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    • 99. 发明公开
    • SYSTEM AND METHOD FOR MANAGING A GUIDED VEHICLE MOVEMENT AUTHORITY
    • 用于管理引导车辆移动权限的系统和方法
    • EP3222490A1
    • 2017-09-27
    • EP16380013.9
    • 2016-03-23
    • Siemens Rail Automation S.A.U.
    • Salmeron, David CelestinoFrutos, Angel Luis Garcia
    • B61L27/00B61L23/04B61L3/12
    • The present invention concerns a method and a system for managing a guided vehicle movement authority, the method comprising the following steps:
      - sending, by means of a Trackside Centralized Movement Authority Generator (hereafter TCMAG) (4) to an on-board system (20) of a guided vehicle A, a request for checking an occupancy state of a part of the first section (10) located ahead the guided vehicle A if a distance between a position of the guided vehicle A on the track and a boundary (15) between the first section (10) and the second section (11) is smaller than a predefined distance;
      - if no guided vehicle B is detected in front of the guided vehicle A, then automatically sending a message to the TCMAG (4) informing the latter about a vacant state of the part of the first section (10) ahead the guided vehicle A;
      - automatically issuing by means of the TCMAG (4) a movement authority to the on-board system (20) if and only if the occupancy state of the second section (11) is in a vacant state and if the message informing about the vacant state of the part of the first section ahead the guided vehicle is received by the TCMAG, otherwise preventing an issuance of a movement authority to the guided vehicle A.
    • 本发明涉及一种用于管理被引导车辆运动管理机构的方法和系统,该方法包括以下步骤: - 借助于轨道侧集中运动授权发生器(以下简称TCMAG)(4)向车载系统( 如果被引导车辆A在轨道上的位置与轨道车辆A的边界(15)之间的距离小,则要求检查位于被引导车辆A前方的第一部分(10)的一部分的占用状态 )在所述第一部分(10)和所述第二部分(11)之间的距离小于预定距离; - 如果在被引导车辆A前方没有检测到被引导车辆B,则自动发送消息到TCMAG(4),通知后者关于被引导车辆A前方的第一部分(10)的部分的空闲状态; - 由TCMAG(4)的移动限制到车载系统(20)的装置自动地发出,当且仅当所述第二部分(11)的占用状态为空的状态,并且如果该消息通知关于空闲 第一部分在被引导车辆前面的部分的状态由TCMAG接收,否则阻止向被引导车辆A发出移动权限。
    • 100. 发明公开
    • METHOD AND SYSTEM FOR DETERMINING A VERTICAL PROFILE OF A RAIL SURFACE
    • 用于确定铁路表面的垂直轮廓的方法和系统
    • EP3219574A1
    • 2017-09-20
    • EP16205328.4
    • 2016-12-20
    • Aktiebolaget SKF
    • MARTINEZ, VictorPINTO, Elena
    • B61L23/04B61L25/02
    • B61K9/08B61L23/045B61L23/047B61L23/048B61L25/025B61L2205/04G01C7/00
    • The present invention defines a method of determining a vertical profile signal z of a rail surface, comprising:
      - a step (100) of obtaining a vertical acceleration signal acc 1 , by measuring vertical acceleration of a bogie of a rail vehicle that runs on the rail surface;
      - a step (200) of processing the vertical acceleration signal acc 1 to obtain a vertical velocity signal vel 1 ;
      - a step (300) of determining the vertical profile signal of the rail surface, by using the vertical acceleration signal acc 1 and the vertical velocity signal vel 1 as inputs to a simulation model of the bogie, said model comprising an unsprung mass m 1 connected to a sprung mass m 2 , wherein the vertical acceleration signal acc 1 represents the vertical acceleration of the unsprung mass m 1 ; and
      - a step (400) of measuring a linear velocity signal n of the rail vehicle, wherein the linear velocity signal is used in the step of determining (300) to convert the vertical profile signal z from the time domain to the distance domain.
    • 本发明定义了确定轨道表面的垂直剖面信号z的方法,包括: - 通过测量在轨道上运行的轨道车辆的转向架的垂直加速度来获得垂直加速度信号acc1的步骤(100) 表面; - 处理垂直加速度信号acc1以获得垂直速度信号vel1的步骤(200); - - 通过使用垂直加速度信号acc1和垂直速度信号vel1作为转向架的仿真模型的输入来确定轨道表面的垂直剖面信号的步骤(300),所述模型包括连接到轨道的一个簧下质量m1 簧上质量m2,其中垂直加速度信号acc1表示簧下质量m1的垂直加速度; 以及 - 测量所述铁路车辆的线速度信号n的步骤(400),其中所述线速度信号用于确定(300)将所述垂直廓线信号z从时域转换到所述距离域的步骤。