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    • 1. 发明申请
    • MULTI-EVENT CORONA DISCHARGE IGNITION ASSEMBLY AND METHOD OF CONTROL AND OPERATION
    • 多事件放电点火组件及其控制和运行方法
    • WO2012082813A2
    • 2012-06-21
    • PCT/US2011/064760
    • 2011-12-14
    • FEDERAL-MOGUL IGNITION COMPANYBURROWS, John, A.LYKOWSKI, James, D.
    • BURROWS, John, A.LYKOWSKI, James, D.
    • F02P23/045F02P3/01F02P9/007F02P15/08
    • A corona discharge ignition system 20 includes an igniter 22 for receiving pulses of electrical energy each having a radio frequency. The igniter 22 emits pulses of electrical field ionizing a fuel-air mixture and providing pulses of corona discharge 24, rather than a continuous, un-pulsed corona discharge over the same period of time. The system 20 includes at least one power supply 48, 50 providing the electrical energy to a corona drive circuit 52 and ultimately to the igniter 22. The system 20 can include a variable high voltage power supply 50 and a local charge storage device 70 for providing pulses of the electrical energy to the corona drive circuit 52. The system 20 provides a robust ignition comparable to a single event corona discharge ignition system, with improved resistance to arc formation, while using a fraction of the energy.
    • 电晕放电点火系统20包括用于接收具有射频的电能的脉冲的点火器22。 点火器22发射电场脉冲电离燃料 - 空气混合物并提供电晕放电脉冲24,而不是在同一时间段内连续的非脉冲电晕放电。 系统20包括至少一个电源48,50,其将电能提供给电晕驱动电路52并最终提供给点火器22.系统20可包括可变高压电源50和本地电荷存储装置70,用于提供 电能脉冲到电晕驱动电路52.系统20提供与单个事件电晕放电点火系统相当的强大点火,同时使用一部分能量,具有改进的电弧形成阻力。
    • 4. 发明申请
    • GLOW PLUG WITH PERMANENT DISPLACEMENT RESISTANT PROBE TIP JOINT
    • 具有永久位移阻力探头提示接头的GLOW插头
    • WO2011116366A1
    • 2011-09-22
    • PCT/US2011/029146
    • 2011-03-21
    • FEDERAL-MOGUL IGNITION COMPANYGORETTI, SandroBURROWS, John, A.
    • GORETTI, SandroBURROWS, John, A.
    • F23Q7/00
    • F23Q7/001
    • A glow plug (10) has a heater probe (20) that can be axially misaligned relative to a central axis (15) of an outer metal shell (12) and of a center electrode (22) and thereafter return automatically to its axially aligned configuration with the central axis. The outer shell has a through bore (14) extending along the central axis. The center electrode is received in the though bore and extends along the central axis. The heater probe is attached in electrical communication with the center electrode in the through bore and extends along the central axis axially outwardly from a distal end (19) of the shell. An annular flex joint (24) provides the sole source of attachment of the outer shell to the heater probe via one end of the flex joint being attached to the outer shell adjacent the distal end and another end of the flex joint being attached to the heater probe.
    • 电热塞(10)具有加热器探头(20),该加热器探头可相对于外金属壳体(12)和中心电极(22)的中心轴线(15)轴向不对准,然后自动返回到其轴向对准 配置中心轴。 外壳具有沿中心轴线延伸的通孔(14)。 中心电极被容纳在通孔中并沿中心轴线延伸。 加热器探针与通孔中的中心电极电连通并且从壳体的远端(19)沿轴向向外延伸。 环形挠性接头(24)通过柔性接头的一端将外壳附接到加热器探针的唯一来源,该柔性接头附接到邻近远端的外壳,柔性接头的另一端附接到加热器 探测。
    • 8. 发明申请
    • CORONA IGNITION SYSTEM HAVING SELECTIVE ENHANCED ARC FORMATION
    • 具有选择性增强弧形成的CORONA点火系统
    • WO2012097205A2
    • 2012-07-19
    • PCT/US2012/021169
    • 2012-01-13
    • FEDERAL-MOGUL IGNITION COMPANYBURROWS, John, A.
    • BURROWS, John, A.
    • H01T19/00F02B5/00
    • H01T13/50F02P3/01F02P3/0807F02P9/007F02P15/10F02P23/04F02P23/045
    • A corona discharge (24) ignition includes an electrode (38) emitting a radio frequency electric field and providing a corona discharge (24) to ignite a combustible mixture. The system includes a controlled high voltage energy supply (52) providing energy to a main energy storage (28) at a main voltage. A fixed high voltage energy supply (54) provides extra energy to an extra energy storage (26) at an extra voltage, which is greater than the main voltage. While the corona discharge (24) is being provided, the energy of the main energy storage (28), but not the extra energy storage (26), is provided to the electrode (38). When the corona discharge (24) switches to arc discharge, the extra energy of the extra energy storage (26) is provided to the corona igniter (22) to enhance the arc discharge and provide reliable ignition until the corona discharge (24) is restored.
    • 电晕放电(24)点火包括发射射频电场的电极(38),并提供电晕放电(24)以点燃可燃混合物。 该系统包括在主电压下向主能量存储器(28)提供能量的受控高压能量供应(52)。 固定的高压能量源(54)在额外的电压(大于主电压)的情况下向额外的能量存储器(26)提供额外的能量。 当提供电晕放电(24)时,主电能存储器(28)的能量而不是额外的能量存储器(26)被提供给电极(38)。 当电晕放电(24)切换到电弧放电时,额外能量存储器(26)的额外能量被提供给电晕点火器(22),以增强电弧放电并提供可靠的点火直到电晕放电(24)被恢复 。
    • 9. 发明申请
    • CORONA IGNITER HAVING SHAPED INSULATOR
    • 具有形状绝缘体的CORONA IGNITER
    • WO2012091920A1
    • 2012-07-05
    • PCT/US2011/064784
    • 2011-12-14
    • FEDERAL-MOGUL IGNITION COMPANYBURROWS, John, A.LYKOWSKI, James, D.
    • BURROWS, John, A.LYKOWSKI, James, D.
    • H01T13/50
    • H01T13/50
    • A corona igniter (20) for emitting a radio frequency electric field and providing a corona discharge (24) includes a central electrode (22) at a positive voltage, a grounded metal shell (30), and an insulator (28) with an abruption (34) extending radially outward relative to the central electrode (22). The abruption (34) is typically an increase of at least 15% of a local thickness (t) of the insulator (28) over less than 25% of a nose length (1) of an insulator nose region (74). The abruption (34) is typically one flank (82) of a protrusion or a notch, and the flank (82) faces the shell (30). The abruption (34) reverses the electric field and voltage potential gradient along the insulator outer surface (32), repels charged ions away from the insulator (28), and thus prevents the formation of a conductive path between the central electrode (22) and the shell (22).
    • 一种用于发射射频电场并提供电晕放电(24)的电晕点火器(20)包括正电压的中心电极(22),接地的金属壳(30)和具有剥离的绝缘体(28) (34)相对于中心电极(22)径向向外延伸。 在超过绝缘体鼻部区域(74)的鼻部长度(1)的25%以下时,该剥离(34)通常是绝缘体(28)的局部厚度(t)的至少15%的增加。 突起(34)通常是突起或凹口的一个侧面(82),并且侧面(82)面向壳体(30)。 剥离(34)沿着绝缘体外表面(32)反转电场和电压梯度,将带电离子排斥离开绝缘体(28),从而防止在中心电极(22)和 外壳(22)。