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    • 3. 发明专利
    • Spray generating method by the fluid injection valves, fluid injection valve, and spray generation device
    • 空值
    • JP5295337B2
    • 2013-09-18
    • JP2011229503
    • 2011-10-19
    • 三菱電機株式会社
    • 守 住田達也 中山
    • F02M61/18
    • F02M61/184F02M61/162F02M61/18F02M61/1806F02M61/1813F02M61/1853F02M61/186
    • A mist forming method using a fluid injection valve formed of a valve seat, a valve body, and a nozzle portion or an injection hole plate having injection holes, and configured to turn in-hole flows and flows immediately below the injection holes into substantially liquid film flows. Directions of jets from the injection holes are not necessarily brought into coincidence with a center axis direction of the injection holes and are not necessarily crossed with one another in a downstream part, and after the jets turned into mists at a position downstream of a break length position, the mists are allowed to come close or gather by the Coanda effect so as to appear substantially as one solid mist, and allowed to keep gathering until catching of ambient air and a resulting air flow along a downstream flow direction in a predetermined in-mist portion attenuate.
    • 一种使用由阀座,阀体和喷嘴部分形成的流体喷射阀的喷雾形成方法或具有喷射孔的喷射孔板,并且构造成将喷射孔的正下方的流入和流动转化为基本上液体 电影流。 来自喷射孔的射流的方向不一定与喷射孔的中心轴方向一致,并且不一定在下游部分彼此交叉,并且在喷嘴在断裂长度的下游位置变成雾状 通过柯恩达效应可以使雾气靠近或聚集,从而基本上看起来像一个固体雾一样,并且允许聚集,直到捕获周围的空气,并且沿着下游流动方向捕获所产生的空气流, 雾部分衰减。
    • 4. 发明专利
    • Fuel injection valve
    • JP5295315B2
    • 2013-09-18
    • JP2011138110
    • 2011-06-22
    • 三菱電機株式会社
    • 範久 福冨達也 中山啓祐 伊藤守 住田
    • F02M61/18F02M61/10
    • PROBLEM TO BE SOLVED: To improve fuel consumption by promoting spray atomization by forming a liquid film within an injection hole of a fuel injection valve. SOLUTION: A fuel injection valve includes: a valve seat including a conical valve seating surface; a valve element which opens/closes a fuel passage by separating/contacting a spherical surface from/to the valve seating surface and control the supply of a fuel to an engine suction pipe; and an injection hole plate which includes a plurality of injection holes each for injecting the fuel to the engine suction pipe and is disposed while being confronted with a downstream surface of the valve element. The injection holes are disposed in such a manner that the fuel flowing down along with the valve seating surface from between a point (seat part D) on the valve seating surface which is abutted with the spherical surface while the valve is closed, and the spherical surface does not directly flow into an injection inlet S3 farthest from the seat part D while directly flowing into an injection hole inlet S2 closest to the seat part D. Therefore, a liquid film of the fuel is formed within the injection hole while providing a flowing velocity difference to the fuels entering the injection holes. COPYRIGHT: (C)2013,JPO&INPIT