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    • 21. 发明授权
    • Turbocharger control apparatus and a control method of turbocharger with
a variable nozzle
    • 涡轮增压器控制装置和具有可变喷嘴的涡轮增压器的控制方法
    • US6067798A
    • 2000-05-30
    • US50430
    • 1998-03-31
    • Seiji OkadaTakashi Takahashi
    • Seiji OkadaTakashi Takahashi
    • F02B37/12F02B37/24F02D23/00
    • F02B37/24Y02T10/144
    • A turbocharger control apparatus has an exhaust turbine including an exhaust gas introducing port having a variable nozzle which can vary a passage area of the port by adjusting its opening degree, an engine load detection device which detects a load of an internal combustion engine, an idling state detection device which detects an idling state of the engine, and a control device which adjusts the opening degree of the nozzle in a region equal to or greater than a predetermined opening degree when the load detection device detects the engine load, and which adjusts the opening degree of the nozzle in a region smaller than the predetermined opening degree when the load detection device detects the non-engine load and detects that the internal engine is in the idling state. A control method of a turbocharger with a variable nozzle, has a step which detects an idling state and a load state of an internal combustion engine, and a step which adjusts an opening degree of the nozzle in a region equal to or greater than a predetermined opening degree when the load state of the engine is detected, and which adjust the opening degree of the nozzle in a region smaller than the predetermined opening degree when the idling state and the non-load state of the engine is detected.
    • 涡轮增压器控制装置具有排气涡轮机,该排气涡轮机具有排气导入口,该排气导入口具有可变喷嘴,该喷嘴可以通过调节其开度来改变该口的通道面积;检测内燃机的负荷的发动机负荷检测装置, 状态检测装置,其检测发动机的怠速状态;以及控制装置,其在负载检测装置检测到发动机负荷时,在等于或大于预定开度的区域中调节喷嘴的开度,并且调节 当负载检测装置检测到非发动机负载并且检测到内部发动机处于怠速状态时,喷嘴的开度在小于预定开度的区域中。 具有可变喷嘴的涡轮增压器的控制方法具有检测内燃机的怠速状态和负载状态的步骤,以及在等于或大于预定的范围内调节喷嘴的开度的步骤 检测到发动机的负载状态时的开度,并且在检测到发动机的怠速状态和非负载状态时,在小于规定开度的区域中调节喷嘴的开度。
    • 30. 发明授权
    • Apparatus for changing rotational speed with the aid of clutching
activity
    • 借助于离合活动来改变转速的装置
    • US4621541A
    • 1986-11-11
    • US617464
    • 1984-06-05
    • Takashi Takahashi
    • Takashi Takahashi
    • B21D53/18B21D15/02F16D25/04F16D55/42F16H3/62F16H59/40F16H63/30F16H57/10F16H3/44
    • F16H63/3026F16D55/42F16H3/62F16H59/40
    • An apparatus for changing rotational speed with the aid of clutching activity comprises a planetary gearing mechanism disposed between an input shaft and an output shaft in a housing with an inner ring gear being rotatably supported therein, ring-shaped braking plates comprising an opposing pair of frictional plates, one of them being located on the outer periphery of the inner ring gear to rotate together with the latter and the other one being axially displaceably fitted into the inner periphery of the casing, the first mentioned frictional plate being located opposite to the last mentioned frictional plate, and a ring-shaped bellows located opposite to the last mentioned frictional plate to expand in the axial direction when pressurized fluid is filled therein and contract in the axial direction when it is discharged therefrom. When the ring-shaped bellows expands under the influence of hydraulic force, it comes in contact with the last mentioned frictional plate and thereby frictional clutching is accomplished between both the frictional plates. The planetary gearing mechanism may be constructed in the multistage structure and a ring-shaped bellows is allocated to each stage in the multi-stage structure.
    • 借助于离合活动来改变转速的装置包括行星齿轮传动机构,其设置在外壳内的输入轴与输出轴之间,内圈齿轮可旋转地支撑在其中,环形制动板包括相对的一对摩擦 板,其中一个位于内环齿轮的外周上,与内圈齿轮的外周一起旋转,另一个轴向可移动地装配在壳体的内周中,第一个提到的摩擦板位于最后提到的位置 摩擦片和与最后提到的摩擦板相对的环形波纹管,当加压流体填充在其中并沿轴向方向从轴向方向膨胀时,沿轴向方向膨胀。 当环形波纹管在液压力的作用下膨胀时,与最后提到的摩擦板接触,从而在摩擦板之间实现摩擦离合。 行星齿轮传动机构可以构造在多级结构中,并且环形波纹管分配给多级结构中的每个级。