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    • 4. 发明授权
    • Control device for controlling automatic engine stop and start
    • 控制装置,用于控制自动发动机停止和启动
    • US08793061B2
    • 2014-07-29
    • US12978856
    • 2010-12-27
    • Kazushige OkumotoHideya NotaniTatsuya FujitaYoshinori Yamaguchi
    • Kazushige OkumotoHideya NotaniTatsuya FujitaYoshinori Yamaguchi
    • F02D28/00
    • F02N11/0855F02N11/0818F02N11/0844F02N11/0859F02N99/006F02N2200/022F02N2300/2006Y02T10/48
    • A control device performs fuel injection without cranking when engine-speed Ne is within a first-range (Ne>N1) and an engine-restart request occurs. The device performs the cranking after the synchronization in rotation-speed between pinion and ring gears, and the gear meshing operation between them when the engine-speed Ne is within a second range (N1≧Ne>N2) and the engine-restart request occurs. The device performs the cranking after the gear meshing operation and drives a starter to rotate the pinion gear when the engine-speed Ne is within a third-range (N3≧Ne) and the above request occurs. When the above request occurs in an engine restart ready-range (N2≧Ne>N3), the control device performs the cranking after the engine-speed Ne is decreased to a value within the third-range (N3≧Ne) and after the completion of the gear meshing operation.
    • 当发动机速度Ne处于第一范围(Ne> N1)并且发动机重启请求发生时,控制装置执行燃料喷射而不起动。 在发动机速度Ne处于第二范围(N1≧Ne> N2)之内时,该装置在小齿轮和环形齿轮之间的转速同步之后进行起动,并且在它们之间的齿轮啮合操作,并且发动机重启请求 。 在发动机速度Ne处于第三范围(N3≥Ne)内并且发生上述要求之后,该装置在齿轮啮合操作之后执行起动并且驱动起动器使小齿轮旋转。 当在发动机重起准备范围(N2≥N3> N3)中发生上述要求时,控制装置在发动机速度Ne减小到第三范围(N3≥Ne)之内的值之后,执行起动 完成齿轮啮合操作。
    • 5. 发明授权
    • System for cranking internal combustion engine by engagement of pinion with ring gear
    • 通过小齿轮与齿圈啮合来起动内燃机的系统
    • US09074573B2
    • 2015-07-07
    • US13196315
    • 2011-08-02
    • Hideya Notani
    • Hideya Notani
    • F02N11/08
    • F02N11/0855F02N11/0844F02N11/0851F02N2200/022F02N2300/2006Y02T10/48
    • In a system, a predictor predicts a future trajectory of a rotational speed of a crankshaft during drop of the crankshaft's rotational speed in a forward rotational direction due to automatic stop of an engine. An engaging unit shifts, in response to when an engine restart condition is met during the drop of the crankshaft's rotational speed, a pinion to a ring gear for engaging the pinion with the ring gear. An engagement determiner determines, based on the future trajectory of the crankshaft's rotational speed, whether the pinion and the ring gear will be shifted to engagement state therebetween during reverse rotation of the output shaft. A controller controls, based on a result of the determination by the engagement determiner, at least one of: a start timing to shift the pinion to the ring gear by the engaging unit, and a start timing to energize the motor.
    • 在系统中,由于发动机的自动停止,预测器预测曲轴在向前旋转方向上的转速下降期间曲轴的转速的未来轨迹。 接合单元响应于在曲轴转速下降期间何时满足发动机重启条件而移动小齿轮到用于使小齿轮与齿圈啮合的齿圈。 接合决定器基于曲轴的转速的未来轨迹来确定在输出轴的反向旋转期间,小齿轮和齿圈是否将转换到它们之间的接合状态。 控制器基于接合确定器的确定结果来控制由啮合单元将小齿轮移动到齿圈的开始定时和使电动机通电的开始定时中的至少一个。
    • 8. 发明授权
    • System for restarting internal combustion engine when engine restart condition is met
    • 发动机重启条件满足时重新启动内燃机的系统
    • US08671903B2
    • 2014-03-18
    • US12876664
    • 2010-09-07
    • Hideya Notani
    • Hideya Notani
    • F02N11/10G06F7/00
    • F02N11/0855F02N11/0844F02N2200/022F02N2200/048
    • In a system, a pinion shift unit starts shift of a pinion to a ring gear for engagement therebetween during an internal combustion engine coasting in a forward direction after an automatic stop of the internal combustion engine. An engagement determining unit determines whether the pinion and the ring gear have any one of first and second positional relationships therebetween. The first positional relationship represents that the pinion is at least partly engaged with the ring gear. The second positional relationship represents that the pinion is in abutment with the ring gear. When an engine restart condition is met before it is determined that the pinion and the ring gear have any one of first and second positional relationships therebetween after the start of the shift of the pinion to the ring gear, a rotation adjusting unit adjusts a start timing of rotation of the pinion.
