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    • 4. 发明授权
    • Electrically controlled brake for vehicles, especially rail vehicles
    • 用于车辆,特别是轨道车辆的电控制动器
    • US4682823A
    • 1987-07-28
    • US773267
    • 1985-09-06
    • Winfried HommenGeorg StaubleTiberius Wieser
    • Winfried HommenGeorg StaubleTiberius Wieser
    • B60T8/18
    • B60T8/1893B60L2200/26
    • The electrically controllable brake, preferably pressure actuated brake for vehicles has a control device (13) which, controlled by a brake demand signal, monitors the release of an appropriate braking power or a corresponding braking pressure. For the vehicle load dependent limitation of the braking force or the braking pressure, a vehicle load signal, present as electrical signal value, is led to a modem (38 to 45), which converts the electrical signal value into a mechanical signal value (prestress of the control spring 36). The mechanical signal value directly controls a limiting device (pressure limiting valve 11) which serves for the vehicle load dependent limitation of the braking power or the braking pressure to be delivered. During a failure of the electrical vehicle load signal, of the electric components and/or of the power supply, the modem maintains approximately constant the momentary mechanical signal value, so that the braking power or braking pressure to be delivered remains limited in dependence on the vehicle load, even during a failure of the vehicle load signal. This prevents overbraking of the vehicle during the stated and other emergencies.
    • 电动可控制动器,优选用于车辆的压力致动制动器具有由制动需求信号控制的控制装置(13),其监测适当制动功率的释放或相应的制动压力。 对于制动力或制动压力的车辆负载相关限制,作为电信号值呈现的车辆负载信号被引导到调制解调器(38至45),其将电信号值转换为机械信号值(预应力 控制弹簧36)。 机械信号值直接控制限制装置(限压阀11),其用于车辆负载相关的限制制动功率或要传递的制动压力。 在电动车辆负载信号,电气部件和/或电源的故障期间,调制解调器保持瞬时机械信号值近似恒定,使得待传送的制动功率或制动压力依赖于 即使在车辆负载信号发生故障时车辆负载。 这防止在所述和其他紧急情况期间车辆的过度制动。
    • 5. 发明授权
    • Hydraulic brake for vehicles
    • 汽车液压制动器
    • US4592597A
    • 1986-06-03
    • US759000
    • 1985-07-25
    • Winfried HommenGeorg StaubleTiberius Wieser
    • Winfried HommenGeorg StaubleTiberius Wieser
    • B60T13/14B60T13/58B60T15/42B60T13/70
    • B60T13/581B60T13/141B60T15/42B60T2230/04
    • Hydraulic vehicle brake comprising a hydraulic accumulator (1), a brake valve adjustment device (4) supplied thereby, and a brake pressure line section (7) to the brake cylinders attached to the latter via an emergency brake valve (6). In the emergency braking position of the emergency brake valve, this connection is broken, and the brake pressure line section is directly connected to the hydraulic accumulator via a nozzle (10) which is bridged by a cylinder (13) in which a piston is sealingly displaceable. A spring (17) biases the piston in the displacement direction to the accumulator side end connection (11) of the cylinder. During emergency braking, the piston (14) first forces an amount of hydraulic medium sufficient for brake application out of the brake cylinder side chamber (16) of the cylinder (13). This is followed by a damped increase in brake pressure through additional supply of hydraulic medium from the hydraulic accumulator (1) through the nozzle (10) into the brake cylinders. The brake assures rapid brake application during emergency braking, with subsequent damped brake pressure increase, so that shocks and jolts resulting from emergency braking are kept within acceptable limits.
