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    • 61. 发明申请
    • Ignition coil
    • 点火线圈
    • US20090009275A1
    • 2009-01-08
    • US12216460
    • 2008-07-03
    • Junichi Wada
    • Junichi Wada
    • H01F38/12H01F27/02
    • H01F38/12
    • An ignition coil includes a primary coil (14), a secondary coil (16) disposed on an outer circumferential side of the primary coil and configured to be boosted by mutual induction with the primary coil, an outer periphery core (18) having an opposing surface (183), which is opposed to an outer peripheral surface (160) of the secondary coil, and an insulating member (20) disposed between the outer peripheral surface and the opposing surface. The secondary coil and the outer periphery core are arranged such that a shortest distance between the outer peripheral surface and an outer edge (183a, 183b) of the opposing surface is larger than a shortest distance between the outer peripheral surface and the opposing surface.
    • 点火线圈包括初级线圈(14),次级线圈(16),其设置在初级线圈的外周侧,并且被配置为通过与初级线圈相互感应而升压;外周芯(18),具有相对的 与次级线圈的外周面(160)相对的表面(183)和设置在外周面与相对面之间的绝缘部件(20)。 次级线圈和外周芯被布置成使得相对表面的外周表面和外边缘(183a,183b)之间的最短距离大于外周表面和相对表面之间的最短距离。
    • 63. 发明申请
    • Ignition coil
    • 点火线圈
    • US20080264396A1
    • 2008-10-30
    • US12150159
    • 2008-04-25
    • Shuichi MatsubayashiIkuo HirayamaMasami KojimaTakashi Tauchi
    • Shuichi MatsubayashiIkuo HirayamaMasami KojimaTakashi Tauchi
    • H01F38/12
    • H01F38/12H01F27/022
    • An ignition coil of a dual ignition type that can prevent outputs from becoming unbalanced due to a difference in floating capacitance on wiring that connects secondary output terminals and ignition plugs together, thus realizing balanced outputs. A coil assembly housed in a housing as a coil case has a primary coil and secondary coils disposed concentrically with the primary coil. The secondary coils are comprised of two coils wound in opposite directions with the center of winding width being a boundary. The center of the winding width of the primary coil is shifted from the center of the winding width of the secondary coils by a predetermined width so as to balance outputs from the two secondary coils. A casting material is filled into a gap between the housing and the coil assembly and gaps which the coil assembly has.
    • 一种双点火型点火线圈,其可以防止输出由于将二次输出端子和火花塞连接在一起的布线上的浮动电容的差异而变得不平衡,从而实现平衡输出。 作为线圈壳体容纳在壳体中的线圈组件具有与初级线圈同心设置的初级线圈和次级线圈。 次级线圈由缠绕在相反方向上的两个线圈构成,绕组宽度的中心是边界。 初级线圈的绕组宽度的中心从次级线圈的绕线宽度的中心偏移预定的宽度,以平衡来自两个次级线圈的输出。 将铸造材料填充到壳体和线圈组件之间的间隙中以及线圈组件具有的间隙。
    • 66. 发明申请
    • Mcu based high energy ignition
    • 麦克基高能点火
    • US20050241627A1
    • 2005-11-03
    • US10511999
    • 2003-04-19
    • Michael Ward
    • Michael Ward
    • F02D41/34F02P3/04F02P3/045F02P15/08H01F38/12H01T13/44F02P3/02
    • F02P3/04F02D41/009F02P3/045F02P15/08H01F38/12H01T13/44
    • A high energy inductive coil-per-plug ignition system operating at a higher voltage Vc than battery voltage Vb by use of boost-type power converter (1), using high energy density low inductance coils Ti which are further improved by partial encapsulation of the coils and by use of biasing magnets (120) in the large air gaps in the core to increase coil energy density, the coils connected to capacitive type spark plugs, with improved halo-disc type firing ends, by means of improved suppression wire (78), the system operated and controlled by a micro-controller (8) to generate and control the coil charge time Tch, the sequencing the spark firing, and other control features including finding the firing cylinder by simultaneous ignition firing and sensing during engine cranking, to provide a highly controlled and versatile ignition system capable of producing high energy flow-coupling ignition sparks with relatively fewer and smaller parts.
    • 通过使用升压型功率转换器(1),使用高能量密度的低电感线圈Ti,以比电池电压Vb更高的电压Vc工作的高能感应线圈每插头点火系统,其通过部分封装进一步改善 线圈,并且通过使用磁芯中的大气隙中的偏置磁体(120)来增加线圈能量密度,通过改进的抑制线(78)连接到电容型火花塞的线圈,具有改进的卤素盘型点火端 ),由微控制器(8)操作和控制的系统以产生和控制线圈充电时间Tch,对火花点火进行排序,以及其它控制特征,包括通过在发动机起动期间同时点火点火和感测来找到发射缸, 以提供高度受控和多功能的点火系统,其能够产生具有相对较少和较小部件的高能量流耦合点火火花。