    • 在系统中,在内燃机的自动停止之后,在内燃机向前方向滑动期间,小齿轮换档单元开始小齿轮换挡到齿圈以进行啮合。 接合确定单元确定小齿轮和齿圈是否具有其间的第一和第二位置关系中的任一个。 第一位置关系表示小齿轮至少部分地与齿圈啮合。 第二位置关系表示小齿轮与齿圈相邻。 在小齿轮向齿圈的变速开始之后,在确定小齿轮和齿圈之间具有第一和第二位置关系之间的任何一个的情况下,当满足发动机重起状态时,旋转调节单元调节起动时间 的小齿轮的旋转。
    • 9. 发明授权
    • System for starting internal combustion engine
    • 起动内燃机系统
    • US08590500B2
    • 2013-11-26
    • US12777668
    • 2010-05-11
    • Hideya NotaniTakashi Senda
    • Hideya NotaniTakashi Senda
    • F02N11/00F02N15/02F02N11/08H02P9/04
    • F02N15/067F02N11/0844F02N11/0855F02N2300/2011Y02T10/48
    • In an engine starting system, when a first solenoid is energized at a first timing in response to any one of a turning on of a starter switch and an occurrence of an engine restart request, a solenoid actuator shifts a pinion to a ring gear to be engaged with the ring gear. When a second solenoid is energized, a solenoid switch member energizes a motor. A determiner determines a second timing of energization of the second solenoid after the first timing so that a first delay time from the first timing to the second timing when the first timing is responsive to the turning on of the starter switch is different from a second delay time from the first timing to the second timing when the first timing is responsive to the occurrence of the engine restart request.
    • 在发动机起动系统中,当第一螺线管响应于起动器开关的接通和发动机重起请求中的任何一个而在第一定时通电时,螺线管致动器将小齿轮移动到齿圈 与齿圈啮合。 当第二螺线管通电时,螺线管开关部件给电动机通电。 确定器确定在第一定时之后第二螺线管通电的第二定时,使得当第一定时响应于起动器开关的接通时从第一定时到第二定时的第一延迟时间不同于第二延迟 当第一定时响应于发动机重起请求的发生时,从第一定时到第二定时的时间。
    • 10. 发明授权
    • Control device of automatic engine stop and start
    • 自动发动机停机启动控制装置
    • US08510019B2
    • 2013-08-13
    • US13005956
    • 2011-01-13
    • Kazushige OkumotoTatsuya FujitaHideya Notani
    • Kazushige OkumotoTatsuya FujitaHideya Notani
    • F02D41/30F02D45/00
    • F02N11/0844F02N11/0855F02N11/101F02N2200/022Y02T10/48
    • In a control device, an engine self-restart means tries the engine restart when an engine restart request is issued while the engine rotation speed is within a first rotation speed range. A pre-gear synchronizing control means executes gear rotation speed synchronization between pinion and ring gears, and then retries the engine restart when the engine restart request is issued while the engine rotation-speed is within a second rotation speed range. A pre-gear meshing control means executes gear-meshing between the pinion and ring gears and then retries the engine restart when the engine restart request is issued while the engine rotation speed is within a third rotation speed range. On detecting the engine-restart failure of the engine self-restart control, the control device prohibits the execution of pre-gear synchronizing control until a predetermined time counted form the failure detection time is elapsed, and executes the pre-gear meshing control after the predetermined time period is elapsed.
    • 在控制装置中,当发动机转速在第一转速范围内时,发动机重启请求被发出时,发动机自重起动装置尝试发动机重起动。 预齿轮同步控制装置执行小齿轮和齿圈之间的齿轮转速同步,然后当发动机转速在第二转速范围内时发出发动机重起请求时重试发动机重起动。 预齿轮啮合控制装置执行小齿轮和环形齿轮之间的齿轮啮合,然后当发动机转速在第三转速范围内时发出发动机重起请求时重试发动机的重启。 在检测到发动机自重启动控制的发动机重起故障时,控制装置禁止执行预齿轮同步控制,直到经过故障检测时间为止计算出的预定时间,并且执行前齿轮啮合控制 经过了预定时间。