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    • 6. 发明申请
    • COMBUSTOR BURNER ARRANGEMENT
    • COMBUSTOR燃烧器装置
    • US20170045231A1
    • 2017-02-16
    • US15305450
    • 2015-04-30
    • Siemens Aktiengesellschaft
    • Imogen StevensonRonald BickertonTimothy Dolmansley
    • F23R3/38F23R3/12F02C7/264F23R3/28
    • F23R3/14F02C7/264F05D2220/32F23D11/12F23R3/04F23R3/12F23R3/286F23R3/38F23R2900/00004
    • A fuel lance for a burner of a combustor has a fuel lance body defining a fuel flow passage and a liquid fuel tip attached thereto and in flow communication with fuel flow passage. The liquid fuel tip has a fuel outlet and an array of air passages having outlets which are arranged outside a blank sector of a circumference around the fuel outlet, the blank sector defined by an angle from 30° to 160°. A burner includes the fuel lance and the igniter and a main air flow passage to direct at least a part of a main air flow over the fuel lance and over the igniter, the blank sector has a centre-line angled between +120° and −120° from a radial line from the axis and passing through the fuel lance. A method includes rotating the fuel lance between a start-up condition and a second condition.
    • 用于燃烧器燃烧器的燃料喷枪具有燃料喷枪体,其限定燃料流动通道和附接到其上的液体燃料尖端并与燃料流动通道流动连通。 液体燃料尖端具有燃料出口和一排空气通道,其具有出口,该出口布置在围绕燃料出口的圆周的空白扇区的外侧,空白扇区由30°至160°的角度限定。 燃烧器包括燃料喷枪和点火器以及主空气流动通道,用于将主气流的至少一部分引导到燃料喷枪上方和点火器上方,空白扇区具有在+ 120°和+ 距离轴线的径向线120°,并穿过燃料喷枪。 一种方法包括在启动条件和第二状态之间旋转燃料喷枪。
    • 7. 发明申请
    • COMBUSTION BURNER
    • 燃烧器燃烧器
    • US20140331673A1
    • 2014-11-13
    • US14340274
    • 2014-07-24
    • MITSUBISHI HEAVY INDUSTRIES, LTD.
    • Toshihiko SaitoKoichi IshizakaSatoshi Tanimura
    • F23R3/28F23R3/38
    • F23R3/283F02C3/30F02C3/305F02C7/22F23R3/14F23R3/38F23R2900/00004Y02T50/675
    • A combustion burner including a fuel nozzle, a burner tube that surrounds the fuel nozzle to form an air passage between the burner tube and the fuel nozzle, swirler vanes that are arranged a circumferential direction on an external circumferential surface of the fuel nozzle, each of which extends along an axial direction of the fuel nozzle, and gradually curves from upstream to downstream so as to swirl air flowing in the air passage from the upstream to the downstream, a liquid fuel injecting hole that is formed on the fuel nozzle, and from which a liquid fuel is injected to a vane surface of each of the swirler vanes, and a cooling unit that cools a part of the vane surface on which the liquid fuel hits. The cooling unit includes a water cooling circuit formed inside the swirler vane.
    • 一种燃烧器,包括燃料喷嘴,围绕燃料喷嘴以在燃烧器管和燃料喷嘴之间形成空气通道的燃烧器管,在燃料喷嘴的外周表面上沿圆周方向布置的旋流器叶片, 其沿着燃料喷嘴的轴向延伸,并且从上游到下游逐渐弯曲,以便使从空气通道中流动的空气从上游向下游旋转,形成在燃料喷嘴上的液体燃料喷射孔和 液体燃料被喷射到每个旋流器叶片的叶片表面,以及冷却单元,其冷却液体燃料所在的叶片表面的一部分。 冷却单元包括形成在旋流叶片内的水冷回路。
    • 8. 发明申请
    • Gas Turbine Engine Cooling System and Method
    • 燃气轮机发动机冷却系统及方法
    • US20050229601A1
    • 2005-10-20
    • US10709199
    • 2004-04-20
    • Robert ThompsonGregg Williams
    • Robert ThompsonGregg Williams
    • F01D5/08F01D5/18F02C7/16F02C7/224F23R3/38
    • F02C7/224F01D5/085F01D5/185F05D2260/205F23R3/38Y02T50/676
    • Fuel supplied to a rotary fluid trap is centrifugally accelerated within a first cavity adjacent a first side of a rotor, and is then directed though a plurality of first passages extending through the rotor between and proximate to the blades, and shaped so as to at least partially conform to the shape of the blades. Second passages extend within the blades from the first passages and terminate within associated cavities proximate to the tips of the blades. Relatively cooler fuel in the first passages is thermosiphon exchanged for relatively hotter fuel in the second passages so as to cool the blades. The heated fuel flows into a second cavity adjacent to a second side of the rotor and is discharged from the rotating frame of reference directly into the combustion chamber through a second rotary fluid trap. A separate fuel distribution circuit is used for starting and warm-up.
    • 提供给旋转流体捕集器的燃料在邻近转子的第一侧的第一空腔内离心加速,然后被引导通过在叶片之间和附近延伸穿过转子的多个第一通道,并至少成形为至少 部分地符合叶片的形状。 第二通道在叶片内从第一通道延伸并终止于靠近叶片尖端的相关空腔内。 第一通道中相对较冷的燃料在第二通道中被热交换为相对较热的燃料,以便冷却叶片。 加热的燃料流入与转子的第二侧相邻的第二腔体,并通过第二旋转流体阱直接从旋转参考框架排出到燃烧室中。 单独的燃料分配电路用于启动和预热。