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    • 21. 发明申请
    • CYLINDER RECOGNITION APPARATUS FOR A DISTRIBUTORLESS IGNITION SYSTEM
    • 用于分布式点火系统的气缸识别装置
    • WO1989008778A1
    • 1989-09-21
    • PCT/EP1988000221
    • 1988-03-18
    • ROBERT BOSCH GMBHKRAUTER, ImmanuelKLÖTZNER, Winfried
    • ROBERT BOSCH GMBH
    • F02P15/00
    • F02P17/02F02D41/009F02P15/006F02P15/08F02P2017/003
    • A distributorless ignition system using a dual-spark ignition coil generates a signal indicative of which of the two cylinders associated with the dual-spark coil is operating in its power stroke by means of a single detector (15) connected to a predetermined one of the cylinders. The output of the detector is fed to a sample and hold circuit (21) which supplies the peak value from the detector to the control unit (10) of the ignition system where the peak value is evaluated and identified as indicating that the predetermined cylinder is in its power stroke when the detected peak value signal is at its higher level. Conversely, when the peak value signal is at its lower level the control unit determines that it is the other of the two cylinders which is in its power stroke and signals this accordingly.
    • 使用双火花点火线圈的无分配器点火系统产生一个信号,该信号指示与双火花线圈相关联的两个气缸中的哪一个在其功率行程中通过连接到预定的一个的单个检测器(15) 缸。 检测器的输出被馈送到采样和保持电路(21),该采样和保持电路将检测器的峰值提供给点火系统的控制单元(10),其中评估峰值,并将其识别为指示预定气缸为 当检测到的峰值信号处于其较高电平时的功率冲程。 相反,当峰值信号处于其较低电平时,控制单元确定它是处于其功率冲程中的两个气缸中的另一个,并相应地发出信号。
    • 25. 发明申请
    • DISTRIBUTORLESS IGNITION SYSTEM
    • 分布式点火系统
    • WO1990015926A1
    • 1990-12-27
    • PCT/EP1989000681
    • 1989-06-16
    • ROBERT BOSCH GMBHBRUCKELT, AlfredKAISER, GüntherKRAUTER, ImmanuelOTT, Karl
    • ROBERT BOSCH GMBH
    • F02P07/03
    • F02P15/08F02P7/035F02P15/008F02P15/12
    • A distributorless ignition system for an internal combustion engine comprises one spark coil for cylinder of the engine, a first reference signal generator for producing a first signal indicative of each rotation of the engine, a second reference signal generator for producing a second signal indicative of every second rotation of the engine, and a processor for evaluating the advance and dwell angles of an ignition pulse to a selected spark coil determined from a logical combination of said first and second signals. During starting, the processor is arranged to operate in a dual-spark mode for the first rotation of the engine and produce two ignition pulses simultaneously for each first signal, one to each of two cylinders which are 360 DEG out of phase with each other. During running of the engine, the second reference signal generator is monitored and if found to be faulty, the processor will change from a one-spark mode to a dual-spark mode.
    • 用于内燃机的无分配器点火系统包括一个用于发动机气缸的火花线圈,用于产生指示发动机每次旋转的第一信号的第一参考信号发生器,用于产生指示每个 发动机的第二旋转,以及用于根据所述第一和第二信号的逻辑组合来确定点火脉冲对所选择的火花线圈的提前和停止角度的处理器。 在启动期间,处理器被布置成以双火花模式操作以用于发动机的第一次旋转,并且对于每个第一信号同时产生两个点火脉冲,一个至两个360°彼此相位的气缸中的每一个。 在运行发动机期间,监视第二参考信号发生器,如果发现有故障,则处理器将从单火花模式变为双火花模式。
    • 28. 发明申请
    • DEVICE FOR PROTECTING A MOTOR VEHICLE CONTROLLER AGAINST ILLICIT EXCHANGE
    • 设备用于保护在汽车控制单元之前交换
    • WO1997004997A1
    • 1997-02-13
    • PCT/DE1996001322
    • 1996-07-19
    • ROBERT BOSCH GMBHDENZ, HelmutHERDEN, Werner
    • ROBERT BOSCH GMBH
    • B60R25/04
    • B60R25/04
    • A device is disclosed for protecting a motor vehicle controller (10) against illicit exchange. The core of the invention is a function-inhibiting device (11, 12, 13, 27) associated with a connection between the controller (10) and the connecting element (20) of an electric supply line (21). The function-inhibiting device (11, 12, 13, 27) places the controller (10) and the connecting element (20) in a predetermined connecting position. This connecting position may only be interrupted in a non-destructive manner by supplying an unlocking code to the controller (10). When an attempt is made to interrupt the connection by force, the function-inhibiting device (11, 12, 13, 27) causes an irreversible interruption of the corresponding connection.
    • 公开了一种用于更换之前保护现有的机动车辆中的控制装置(10)与非题为的装置。 该装置的核心是与功能抑制装置相关联的控制单元(10)和所述连接元件(20)的电导线(21)之间的连接中的一个(11,12,13,27),该控制单元(10)和连接元件(20)至一个 限定预定连接位置彼此连接。 这种化合物层的非破坏性分离只供给的解锁至控制单元(10)之后是可能的。 当试图猛烈分离,功能禁止装置(11,12,13,27)引起相关联的链路的非可逆中断。