会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明公开
    • GAS FUEL INJECTION VALVE
    • BRENNGASEINSPRITZVENTIL
    • EP2415999A1
    • 2012-02-08
    • EP10758421.1
    • 2010-03-17
    • Keihin Corporation
    • KUZUMA, ToshinoriYOSHIDA, TakashiSATO, WataruNAKAJIMA, Yoji
    • F02M21/02F02M61/18
    • F02M21/0281F02M21/0254F02M21/0266F02M51/0682F02M61/1833F02M61/1846F02M2200/04Y02T10/32
    • A gas fuel injection valve is provided in which a single nozzle member (11) is fixedly provided in a front end part of a valve housing (2), and this nozzle member (11) has formed therein a valve seat (13), a valve hole (45) extending through a central part of the valve seat (13), a throttle hole (46) having a smaller diameter than that of the valve hole (45) and communicating with an outlet of the valve hole (45), and a nozzle hole (48) having a larger diameter than that of the throttle hole (46) and communicating with an outlet of the throttle hole (46), wherein when an internal diameter of the throttle hole (46) is D1, a length of the throttle hole (46) is L1, an internal diameter of the nozzle hole (48) is D2, and a length of the nozzle hole (48) is L2, L ⁢ 1 / D ⁢ 1 > 1 1 D ⁢ 2 / D ⁢ 1 ≥ 1.2 the above expressions (1) and (2) are satisfied. Thus, it is possible to provide a silent gas fuel injection valve by preventing a gas fuel flow separation phenomenon at the boundary between the throttle hole and the nozzle hole.
    • 提供了一种气体燃料喷射阀,其中单个喷嘴构件(11)固定地设置在阀壳体(2)的前端部分中,并且该喷嘴构件(11)中形成有阀座(13), 延伸穿过阀座(13)的中心部分的阀孔(45),具有比阀孔(45)小的直径的节流孔(46),并与阀孔(45)的出口连通, 以及具有比节流孔(46)的直径大的直径的喷嘴孔(48),并且与节流孔(46)的出口连通,其中,当节流孔(46)的内径为D1时, 的节流孔(46)的长度为L1,喷嘴孔(48)的内径为D2,喷嘴孔(48)的长度为L2,L ¢1 / D ¢1> 1 1 ¢2 / D ¢1‰¥1.2上述表达式(1)和(2)均满足。 因此,可以通过防止在节流孔和喷嘴孔之间的边界处的气体燃料流分离现象来提供静音气体燃料喷射阀。
    • 3. 发明公开
    • ENGINE GAS FUEL SUPPLY APPARATUS
    • GASBRENNSTOFFZUFUHRVORRICHTUNGFÜR电机
    • EP1980740A1
    • 2008-10-15
    • EP07707504.2
    • 2007-01-26
    • Keihin Corporation
    • NAKAJIMA, Yoji
    • F02M21/02F02M51/06F02M53/04
    • F02M21/0281F02D19/0647F02D19/0684F02D19/0692F02M21/0245F02M21/0254F02M21/0266F02M21/06Y02T10/32Y02T10/36
    • An engine gas fuel supply apparatus is provided that includes a gas fuel injection valve (10) formed from a valve housing (42) having at one end a fuel inlet hole (76) communicating with a gas fuel tank (9), a nozzle member (51) provided at the other end of the valve housing (42) and having a valve seat (53) and a nozzle hole (54) running through a central part of this valve seat (53), and a valve body (55) slidably fitted into a guide hole (49) of the valve housing (42) and via one end face opening and closing the nozzle hole (54) in cooperation with the valve seat (53), wherein a heating chamber (15) for heating the valve seat (53) and the periphery of the guide hole (49) is disposed in the area around the valve housing (42), and cooling, water for an engine (E) is made to pass through the heating chamber (15) as a heat source therefor. This enables the valve seat and a sliding part of the valve body of the gas fuel injection valve to be heated at an early stage after starting the engine, the viscosity of oil attached thereto to be decreased, and the gas fuel injection valve to be operated properly at an early stage.
