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    • 21. 发明申请
    • System, Method, and Computer Readable Media for Adaptively Determining a Brake Application Level for Signaling a Remote Locomotive of a Train During a Communication Loss
    • 系统,方法和计算机可读介质,用于自适应地确定在通信丢失期间对列车的远程机车进行信号的制动应用级别
    • US20070241610A1
    • 2007-10-18
    • US11554635
    • 2006-10-31
    • Eugene A. Smith
    • Eugene A. Smith
    • B60T8/18
    • B60T17/228B60T13/66
    • In a railroad train having a brake system including a fluid carrying brake pipe (14) having an exhaust (52) and connecting a lead locomotive (12) and at least one remote locomotive, the train further comprising a communication system (24) for communicating between the lead locomotive and the remote locomotive, a method for adaptively determining a brake application for signaling a remote locomotive of a train during a communication loss includes determining a brake system operating condition of the train (72). The method also includes determining an operability condition of the communication system (74) and identifying an operator commanded brake application level at the lead locomotive during a communication system inoperability condition (76). The method further includes determining a signaling brake application level sufficient for signaling the remote locomotive via the brake pipe responsive to the monitored brake system operating condition (78).
    • 在具有制动系统的铁路列车中,所述制动系统包括具有排气(52)并且连接引导机车(12)和至少一个远程机车的流体承载制动管(14),所述列车还包括通信系统(24) 在前导机车和远程机车之间,在通信损失期间自适应地确定用于向列车的远程机车发信号的制动应用的方法包括确定列车(72)的制动系统操作状态。 该方法还包括在通信系统不可操作性条件(76)期间确定通信系统(74)的可操作性状况并且识别在引导机车处的操作者指令的制动应用水平。 该方法还包括响应于所监视的制动系统操作条件(78)确定足以通过制动管道向远程机车发信号的信号制动应用水平。
    • 22. 发明授权
    • Slow speed consist control by independently controlling each locomotive
    • 低速控制通过独立控制每个机车
    • US06937925B2
    • 2005-08-30
    • US10232606
    • 2002-08-29
    • Eugene A. Smith
    • Eugene A. Smith
    • B60L15/36B60L15/38B60T13/66B60T13/74B61C17/12G05B15/00G05D13/66G06F17/00G06F19/00H02P5/46
    • B61C17/12B60L15/36B60L2200/26
    • A method for controlling locomotive consists at slow speeds by independently controlling each locomotive is provided. The method comprises controlling the throttle settings and main generator excitation of a control locomotive, independently controlling, from the control locomotive, the throttle setting of each of the controlled locomotives, and compensating for a combined consist tractive effort change induced by a change in the throttle setting of each of the controlled locomotives by adjusting the main generator excitation of at least one of the locomotives to maintain a preset consist speed. The method further includes changing the throttle settings concurrently in the control and controlled locomotives, changing the throttle settings of the controlled locomotives only after the control locomotive reaches a maximum generator excitation, and changing the throttle settings according to a rule base. As a result, aspects of the invention enable slow speed control of locomotive consists comprising trail locomotives that may lack main generator excitation remote control, or Slow Speed, capability.
