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    • 1. 发明公开
    • METHOD AND SYSTEM FOR INCREASING EFFICIENCY OF ROLLING STOCK
    • VERFAHREN UND系统ZURERHÖHUNGDER EFFIZIENZ VON WALZGUT
    • EP3127773A1
    • 2017-02-08
    • EP15772814.8
    • 2015-03-30
    • Obschestvo S Ogranichennoy Otvetstvennostyu "Smartwiz"
    • ZHEBRAK, Leonid Mihailovich
    • B61C17/12B60L15/00
    • B61L3/008B60L2200/26B60M3/06B61C17/12B61L3/006B61L3/16B61L15/0072B61L25/021B61L25/025B61L25/026B61L2205/04G01C22/025G01G19/04G01S19/42G01S19/52Y02T30/10
    • The invention is intended for conserving energy expended by railway rolling stock, for instance by a locomotive when carrying out train operations and shunting, when trains are run in an automatic mode or in a train operator assistance mode. A method for increasing the efficiency of rolling stock includes the following steps: obtaining the parameters of the rolling stock, including at least the following: speed, coordinates, overhead system voltage, traction engine current voltage, brake line discharging; in addition, determining at least the dependence parameters of an active traction force, braking force, motion resistance force, force of wheel adherence to the rails, and the mass of the rolling stock; then, determining the optimal control to be carried out by traction and braking equipment of railway rolling stock based on the dependence parameters obtained during the previous step; then, transmitting the optimal control, determined during the previous step, to a rolling stock control system for implementation or for displaying to the train operator.
    • 本发明的目的是为了在列车以自动模式或列车操作者辅助模式运行时,例如由机车进行列车运行和分流时节省铁路车辆所消耗的能量。 提高机车车辆效率的方法包括以下步骤:获得机车车辆的参数,至少包括:速度,坐标,架空系统电压,牵引发动机电流电压,制动线路放电; 此外,至少确定主动牵引力的相关参数,制动力,运动阻力,车轮粘附到轨道的力和车辆的质量; 然后根据前一步骤获得的相关参数,确定铁路车辆牵引和制动设备进行的最优控制; 然后,将在前一步骤确定的最佳控制传送到车辆控制系统以实现或向列车操作员显示。
    • 5. 发明公开
    • STANDARD WEIGHT IN FORM OF RAILWAY CARRIAGE
    • 标准重量的铁路运输形式
    • EP3187839A1
    • 2017-07-05
    • EP15460144.7
    • 2015-12-31
    • Elektroniczne Wagi Przemyslowe
    • Wozniak, MariuszChechlowski, Adrian
    • G01G19/04
    • G01G19/04
    • A standard weight in the form of a railway carriage comprises a body in the form of a platform (1) with stanchions (2), arranged on a chassis in the form of a frame composed of at least two longitudinal beams (3) connected by cross members (4). To the longitudinal beams (3) a front wheel set and a rear wheel set are attached, and on axes (6) with bearings wheels (5) are attached. Between the longitudinal beams (3), to the cross members (4) of the chassis at least one electric drive motor (8) is attached, connected with a bevel gear (10) on the axis (6). The carriage wheels (5) are attached to the axis (6) of the wheel sets by means of dog clutches (9). The dog clutch (9) contains a plate (13) with jaws (14) attached to an axle shaft (12). There are sleeves (17) in the wheel (5), and there are holes (18) for fixing bolts (19) in the dog clutch (9) plate (13) and in the wheel (5). The fixing bolts (19) contain the wheel (5) track retainers (20) in each wheel set. The drive motor (8) output shaft is connected with the bevel gear (10) of the wheel set by means of a gearbox (11).
