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    • 6. 发明授权
    • Electronic device with self-monitor for an automotive vehicle
    • 具有汽车自我监测功能的电子设备
    • US5019799A
    • 1991-05-28
    • US38442
    • 1987-04-15
    • Katsunori OshiageAkio HosakaAkito Yamamoto
    • Katsunori OshiageAkio HosakaAkito Yamamoto
    • B60T8/88F02D41/26G07C5/10
    • G07C5/10B60T8/885F02D41/266B60T2270/402B60T2270/406
    • A self-monitoring system for an automotive electronc control system such as an engine control system, an electronic anti-skid control system or electronic automatic transmission control system is adapted to check each segment of the electronic control system in order to detect faulty segments. To detect faulty segments, the self-monitor system checks inputs and outputs of the electronic control system. The checked data is stored in a memory which is not erased when the power supply is turned off. The self-monitoring system is associated with another automotive microcomputer which includes a display unit. The other automotive microcomputer is adapted to display the results of the checking operation of the self-monitoring system in response to a display request manually inputted from a manual unit to display identification of the fault segment and/or error condition thereof. The monitor can also be associated with a fault indicator, such as an LED, which is responsive to detection of error in any of the segments to turn on.
    • 用于诸如发动机控制系统,电子防滑控制系统或电子自动变速器控制系统的汽车电子控制系统的自监控系统适于检查电子控制系统的每个部分以检测故障段。 为了检测故障段,自监控系统检查电子控制系统的输入和输出。 检查的数据存储在电源关闭时不被擦除的存储器中。 自监控系统与包括显示单元的另一汽车微计算机有关。 其他汽车微型计算机适于响应于从手动单元手动输入的显示请求显示自监视系统的检查操作的结果,以显示故障段的标识和/或其错误状况。 监视器还可以与诸如LED的故障指示器相关联,其响应于任何段中的错误的检测而导通。
    • 9. 发明授权
    • Ignition energy control method and system
    • 点火能量控制方法和系统
    • US4399802A
    • 1983-08-23
    • US252790
    • 1981-04-10
    • Katsunori OshiageAkio Hosaka
    • Katsunori OshiageAkio Hosaka
    • F02P3/01F02P3/045F02P5/15F02P9/00F02P11/02F02P17/12F02P3/04
    • F02P9/007F02P11/02F02P3/0456F02P5/15Y02T10/46
    • An ignition energy control method and system such that a high ignition energy is supplied to the spark plugs only while the engine is operating under an unstable condition. The unstable engine operating condition is determined by detecting the difference in the maximum engine speed within a predetermined crankshaft revolution angle or by detecting the low-frequency vibration generated by the engine. The ignition energy is controlled by calculating an appropriate pulse-width of an ignition signal or by changing a high voltage generating plasma within the cylinders. The ignition energy control system according to the present invention comprises a crankshaft angle sensor or a low-frequency vibration sensor, a calculating and storing means, and an ignition system including a plasma generating power supply where necessary.
    • 一种点火能量控制方法和系统,使得只有在发动机在不稳定状态下运行时才将高点火能量供应给火花塞。 通过检测在预定的曲轴转角内的最大发动机转速的差异,或通过检测发动机产生的低频振动来确定不稳定的发动机工作条件。 通过计算点火信号的适当脉冲宽度或通过改变气缸内的高电压产生等离子体来控制点火能量。 根据本发明的点火能量控制系统包括曲轴角度传感器或低频振动传感器,计算和存储装置,以及包括等离子体发生电源的点火系统。