地将拖拉机和拖车上的驻车制动器设置或应用,但是通过仅仅分离动力输出控制,不能无意中释放驻车制动器。
    • 96. 发明授权
    • Hydraulic brake booster with travel simulator and associated anti-skid
brake system
    • 带行驶模拟器和相关防滑制动系统的液压制动助力器
    • US4655511A
    • 1987-04-07
    • US695141
    • 1985-01-25
    • Heinz Leiber
    • Heinz Leiber
    • B60T7/04B60T8/90B60T13/14B60T17/22B60T8/02B60T17/18
    • B60T7/042B60T13/146B60T17/22B60T8/90
    • A method and a multi-circuit brake booster for feeding back disruptions of any arbitrary kind, even of an associated anti-skid brake system, to a then-changed brake pedal characteristic, the influence on the brake valve triggering being effected via a travel simulator device. The transmitting member in the travel simulator device is a travel simulator spring enabling a predetermined idle pedal travel, and this spring responds whenever, in response to an arbitrarily generated disruption signal, a lockable storage element assumes its other position and mechanically engages a transmitting member in the chain from brake pedal actuation to brake valve slide actuation in an arresting manner. Upon reaching a predetermined amount of biasing, as a result of the further compression of the travel simulator spring, the opening of the brake valve then takes place abruptly, with a corresponding increase in brake pressure and a corresponding increase in vehicle deceleration.
    • 一种方法和多回路制动助力器,用于将任何任意类型的甚至相关的防滑制动系统的中断反馈到随后改变的制动踏板特性,对制动阀触发的影响通过行驶模拟器 设备。 行驶模拟器装置中的传递构件是能够进行预定的怠速踏板行程的行驶模拟器弹簧,并且该弹簧响应于响应于任意产生的中断信号,可锁定存储元件呈现其另一位置并机械地接合传动构件 从制动踏板致动到制动阀滑块致动的链条以止动方式。 当达到预定量的偏压时,由于行进模拟器弹簧的进一步压缩,制动阀的开启突然发生,伴随着制动压力的相应增加和车辆减速度的相应增加。
    • 99. 发明授权
    • Hydraulic servo brake for motor vehicles
    • 机动车用液压伺服制动器
    • US4600243A
    • 1986-07-15
    • US745401
    • 1985-06-14
    • Juan BelartJochen BurgdorfDieter KircherLutz Weise
    • Juan BelartJochen BurgdorfDieter KircherLutz Weise
    • B60T8/44B60T8/1761B60T8/88B60T8/94B60T11/20B60T13/14B60T13/12B60T17/18
    • B60T13/146B60T8/885B60T8/94B60T2270/403
    • In a hydraulic motor vehicle servo brake comprising a tandem master cylinder (11), a brake valve (17) is provided which upon actuation through the brake pedal (16) applies, in controlled manner, pressure medium supplied by a hydraulic pump (18) connected to an intake reservoir (27) to the first master piston (24) and to a brake circuit (III) directly, to provide there a controlled pressure. A wheel slip brake control system at an initial slip of one or more motor vehicle wheels, will reduce automatically the brake force on the motor vehicle wheels to a value just sufficient to turn the wheels. Two switch valves (21, 21') to which the controlled pressure is applied are normally closed and open upon a beginning slip of one or several motor vehicle wheels to apply the controlled pressure to the master cylinder (11) from where the pressure medium is passed by way of two check valves (23, 123) to the pressure chambers located behind the master pistons (24, 80). The switch valves are actuated by way of a differential pressure control circuit (148) in response to exceeding a predetermined pressure difference in the two pressure chambers (76, 176) such that the switch valve connected to a defective brake circuit will be closed.
    • 在包括串联主缸(11)的液压机动车辆伺服制动器中,设置制动阀(17),其在通过制动踏板(16)致动时以受控的方式施加由液压泵(18)供应的压力介质, 连接到第一主活塞(24)的进气容器(27)和直接连接到制动回路(III),以提供受控的压力。 在一个或多个机动车辆车轮初始滑动时的滑轮制动控制系统将自动地将机动车辆车轮上的​​制动力降低到刚好足以转动车轮的值。 施加受控压力的两个开关阀(21,21')通常在一个或多个机动车辆车轮的开始滑动时闭合并打开,以将控制压力施加到主缸(11),压力介质 通过两个止回阀(23,123)通向位于主活塞(24,80)后面的压力室。 响应于超过两个压力室(76,176)中的预定压力差,开关阀通过差压控制回路(148)致动,使得连接到有故障的制动回路的开关阀将关闭。