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    • 52. 发明申请
    • PLUNGER ROD ADJUSTER FOR COMPACT BRAKE CALIPER UNITS, HAVING A SCREW CONNECTION ELEMENT SUPPORTED DIRECTLY ON THE ADJUSTER HOUSING
    • 用于紧凑型制动器的PLUNGER ROD调节器,具有直接支撑在调节器壳体上的螺丝连接元件
    • US20120292138A1
    • 2012-11-22
    • US13576697
    • 2011-01-27
    • Christian EbnerErich FudererAndré Stegmann
    • Christian EbnerErich FudererAndré Stegmann
    • B61H15/00F16D65/56
    • F16D55/2245F16D65/567
    • A wear adjuster for a brake caliper of a disk brake of a rail vehicle, having a) a helical gearing which has a threaded spindle and a nut to be screwed thereon as the screw connection elements, one of the screw connection elements and an adjusting element being rotatable in a first wear adjuster housing to rotatingly drive the screw connection element in the wear adjusting direction and the other screw connection element being non-rotatably mounted in a second wear adjuster housing, b) a wrap spring freewheeling mechanism which is blocked in a direction of rotation of the rotatable screw connection element against a wear adjustment and which is freewheeling in the opposite direction of rotation, the wrap spring freewheeling mechanism coupling the rotatable screw connection element to a rotationally fixed element. The rotationally fixed element is formed directly by the first wear adjuster housing.
    • 一种用于轨道车辆的盘式制动器的制动钳的磨损调节器,具有:a)螺旋齿轮,其具有螺纹主轴和螺母,作为螺纹连接元件,螺钉连接元件中的一个和调节元件 可在第一磨损调节器壳体中旋转以在磨损调节方向上旋转地驱动螺钉连接元件,而另一个螺钉连接元件不可旋转地安装在第二磨损调节器壳体中,b)封闭弹簧续流机构, 可旋转的螺钉连接元件的旋转方向抵抗磨损调节并且沿相反的旋转方向空转,所述卷绕弹簧续流机构将可旋转的螺旋连接元件联接到旋转固定的元件。 旋转固定元件由第一磨损调节器壳体直接形成。
    • 53. 发明申请
    • METHOD FOR MONITORING THE STATE OF A BOGIE OF A RAILWAY VEHICLE COMPRISING AT LEAST ONE WHEEL SET
    • 用于监测包含至少一个轮组的铁路车辆的状态的方法
    • US20120259487A1
    • 2012-10-11
    • US13510360
    • 2010-11-16
    • Ulf FriesenThomas Burkhart
    • Ulf FriesenThomas Burkhart
    • G06F7/00
    • B61L15/0081B60L2200/26B61F5/245B61F5/308B61F9/005G01M17/10
    • A method for monitoring the state of a bogie of a railway vehicle having at least one wheel set, wherein the wheels of the wheel set are rigidly connected by an axle and have an approximately conical wheel profile, and signals corresponding to a sinusoidal run of the wheel set of the bogie based on the conical wheel profile of the wheels are filtered out of signals provided by sensors disposed on the bogie. The frequency of the sinusoidal run is determined relative to boundary conditions, such as the prevailing vehicle speed, and compared to a save value or range of values for the frequency of the sinusoidal run typical for the prevailing boundary conditions, wherein the deviation of the measured frequency from the saved value or range of values for the frequency is monitored.
    • 一种用于监测具有至少一个轮组的铁路车辆的转向架的状态的方法,其中所述车轮组的车轮通过车轴刚性地连接并且具有大致圆锥形车轮轮廓,以及对应于所述车轮的正弦曲线的信号 基于车轮的圆锥轮廓的转向架的轮组被从设置在转向架上的传感器提供的信号中滤出。 正弦曲线运行的频率是相对于诸如当前车速的边界条件确定的,并且与当前边界条件典型的正弦曲线运行频率的保存值或值的范围进行比较,其中测量的 从频率的保存值或频率范围监视频率。
    • 55. 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) )。