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    • 1. 发明授权
    • Relay valve device
    • 继电阀装置
    • US4679865A
    • 1987-07-14
    • US849661
    • 1986-04-09
    • Helmut UlrichPeter BartscherBrian Shilton
    • Helmut UlrichPeter BartscherBrian Shilton
    • B60T8/26B60T15/04B60T15/06B60T15/18F15B11/02
    • B60T15/04B60T8/26
    • A relay valve device having a first control surface and a second control surface. A shut-off device is located in the line feeding the control pressure into the second control surface throughout the period in which a signal pressure is present, and connecting the second control surface to atmosphere at other times. Thus, the relay valve device releases a greater pressure into a load circuit when actuated during effectiveness of the signal pressure than while the signal pressure is not effective. The shut-off device having a pressure relief valve with a switch-off device so that when the signal pressure is effective, the switch-off device switches OFF the pressure relief function of the pressure relief valve and so that when the signal pressure is not effective, the pressure relief valve is opened as long as the control pressure remains below the relief pressure and is closed when the control pressure moves above the relief pressure.
    • 一种具有第一控制表面和第二控制表面的继动阀装置。 切断装置位于在存在信号压力的整个时段内将控制压力输送到第二控制表面中,并且在其它时间将第二控制表面连接到大气中。 因此,当在信号压力的有效期间被致动时,继电器装置将释放更大的压力到负载电路,而不是信号压力无效。 关闭装置具有带有关闭装置的减压阀,使得当信号压力有效时,关闭装置关闭泄压阀的减压功能,并且当信号压力不是 只要控制压力保持低于释放压力,则压力释放阀打开,并且当控制压力超过溢流压力时关闭。
    • 6. 发明授权
    • Steering-brake control arrangement for a vehicle brake system
    • 用于车辆制动系统的转向制动控制装置
    • US4475773A
    • 1984-10-09
    • US473372
    • 1983-03-08
    • Peter BartscherHarald MeyerDiether Staisch
    • Peter BartscherHarald MeyerDiether Staisch
    • B60T13/68B62D11/08B60T11/10
    • B62D11/08B60T13/686
    • A steering-brake control system for a vehicle in which solenoid operated control valves associated with the respective wheels of at least one axle are normally maintained in an open position, so long as the valve solenoid operators are deenergized. Braking pressure is produced when either one of a right and left brake pedal is operated. Switches associated with each pedal are effective to energize the solenoid of one wheel control valve to cut off brake pressure to that particular wheel, so that only the one wheel corresponding to the operated brake pedal is braked to cause the vehicle to turn in that direction for steering control in off-street operation. In the event both brake pedals are operated, the switches and valves operate to admit brake pressure to each wheel brake cylinder for normal braking during on-street operation.
    • 一种用于车辆的转向制动控制系统,其中与至少一个轴的各个车轮相关联的电磁操作控制阀通常保持在打开位置,只要阀螺线管操作器被断电即可。 左右制动踏板中的任意一个操作时产生制动压力。 与每个踏板相关联的开关有效地激励一个车轮控制阀的螺线管,以切断到该特定车轮的制动压力,使得只有与被操作的制动踏板相对应的一个车轮被制动以使车辆沿该方向转动 转向控制在街外操作。 在两个制动踏板都被操作的情况下,开关和阀门操作以允许每个车轮制动液压缸的制动压力在路上操作期间正常制动。
    • 7. 发明授权
    • Dual circuit brake valve system
    • 双回路制动阀系统
    • US5380073A
    • 1995-01-10
    • US125068
    • 1993-09-21
    • Peter BartscherGerhard MartiniWolfgang PohlJurgen Sandmann
    • Peter BartscherGerhard MartiniWolfgang PohlJurgen Sandmann
    • B60T15/04B60T8/30
    • B60T15/045
    • A dual circuit brake valve system comprises first and second brake circuits, first and second combined inlet and outlet valves through which first and second braking pressures respectively are delivered to said first and second brake circuits, and first and second pistons which actuate the first and second combined inlet and outlet valves respectively. The second piston is actuated by the first braking pressure which serves as a control pressure therefor. To achieve simultaneous actuation of the first and second combined inlet and outlet valves, a compression spring is installed between the first and second pistons and mechanically connects these to each other. Thereby, a pressure difference of .DELTA.p between the pressure in the first brake circuit and the pressure in the second brake circuit, which approaches zero, is achieved. In order to be able to increase the pressure difference .DELTA.p in the two brake circuits, a third piston is provided between the first and second pistons. The third piston is subjected to braking pressure from the first brake circuit in such a manner that the third piston compresses the compression spring when a predetermined level of pressure is reached in the first brake circuit, thereby causing the mechanical connection between the first piston and the second piston to be suspended.
    • 双回路制动阀系统包括第一和第二制动回路,第一和第二组合入口和出口阀,第一和第二组合的入口和出口阀分别通过第一和第二组合入口和出口阀将第一和第二制动压力输送到所述第一和第二制动回路;以及第一和第二活塞, 组合进出口阀门。 第二活塞由作为其控制压力的第一制动压力致动。 为了实现第一和第二组合入口和出口阀的同时致动,压缩弹簧安装在第一和第二活塞之间并将它们机械连接起来。 由此,实现了第一制动回路中的压力与第二制动回路中的压力之间的ΔTA的压力差接近零。 为了能够增加两个制动回路中的压差ΔTAp,在第一和第二活塞之间设置有第三活塞。 第三活塞经受来自第一制动回路的制动压力,使得当在第一制动回路中达到预定水平的压力时,第三活塞压缩压缩弹簧,从而使第一活塞与第一活塞之间的机械连接 第二活塞被悬吊。