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    • 8. 发明申请
    • FUEL INJECTION VALVE WITH INTEGRATED SPARK PLUG
    • 具有集成SPARK燃料喷射阀
    • WO1998012431A1
    • 1998-03-26
    • PCT/DE1997001704
    • 1997-08-11
    • ROBERT BOSCH GMBHBENEDIKT, WalterRIEGER, FranzNORGAUER, RainerPREUSSNER, Christian
    • ROBERT BOSCH GMBH
    • F02M57/06
    • F02M61/08F02M51/0671F02M51/0685F02M57/06F02M2200/507
    • In the fuel injection valve with integrated spark plug, the valve with integrated spark plug valve needle (12) extends through the valve opening (13) to the body closing the valve (14) located on the side of the injection. A closing spring (16) prestresses the valve needle (12) in an opposite direction to the opening placed in the direction of the injection so that the body closing the valve (14) is placed against the valve seat (15) on the injection side when the fuel injection valve is closed. The armature (32) is held in contact with the valve needle (12) by means of a locating spring (37) which acts in the direction of the opening (37) via an intermediary part (25,35) located between the armature (32) and the valve needle (12). The intermediary part (25,35) comprises an appropriate isolation element (25) for isolation from high voltage.
    • 在具有集成的火花塞的燃料喷射器中,阀针(12)通过阀开口(13)通过向排出侧延伸设置闭阀(14)。 闭合弹簧(16)的阀针(12)计数器偏置到其在放电(x)的引导作为之前打开的方向,即阀关闭体(14)抵靠所述阀座(15)具有封闭的燃料喷射阀喷射侧。 衔铁(32)由在打开方向上的接触弹簧(37)(12)作用的力的装置经由所述电枢(32)和阀针之间保持设置中间片(25,35)在抵靠接合所述阀针(12)。 中间件(25,35),用于分离所述的高电压,一个合适的绝缘部件(25)。
    • 10. 发明申请
    • SPARK PLUG WITH SURFACE DISCHARGE SECTION
    • SPARK插头与表面放电部分
    • WO1987007094A1
    • 1987-11-19
    • PCT/DE1987000202
    • 1987-05-06
    • ROBERT BOSCH GMBHBENEDIKT, WalterHERDEN, WernerSCHMATZ, JürgenSCHWAB, Siegbert
    • ROBERT BOSCH GMBH
    • H01T13/52
    • H01T13/52
    • A spark plug with a surface discharge section for internal combustion engines is provided with a spark plug barrel (11) with an annular earthed electrode (15), an insulating body (10) surrounded by the barrel (11) on a longitudinal section and a central electrode (19) housed in a through-hole (16) in the insulating body (10), and exposed on the combustion chamber side. The surface discharge section is formed between the central electrode (19) and the earthed electrode (15) along a discharge path on the surface of the insulating body (10). In order to obtain a low plug capacity with a highly dielectric discharge path, the insulating body (10) is provided at least in the end section of the combustion chamber side with at least two coaxial material layers (21, 22) which are totally or partially adjacent to one another in the radial direction and having highly different dielectric constance.
    • 具有用于内燃机的表面放电部分的火花塞设置有具有环形接地电极(15)的火花塞筒(11),在纵向部分上被筒体(11)包围的绝缘体(10) 中心电极(19)容纳在绝缘体(10)中的通孔(16)中,并暴露在燃烧室侧。 表面放电部分沿绝缘体(10)的表面上的放电路径形成在中心电极(19)和接地电极(15)之间。 为了获得具有高电介质放电路径的低插头容量,绝缘体(10)至少在燃烧室侧端部设置有至少两个同轴材料层(21,22),该至少两个同轴材料层(21,22) 在径向上彼此部分相邻并且具有高度不同的介电常数。