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    • 3. 发明申请
    • DISTRIBUTED TRAIN CONTROL
    • 分布式火车控制
    • WO2009035751A1
    • 2009-03-19
    • PCT/US2008/069423
    • 2008-07-08
    • GENERAL ELECTRIC COMPANYNOFFSINGER, Joseph, ForrestSECK, Daryl, WilliamFOY, Robert, James
    • NOFFSINGER, Joseph, ForrestSECK, Daryl, WilliamFOY, Robert, James
    • B61L15/00B61C17/12
    • B61L15/0027B61C17/12B61L3/008
    • A method of distributed control of train throttle and braking includes transmitting an instruction to a remote power unit to apply at least one acceleration to the train at a future time; receiving the instruction; transmitting a confirmation that the remote power unit is armed to execute the instruction to a lead power unit; and computing a profile describing at least one acceleration to be applied to the train as it travels over a predetermined route. The computation is determined at least in part on whether or not the confirmation has been received by the lead power unit. The instructions may be contained in a profile which optimizes fuel consumption, emissions, and/or trip time. The accelerations may be carried out by direct control or by prompting an operator. In another aspect, the confirmed instructions may be used to ensure braking in accordance with a predetermined braking curve.
    • 列车节气门和制动器的分布式控制方法包括向远程动力单元发送指令,以在将来的时间向列车施加至少一个加速度; 接受指示 发送远程电源单元布防的确认,以向引导电源单元执行指令; 以及计算描述当行驶在预定路线上时要施加到列车的至少一个加速度的简档。 该计算至少部分地由引导电源单元是否已经接收到确认来确定。 指令可以包含在优化燃料消耗,排放和/或跳闸时间的配置文件中。 加速度可以通过直接控制或提示操作者进行。 在另一方面,所确认的指示可以用于根据预定的制动曲线来确保制动。
    • 4. 发明申请
    • ROUTE EXAMINING SYSTEM AND METHOD
    • 路由检查系统和方法
    • WO2014025599A2
    • 2014-02-13
    • PCT/US2013/053124
    • 2013-08-01
    • GENERAL ELECTRIC COMPANY
    • COOPER, Jared, KlinemanKUMAR, Ajith, KuttannairNOFFSINGER, Joseph, ForrestNAGRODSKY, Nicolas, David
    • B61L23/04
    • B61L23/042B61L3/121B61L3/16B61L15/0027B61L23/044
    • A route examining system (102, 200; 500) includes an application device (210; 510), a control unit (206; 506), a detection unit (218; 518), and an identification unit (220; 520). The application device (210; 510) is onboard a first vehicle (104, 106, 202; 502) of a first vehicle system (100, 300) traveling along a route (108). The control unit (206; 506) controls supply of electric current from a power source (212, 228; 512, 528) to the application device (210; 510) in order to electrically inject an examination signal into the route (108) via the application device (210; 510). The detection unit (218; 518) monitors electrical characteristics of the route (108) in response to the examination signal being injected into the route (108). The identification unit (220; 520) examines the one or more electrical characteristics of the route (108) in order to determine whether a section of the route (108) extending between the application device (210; 510) and the detection unit (218; 518) is potentially damaged based on the one or more electrical characteristics.
    • 路线检查系统(102,200; 500)包括应用装置(210; 510),控制单元(206; 506),检测单元(218; 518)和标识 单元(220; 520)。 应用装置(210; 510)在沿着路线(108)行进的第一车辆系统(100,300)的第一车辆(104,106,202; 502)上。 控制单元(206; 506)控制从电源(212,228; 512,528)到施加设备(210; 510)的电流供应,以便经由通信电路 该应用设备(210; 510)。 检测单元(218; 518)响应于将检查信号注入到路线(108)中来监测路线(108)的电特性。 识别单元(220; 520)检查路线(108)的一个或多个电特性,以便确定在应用装置(210; 510)和检测单元(218)之间延伸的路线(108) ; 518)基于一个或多个电特性可能被损坏。