    • 提供一种发动机气体燃料供给装置,其包括由阀壳体(42)形成的气体燃料喷射阀(10),该阀壳体的一端具有与气体燃料箱(9)连通的燃料入口孔(76),喷嘴构件 (51),其设置在所述阀壳体(42)的另一端,并且具有阀座(53)和贯穿所述阀座(53)的中心部分的喷嘴孔(54),以及阀体(55) 可滑动地装配到阀壳体(42)的引导孔(49)中,并且经由一个端面与阀座(53)协作地打开和关闭喷嘴孔(54),其中加热室 阀座(53)和引导孔(49)的周围设置在阀壳体(42)周围的区域中,并且使发动机(E)的冷却水通过加热室(15)作为冷却 一个热源。 这使得阀座和气体燃料喷射阀的阀体的滑动部分在启动发动机之后的早期阶段被加热,附着在其上的油的粘度降低,并且气体燃料喷射阀被操作 适当地在早期阶段。
    • 4. 发明公开
    • PRESSURE REDUCING VALVE FOR GAS
    • DRUCKMINDERUNGSVENTILFÜRGAS
    • EP2123955A1
    • 2009-11-25
    • EP08703602.6
    • 2008-01-22
    • Keihin Corporation
    • YAMAMOTO, HiroakiNAKAJIMA, YojiSAITO, YoshioCHIBA, Yutaka
    • F16K17/04F02M21/02F16K31/06F16K49/00
    • F02M21/0239F02M21/0233G05D16/0663Y02T10/32Y10T137/6579Y10T137/6606Y10T137/7757Y10T137/7809Y10T137/7823Y10T137/7825
    • A pressure reducing valve for gas is provided in which a valve mechanism having opening in a central part a valve hole that communicates with a low pressure passage and a low pressure chamber and including a valve body that is capable of being seated on a valve seat facing a valve chamber communicating with a high pressure passage is housed within a body such that the valve body is connected to a pressure receiving member operating in response to pressure of the low pressure passage and the low pressure chamber, wherein the body (16) is formed by joining a plurality of body members (18, 19) having different strengths, the entirety of the high pressure passage (30, 64) being formed, among the plurality of body members (18, 19), within the body member (18) that has a high strength, and at least part of the low pressure passage (85, 86, 94, 119) and the low pressure chamber (83, 84, 116) being formed, among the plurality of body members (18, 19), within the body member (19) that has a low strength. This enables the cost to be reduced.
    • 提供了一种气体减压阀,其中在中心部分具有开口的阀机构,其与低压通道和低压室连通​​,并且包括阀体,该阀体能够坐在阀座面对 与高压通道连通的阀室容纳在体内,使得阀体连接到响应于低压通道和低压室的压力而工作的受压部件,其中形成主体(16) 通过连接具有不同强度的多个主体部件(18,19),在主体部件(18)内形成有多个主体部件(18,19)中的高压通道(30,64)的整体, 具有高强度,并且在所述多个主体部件(18,19)中形成有所述低压通路(85,86,94,119)和所述低压室(83,84,116)的至少一部分, 在具有低的身体构件(19)内 强度。 这样可以降低成本。
    • 7. 发明公开
    • LIQUID TRAP DEVICE FOR GAS
    • FLÜSSIGFALLEFÜRGAS
    • EP2213868A1
    • 2010-08-04
    • EP08848553.7
    • 2008-10-20
    • Keihin Corporation
    • SAITO, TakashiONO, JunYOSHIDA, TakashiNAKAJIMA, Yoji
    • F02M21/02B01D46/24
    • B01D46/2403B01D46/0002B01D46/003B01D46/0047F02M21/0215F02M21/0227Y02T10/32
    • A liquid trap device for gas comprising a trap housing (3) consisting of a ceiling wall (5), a bottom wall (6) and a circumferential wall (7) with a gas inlet port (20) and a gas outlet port (21) being provided in the ceiling wall (5), and a filter element (4) held between the ceiling wall (5) and the bottom wall (6) and having an inner part communicating with the gas inlet port (20) and the outer circumferential surface communicating with the gas outlet port (21) through the inner space (8) of the trap housing (3), wherein the trap housing (3) is formed to have a shape elongated along one lateral center line (X) in the plan view, and the filter element (4) and the outlet port upstream portion (21a) of the gas outlet port (21) opening into the trap housing (3) are respectively arranged closely to first and second sidewall portions (7a, 7b) of the circumferential wall (7) facing each other on the lateral center line (X). Consequently, a compact liquid trap device for gas which can enhance capturing performance of liquid by ensuring the lateral distance sufficiently from the filter element to the gas outlet can be provided.
