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    • 11. 发明授权
    • Ignition coil device
    • 点火线圈装置
    • US07673623B2
    • 2010-03-09
    • US11538541
    • 2006-10-04
    • Toshio Maekawa
    • Toshio Maekawa
    • F02P3/02H01T13/00
    • H01T13/44F02P3/02H01F27/02H01F38/12H01F2038/122
    • An ignition coil device mounted on the cylinder head of an internal combustion engine. The ignition coil includes: a cylindrical pipe inserted into a plug hole while a first clearance is formed between the cylindrical pipe and the plug hole; a coil tower arranged over the cylindrical pipe; a seal member arranged below the coil tower for sealing the plug hole; and a cover arranged between the seal member and the coil tower. The seal member is formed with an air bleeding hole extending from the first clearance to a side of the coil tower. The air bleeding hole includes a protruding opening. A circumferential wall portion is positioned on the outer circumference side of the protruding opening while a second clearance is formed between the cover and a periphery of the protruding opening.
    • 安装在内燃机的气缸盖上的点火线圈装置。 点火线圈包括:在圆柱形管和插塞孔之间形成第一间隙的插入孔中的圆柱形管; 设置在圆筒管上的线圈塔; 密封构件,布置在所述线圈塔的下方,用于密封所述塞孔; 以及布置在密封构件和线圈塔之间的盖子。 密封构件形成有从第一间隙延伸到线圈塔的一侧的排气孔。 排气孔包括突出的开口。 周壁部位于突出开口的外周侧,同时在盖与突出开口的周边之间形成第二间隙。
    • 17. 发明申请
    • Spark plug
    • 火花塞
    • US20050127808A1
    • 2005-06-16
    • US11002443
    • 2004-12-03
    • Hirofumi SuzukiSeiji Amakusa
    • Hirofumi SuzukiSeiji Amakusa
    • C23C22/53C23C28/00H01T13/08H01T13/20F02M57/06F02P13/00H01T13/00
    • C23C28/3225C23C22/53C23C28/345C23C2222/10H01T13/08
    • A spark plug includes a metallic housing, an insulator fixed in the metallic housing, a center electrode fixed in the insulator, a ground electrode opposed to the center electrode via a spark discharge gap, and a protective coat formed on the surfaces of a metallic housing and a gasket. The protective coat includes a galvanized film formed on the surfaces of the metallic housing and the gasket and a chromate film successively laminated on the galvanized film. The chromate film is hexavalent chromium-free and contains trivalent chromium as a major component. The chromate film has a film thickness not smaller than 0.05 μm and not greater than 0.18 μm, and the chromate film contains a metallic component which is robust against oxidation compared with zinc. Furthermore, the chromate film has a film hardness equal to or less than 1 GPa in the temperature range from a room temperature to 180° C.
    • 火花塞包括金属壳体,固定在金属壳体中的绝缘体,固定在绝缘体中的中心电极,经由火花放电间隙与中心电极相对的接地电极,以及形成在金属壳体的表面上的保护涂层 和垫圈。 保护层包括在金属壳体和垫圈的表面上形成的镀锌膜和依次层压在镀锌膜上的铬酸盐膜。 铬酸盐膜是六价铬,含有三价铬作为主要成分。 铬酸盐膜的膜厚不小于0.05μm,不大于0.18μm,并且铬酸盐膜含有与锌相比耐氧化的金属成分。 此外,铬酸盐膜在室温至180℃的温度范围内具有等于或小于1GPa的膜硬度。
    • 19. 发明授权
    • Method of producing a high energy plasma for igniting fuel
    • 生产用于点燃燃料的高能等离子体的方法
    • US4402036A
    • 1983-08-30
    • US325806
    • 1981-11-30
    • George H. HensleyRaymond E. Hensley
    • George H. HensleyRaymond E. Hensley
    • F02P7/03F02P9/00H01T13/50H01T13/54F23Q3/00H01T13/00
    • H01T13/54F02P7/03F02P9/007H01T13/50
    • A combustion initiation system includes an initiating device for producing, containing and propelling a combustion initiating plasma having an energy density approaching that produced by combustion of the fuel itself, and is suitable for initiating combustion in relatively lean mixtures of various types of fuels. A high voltage power supply delivers electrical energy by a coaxial cable to the initiating device which communicates with a fuel mixture in a combustion area such as the combustion chamber of an ordinary internal combustion engine. The initiating device includes a capacitive portion for storing a large quantity of electrical energy therein derived from the power supply, and an electrode portion integral with the capacitive portion which comprises a pair of concentric, rod shaped electrodes for producing a high energy, umbrella shaped plasma discharge, using the inverse pinch technique. Due to the close proximity between the capacitive and electrode portions of the initating device, rapid energy transfer from the former to the latter creates high magnetic pressures which transform the discharge into a high energy plasma jet which is delivered well into the combustion area.
    • 燃烧启动系统包括用于产生,容纳和推进具有接近由燃料本身燃烧产生的能量密度的燃烧起始等离子体的启动装置,并且适于在各种类型的燃料的相对贫的混合物中引发燃烧。 高压电源通过同轴电缆将电能传递到起动装置,其与诸如普通内燃机的燃烧室的燃烧区域中的燃料混合物连通。 起动装置包括用于存储从电源中产生的大量电能的电容部分和与电容部分成一体的电极部分,该电极部分包括一对同心的棒状电极,用于产生高能量的伞形等离子体 放电,使用反向夹点技术。 由于起动装置的电容部分和电极部分之间的紧密接近,从前者到后者的快速能量传递产生高的磁压力,其将放电转变成高能等离子体射流,其被很好地输送到燃烧区域。