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    • 1. 发明授权
    • Supercharging system for automotive engines
    • 汽车发动机增压系统
    • US4730457A
    • 1988-03-15
    • US922276
    • 1986-10-23
    • Takemasa YamadaHideo YabuharaFujio Takimoto
    • Takemasa YamadaHideo YabuharaFujio Takimoto
    • F02B37/04F02B37/18F02B39/12
    • F02B39/12F02B37/04F02B37/18Y02T10/144
    • A supercharging system has a turbocharger driven by exhaust-gas of the engine, a supercharger driven by an engine and communicated with the turbocharger and the engine in series. A clutch is provided in a device for driving the supercharger and a bypass having a control valve is provided around the supercharger. A control unit is provided to respond to engine operating conditions for operating the clutch and the control valve. The control unit operates to disengage the clutch at light load on the engine in a predetermined low engine speed range, to engage the clutch at heavy load in the low engine speed range, and to disengage the clutch in a predetermined high engine speed range. The control valve is gradually opened in accordance with variation of engine operation conditions when the engine operation is in a transient state.
    • 增压系统具有由发动机的废气驱动的涡轮增压器,由发动机驱动并与涡轮增压器和发动机串联连通的增压器。 在用于驱动增压器的装置中设置有离合器,并且在增压器周围设置具有控制阀的旁路。 提供控制单元以响应用于操作离合器和控制阀的发动机操作条件。 控制单元操作以在预定的低发动机转速范围内使发动机上的轻负荷下的离合器脱离,以在低发动机转速范围内以重负载接合离合器,并且在预定的高发动机转速范围内使离合器脱离。 当发动机运转处于过渡状态时,根据发动机运转状态的变化,控制阀逐渐打开。
    • 3. 发明授权
    • Combustion control system for in-cylinder fuel injection engine and the
method thereof
    • 缸内燃油喷射发动机燃烧控制系统及其方法
    • US5785031A
    • 1998-07-28
    • US880017
    • 1997-06-20
    • Akira AkimotoFujio Takimoto
    • Akira AkimotoFujio Takimoto
    • F02B17/00F02B23/00F02B23/10F02D33/00F02D41/02F02D41/04F02D41/06F02D41/30F02D41/34F02M45/00
    • F02D33/00F02B23/00F02D41/064F02D41/065F02D41/3076F02D2200/0602F02D41/3029Y02T10/125Y02T10/128
    • In an in-cylinder fuel injection engine capable of selectively switching a combustion strategy from a stratified charge combustion to a homogeneous charge combustion and vice versa, when a coolant temperature at engine start is lower than a specified temperature, the combustion strategy is established to be a homogeneous charge combustion mode and this homogeneous charge combustion mode is held until the coolant temperature reaches the specified temperature. While the coolant temperature is higher than the specified temperature and lower than a warm-up completion temperature, the combustion strategy is switched from homogeneous to stratified by lowering the engine load from a high load area to a low load area so as to improve emissions and fuel economy. On the other hand, when the engine is restarted at the coolant temperature higher than the specified temperature, the combustion strategy is established to be homogeneous until the fuel pressure reaches a specified value and is switched from homogeneous to stratified after the fuel pressure reaches the specified value.
    • 在能够选择性地将燃烧策略从分层充气燃烧切换到均质燃料燃料的缸内燃料喷射发动机中,反之亦然,当发动机起动时的冷却剂温度低于规定温度时,建立燃烧策略为 均匀充气燃烧模式,并且保持均匀充气燃烧模式,直到冷却剂温度达到指定温度。 当冷却剂温度高于指定温度并低于预热完成温度时,通过将发动机负载从高负荷区域降低到低负荷区域,燃烧策略从均匀转换为分层,以改善排放和 燃油经济性。 另一方面,当发动机在比指定温度高的冷却剂温度下重新起动时,建立燃烧策略是均匀的,直到燃料压力达到规定值并在燃料压力达到规定值之后从均质转换为分层 值。