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    • 1. 发明授权
    • Pressure relief valve
    • 减压阀
    • US06622752B2
    • 2003-09-23
    • US09866170
    • 2001-05-25
    • Takeo KushidaEtsuro HozumiAkinori YamazakiKazumasa KasaharaHideya Kikuchi
    • Takeo KushidaEtsuro HozumiAkinori YamazakiKazumasa KasaharaHideya Kikuchi
    • F16K1504
    • F16K17/0406Y10T137/7923Y10T137/7928
    • The present invention provides a pressure relief valve, which achieves a reliable sealed structure in a valve holder 31 without the valve holder 31 jutting far out from a common rail, assures stability of operation of a valve spring 11 in a valve holder 31, and is capable of being manufactured at low cost and can be made compact. A first invention relates to a pressure relief valve, which focuses on making the low-pressure portion side end portion of a valve holder 31 a closed structure, and which has a valve spring 11 that is housed inside the valve holder 31; spring seats 34, 35 on which a valve spring 11 is seated; a valve seat 32 that is mounted to the valve holder 31; and a valve body 9, which is lifted from the valve seat 32 by fluid pressure, this pressure relief valve being characterized in that there is formed a closed end portion 36, which makes the low-pressure portion side end portion 31B of the valve holder 31 a closed state, and, in addition, is constituted so as to enable a valve spring 11 to be seated between the inner wall surface of closed end portion 36 and a spring seat 34, 35. A second invention focuses on making the spring seats 34, 35 of valve spring 11 a cup shape, and is characterized in that spring seats 34, 35 are housed in a slidable condition inside a valve holder 31 as cup-shaped spring seats 34, 35.
    • 本发明提供了一种压力释放阀,其在阀保持器31中实现了可靠的密封结构,而没有突出远离共轨的阀保持器31,确保阀弹簧11在阀保持器31中的操作的稳定性,并且是 能够以低成本制造并且可以制造得紧凑。 第一发明涉及一种压力释放阀,该压力释放阀集中在使阀座31的低压部侧端部形成为封闭结构,并具有容纳在阀保持架31内的阀弹簧11; 弹簧座34,35安置阀弹簧11; 安装在阀座31上的阀座32; 该阀体9通过流体压力从阀座32提升,其特征在于形成有封闭端部36,该封闭端部36使阀座的低压部侧端部31B 31是关闭状态,另外,构成为使得阀弹簧11能够安置在封闭端部36的内壁面与弹簧座34,35之间。第二个发明集中在使弹簧座 34,35是阀形弹簧11,其特征在于,作为杯形弹簧座34,35,弹簧座34,35以可滑动状态容纳在阀保持架31内。
    • 7. 发明授权
    • Radial piston pump for low-viscosity fuel
    • 用于低粘度燃料的径向活塞泵
    • US5630708A
    • 1997-05-20
    • US364857
    • 1994-12-27
    • Takeo KushidaFujio AokiTakayuki IkedaKoichiro FutamaseTomoharu SatoHideya KikuchiKen SatoNobuo AokiKatsuhiko Tsukazaki
    • Takeo KushidaFujio AokiTakayuki IkedaKoichiro FutamaseTomoharu SatoHideya KikuchiKen SatoNobuo AokiKatsuhiko Tsukazaki
    • F04B1/053F04B53/10F04B53/22
    • F04B53/1047F04B1/053F04B53/109F04B53/22
    • A radial piston pump for low-viscosity fuel according to a first aspect of the invention comprises a pump housing, which is constituted of as few as two structural bodies (from among a drive-side housing member 2A, a fixed cylinder 81 and a cover 4), and a leaf valve member 82 which is formed with intake valves 87 for opening and closing intake side passages 27 and discharge valves 88 for opening and closing discharge side passages 28 and is sandwiched between two structural bodies (fixed cylinder 81 and cover 4). The first aspect of the invention reduces the number of components constituting the pump housing, enables highly precise overall axial alignment, prevents wobbling of a pump shaft 9 of the pump, increases performance and reliability and reduces cost. A radial piston pump for low-viscosity fuel according to a second aspect of the invention comprises a leaf valve member 205 formed in one and the same plane thereof with overflow ports communicating with an overflow passage 59 in the pump housing, intake valves 87 communicating with intake side passages 27 and discharge valves 88 communicating with discharge side passages 28. The third aspect of the invention provides a method for assembling the radial piston pump for low-viscosity fuel according to the second aspect of the invention.
    • 根据本发明的第一方面的用于低粘度燃料的径向柱塞泵包括泵壳体,其由少至两个结构体(从驱动侧壳体构件2A,固定气缸81和盖子 形成有用于打开和关闭进气侧通道27的进气门87和用于打开和关闭排出侧通道28的排出阀88并且被夹在两个结构体(固定缸81和盖4)之间的叶片阀构件82 )。 本发明的第一方面减少了构成泵壳体的部件的数量,使得能够进行高精度的总体轴向对准,防止泵的泵轴9摆动,提高了性能和可靠性并降低了成本。 根据本发明第二方面的用于低粘度燃料的径向柱塞泵包括在其一个同一平面中形成有与泵壳体中的溢流通道59连通的溢流口的叶片阀件205,进气门87与 进气侧通道27和与排出侧通道28连通的排出阀88.本发明的第三方面提供一种组装根据本发明第二方面的用于低粘度燃料的径向活塞泵的方法。
    • 8. 发明授权
    • Pressure-balanced electromagnetic valve
    • 压力平衡电磁阀
    • US4951916A
    • 1990-08-28
    • US439268
    • 1989-11-20
    • Yasumasa KanamedaTakeo Kushida
    • Yasumasa KanamedaTakeo Kushida
    • F16K31/06
    • F16K31/0693
    • Herein disclosed a disc type electromagnetic valve which is disposed in the passage of a fluid represented by pressurized gases or air for controlling the flow of the fluid. In a casing at the back of a stator, there is formed a chamber in which a diaphragm is arranged. This diaphragm has its radially inner side connected to either a movable receiver of a spring for biasing an armature apart from the attracting surface of the stator or the armature. The chamber at the back of the diaphragm is caused to communicate with a communication passage of the pressurized fluid through a passage hole which extends through the armature and a valve member. When the pressure of the fluid exerted upon the valve member fluctuates, the diaphragm is moved to automatically adjust the seating force of the valve member against a valve seat.
    • 这里公开了一种盘式电磁阀,其设置在由加压气体或空气表示的流体的通道中,用于控制流体的流动。 在定子背面的壳体中,形成有隔膜的腔室。 该隔膜的径向内侧连接到弹簧的可动接收器,用于使电枢偏离定子或电枢的吸引表面。 通过通过衔铁延伸的通孔和阀构件,使膜片背面的室与加压流体的连通通道连通。 当施加在阀构件上的流体的压力波动时,隔膜被移动以自动调节阀构件抵靠阀座的就座力。