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    • 1. 发明授权
    • Axially potted progressive wound remote mount ignition coil
    • 轴向逐渐缠绕远程安装点火线圈
    • US06894597B2
    • 2005-05-17
    • US10372151
    • 2003-02-21
    • Albert Anthony SkinnerKenneth P. SensemanColin HamerGary Lee Adams
    • Albert Anthony SkinnerKenneth P. SensemanColin HamerGary Lee Adams
    • H01F27/02H01F38/12H01F41/00
    • H01F27/022H01F38/12H01F41/005
    • An axially potted progressive wound remote mount ignition coil (axially potted ignition coil) includes a coil case, at least one coil assembly, and a quantity of potting material. Each coil assembly is progressively wound. The coil case includes a coil cavity for each coil assembly, a primary connector, and two secondary connectors for each coil cavity. Each primary coil is connected to the primary connector and an end of each secondary coil is connected to a single secondary connector. A quantity of potting material is poured over the open end of each coil cavity. A second embodiment of the axial potted ignition coil includes a modular coil case, at least one coil assembly, and a quantity of potting material. The modular coil case includes at least one coil tube, a rear end cap and a forward end cap. Each coil assembly is inserted into a respective coil tube.
    • 轴向封装的渐进式绕线远程安装点火线圈(轴向封装的点火线圈)包括线圈壳体,至少一个线圈组件和一定数量的灌封材料。 每个线圈组件逐渐缠绕。 线圈壳体包括用于每个线圈组件的线圈腔,主连接器和用于每个线圈腔的两个次级连接器。 每个初级线圈连接到主连接器,并且每个次级线圈的端部连接到单个次级连接器。 将一定数量的灌封材料倒入每个线圈腔的开口端。 轴向点火线圈的第二实施例包括模块化线圈箱,至少一个线圈组件和一定数量的灌封材料。 模块化线圈壳体包括至少一个线圈管,后端盖和前端盖。 每个线圈组件插入相应的线圈管中。
    • 4. 发明授权
    • Erosion resistant pencil coil having external secondary winding and shield
    • 防腐铅笔线圈具有外部次级绕组和屏蔽
    • US06556116B2
    • 2003-04-29
    • US09933243
    • 2001-08-20
    • Albert Anthony SkinnerKenneth P. SensemanJames Alva BoyerDavid D. JacksonViorel N. MogaMark Albert Paul
    • Albert Anthony SkinnerKenneth P. SensemanJames Alva BoyerDavid D. JacksonViorel N. MogaMark Albert Paul
    • H01F2702
    • H01F38/12
    • A method for inhibiting or eliminating case erosion in a pencil ignition coil having an internal primary winding and an external secondary winding and shield. Three alternative means for resisting damage due to the partial discharge phenomenon arising from a high electric field in such coil configurations are provided: (i) applying an ozone resistant coating on the case; (ii) applying a coating on the case for eliminating partial discharge under the shield; and (iii) applying a polyimide tape covering to the case for resisting partial discharge under the shield. Several significant benefits include: an increased commercial value by allowing the use of an efficient internal primary winding which increases energy density and eliminates the need for a spool, thereby lowering the manufacturing costs, the processing costs falling well beneath that of liquid polymer processing, the ease of processing by coating or molding, the reduction of electrical noise, the improved durability even through thermal cycling, and the lowering of case manufacturing costs by allowing the use of lower cost plastic.
    • 一种用于抑制或消除具有内部初级绕组和外部次级绕组和屏蔽的铅笔点火线圈中的外壳侵蚀的方法。 提供了三种用于抵抗由于这种线圈构造中的高电场引起的局部放电现象造成的损坏的替代方法:(i)在壳体上施加耐臭氧涂层; (ii)在外壳上施加涂层以消除屏蔽下的局部放电; 和(iii)将聚酰亚胺胶带覆盖层涂覆到外壳上以抵抗屏蔽下的局部放电。 几个显着的好处包括:通过允许使用有效的内部初级绕组来增加商业价值,其提高能量密度并且不需要卷轴,从而降低制造成本,加工成本远低于液体聚合物加工的成本, 易于通过涂覆或模塑加工,减少电噪声,即使通过热循环也提高了耐久性,并且通过允许使用较低成本的塑料降低了壳体制造成本。