    • 一种用于控制机车的方法是通过独立地控制每个机车来提供慢速的。 该方法包括控制控制机车的节气门设置和主发电机激励,从控制机车独立地控制每个受控机车的节气门设置,以及补偿由节气门变化引起的组合牵引力变化 通过调节至少一个机车的主发电机激励来设置每个受控机车,以保持预设的组合速度。 该方法还包括在控制和控制的机车中同时改变节气门设置,仅在控制机车达到最大发电机励磁之后改变受控机车的节气门设置,并根据规则库改变节气门设置。 结果,本发明的方面使得机车的低速控制包括可能缺乏主发电机励磁遥控或慢速能力的跟踪机车。
    • 24. 发明授权
    • System and method for braking system control in distributed power vehicles
    • 分布式动力车辆制动系统控制系统及方法
    • US09415756B2
    • 2016-08-16
    • US12512259
    • 2009-07-30
    • Eugene A. SmithMark Wayne WheelerJames Glen CorryRobert PalantiRabi Ratnesar
    • Eugene A. SmithMark Wayne WheelerJames Glen CorryRobert PalantiRabi Ratnesar
    • B60T17/12B60T17/18B60T7/12B60T7/18
    • B60T17/18B60T7/12B60T7/18
    • A brake control system for a distributed power vehicle system includes a brake system and a distributed power control system in a first vehicle, and first and second separate communication links between the brake system and the distributed power control system. In operation, upon the initiation of a penalty brake application, the brake system transmits information about the brake level of the penalty brake application to the distributed power control system, over at least the first communication link. However, if the first communication link fails, the brake system redundantly transmits the information about the level of the penalty brake application to the distributed power control system over the second communication link. The information is transmitted from the distributed power control system in the first vehicle to remote vehicles for carrying out the penalty brake application.
    • 一种用于分布式动力车辆系统的制动控制系统包括第一车辆中的制动系统和分布式动力控制系统,以及制动系统和分布式动力控制系统之间的第一和第二分离的通信链路。 在操作中,在开始惩罚制动应用时,制动系统通过至少第一通信链路将关于惩罚制动应用的制动水平的信息发送到分布式电力控制系统。 然而,如果第一通信链路发生故障,则制动系统通过第二通信链路将关于惩罚制动应用的级别的信息冗余地发送到分布式电力控制系统。 信息从第一车辆中的分布式电力控制系统发送到远程车辆,以执行惩罚制动应用。
    • 25. 发明授权
    • Communication system for a rail vehicle and method for communicating with a rail vehicle
    • 用于铁路车辆的通信系统和与铁路​​车辆通信的方法
    • US08914167B2
    • 2014-12-16
    • US12903328
    • 2010-10-13
    • Eugene A. Smith
    • Eugene A. Smith
    • B61L15/00
    • B61L15/0027
    • A communication system for a rail vehicle includes a transceiver assembly, a selection module, and a monitoring module. The transceiver assembly selectively communicates a data signal over a plurality of communication channels. The data signal is related to distributed power operations of the rail vehicle. The selection module is communicatively coupled with the transceiver assembly and switches the transceiver assembly to any of the communication channels. The monitoring module is communicatively coupled with the selection module and determines a load parameter of one or more of the communication channels. The load parameter is based on a population value of the one or more communication channels. The selection module switches the transceiver assembly to a selected channel of the communication channels based on the load parameter for communicating the data signal over the selected channel.
    • 轨道车辆的通信系统包括收发器组件,选择模块和监视模块。 收发机组件通过多个通信信道选择性地传送数据信号。 数据信号与铁路车辆的分布式动力运行有关。 选择模块与收发器组件通信地耦合,并将收发器组件切换到任何通信信道。 监控模块与选择模块通信耦合,并确定一个或多个通信信道的负载参数。 负载参数基于一个或多个通信信道的总体值。 选择模块基于用于在所选频道上传送数据信号的负载参数将收发机组件切换到通信信道的选定信道。
    • 26. 发明授权
    • Method and system for rail vehicle control
    • 铁路车辆控制方法与系统
    • US08380413B2
    • 2013-02-19
    • US13555361
    • 2012-07-23
    • Eugene A. SmithTodd Goodermuth
    • Eugene A. SmithTodd Goodermuth
    • G06F7/70
    • B60T13/665B60T7/12B60T17/228B61L15/0027B61L15/0036B61L15/0072
    • A system comprises a control module that is configured for operable coupling with at least one of a brake system and/or a penalty detection system of a first vehicle. The control module is further configured to operate in a first mode of operation. In the first mode of operation, the control module activates the brake system, responsive to receiving a first control signal from a second vehicle; the first and second vehicles are coupled in a consist. Alternatively or additionally, the control module is configured to operate in a second mode of operation. In the second mode of operation, the control module is configured to generate the first control signal for transmission to the second vehicle and activation of a brake system of the second vehicle, responsive to receiving a second control signal from the penalty detection system.
