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    • 3. 发明公开
    • Method and system for detection and analysis of railway bogie operational problems
    • Verfahren und System zur Erkennung und Analyze von Betriebsproblemen bei Eisenbahndrehgestellen
    • EP2602168A1
    • 2013-06-12
    • EP11192341.3
    • 2011-12-07
    • Railway Metrics and Dynamics Sweden AB
    • Long, Jack R.Lindqvist, JanKristen, Helmuth
    • B61K9/12
    • G01M17/10B61K9/00B61K9/12B61L99/00G01M17/00G01M17/08
    • The present invention provides a method for detecting a wheel flat, or an event that may cause a wheel flat to develop on a railway wagon, comprising the steps of a) monitoring at least the longitudinal and vertical acceleration of said railway wagon, and b) concluding that a wheel flat has developed, or that there is a risk of developing a wheel flat, if a specific acceleration pattern is monitored, said pattern comprising a longitudinal acceleration above a first threshold followed by a vertical acceleration above a second threshold. The present invention further provides a system for detecting a wheel flat of at least one wheel of a railway wagon and the use of an acceleration sensor mounted on the sprung part of a railway wagon for estimating the wheel flat size of a wheel of the railway wagon.
    • 本发明提供了一种用于检测车轮平面或可能导致车轮平坦地在铁路车辆上形成的事件的方法,包括以下步骤:a)至少监测所述铁路货车的纵向和垂直加速度,以及b) 如果特定加速度模式被监视,所述模式包括高于第一阈值的纵向加速度,然后是高于第二阈值的垂直加速度,则轮胎平面已经发展,或者存在发展车轮平坦的风险。 本发明还提供了一种用于检测铁路货车的至少一个车轮的车轮平面的系统,以及安装在铁路货车的弹簧部分上的加速度传感器的使用,用于估计铁路货车车轮的平坦尺寸 。
    • 7. 发明公开
    • TRAIN INFORMATION MANAGEMENT DEVICE AND TRAIN INFORMATION MANAGEMENT METHOD
    • 设备用于管理列车信息和方法用于管理列车信息
    • EP2792572A1
    • 2014-10-22
    • EP11877316.7
    • 2011-12-12
    • Mitsubishi Electric Corporation
    • TATSUMI, ShogoMIYAUCHI, TakashiKADONO, ToshikoKOMURA, TetsuoHONDA, ShingoSAWA, Takuya
    • B61L27/00
    • H04L47/34B61L15/0036B61L25/028B61L99/00
    • A train information management apparatus includes a first system central device 11-1 configured to generate, based on control input information, first train control information for a car-mounted device in every predetermined period and a second system central device 11-2 configured to generate second train control information, which is the train control information same as or different from the first train control information, based on the control input information starting from time when time obtained by multiplying the predetermined period with 1/2 elapses from a point when the first train control information is transmitted. The first system central device 11-1 generates a first packet every time the first train control information is generated and alternately transmits, every time the first packet is generated, the first packet to a first system trunk transmission line 40-1 and a second system trunk transmission line 40-2. The second system central device 11-2 generates a second packet every time the second train control information is generated and transmits, every time the second packet is generated, the second packet to a trunk transmission line on the opposite side of the trunk transmission line to which the first packet is transmitted.
    • 一种列车信息管理装置包括:第一系统,被配置以产生中央装置11-1,基于控制输入信息,在每个预定周期的第二系统中的车载装置和被配置为产生中央装置11-2第一列车控制信息 第二列车控制信息,在所有这是列车控制信息相同或第一列车控制信息不同,基于来自时间开始时的时间与1/2获得乘以所述预定时间段从一个点起经过输入控制信息。当第一 列车控制信息是反式mitted。 第一系统中心设备11-1基因速率的第一分组每次产生第一列车控制信息,并发送可替代地,每次产生第一分组,所述第一分组的第一系统主干传输线40-1和第二系统 干线传输线40-2。 第二系统中心设备11-2基因率的第二分组每次产生第二列车控制信息并发送,每次生成第二分组,所述第二分组发送到干线传输线路上的干线传输线的相对侧,以 其中,第一包是反式mitted。