    • 一种用于气体的液体捕集装置,包括由天花板壁(5),底壁(6)和具有气体入口(20)和气体出口(21)的周壁(7)组成的捕集器壳体(3) )设置在所述顶壁(5)中,以及保持在所述顶壁(5)和所述底壁(6)之间的过滤元件(4),并且具有与所述气体入口(20)连通的内部部分 圆周表面通过所述收集器壳体(3)的所述内部空间(8)与所述气体出口(21)连通,其中所述捕集器壳体(3)形成为沿着所述捕集器壳体(3)的一个横向中心线(X)延伸的形状 俯视图,并且通过开口进入捕集器壳体(3)的气体出口(21)的过滤元件(4)和出口端口上游部分(21a)分别靠近第一和第二侧壁部分(7a,7b)布置。 的周向壁(7)在横向中心线(X)上彼此面对。 因此,可以提供用于气体的紧凑型液体捕集装置,其可以通过确保从过滤元件到气体出口的横向距离来提高液体的捕获性能。
    • 8. 发明公开
    • PRESSURE REDUCING VALVE
    • DRUCKMINDERUNGSVENTIL
    • EP2182262A1
    • 2010-05-05
    • EP08790975.0
    • 2008-07-08
    • Keihin Corporation
    • YAMAMOTO, HiroakiCHIBA, YutakaSAITO, YoshioNAKAJIMA, Yoji
    • F16K31/128F16K31/365F16K51/00
    • F16K31/128G05D16/0663
    • A pressure-reducing valve is provided in which a diaphragm rod connected to a valve body of a valve mechanism is connected to a central part of a diaphragm having its peripheral edge part clamped between a body and a diaphragm cover, wherein the diaphragm (28) is formed from a disk-shaped rubber sheet for which the sheet thickness of at least its peripheral edge part is uniform in the natural state, and in a state in which the diaphragm cover (17) is fixed to the body (16) so that the peripheral edge part of the diaphragm (28) is compressively held between a collar portion (17b) of the diaphragm cover (17) and a clamping face (91) of the body (16), a portion having, of the gap between the collar portion (17b) and the clamping face (91), a minimum gap is positioned further inward in the radial direction of the diaphragm (28) than a portion having a maximum gap. This enables the sealing properties and the pull-out resistance for the diaphragm to be guaranteed while achieving a reduction in weight and a reduction in cost.
    • 提供了一种减压阀,其中连接到阀机构的阀体的隔膜杆连接到其周边边缘部分夹在主体和隔膜盖之间的隔膜的中心部分,其中隔膜(28) 由自然状态下至少其周边部分的片材厚度均匀的盘状橡胶片形成,并且在膜片盖(17)固定到主体(16)的状态下,使得 隔膜(28)的周边部分被压缩地保持在隔膜盖(17)的轴环部分(17b)和主体(16)的夹紧面(91)之间, 轴环部分(17b)和夹紧面(91)之间的最小间隙位于隔膜(28)的径向方向上比起具有最大间隙的部分更靠内侧。 这样可以确保膜片的密封性能和拉出阻力,同时实现重量的减轻和成本的降低。