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    • 83. 发明公开
    • VENTIL
    • EP2923071A1
    • 2015-09-30
    • EP14783604.3
    • 2014-10-09
    • Continental Automotive GmbH
    • KRÜGER, ThomasBLEECK, Matthias
    • F02M63/00
    • F02M51/061F02M63/0017F02M63/0033F02M63/005F02M63/0071F02M63/0078F02M2200/9053F02M2200/9069F16K25/005F16K27/029F16K31/0655Y10T137/87096
    • A valve comprises: – a housing (101) which surrounds a fluid outlet (102), – a valve element (103) with a longitudinal axis (104), – a valve seat body (105) which surrounds a fluid inlet (106) and which has a sealing seat (107) such that the valve (100) is closed when the valve element (103) bears against the sealing seat (107) and which is coupled to the housing (101), wherein the valve element (103) is movable relative to the valve seat body (105) in the direction of the longitudinal axis (104) in order to enable a fluid flow from the fluid inlet (106) to the fluid outlet (102), the valve seat body (105) surrounds a guide surface (108) to which the valve element (103) is coupled in order to guide the movement of the valve element (103), and the valve seat body (105) is formed from a harder material than the housing (101).
    • 阀包括: - 包围流体出口(102)的壳体(101); - 具有纵向轴线(104)的阀元件(103); - 围绕流体入口(106)的阀座体(105) 并具有密封座(107),使得当所述阀元件(103)抵靠所述密封座(107)并且与所述壳体(101)耦合时所述阀(100)关闭,其中所述阀元件(103) )能够在纵向轴线(104)的方向上相对于阀座本体(105)移动,以便使流体能够从流体入口(106)流动到流体出口(102),阀座本体(105) )围绕引导表面(108),阀元件(103)联接到引导表面以引导阀元件(103)的运动,并且阀座体(105)由比壳体更硬的材料形成 101)。
    • 88. 发明公开
    • SOLENOID VALVE
    • 电磁阀
    • EP2749800A1
    • 2014-07-02
    • EP12835516.1
    • 2012-09-24
    • Nabtesco Corporation
    • TSURU, NobuyukiAKASE, Hiroshi
    • F16K31/06F02M47/00F02M51/06
    • F16K31/0658F02M47/027F02M63/0019F02M63/0021F02M63/0071F02M63/0078F02M2200/08H01F2007/086
    • [Means to Solve Problem]
      A coil (96) attracting an armature (80) is housed in a main body part (70). A valve part (82) adapted to rest on and move off a valve seat (74) is formed integral with the armature (80). The valve seat (74) is disposed at a location between a high-pressure path (78) and a low-pressure path (83). When the valve part (82) rests on the valve seat (74), the high-pressure path (78) and the low-pressure path (83) are disconnected from each other, while, when the valve part (82) moves off the valve seat (74), the high-pressure path (78) and the low-pressure path (83) communicate with each other. A through-hole (86) is formed in a portion of the armature (80) through which a smaller amount of magnetic flux from the coil (96) passes. A guide pin (102) secured to the main body part (70) engages with the through-hole (86).
    • 解决问题的手段吸引电枢80的线圈96容纳在主体部70中。 适合于放置在阀座(74)上并且离开阀座(74)的阀部件(82)与电枢(80)一体形成。 阀座(74)配置在高压通路(78)与低压通路(83)之间。 当阀部件82搁置在阀座74上时,高压通路78和低压通路83彼此分离,而当阀部件82脱离时 阀座(74),高压通路(78)和低压通路(83)相互连通。 通孔(86)形成在电枢(80)的一部分中,来自线圈(96)的较小量的磁通穿过该通孔。 固定到主体部分(70)的导销(102)与通孔(86)接合。