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    • 1. 发明授权
    • Ignition coil with separating wall
    • 带分隔壁的点火线圈
    • US07209023B2
    • 2007-04-24
    • US10807663
    • 2004-03-24
    • James John KlocinskiRobert Charles BaumanRick S. BurchettWilliam Douglas Walker
    • James John KlocinskiRobert Charles BaumanRick S. BurchettWilliam Douglas Walker
    • H01F27/02
    • H01F27/266H01F38/12
    • An ignition coil for an internal combustion engine minimizes the propagation of cracks in the encapsulate material surrounding the components of the ignition coil and provides a supplemental dielectric barrier. In one embodiment, the ignition coil comprises a housing, an outer core, an inner coil, and a coil assembly. The housing includes a bottom wall connected to an outer wall extending around the periphery of the housing. The outer core is positioned inside the outer wall, while the inner core is positioned inside the outer core. The coil assembly includes a primary winding and a secondary winding concentrically positioned relative to each other. The coil assembly is mounted to the inner core and positioned inside the outer core. The housing further includes an inner wall extending along the inner periphery of the outer core and positioned between the outer core and the coil assembly to prevent propagation of cracks.
    • 用于内燃机的点火线圈使围绕点火线圈的部件的封装材料中的裂纹的传播最小化,并提供补充介质阻挡层。 在一个实施例中,点火线圈包括外壳,外芯,内线圈和线圈组件。 壳体包括连接到围绕壳体的周边延伸的外壁的底壁。 外芯位于外壁内部,而内芯位于外芯内。 线圈组件包括相对于彼此同心定位的初级绕组和次级绕组。 线圈组件安装到内芯并且定位在外芯内。 壳体还包括沿着外芯的内周延伸并且位于外芯和线圈组件之间的内壁,以防止裂纹扩大。
    • 4. 发明授权
    • Pencil ignition coil assembly module
    • 铅笔点火线圈组装模块
    • US06178957B2
    • 2001-01-30
    • US09392047
    • 1999-09-08
    • Alex William WidigerGregg Michael StefanskyTodd Christopher SextonWilliam Douglas Walker
    • Alex William WidigerGregg Michael StefanskyTodd Christopher SextonWilliam Douglas Walker
    • H01F2706
    • F02P3/02H01F38/12H01F2038/122H01F2038/125
    • An ignition coil assembly module (40) that can be connected to and disconnected from an engine spark plug. The module elements are arranged as a succession of cylindrical layers about a central ferromagnetic core (46). From innermost to outermost, the succession is: a) a secondary bobbin (48), b) a secondary coil (58), c) a secondary encapsulant (194) encapsulating the secondary coil, d) a primary bobbin (50), e) a primary coil (56), f) an inner wall (181) of an environmental shield (42) encapsulating the primary coil, g) a ferromagnetic shell (52), and h) an outer wall (180) of the environmental shield encapsulating the shell. The primary bobbin forms a liquid container for holding secondary coil encapsulant. A terminal (100) extends through a transverse wall (71) of the primary bobbin for carrying secondary current from the secondary coil to another terminal (118) on the other side of the transverse wall that connects to a spark plug (80). The two terminals are connected together by a mechanical locking connection that keeps them together when the module is disconnected from the spark plug.
    • 点火线圈组件模块(40),其可以连接到发动机火花塞并与发动机火花塞断开。 模块元件围绕中心铁磁芯(46)布置成一系列圆柱形层。 从最里面到最外面,继承是:a)副线轴(48),b)次级线圈(58),c)封装次级线圈的二次密封剂(194),d)主线轴(50),e 初级线圈(56),f)封装初级线圈的环境护罩(42)的内壁(181),g)铁磁壳(52),以及h)环境护罩的外壁(180) 封装壳。 初级线轴形成用于保持次级线圈密封剂的液体容器。 端子(100)延伸穿过主线轴的横向壁(71),用于将次级线圈的二次电流传送到连接到火花塞(80)的横向壁的另一侧的另一端子(118)。 两个端子通过机械锁定连接连接在一起,当模块与火花塞断开连接时,它们保持在一起。
    • 8. 发明授权
    • Pencil ignition coil assembly module environmental shield
    • 铅笔点火线圈组装模块环保屏蔽
    • US6114933A
    • 2000-09-05
    • US391571
    • 1999-09-08
    • Alex William WidigerGregg Michael StefanskyTodd Christopher SextonWilliam Douglas Walker
    • Alex William WidigerGregg Michael StefanskyTodd Christopher SextonWilliam Douglas Walker
    • F02P15/00H01F27/02H01F38/12H01F27/29
    • H01F38/12H01F2038/122
    • An ignition coil assembly module (40) that can be connected to and disconnected from an engine spark plug. The module elements are arranged as a succession of cylindrical layers about a central ferromagnetic core (46). From innermost to outermost, the succession is: a) a secondary bobbin (48), b) a secondary coil (58), c) a secondary encapsulant (194) encapsulating the secondary coil, d) a primary bobbin (50), e) a primary coil (56), f) an inner wall (181) of an environmental shield (42) encapsulating the primary coil, g) a ferromagnetic shell (52), and h) an outer wall (180) of the environmental shield encapsulating the shell. The primary bobbin forms a liquid container for holding secondary coil encapsulant. A terminal (100) extends through a transverse wall (71) of the primary bobbin for carrying secondary current from the secondary coil to another terminal (118) on the other side of the transverse wall that connects to a spark plug (80). The two terminals are connected together by a mechanical locking connection that keeps them together when the module is disconnected from the spark plug.
    • 点火线圈组件模块(40),其可以连接到发动机火花塞并与发动机火花塞断开。 模块元件围绕中心铁磁芯(46)布置成一系列圆柱形层。 从最里面到最外面,继承是:a)副线轴(48),b)次级线圈(58),c)封装次级线圈的二次密封剂(194),d)主线轴(50),e 初级线圈(56),f)封装初级线圈的环境护罩(42)的内壁(181),g)铁磁壳(52),以及h)环境护罩的外壁(180) 封装壳。 初级线轴形成用于保持次级线圈密封剂的液体容器。 端子(100)延伸穿过主线轴的横向壁(71),用于将次级线圈的二次电流传送到连接到火花塞(80)的横向壁的另一侧的另一端子(118)。 两个端子通过机械锁定连接连接在一起,当模块与火花塞断开连接时,它们保持在一起。