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    • 1. 发明申请
    • ROBUST SYNCHRONIZATION OF DIAGNOSTIC INFORMATION AMONG POWERTRAIN CONTROL MODULES
    • 动力系统控制模块诊断信息的鲁棒同步
    • US20090259883A1
    • 2009-10-15
    • US12101400
    • 2008-04-11
    • Kenneth M. SimpsonHallett D. BreidenbachMichael E. ListTimothy K. ShefferBradley S. McClellan
    • Kenneth M. SimpsonHallett D. BreidenbachMichael E. ListTimothy K. ShefferBradley S. McClellan
    • G06F11/00
    • G05B23/0221
    • An automotive system has a primary control module, such as an engine control module (ECM) configured for connection to a malfunction indicator lamp (MIL), and a secondary control module, such as a transmission control module (TCM), each in communication with each other over a bus. Each control module includes a respective diagnostic data status record. Each record includes a pending fault field, a confirmed fault field and an MIL control status field. An improved method for synchronizing the diagnostic data contained in the respective status records includes an extended status signal set that is used to communicate over the bus. The set includes a diagnostic testing complete signal, a fault present signal and a MIL request signal indicative of a request to illuminate the MIL. Logic in the receiving control module (ECM) interprets the extended status signal set to properly synchronize its diagnostic data status record with the TCM's, including both pending and confirmed faults.
    • 汽车系统具有主控制模块,例如被配置为连接到故障指示灯(MIL)的发动机控制模块(ECM)以及诸如变速器控制模块(TCM)的次级控制模块,每个都与 互相通过一条公共汽车。 每个控制模块包括相应的诊断数据状态记录。 每个记录包括未决故障字段,已确认故障字段和MIL控制状态字段。 用于同步包含在各个状态记录中的诊断数据的改进方法包括用于通过总线通信的扩展状态信号组。 该组包括诊断测试完成信号,故障呈现信号和指示照亮MIL的请求的MIL请求信号。 接收控制模块(ECM)中的逻辑解释扩展状态信号设置,使其诊断数据状态记录与TCM正确同步,包括待处理和确认的故障。
    • 2. 发明申请
    • METHOD TO DETECT THE PRESENCE OF A LIQUID-COOLED ENGINE SUPPLEMENTAL HEATER
    • 检测液体冷却发动机辅助加热器的方法
    • US20090319162A1
    • 2009-12-24
    • US12145112
    • 2008-06-24
    • Eric BommerKenneth M. SimpsonMichael E. ListWarren Huang
    • Eric BommerKenneth M. SimpsonMichael E. ListWarren Huang
    • F02D45/00
    • F02D41/222F02D41/062F02D2200/0414F02N19/10Y02T10/40
    • A method for detecting an engine block heater includes block heater detection logic and a data table containing calibration thresholds. The method determines a time-series of delta (Δ) engine coolant temperatures (ECT), which represent the respective differences between a start-up ECT and a plurality of operating ECT values measured thereafter. The method integrates the time-series to obtain a Δ ECT integral. The method also maintains an integrated engine speed parameter accumulated over the course of the detection period. Throughout the detection period, the method retrieves a threshold value from the table based on the integrated engine speed (Y-axis) versus an elapsed time (X-axis) since the detection period began. When the calculated Δ ECT integral value exceeds the retrieved threshold, the method determines that the block heater was operated, which can thereafter be used to suppress sensor rationality testing or reporting of results thereof.
    • 用于检测发动机缸体加热器的方法包括块加热器检测逻辑和包含校准阈值的数据表。 该方法确定Delta(Delta)发动机冷却剂温度(ECT)的时间序列,其表示起始ECT和其后测量的多个操作ECT值之间的相应差异。 该方法集成了时间序列,以获得Delta ECT积分。 该方法还保持在检测周期过程中累积的集成发动机速度参数。 在整个检测期间,该方法从检测周期开始以来,基于集成发动机转速(Y轴)与经过时间(X轴)从表中检索阈值。 当计算的Delta ECT积分值超过检索到的阈值时,该方法确定块加热器被操作,其后可以用于抑制传感器合理性测试或其结果的报告。
    • 3. 发明授权
    • Method to detect the presence of a liquid-cooled engine supplemental heater
    • 检测液冷发动机辅助加热器的存在方法
    • US07975536B2
    • 2011-07-12
    • US12145112
    • 2008-06-24
    • Eric BommerKenneth M. SimpsonMichael E. ListWarren Huang
    • Eric BommerKenneth M. SimpsonMichael E. ListWarren Huang
    • G01M15/04
    • F02D41/222F02D41/062F02D2200/0414F02N19/10Y02T10/40
    • A method for detecting an engine block heater includes block heater detection logic and a data table containing calibration thresholds. The method determines a time-series of delta (Δ) engine coolant temperatures (ECT), which represent the respective differences between a start-up ECT and a plurality of operating ECT values measured thereafter. The method integrates the time-series to obtain a Δ ECT integral. The method also maintains an integrated engine speed parameter accumulated over the course of the detection period. Throughout the detection period, the method retrieves a threshold value from the table based on the integrated engine speed (Y-axis) versus an elapsed time (X-axis) since the detection period began. When the calculated Δ ECT integral value exceeds the retrieved threshold, the method determines that the block heater was operated, which can thereafter be used to suppress sensor rationality testing or reporting of results thereof.
    • 用于检测发动机缸体加热器的方法包括块加热器检测逻辑和包含校准阈值的数据表。 该方法确定发动机冷却剂温度(ECT)的时间序列,其代表启动ECT和其后测量的多个操作ECT值之间的相应差异。 该方法整合了时间序列获得&Dgr; ECT积分。 该方法还保持在检测周期过程中累积的集成发动机速度参数。 在整个检测期间,该方法从检测周期开始以来,基于集成发动机转速(Y轴)与经过时间(X轴)从表中检索阈值。 当计算的&Dgr ECT积分值超过检索到的阈值,该方法确定块加热器运行,此后可以用于抑制传感器合理性测试或报告其结果。