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    • 1. 发明授权
    • Operational control system for engine
    • 发动机运行控制系统
    • US5309882A
    • 1994-05-10
    • US23055
    • 1993-02-25
    • Akihiko HoshibaMasaki OkazakiHiroyuki Tsunekawa
    • Akihiko HoshibaMasaki OkazakiHiroyuki Tsunekawa
    • F02P5/15
    • F02P5/1508Y02T10/46
    • A control system for the ignition system of an internal combustion engine for providing faster idle speed when the engine is at a low temperature by advancing the spark timing. A first temperature sensor which senses actual temperature is mounted in the engine ignition control circuit which is, in turn, mounted in proximity to the engine so as to approximate its temperature. A on/off temperature switch is mounted directly in the engine so as to sense when engine temperature is above a predetermined value. The system is operative to provide ignition control by the actual engine temperature unless the second on/off switch is turned on to indicate that the engine temperature has not returned ambient temperature after a running period. If the engine temperature switch is on, normal ignition timing is employed.
    • 一种用于内燃机点火系统的控制系统,用于通过提前火花正时在发动机处于低温时提供更快的怠速。 感测实际温度的第一温度传感器安装在发动机点火控制电路中,发动机点火控制电路依次安装在发动机附近以接近其温度。 开/关温度开关直接安装在发动机中,以便在发动机温度高于预定值时感测。 该系统可操作以通过实际的发动机温度提供点火控制,除非开启第二个开/关开关,以指示发动机温度在运行期后没有返回环境温度。 如果发动机温度开关打开,则采用正常点火正时。
    • 6. 发明授权
    • Engine overheat detection system
    • 发动机过热检测系统
    • US06263839B1
    • 2001-07-24
    • US09324789
    • 1999-06-03
    • Akihiko HoshibaKazuhiro NakamuraYasuo Suganuma
    • Akihiko HoshibaKazuhiro NakamuraYasuo Suganuma
    • F01P714
    • F01P3/202F01P11/16F01P2025/31F01P2025/50F01P2050/04F01P2050/12F02B61/045F02B77/08
    • An improved overheat detection system for an engine having at least one coolant jacket which is drained of coolant when the engine is not running. The coolant jacket has an inlet portion into which the coolant is supplied and an outlet portion from which the coolant is discharged during the engine is running. In one feature of this invention, the overheat detection system has a sensor for sensing a temperature associated with the coolant jacket at an aft part of the coolant jacket including the outlet portion. In another feature of this invention, the overheat detection system has at least two sensors, one is positioned at a fore part of the coolant jacket including the inlet portion and another is positioned downstream of the former sensor, and both sensors for sensing each temperature associated with the coolant jacket. The overheat detection system is arranged to output an overheat signal in the event the temperature sensed by the sensor or at least one of the sensors is above a predetermined temperature.
    • 一种用于发动机的改进的过热检测系统,其具有至少一个在发动机不运转时排出冷却剂的冷却剂护套。 冷却剂护套具有供给冷却剂的入口部分和在发动机运行期间从其排出冷却剂的出口部分。 在本发明的一个特征中,过热检测系统具有传感器,用于在包括出口部分的冷却剂护套的后部检测与冷却剂护套相关联的温度。 在本发明的另一个特征中,过热检测系统具有至少两个传感器,一个位于冷却剂护套的前部,包括入口部分,另一个位于前一个传感器的下游,并且两个传感器用于感测每个相关温度 与冷却夹套。 过热检测系统被布置成在传感器或至少一个传感器感测到的温度高于预定温度的情况下输出过热信号。
    • 7. 发明授权
    • Engine choke actuation system
    • 发动机扼流圈驱动系统
    • US5537964A
    • 1996-07-23
    • US302170
    • 1994-09-08
    • Akihiko Hoshiba
    • Akihiko Hoshiba
    • F02M1/10F02M1/12
    • F02M1/12
    • An engine choke actuation system controls both the opening degree of the choke and throttle valves of a plurality of charge formers during all phases of engine warmup. The engine choke actuation system includes a first device which acts to close the choke valve at the time of engine starting. A second device restricts a degree of closure of the choke valve by the first device depending upon the temperature of the engine at the time of engine starting. The second device also controls the opening degree of the choke valves after engine starting, increasing the opening degree of the choke valve with increasing engine temperature. In addition, the second device controls the fast idle angle of the throttle valves during engine warmup, decreasing the fast idle angle of the throttle valves as the engine temperature increases.
    • 发动机扼流器致动系统在发动机预热的所有阶段期间控制多个充电成形器的扼流圈和节流阀的开度。 发动机扼流器致动系统包括用于在发动机启动时关闭阻风阀的第一装置。 第二装置根据发动机启动时的发动机的温度来限制第一装置的阻塞阀的闭合程度。 第二装置还控制发动机起动之后的节流阀的开度,随着发动机温度的升高,增加了节流阀的开度。 此外,第二装置控制发动机预热期间节流阀的快速空转角度,随着发动机温度升高,节流阀的快速怠速角度降低。