    • 液压车辆制动器包括液压蓄能器(1),由其供应的制动阀调节装置(4)和制动压力管线部分(7),通过紧急制动阀(6)连接到制动缸。 在紧急制动阀的紧急制动位置,该连接断开,并且制动压力管路部分经由喷嘴(10)直接连接到液压蓄能器,该喷嘴由气缸(13)桥接,活塞密封在该缸 可置换 弹簧(17)将活塞沿位移方向偏压到气缸的蓄能器侧端部连接部(11)。 在紧急制动期间,活塞(14)首先迫使一定量的液压介质足够用于制动器施加到汽缸(13)的制动缸侧室(16)。 其次是通过从液压蓄能器(1)通过喷嘴(10)向制动缸中附加供给液压介质而使制动压力减小。 制动器确保在紧急制动期间快速制动应用,随后阻尼制动器压力增加,使紧急制动引起的冲击和颠簸保持在可接受的限度内。
    • 7. 发明授权
    • Electrically controllable pressure medium brake for vehicles
    • 用于车辆的电控压力介质制动器
    • US5147114A
    • 1992-09-15
    • US646274
    • 1991-01-28
    • Winfried HommenGeorg StaubleThomas StorzingerTiberius WieserThomas Wissler
    • Winfried HommenGeorg StaubleThomas StorzingerTiberius WieserThomas Wissler
    • B60T8/00B60T8/18B60T8/22B60T13/66B60T17/18
    • B60T8/1893B60T13/66B60T17/18B60T8/00B60T8/1881Y10S303/02
    • The electrically controllable pressure medium brake comprises an electric pressure means (EP) converter (1) to convert an electrical brake request signal into a brake pressure. By way of an emergency brake valve (1), this brake pressure (in the normal case) and a vehicle load-dependent emergency brake pressure limited by a limiting valve (12) (in an emergency), is fed to the brake cylinder (14). For vehicle load-dependent limitation of the emergency brake pressure, a second EP converter (1a) generates from a vehicle load-dependent, electrical signal a vehicle load-dependent pressure medium pressure, which is stored in a pressure medium reservoir (18) and is fed to the limiting valve (12) in order to control it. The second EP converter (1a) is closed in the currentless state, during a power failure, whereby the vehicle load-dependent pressure medium pressure is preserved and the limiting valve (12) can thus continue to limit the emergency brake pressure as a function of the vehicle load. In another embodiment supplemented by a switching valve, only one EP converter serves to generate both the brake pressure and the vehicle load-dependent pressure medium pressure.
    • 电可控压力介质制动器包括电气压力装置(EP)转换器(1),以将电制动请求信号转换成制动压力。 通过紧急制动阀(1),该制动压力(在正常情况下)和由限制阀(12)(在紧急情况下)限制的与车辆负载相关的紧急制动压力被馈送到制动缸( 14)。 对于紧急制动压力的车辆负载相关限制,第二EP转换器(1a)从车辆依赖于负载的电信号产生车辆负载相关的压力介质压力,所述压力介质压力存储在压力介质容器(18)中,并且 被输送到限制阀(12)以便控制它。 第二EP转换器(1a)在无电流状态下在电源故障期间关闭,由此保持车辆负载相关的压力介质压力,并且限制阀(12)因此可以继续限制紧急制动压力作为 车辆负载。 在由切换阀补充的另一实施例中,仅一个EP转换器用于产生制动压力和车辆负载相关的压力介质压力。
    • 10. 发明授权
    • System for the secondary suspension of a superstructure of a rail vehicle having an active spring element
    • 用于具有活动弹簧元件的轨道车辆的上部结构的二次悬架的系统
    • US07168370B2
    • 2007-01-30
    • US11015801
    • 2004-12-20
    • Winfried HommenHenry KirschMartin LehmairReinhard LoebnerMartin WaldsteinRalf Oberthür
    • Winfried HommenHenry KirschMartin LehmairReinhard LoebnerMartin WaldsteinRalf Oberthür
    • B61F1/00
    • B60G17/0416B60G17/0272
    • System for the secondary suspension of a superstructure (1) of a rail vehicle, having a hydropneumatic spring unit (3), with an assigned suspension accumulator (7) as an active spring element, placed between the superstructure (1) and a bogie (2) arranged below it, which active spring element ensures at least one raised travelling level (NF) for the superstructure during the travel of the rail vehicle, in which case, by way of the hydropneumatic spring unit (3), by means of a level control, in addition to the raised travelling level (NF), a lowered station platform level (NB) for the superstructure (1) can also be adjusted, the suspension accumulator (7) being blockable when the rail vehicle is stopped in order to relieve the level control during a change of load, and in that, for an emergency operation caused by a pressure drop, additionally at least one emergency spring cylinder (18) is provided which, in the event of a pressure failure, by means of an independent moving-out, ensures an emergency spring level (NN) situated between the station platform level (NB) and the travelling level (NF).
    • 用于具有液压气动弹簧单元(3)的轨道车辆的上部结构(1)的二次悬架的系统,其具有作为活动弹簧元件的分配的悬挂蓄能器(7),该悬挂蓄能器(7)位于上部结构(1)和转向架 2),其中该活动弹簧元件确保在轨道车辆行驶期间用于上部结构的至少一个升高的行驶水平(N >F ),在这种情况下,通过液压气动弹簧单元 (3)通过电平控制,除了升高的行驶水平(N >F )之外,还包括用于上部结构的降低的站平台水平(N B B) 1)也可以调节,当轨道车辆停止时,悬架蓄能器(7)可以阻挡,以便在负载变化期间减轻液位控制,并且对于由压降引起的紧急操作,另外 提供了至少一个紧急弹簧缸(18),其在压力失效的情况下 通过独立的移出,确保位于站台平台(N SUB B)和行驶水平(N N)之间的紧急弹簧水平(N N N N N N) )。