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    • 17. 发明授权
    • Control module for an injector of an accumulator injection system
    • 蓄能注射系统注射器的控制模块
    • US06986474B2
    • 2006-01-17
    • US10751036
    • 2003-12-31
    • Wolfgang BlochingWillibald Schürz
    • Wolfgang BlochingWillibald Schürz
    • F02M59/00
    • F02M61/168F02M47/02F02M47/027F02M61/1866F02M2200/21F02M2547/003
    • A control module (1) for an injector of an accumulator injection system is used to control and guide a valve body (8). The control module comprises a high pressure supply line (2) for supplying fuel, and a guiding device (3) for guiding the valve body (8). A control room (4), an inlet throttle (5) and an outlet throttle (6) are also provided. The inlet throttle (5) connects the high pressure supply line (2) to the control chamber (4) and the outlet throttle (6) connects the control chamber (4) to a control valve (15). A control piston (7) is arranged in the control chamber (4), the end of the control piston opposite the control chamber (4) being connected to a high pressure region (9) on the valve body (8).
    • 用于蓄能器喷射系统的喷射器的控制模块(1)用于控制和引导阀体(8)。 控制模块包括用于供应燃料的高压供应管线(2)和用于引导阀体(8)的引导装置(3)。 还提供控制室(4),入口节流阀(5)和出口节流阀(6)。 入口节流阀(5)将高压供应管线(2)连接到控制室(4),出口节流阀(6)将控制室(4)连接到控制阀(15)。 控制活塞(7)设置在控制室(4)中,与控制室(4)相对的控制活塞的端部连接到阀体(8)上的高压区域(9)。
    • 18. 发明授权
    • Internal combustion engine fuel injector having an electromagnetic metering valve
    • 具有电磁计量阀的内燃机燃料喷射器
    • US06874709B2
    • 2005-04-05
    • US10271061
    • 2002-10-15
    • Mario Ricco
    • Mario Ricco
    • F02M47/02F02M59/46B05B1/30
    • F02M47/027F02M63/0015F02M63/0031F02M2200/26F02M2200/8053F02M2547/003
    • The injector has a hollow body housing the body of the metering valve, which has a discharge hole for discharging the usual control chamber. The hole comes out at a flat surface of the valve body, and is engaged by a flat surface of a plate, under the control of an armature of an electromagnet. The armature is in the form of a disk, has substantially no stem, is connected to the hollow body by a leaf spring hinge, and has a surface having a spherical-bowl-shaped recess. A ball is located between the recess and another recess carried by a second surface of the plate. The valve body is fixed to the hollow body by a ring nut of a given height. And, to cover the distance between the valve body and the armature, a spacer member is preferably formed in one piece with the valve body.
    • 注射器具有容纳计量阀主体的中空体,其具有用于排出通常的控制室的排放孔。 孔在阀体的平坦表面处出来,并且在电磁体的电枢的控制下由板的平坦表面接合。 衔铁是盘片形式,基本上没有杆,通过板簧铰链连接到中空本体,并具有一个具有球形碗形凹槽的表面。 球位于凹槽与由板的第二表面承载的另一凹部之间。 阀体通过给定高度的环形螺母固定在中空体上。 并且,为了覆盖阀体与电枢之间的距离,隔离件最好与阀体形成一体。
    • 20. 发明授权
    • Engine control for a common rail fuel system using fuel spill determination
    • 使用燃油溢出确定的共轨燃油系统的发动机控制
    • US06712045B1
    • 2004-03-30
    • US10214520
    • 2002-08-08
    • James E. McCarthy, Jr.
    • James E. McCarthy, Jr.
    • F02M4100
    • F02D41/0087F02D41/3845F02D2250/21F02M47/027F02M55/002F02M63/0225F02M2547/003F02P5/045F02P5/1504Y02T10/46
    • A system and method for engine control determine a spilled fuel quantity for use in controlling pressure of a common rail fuel system. In one embodiment, a spilled fuel estimate is determined based on rail pressure and engine speed. Another embodiment determines a spilled fuel estimate based on a leakage quantity and a spill control quantity. The leakage quantity represents the amount of fuel leaked past the internal passages inside the injectors and is based on rail pressure alone. The spill control quantity is based on rail pressure and injector energizing time. The spill control quantity represents the fuel used to actuate the injector allowing the injected fuel into the cylinder during the combustion cycle. A more accurate determination of the quantity of fuel pumped based on spilled fuel and injected fuel may be used to improve the common rail pressure control, for example.
    • 用于发动机控制的系统和方法确定用于控制共轨燃料系统的压力的溢出燃料量。 在一个实施例中,基于轨道压力和发动机速度确定溢出燃料估计。 另一个实施例基于泄漏量和溢出控制量确定溢出的燃料估计。 泄漏量表示喷射器内部通道内泄漏的燃料量,仅基于钢轨压力。 泄漏控制量基于轨道压力和喷油器通电时间。 泄漏控制量表示用于致动喷射器的燃料,允许喷射燃料在燃烧循环期间进入气缸。 例如,可以更准确地确定基于溢出的燃料和喷射燃料泵送的燃料的量来改进共轨压力控制。