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    • 2. 发明授权
    • Fuel supply system
    • 燃油供应系统
    • US4699110A
    • 1987-10-13
    • US854411
    • 1986-04-21
    • Hiroshi IwanoTadahiro YamamotoTadaki OtaHiroshi OganeEiichi OhnishiAtsushi Yonezawa
    • Hiroshi IwanoTadahiro YamamotoTadaki OtaHiroshi OganeEiichi OhnishiAtsushi Yonezawa
    • F02M11/02F02M13/04F02M69/04F02M69/08F02M51/00
    • F02M69/08F02M11/02F02M13/046F02M69/041
    • A primary passage and a secondary passage in a parallel relation to each other are disposed between an air cleaner and a branch passage collecting portion of an intake manifold. The primary passage is smaller in diameter than the secondary passage and has at the downstream end thereof a laval nozzle through which air flows at the speed of sound even under low-speed low-load engine operating conditions. The laval nozzle is connected to a carburetion chamber which is elongated straightly in the direction downstream of the laval nozzle. A fuel injection valve is disposed in the primary passage at a place upstream of the laval nozzle. A pressure control valve is adapted so that a vacuum higher than a predetermined value is developed in the carburetion chamber at any time. A primary throttle valve and a secondary throttle valve are interconnected so that the secondary throttle valve is held closed unless the primary throttle valve is fully open. The primary throttle valve is movable in response to an engine operating condition.
    • 在空气滤清器和进气歧管的分支通道收集部分之间设置有彼此平行关系的主通道和次通道。 主通道的直径比二次通道的直径小,并且在其下游端有一个拉链喷嘴,即使在低速低负载发动机运行条件下,空气以声速流过。 喷泉喷嘴连接到在油槽喷嘴的下游方向上直线延伸的化油室。 燃料喷射阀设置在主通道中,在喷嘴喷嘴的上游位置。 压力控制阀适于在任何时候在化油室中产生高于预定值的真空。 主节流阀和辅助节流阀相互连接,使得次级节流阀保持关闭,除非主节流阀完全打开。 主节流阀可响应于发动机工作状态而运动。
    • 3. 发明授权
    • Automatic control for trim tabs
    • 自动控制装饰片
    • US5474012A
    • 1995-12-12
    • US301900
    • 1994-09-07
    • Hidemitsu YamadaTakeo OmoriMasami TanakaNobuo MakiharaAtsushi Yonezawa
    • Hidemitsu YamadaTakeo OmoriMasami TanakaNobuo MakiharaAtsushi Yonezawa
    • B63H20/08B63B39/00B63B39/06B63H20/00B63B1/22
    • B63B39/061
    • Adjustment is made of the position of a marine transportation system including a boat having a drive, a trimmable port tab and a trimmable starboard tab. The operation of the marine transportation system is monitored to provide an output distinguishing boat operation in an on-plane condition and boat operation in an off-plane condition, to provide an output distinguishing boat travel in a straight forward condition and boat travel in a turning condition and to provide an output distinguishing boat operation in a first heel condition in which the boat tilts to port and boat operation in a second heel condition in which the boat tilts to starboard. The port and starboard tabs are positioned at desired positions in response to the outputs. According to the embodiment, a heel adjustment operation of the boat is carried out during boat operation in an on-plane straight forward travel condition, only.
    • 调整船舶运输系统的位置,包括具有驱动器,可调节端口接头和可调节右舷翼片的船。 监测海上运输系统的运行,以在平面状态下提供区分船舶作业,在平面状态下进行船舶作业,以提供在直线状态下的区分船的行驶和转弯中的船只行驶 并且在船舶倾斜到右舷的第二脚跟状态下,在船舶倾斜到船只和船只操作的第一脚跟状态中提供区分船的操作。 端口和右舷翼片响应于输出被定位在期望的位置。 根据本实施方式,仅在船舶操作期间在平面上直行行驶状态下进行船的后跟调整操作。