    • 铁路车厢形式的标准砝码包括具有支柱(2)的平台(1)形式的主体,所述主体布置在框架形式的底盘上,框架由至少两个纵梁(3)组成,所述纵梁 跨成员(4)。 在纵梁(3)上安装有前轮组和后轮组,并且在轴(6)上安装有轴承轮(5)。 在纵梁(3)之间,在底盘的横梁(4)之间连接有至少一个电驱动马达(8),其与轴(6)上的锥齿轮(10)连接。 托架轮(5)通过爪形离合器(9)连接到轮组的轴(6)。 爪形离合器(9)包含一个带有连接到车轴(12)上的钳口(14)的板(13)。 轮子(5)中有套筒(17),并且在爪形离合器(9)板(13)和轮子(5)中有用于固定螺栓(19)的孔(18)。 固定螺栓(19)包含每个轮组中的轮(5)轨道保持器(20)。 驱动马达(8)的输出轴通过齿轮箱(11)与轮组的伞齿轮(10)连接。
    • 7. 发明公开
    • Kraftmessvorrichtung
    • 测力装置
    • EP1933118A3
    • 2010-07-21
    • EP07022252.6
    • 2007-11-16
    • Schenck Process GmbH
    • Müller, Klaus
    • G01G19/04G01G3/12
    • G01G19/04B61K9/12G01L1/2206G01L1/2243
    • Beschrieben wird eine Kraftmessvorrichtung mit einem Krafteinleitungsteil, welches über Verformungskörper mit wenigstens einem Kraftausleitungsteil verbunden ist, wobei das Krafteinleitungsteil an einem oberen Abschnitt mit Mitteln zum Festlegen eines Kraftgebers versehen ist und das Kraftausleitungsteil Verankerungselemente zum Verankern auf einem Untergrund aufweist. Um einen einfacheren und weniger Raum beanspruchenden Einbau der Kraftmessvorrichtung unter einer Schiene zu ermöglichen, ist vorgesehen, dass neben einem unteren Abschnitt des Krafteinleitungsteils zwei Kraftausleitungsteile angeordnet sind, und zwar an jeder von zwei gegenüberliegenden Seiten des unteren Abschnittes je ein Kraftausleitungsteil, wobei jedes Kraftausleitungsteil über zwei parallele und seitlich beabstandete Verformungskörper mit dem unteren Abschnitt sowie durch ein massives Verbindungsstück mit dem gegenüberliegenden Kraftausleitungsteil verbunden ist.
    • 公开的是具有力引入部的测力装置,其经由具有至少一个Kraftausleitungsteil变形体,其中,所述力导入部件在其上部具有部分的装置提供了一种用于建立一个力生成器和具有用于锚固在基础上的Kraftausleitungsteil锚固元件相连接。 为了能够更简单和空间要求苛刻的一个下轨安装的测力装置的,它提供了以下两个Kraftausleitungsteile相邻于力导入部设置的下部,并且在每个相应的Kraftausleitungsteil,经由每个Kraftausleitungsteil的下部的相对两侧的 两个平行和横向间隔的变形体连接到下部,并通过与相对的Kraftausleitungsteil的固体连接件连接。
    • 10. 发明公开
    • MESSEINRICHTUNG ZUM ERFASSEN VON RADLASTEN
    • 测量装置用于检测车轮负载
    • EP1543299A1
    • 2005-06-22
    • EP03762388.1
    • 2003-06-06
    • INWAtec GmbH
    • WINKLER, ReinhardBASTIAN, Rainer
    • G01G19/04
    • G01G19/045G01G19/04
    • The invention relates to a device for measuring static and/or dynamic wheel loads or wheel contact forces, particularly of rail vehicles. The inventive measuring device comprises at least two load-receiving blocks with internal measuring sections and elements for holding and bracing the load-receiving blocks in a track system, at least two support means being arranged within one load-receiving block. The terminal pieces of a rod-shaped measuring section are mounted on the support means which are provided with stops locking said support means within the track system. At least two force-deflecting elements are disposed between a single-arm bracing device and the track system. Internal jamming of the whole assembly during mounting and dismounting and especially during the measuring process is excluded due to the overall design of the measuring blocks, particularly the force-deflecting elements that have a power flux-adequate design and the coupling construction which comprises a receiving element on the measuring block and a spherical zone with a guiding piece on the single-arm bracing device. Optimal adaptation to the specific assembly situation can be ensured by means of special configurations of the two terminal pieces of the single-arm bracing device such that tilting and lifting phenomena of the entire measuring device are excluded under load.