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    • 2. 发明公开
    • Fuel nozzle assembly for a gas turbine engine
    • 燃气喷气发动机燃油喷嘴组件
    • EP0078630A3
    • 1983-08-10
    • EP82305561
    • 1982-10-19
    • AVCO CORPORATION
    • Ben-Porat, Avi
    • F23R03/10F23R03/60
    • F23R3/10F23R3/283F23R3/60Y02T50/675
    • A self-aligning fuel nozzle assembly 34 maintains the alignment of a swirler member 30 and a fuel nozzle 18 upon displacement of the combustor liner 24 relative to the combustor housing 12 of a combustion chamber assembly in a turbine engine 10. The selfaligning fuel nozzle assembly 34 mounts the swirler member 30 to the combustor liner 24 by a device having six degrees of freedom including a ball and socket joint 44,50 which is placed within a structure so as to permit movement in the three main Cartesian directions of a rectangular axis system. The combustor liner 24 is installed within the combustor housing 12 in such manner that the fuel nozzle 18 is slidably received within the swirler 30, with the swirler 30 being biased against the fuel nozzle 18 by a helical spring member 96 forming part of the assembly. The assembly 34 is slidably mounted between plates 74, 76 on the liner 24 to allow side to side and up and down relative movement of the liner 24 and housing 12. The self-aligning fuel nozzle assembly 34 reduces the development of local stresses between the swirler 30 and the fuel nozzle so that wearing between these parts is reduced. The swirler member 30 and fuel nozzle are retained in aligned positions so that the self-aligning fuel nozzle assembly 34 promotes improved fuel economy in the engine.
    • 4. 发明申请
    • THERMAL SHIELD ARRANGEMENT FOR GAS TURBINE COMBUSTION CHAMBERS
    • 热屏蔽装置的燃气涡轮燃烧
    • WO1996027765A1
    • 1996-09-12
    • PCT/EP1996000860
    • 1996-03-01
    • BMW ROLLS-ROYCE GMBHKWAN, William
    • BMW ROLLS-ROYCE GMBH
    • F23R03/10
    • F23R3/283F23R3/10
    • In order to cool down as efficiently as possible the hot surface of the thermal shield (1) that surrounds the burner of a gas turbine ring-shaped combustion chamber, in particular in the area of the burner outlet (3), a cooling air flow (10) ejected in the direction of the outlet over a continuous web (8) at the edge of the outlet is guided by a guiding rib (9). The guiding rib (9) is substantially parallel to the web (8) and has at the side of the combustion chamber a bent end, so that the cooling air flow that enters the gap between the web and the guiding rib is deflected there towards the hot surface (2b) of the thermal shield (1).
    • 为了尽可能有效地进行冷却,冷却空气流(10)在所述通道开口幅的周缘的燃气涡轮机环形燃烧室隔热屏(1),特别是在燃烧器开口(3)的区域的周围的燃烧器的热表面(8) 出口在通道开口的方向,通过一个导向肋(9)进行。 此导向肋(9)被定向为平行于所述幅材(8)基本上与燃烧室侧具有到热表面的方向上的冷却空气流有卷筒纸和引导肋之间的间隙的流入(2b)中的防热罩(1)被偏转这样的弯曲端 ,