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    • 2. 发明授权
    • Valve performance control apparatus for internal combustion engines
    • 内燃机用阀门性能控制装置
    • US6112711A
    • 2000-09-05
    • US971577
    • 1997-11-17
    • Koichi ShimizuHiroyuki KawaseYuichi SakaguchiHiromasa SuzukiYuji Yoshihara
    • Koichi ShimizuHiroyuki KawaseYuichi SakaguchiHiromasa SuzukiYuji Yoshihara
    • F01L1/26F01L13/00F02D13/02
    • F01L1/267
    • A valve performance control apparatus has a low speed cam, a high speed cam, and an intermediate speed cam. A rocker arm is arranged between the cams and a valve. The rocker arm contacts the low speed cam. A pair of cam followers are reciprocally supported in the rocker arm to contact the high speed and intermediate speed cams. Lock members are slidably received in bores (or grooves) of the rocker arm. The lock members, when positioned in an unlocked position, permit the free reciprocation of the associated cam followers with respect to the rocker arm, which causes the valve to be driven by the low speed cam. When locked, the lock members abut against the associated cam followers and lock the cam followers to the rocker arm, which causes the valve to be driven by the cam with the largest profile. The lock member has an abutment surface, which contacts and is pressed by the cam follower. The bore has a supporting wall for supporting the lock member opposite to the abutment surface when the abutment surface of the lock member is positioned in the lock position and is pressed by the cam follower. The lock member is not subjected to bending or shear, which improves the reliability of the apparatus.
    • 阀门性能控制装置具有低速凸轮,高速凸轮和中速凸轮。 在凸轮和阀门之间布置有摇臂。 摇臂接触低速凸轮。 一对凸轮从动件在摇臂中相互支撑以接触高速和中速凸轮。 锁定构件可滑动地容纳在摇臂的孔(或凹槽)中。 当锁定构件位于解锁位置时,允许相关联的凸轮从动件相对于摇臂的自由往复运动,这导致阀被低速凸轮驱动。 当锁定时,锁定构件抵靠相关联的凸轮从动件并将凸轮从动件锁定到摇臂上,这导致阀被具有最大轮廓的凸轮驱动。 锁定构件具有接触并被凸轮从动件按压的邻接表面。 所述孔具有支撑壁,用于当所述锁定构件的邻接表面位于锁定位置并被所述凸轮从动件按压时支撑所述锁定构件与所述抵接表面相对。 锁定构件不受弯曲或剪切,这提高了装置的可靠性。
    • 3. 发明授权
    • Apparatus for supplying oil in engine
    • 用于在发动机中供油的装置
    • US5813376A
    • 1998-09-29
    • US936108
    • 1997-09-23
    • Yuichi SakaguchiHiroyuki KawaseKoichi ShimizuYuuji YoshiharaHiromasa Suzuki
    • Yuichi SakaguchiHiroyuki KawaseKoichi ShimizuYuuji YoshiharaHiromasa Suzuki
    • F01M11/00F01L1/26F01L1/344F01L13/00F02D13/02F01L1/34
    • F01L1/344F01L1/267
    • An engine has a crankshaft, a combustion chamber and a valve. The valve opens and closes the combustion chamber. The valve has a lift characteristic that is altered by a control device according to a change of hydraulic pressure therein. The engine has a lubricant passage that is connected with an oil pump and supplies oil to a mechanism formed by parts slidably connecting one another within the engine. A hydraulic pressure passage extends into an interior of the control device to exchange the hydraulic pressure with the control device, thereby the control device is actuated to alter the lift characteristic. The oil pump supplies the oil to the pressure passage when connected with the pressure passage. The oil pan supplies the oil to the pressure passage when connected with the pressure passage. A switching valve selects one of the oil pump and the oil pan to connect the selected one with the control device based on the engine speed.
    • 发动机具有曲轴,燃烧室和阀。 阀门打开和关闭燃烧室。 阀具有由控制装置根据其中的液压变化而改变的升力特性。 发动机具有与油泵连接的润滑剂通路,并且向由发动机内部可滑动地连接的部件形成的机构供给油。 液压通道延伸到控制装置的内部以与控制装置交换液压,从而致动控制装置以改变升力特性。 当与压力通道连接时,油泵将油供应到压力通道。 当与压力通道连接时,油盘将油供应到压力通道。 开关阀选择油泵和油底壳之一,根据发动机转速将选定的油泵与控制装置连接。