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    • 2. 发明申请
    • TIMING PHASER CONTROL SYSTEM
    • 定时相控系统
    • WO2006119463A1
    • 2006-11-09
    • PCT/US2006/017259
    • 2006-05-02
    • BORGWARNER INCSIMPSON, Roger, T.SMITH, Franklin, R.
    • SIMPSON, Roger, T.SMITH, Franklin, R.
    • F01L1/344
    • F01L1/3442F01L2001/34426
    • A phaser (22) includes a housing (44) , a rotor (42) , a phaser control valve (36) and a regulated pressure control system (RPCS) . The phaser control valve (36) directs fluid to shift the relative angular position of the rotor relative to the housing (44) . The RPCS has a controller, which provides a set point based on engine parameters . A signal is then produced based on the set point and is sent to the direct control pressure regulator valve. (38) The direct control pressure regulator valve (38) has a supply port (5) and a control port (5) , where the supply port (5) receives a supply fluid pressure from a source and regulates the pressure based on a signal, to a control pressure. The control pressure biases an end of the spool of the phase control valve (36) against a spring (66) , such that the relative angular position of the housing (44) and the rotor (42) is shifted. A method of controlling a phaser (22) is also disclosed.
    • 移相器(22)包括壳体(44),转子(42),相位器控制阀(36)和调节压力控制系统(RPCS)。 相控器控制阀(36)引导流体相对于壳体(44)移动转子的相对角位置。 RPCS有一个控制器,它根据引擎参数提供一个设定点。 然后根据设定点产生一个信号,并将其发送到直接控制压力调节阀。 (38)直接控制压力调节阀(38)具有供给口(5)和控制口(5),供给口(5)接收来自源的供给流体压力,并根据信号调节压力 ,控制压力。 控制压力相对于弹簧(66)使相位控制阀(36)的阀芯的端部偏压,使得壳体(44)和转子(42)的相对角位置偏移。 还公开了一种控制相位器(22)的方法。
    • 4. 发明申请
    • USING TORSIONAL ENERGY TO MOVE AN ACTUATOR
    • 使用扭转能量来移动执行器
    • WO2012135179A2
    • 2012-10-04
    • PCT/US2012030679
    • 2012-03-27
    • BORGWARNER INCPLUTA CHRISTOPHER JWING BRAMAN CSMITH FRANKLIN R
    • PLUTA CHRISTOPHER JWING BRAMAN CSMITH FRANKLIN R
    • F02D15/02F02B75/04F16K3/314F16K3/316F16K31/08
    • F02B75/04F02B75/041F02B75/048F02D15/02
    • An actuator for varying a compression ratio of an engine by varying by the rotary motion of a control shaft coupled to a variable compression ratio device. The actuator comprising: a housing assembly mounted to the engine; a rotor assembly coupled to the control shaft defining at least one vane separating a chamber in the housing assembly into a first chamber and a second chamber, the vane being capable of rotation to shift the relative angular position of the rotor assembly from a first rotational position associated with a first compression ratio to a second rotational position associated with a second compression ratio; and a control valve moveable to a first position in which torsional energy from the control shaft is permitted to rotate the rotor assembly in a direction from the first rotational position toward the second rotational position and to a second position opposite the first position.
    • 用于通过由连接到可变压缩比装置的控制轴的旋转运动而改变发动机的压缩比的致动器。 该致动器包括:安装到发动机的壳体组件; 耦合到所述控制轴的转子组件限定将所述壳体组件中的室分隔成第一室和第二室的至少一个叶片,所述叶片能够旋转以使所述转子组件的相对角位置从第一旋转位置 与第一压缩比相关联到与第二压缩比相关联的第二旋转位置; 以及可移动到第一位置的控制阀,其中来自控制轴的扭转能量允许转子组件沿着从第一旋转位置朝向第二旋转位置的方向转动到与第一位置相对的第二位置。