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    • 9. 发明授权
    • Engine control event timing employing both crank angle rotation and time
measurements
    • 发动机控制事件定时采用曲轴转角和时间测量
    • US4553208A
    • 1985-11-12
    • US614138
    • 1984-05-25
    • Susumu AkiyamaKenzo ItoHiroyasu FukayaHaruhiko OgisoYuji HirabayashiTakahide Kawamura
    • Susumu AkiyamaKenzo ItoHiroyasu FukayaHaruhiko OgisoYuji HirabayashiTakahide Kawamura
    • F01P11/16F02D21/08F02D41/26F02P3/045F02P5/15F02B5/02F02P9/00
    • F02P5/1502F02D41/26F02P3/0456F01P11/16Y02T10/46
    • An engine control method generally applicable to those control systems of the engine such as an ignition system, fuel injection system, etc., which are controlled to optimum operation in accordance with engine operating conditions. Angular pulses are generated each time the output shaft of the engine rotates a predetermined angular amount. These angular pulses are counted from the occurrence of a position pulse which is generated at a predetermined angular position of the output shaft of the engine. A central processor is employed to calculate a first angular position at which an electric device for the engine is to be controlled. The central processor also calculates a time interval between the first angular position and a second angular position at which one of the angular pulses is to be provided just before the first angular position. When the angular pulse counting reaches a value corresponding to the second angular position, fixed frequency clock pulses are then counted. When the calculated required time interval has passed as determined by counting the fixed frequency clock pulses, the electric device is controlled.
    • 通常适用于诸如点火系统,燃料喷射系统等的发动机的控制系统的发动机控制方法,其被控制为根据发动机的运行条件进行最佳的操作。 每当发动机的输出轴旋转预定角度量时产生角脉冲。 从在发动机的输出轴的预定角度位置处产生的位置脉冲的发生计数这些角度脉冲。 中央处理器用于计算要控制发动机的电气装置的第一角度位置。 中央处理器还计算在第一角位置和第二角位置之间的时间间隔,在第二角位置之间将在第一角位置之前提供角脉冲之一。 当角度脉冲计数达到对应于第二角度位置的值时,然后对固定频率时钟脉冲进行计数。 当通过计数固定频率时钟脉冲确定所计算的所需时间间隔时,电气设备被控制。
    • 10. 发明授权
    • Electric signals supplying device in solenoid valve
    • 电信号供电装置在电磁阀中
    • US5558122A
    • 1996-09-24
    • US505871
    • 1995-07-24
    • Takahide KawamuraKazuo Kotsuji
    • Takahide KawamuraKazuo Kotsuji
    • F16K31/06F15B13/00F15B13/08H01R13/04H01R24/00H01R31/08F15B13/043
    • F15B13/0814F15B13/085F15B13/0857H01R31/08Y10T137/86614Y10T137/87217
    • An electric signals supplying device in a solenoid valve, wherein two solenoid coils are provided for operating respective valve members, is disclosed. This electric signals supplying device has a socket which has four conducting pins in total, including two conducting pins connected to a terminal on one of the polarities of the two solenoid coils and constituting a first pair, and two conducting pins connected to a terminal on the other of the polarities and constituting a second pair. A connector detachably provided on the said socket is detachably provided with four contacts in correspondence with the four conducting pins. The two conducting pins connected to the terminal on one of the polarities and constituting the first pair are electrically connected to each other through a short circuit member. The two conducting pins connected to the terminal on the other of the polarities and constituting the second pair are connected to a contact connecting signal cables respectively. One of the two conducting pins constituting the first pair is connected to a contact connecting a common signal cable. The polarity of a control signal is changed by exchanging the positions of the short circuit member 45.
    • 公开了一种电磁阀中的电信号提供装置,其中设置有用于操作各个阀构件的两个电磁线圈。 该电信号供给装置具有总共具有四个导通引脚的插座,包括在两个螺线管线圈的一个极性上连接到端子并构成第一对的两个导通引脚,以及连接到第二对的端子的两个导通引脚 其他极性并构成第二对。 可拆卸地设置在所述插座上的连接器可拆卸地设置有与四个导电销相对应的四个触点。 在一个极性上连接到端子并构成第一对的两个导电引脚通过短路构件彼此电连接。 连接到端子的另一个极性并构成第二对的两个导电引脚分别连接到接触信号电缆。 构成第一对的两个导通引脚中的一个连接到连接公共信号电缆的触点。 通过交换短路部件45的位置来改变控制信号的极性。