    • 一种系统包括控制模块,该控制模块被配置为与第一车辆的制动系统和/或罚球检测系统中的至少一个可操作地联接。 控制模块还被配置为在第一操作模式下操作。 在第一操作模式中,响应于从第二车辆接收到第一控制信号,控制模块启动制动系统; 第一和第二车辆以组合件联接。 或者或另外,控制模块被配置为在第二操作模式下操作。 在第二操作模式下,响应于从罚球检测系统接收到第二控制信号,控制模块被配置为产生用于传输到第二车辆的第一控制信号和第二车辆的制动系统的启动。
    • 27. 发明申请
    • METHOD AND SYSTEM FOR RAIL VEHICLE CONTROL
    • 铁路车辆控制方法与系统
    • US20130018560A1
    • 2013-01-17
    • US13555361
    • 2012-07-23
    • Eugene A. SmithTodd Goodermuth
    • Eugene A. SmithTodd Goodermuth
    • G06F19/00
    • B60T13/665B60T7/12B60T17/228B61L15/0027B61L15/0036B61L15/0072
    • A system comprises a control module that is configured for operable coupling with at least one of a brake system and/or a penalty detection system of a first vehicle. The control module is further configured to operate in a first mode of operation. In the first mode of operation, the control module activates the brake system, responsive to receiving a first control signal from a second vehicle; the first and second vehicles are coupled in a consist. Alternatively or additionally, the control module is configured to operate in a second mode of operation. In the second mode of operation, the control module is configured to generate the first control signal for transmission to the second vehicle and activation of a brake system of the second vehicle, responsive to receiving a second control signal from the penalty detection system.
    • 一种系统包括控制模块,该控制模块被配置为与第一车辆的制动系统和/或罚球检测系统中的至少一个可操作地联接。 控制模块还被配置为在第一操作模式下操作。 在第一操作模式中,响应于从第二车辆接收到第一控制信号,控制模块启动制动系统; 第一和第二车辆以组合件联接。 或者或另外,控制模块被配置为在第二操作模式下操作。 在第二操作模式下,响应于从罚球检测系统接收到第二控制信号,控制模块被配置为产生用于传输到第二车辆的第一控制信号和第二车辆的制动系统的启动。
    • 29. 发明授权
    • Adaptive brake flow masking at remote locomotives of a distributed power train
    • 分布式动力传动系的远程机车的自适应制动液流屏蔽
    • US07628458B2
    • 2009-12-08
    • US11400926
    • 2006-04-10
    • Eugene A. SmithRobert C. Palanti
    • Eugene A. SmithRobert C. Palanti
    • B60T13/74B60T13/66B60T15/00
    • B60T13/665B60T17/228
    • In a transportation system comprising a fluid carrying brake pipe (14) connecting controlling member of the system and a controlled member (e.g., 12) a method of adaptively disabling an ability of the controlled member to respond to an unexpected brake pipe flow condition includes determining a braking state of the transportation system. The method also includes determining a degree of change in a brake pipe pressure during the braking state. The method further includes disabling an ability of the controlled member to respond to an unexpected brake pipe flow condition for a time period responsive to the braking state and the degree of change in the brake pipe pressure so that an undesired operation of the controlled member is limited.
    • 在包括连接系统的控制构件的流体输送制动管(14)和受控构件(例如12)的运输系统中,一种自适应地禁用受控构件响应意外的制动管道流动条件的能力的方法包括确定 运输系统的制动状态。 该方法还包括确定制动状态期间制动管压力的变化程度。 该方法还包括禁用受控构件响应于制动状态和制动管压力的变化程度对意外的制动管道流动状况作出响应的能力,使得受控构件的不期望的操作受到限制 。