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    • 3. 发明授权
    • Fuel injectors
    • 燃油喷射器
    • US07044405B2
    • 2006-05-16
    • US10771158
    • 2004-02-04
    • Hiroshi KawazoeToshiro Makimura
    • Hiroshi KawazoeToshiro Makimura
    • F02M61/00
    • F02M61/18F02M51/0667
    • It is, accordingly, an object of the present teachings to provide fuel injectors that can prevent leakage of noise, which is caused by contact of the valve with the valve seat, to the outside of the fuel injector. a representative injector may comprise a fuel passage, a valve, a valve seat, a jet opening and a jet opening downstream channel. The valve is disposed on the fuel passage and the valve seat receives the valve. The jet opening is formed in the valve seat and through which fuel is exhausted. The jet opening may be opened when the valve is moved apart from the valve seat. The jet opening downstream channel extends downstream from the jet opening through the valve seat and communicates the jet opening to the outside. The diameter of the jet opening downstream channel may be arranged and adapted such that the valve seat has a wall thickness to prevent leakage of noise to the outside through the valve seat. Because the diameter of the jet opening downstream channel is designed to be smaller and the wall thickness of the valve seat is designed to be greater, the representative injector can effectively prevent leakage of noise to the outside through the valve seat.
    • 因此,本发明的目的是提供能够防止由阀与阀座的接触引起的噪声泄漏到燃料喷射器外部的燃料喷射器。 代表性的喷射器可以包括燃料通道,阀,阀座,喷射开口和下游通道的喷射开口。 阀设置在燃料通道上,阀座接收阀。 喷射口形成在阀座中,燃料被排出。 当阀门从阀座移开时,喷射口可以打开。 喷射开口下游通道从射流开口的下游延伸穿过阀座并将喷射开口连通到外部。 喷射开口下游通道的直径可以被布置和适配,使得阀座具有壁厚度,以防止噪声通过阀座泄漏到外部。 因为喷射开口下游通道的直径被设计得更小,并且阀座的壁厚被设计得更大,所以代表性的喷射器可以有效地防止通过阀座向外部泄漏噪声。
    • 4. 发明授权
    • Electromagnetic fuel injector
    • 电磁燃油喷射器
    • US4742964A
    • 1988-05-10
    • US922170
    • 1986-10-23
    • Hideki ItoMotohiro BabaHitoshi TakeuchiToshiro MakimuraTakaaki Takagi
    • Hideki ItoMotohiro BabaHitoshi TakeuchiToshiro MakimuraTakaaki Takagi
    • F02M51/06F02M51/08F02M61/14F02M69/04F02M69/46H01F7/16B05B15/00B05B1/30
    • H01F7/1638F02M51/0675F02M53/08F02M61/145F02M69/044F02M69/465Y10S239/90
    • An electromagnetic fuel injector comprising a fixed iron core, a solenoid formed by winding a coil around the fixed iron core, a coil holder fixed to the solenoid, an injector casing surrounding the solenoid and the coil holder and formed of a material having high magnetic permeability, a movable iron core inserted between the fixed iron core and the injector casing, a compression spring normally biasing the movable iron core toward an injection nozzle of the injector, a valve body connected at its base to the movable iron core and formed with a flange at a base portion thereof, a stopper adapted to abut against the flange of the valve body and restrict a movable range, a valve housing incorporated in a front portion of the injector casing and slidably supporting the valve body, the valve housing being formed at its front end portion with a valve seat adapted to abut against the valve body, and a radiation member closely fitted on an outer periphery of the injector casing. A connection member may be provided connecting a plurality of injectors mounted on cylinders in a multi-cylinder engine for radiating heat generated in the injectors.
    • 一种电磁燃料喷射器,包括固定铁芯,通过围绕固定铁芯卷绕线圈而形成的螺线管,固定到螺线管的线圈架,围绕螺线管的线圈架和线圈架,并由具有高磁导率的材料形成 ,插入在固定铁芯和喷射器壳体之间的可动铁芯,通常将可动铁芯朝向喷射器的喷射喷嘴偏压的压缩弹簧,在其底部连接到可动铁芯并形成有凸缘的阀体 在其基部处具有适于抵靠阀体的凸缘并限制可移动范围的止动件,结合在喷射器壳体的前部中并可滑动地支撑阀体的阀壳体,阀壳体形成在其 具有适于抵靠阀体的阀座的前端部分和紧密配合在喷射器壳体的外周上的辐射构件。 连接构件可以连接安装在多气缸发动机中的气缸上的多个喷射器,用于辐射在喷射器中产生的热量。
    • 5. 发明授权
    • Fuel injector
    • 喷油器
    • US5085369A
    • 1992-02-04
    • US606904
    • 1990-10-31
    • Tsuneaki AokiToshiro MakimuraKaneo Imamura
    • Tsuneaki AokiToshiro MakimuraKaneo Imamura
    • F02M51/06F02M51/08F02M61/18F02M69/04
    • F02M69/04F02M51/0675F02M61/18F02M69/045F02M2051/08
    • A fuel injector including a valve housing having a fuel injection hole formed at a front end of the valve housing; a valve movably provided int he valve housing so as to open and close the fuel injection hole; a nozzle fixedly mounted to a front end of the valve housing; and a fuel colliding member provided in the nozzle and positioned in alignment with the fuel injection hole in front thereof. A size of the fuel colliding member is smaller in cross section perpendicular to an axis of the fuel injector than that of the fuel injection hole. Accordingly, a radially inside part of a columnar fuel after collision with the fuel colliding member further collides with a radially outside part of the columnar fuel passing outside the fuel colliding member to accelerate atomization of the fuel without reducing a velocity of flow of the fuel.
