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    • 5. 发明申请
    • HIGH PRESSURE FUEL PUMP
    • 高压燃油泵
    • US20140314601A1
    • 2014-10-23
    • US14360778
    • 2011-11-30
    • Shingo TamuraAtsuji SaitoSatoshi UsuiMasahiko Hayatani
    • Shingo TamuraAtsuji SaitoSatoshi UsuiMasahiko Hayatani
    • F04B39/00
    • High pressure fuel pump includes a cylinder which is fitted in a concave portion formed in a pump housing and which defines a compression chamber of the pump and a plunger which pressurizes, by sliding against the cylinder, the fluid in the compression chamber. It is structured such that the fluid sucked into the compression chamber by reciprocating motion of the plunger is pressurized and is then discharged from the compression chamber. The cylinder is formed of a cylindrical member which has a ceiling portion and in which the compression chamber is partitionedly formed. A fuel suction path formed in the pump housing reaches the compression chamber through the cylinder and a fuel discharge path formed in the pump housing is connected to the compression chamber through the cylinder. The cylinder is pressed against the pump body by a fuel pressurizing force applied to the cylinder.
    • 高压燃料泵包括:缸体,其安装在形成在泵壳体中的凹部中,并且限定泵的压缩室;以及柱塞,该柱塞通过与气缸滑动而对压缩室中的流体进行加压。 其结构使得通过柱塞的往复运动吸入压缩室的流体被加压,然后从压缩室排出。 气缸由具有顶部的圆柱形构件形成,并且压缩室被分隔成形。 形成在泵壳体中的燃料吸入路径通过气缸到达压缩室,并且形成在泵壳体中的燃料排出路径通过气缸连接到压缩室。 气缸通过施加到气缸的燃料加压力压靠在泵体上。
    • 8. 发明授权
    • Fuel injection valve
    • 燃油喷射阀
    • US08230839B2
    • 2012-07-31
    • US12438668
    • 2006-09-25
    • Masahiko HayataniMotoyuki AbeToru IshikawaEiichi KubotaTakehiko Kowatari
    • Masahiko HayataniMotoyuki AbeToru IshikawaEiichi KubotaTakehiko Kowatari
    • F02M51/00
    • F02M51/0671F02M51/0685F02M2200/07F02M2200/304
    • In a fuel injection valve used for an internal combustion engine, a valve closing lag time due to fluid resistance in a fuel path is shortened to decrease a minimum injection limit. More specifically, in the fuel injection valve in which an anchor is attracted to an end face part of a stationary core having a fuel path formed at a center part thereof by means of electromagnetic force, and in which a fuel injection hole is opened and closed by controlling a valve disc driven in conjunction with the anchor, there are provided a fuel reservoir part at a center part of an upper end face part of the anchor, a through hole extending axially in a fashion that an end part thereof is open to the fuel reservoir part, and a fuel path extending radially outward from the fuel reservoir part so that fuel is fed to a magnetic attraction gap between an upper end face part of the anchor and a lower end face part of the stationary core. Further, an opening part of a through hole that is open to an upper end face part of the anchor is at least partially opposed to a fuel introduction bore formed in the stationary core, and on the opening part of the through hole, a fuel introduction part is provided for capturing fuel running radially outward from a center side part of the anchor and for guiding the fuel thus captured to the through hole.
    • 在用于内燃机的燃料喷射阀中,由于燃料路径中的流体阻力引起的关闭滞后时间被缩短以减小最小喷射极限。 更具体地说,在燃料喷射阀中,锚具被吸引到具有通过电磁力形成在其中心部分处的燃料路径的固定铁芯的端面部分,并且其中燃料喷射孔被打开和关闭 通过控制与锚固件一起驱动的阀盘,在锚固件的上端面部分的中心部分设置有一个燃料储存部分,一个轴向延伸的通孔,该通孔的端部向 燃料储存部分和从燃料储存部分径向向外延伸的燃料路径,使得燃料被供给到锚固件的上端面部分和固定铁芯的下端面部分之间的磁吸引间隙。 此外,通向孔的上端面部分开口的通孔的开口部分至少部分地与形成在固定铁芯中的燃料导入孔相对,并且在通孔的开口部分上具有燃料引入 设置有用于捕获从锚的中心侧径向向外延伸的燃料并且将如此捕获的燃料引导到通孔。