    • 一种燃料喷射器,包括具有形成在所述阀壳体的前端处的燃料喷射孔的阀壳体; 可移动地设置在阀壳体上以便打开和关闭燃料喷射孔的阀; 固定地安装在阀壳体前端的喷嘴; 以及燃料碰撞构件,其设置在所述喷嘴中并且与其前面的燃料喷射孔对准地定位。 燃料碰撞构件的尺寸在垂直于燃料喷射器的轴线的横截面上小于燃料喷射孔的尺寸。 因此,与燃料碰撞构件碰撞之后的柱状燃料的径向内部部分进一步与通过燃料碰撞构件外部的柱状燃料的径向外部部分碰撞,以加速燃料的雾化,而不会降低燃料的流动速度。
    • 9. 发明授权
    • Fuel injector with strainer
    • 带过滤器的燃油喷射器
    • US5088650A
    • 1992-02-18
    • US494539
    • 1990-03-16
    • Takaaki TakagiToshiro MakimuraKenji Kurita
    • Takaaki TakagiToshiro MakimuraKenji Kurita
    • B01D35/02F02M51/06F02M51/08F02M61/16
    • F02M61/165B01D35/02F02M51/0671F02M51/0675Y10S239/23
    • A fuel injector including an injector casing having a fuel inlet at a side portion thereof; a valve housing having a fuel injection hole at a front end thereof and having a guide hole at an axial central portion thereof, the guide hole being communicated with the fuel inlet; a valve reciprocably accommodated in the guide hole, the valve being adjusted to close the fuel injection hole when advancing and open the fuel injection hole when retracting; a valve driving device for driving the valve to advance and retract the valve; and a fuel strainer mounted on an outer circumference of the injector casing, the strainer comprising a synthetic resin frame having annular portions at front and rear ends thereof and a metal ring connected to at least one of the front and rear end portions of the frame by insert molding of synthetic resin, the metal ring being press-fitted with the injector casing. With this construction, the generation of a gap due to the creep of resin between the injector casing and the strainer can be prevented to thereby prevent entry of a foreign matter into the injector.
    • 一种燃料喷射器,包括在其侧部具有燃料入口的喷射器壳体; 阀壳体,其前端具有燃料喷射孔,并且在其轴向中心部分具有引导孔,所述引导孔与所述燃料入口连通; 可往复地容纳在引导孔中的阀,当进行收缩时推进并打开燃料喷射孔时,调节阀关闭燃料喷射孔; 阀驱动装置,用于驱动阀来推进和缩回阀; 以及安装在所述喷射器壳体的外周上的燃料过滤器,所述过滤器包括合成树脂框架,所述合成树脂框架在其前端和后端具有环形部分,并且金属环通过所述框架的前后端部中的至少一个连接到所述框架 插入成型合成树脂,金属环与喷射器套筒压配合。 通过这种结构,可以防止由于注射器壳体和过滤器之间的树脂蠕变而产生间隙,从而防止异物进入注射器。
    • 10. 发明授权
    • Nozzle structure in electromagnetic fuel injector
    • 电磁燃油喷嘴中的喷嘴结构
    • US5062573A
    • 1991-11-05
    • US496317
    • 1990-03-20
    • Toshiro Makimura
    • Toshiro Makimura
    • F02M51/06F02M51/08F02M61/18
    • F02M61/1806F02M51/0675F02M51/0682F02M2051/08Y10S239/90
    • An electromagnetic fuel injector including an injector body, a valve housing mounted in a front portion of the injector body and having an injection hole at a front end thereof, a solenoid coil mounted in a rear portion of the injector body, a valve axially movably received in the valve housing, an armature fixed to a rear end portion of the valve, a spring for normally biasing the valve in a valve closing direction, and a nozzle mounted to the front end of the valve housing and having a plurality of atomizer holes communicated with the injection hole of the valve housing. The valve is reciprocated by a magnetic attraction force due to excitation of the solenoid coil and a reaction force of the spring to thereby intermittently inject fuel from the injection hole. An atomizer plate is provided between the nozzle and the injection hole. The atomizer plate has a fuel colliding portion against which the fuel injected from the injection hole collides.
    • 一种电磁燃料喷射器,包括喷射器主体,安装在喷射器主体的前部并且在其前端具有喷射孔的阀壳体,安装在喷射器主体后部的螺线管线圈,轴向可移动地接收的阀 在阀壳体中,固定到阀的后端部的电枢,用于在阀关闭方向上正常地偏压阀的弹簧和安装在阀壳体的前端并具有连通的多个雾化器孔的喷嘴 与阀壳的注射孔。 阀由于螺线管线圈的激励和弹簧的反作用力而被磁吸引力往复运动,从而间歇地从喷射孔喷射燃料。 在喷嘴和喷射孔之间设置雾化板。 雾化器板具有燃料碰撞部分,从喷射孔喷射的燃料与其碰撞。