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    • 4. 发明公开
    • Linear transition duct for a gas turbine
    • Gasturbineneinlasskanal mit einem linearen Flusspfad
    • EP2530248A1
    • 2012-12-05
    • EP12182481.7
    • 2009-02-17
    • Siemens Energy, Inc.
    • Charron, Richard CMontgomery, MatthewSnyder, Gary D
    • F01D9/02F23R3/42F23R3/46
    • F01D9/023F05D2240/128F05D2250/25F23R3/425Y02T50/675
    • A combustion turbine subsystem that includes a first stage blade array having a plurality of blades extending in a radial direction from a rotor assembly for rotation in a circumferential direction, said circumferential direction having a tangential direction component, an axis of the rotor assembly defining a longitudinal direction, and at least one combustor located longitudinally upstream of the first stage blade array and located radially outboard of the first stage blade array, the combustion turbine subsystem including an annular array of transition ducts each for routing gas flow from a combustor to the first stage blade array, a first transition duct (94) of the annular array of transition ducts comprising a transition duct body (96) having an internal passage (102) extending between an inlet (98) and an outlet (100), the outlet (100) being offset from the inlet (98) in the longitudinal direction and the tangential direction, the transition duct body (96) having a throat (134) positioned therein having a cross-sectional area that is less than other aspects of the transition duct body (96), wherein an axis (130) of the transition duct body (96) downstream of the throat (134) is generally linear, wherein the outlet (100) is formed from a radially outer side (108) generally opposite to a radially inner side (110), the radially outer and inner sides (108, 110) being coupled together with opposed first and second outlet side walls (112, 114), wherein the first transition duct (94) has an axis (130) that is generally linear, wherein the inlet (98) is generally cylindrical and is adjacent to a conical midsection (132), wherein the conical midsection (132) is positioned between the inlet (98) and the throat (134), wherein the conical midsection (132) includes an ever decreasing cross-sectional area until the conical midsection (132) joins the adjacent throat (134).
    • 一种燃气轮机子系统,其包括具有多个叶片的第一级叶片阵列,所述第一级叶片阵列具有从转子组件在径向方向上沿圆周方向旋转的多个叶片,所述圆周方向具有切向方向分量,所述转子组件的轴线限定纵向 并且至少一个燃烧器位于第一级叶片阵列的纵向上游并且位于第一级叶片阵列的径向外侧,燃气轮机子系统包括过渡管道的环形阵列,每个过渡管道用于将燃烧器的气流从燃料管路向第一阶段 所述过渡管道的所述环形阵列的第一过渡管道(94)包括具有在入口(98)和出口(100)之间延伸的内部通道(102)的过渡管道本体(96),所述出口 )沿纵向方向和切线方向偏离入口(98),过渡管体(96)具有喉部(134) 定位在其中具有小于过渡管体(96)的其它方面的横截面面积,其中在喉部(134)下游的过渡管体(96)的轴线(130)大体上是线性的,其中 出口(100)由大致与径向内侧(110)相反的径向外侧(108)形成,径向外侧和内侧(108,110)与相对的第一和第二出口侧壁(112, 114),其中所述第一过渡管道(94)具有大致线性的轴线(130),其中所述入口(98)通常为圆柱形并且与锥形中段(132)相邻,其中所述锥形中部(132) 定位在入口(98)和喉部(134)之间,其中锥形中段(132)包括不断减小的横截面面积,直到圆锥形中部(132)连接相邻的喉部(134)。
    • 5. 发明公开
    • Combustion turbine engine
    • 燃气轮机
    • EP1722069A1
    • 2006-11-15
    • EP05010540.2
    • 2005-05-13
    • SIEMENS AKTIENGESELLSCHAFT
    • Bethke, Sven, Dr.Krebs, Werner, Dr.Sattinger, Stanley S.
    • F01D9/02F02C3/14F23R3/42F23M13/00
    • F23R3/425F01D9/023F02C3/14F05D2240/12F05D2240/35F05D2260/962
    • A combustion turbine engine includes a turbine section and a combustor section,
      the combustor section comprising a combustor for producing a hot pressurized gas and a combustor transition being arranged between the combustor and the turbine section for leading the hot pressurized gas to the turbine section,
      the turbine section comprising a rotatable turbine having an axial direction and a radial direction, wherein rotation may be imparted to the turbine by the hot pressurized gas being lead to the turbine section,
      wherein the combustor transition comprises a hot pressurized gas outlet and wherein at least the hot pressurized gas outlet of the combustor transition is inclined with respect to the radial direction of the turbine such that hot pressurized gas leaving the hot pressurized gas outlet towards the turbine section receives a velocity component in the rotation direction of the turbine.
    • 燃气涡轮发动机包括涡轮部分和燃烧器部分,燃烧器部分包括用于产生热加压气体的燃烧器和设置在燃烧器和涡轮部分之间的燃烧器过渡部,用于将热的加压气体引导到涡轮部分, 涡轮机部分包括具有轴向方向和径向方向的可旋转涡轮机,其中可以通过导致涡轮机部分的热加压气体将旋转赋予涡轮机,其中燃烧器过渡部分包括热加压气体出口,并且其中至少 燃烧器过渡的热加压气体出口相对于涡轮机的径向倾斜,使得离开热加压气体出口的涡轮机部分的热压气体在涡轮机的旋转方向上接收速度分量。
    • 10. 发明公开
    • TRANSITION DUCT ASSEMBLY WITH LATE INJECTION FEATURES
    • 过渡管道组件具有注射功能
    • EP3246631A1
    • 2017-11-22
    • EP17161635.2
    • 2017-03-17
    • General Electric Company
    • LEBEGUE, Jeffrey ScottMCMAHAN, Kevin WestonFLANAGAN, James Scott
    • F23R3/46F23R3/34F23R3/42
    • F23R3/346F23R3/425F23R3/46F23R2900/03041F23R2900/03044
    • A turbomachine 10 includes a plurality of transition ducts 50 disposed in a generally annular array. Each of the plurality of transition ducts 50 includes an inlet 52 an outlet 54, and a passage 56 defining an interior 57 and extending between the inlet 52 and the outlet 54 and defining a longitudinal axis 90, a radial axis 94, and a tangential axis 92. The outlet 54, of each of the plurality of transition ducts 50 is offset from the inlet 52 along the longitudinal axis 90 and the tangential axis 92. The turbomachine 10 includes a support ring assembly downstream of the plurality of transition ducts 50 along a hot gas path 104, and a plurality of mechanical fasteners 200 connecting at least one transition duct 50 of the plurality of transition ducts 50 to the support ring assembly. The turbomachine 10 includes a late injection assembly 210 providing fluid communication for an injection fluid to flow into the interior 57 downstream of the inlet 52 of at least one transition duct 50 of the plurality of transition ducts 50.
    • 涡轮机10包括布置成大致环形阵列的多个过渡管道50。 多个过渡导管50中的每一个包括入口52和出口54以及限定内部57并且在入口52和出口54之间延伸并限定纵向轴线90,径向轴线94和切向轴线的通道56 92.多个过渡导管50中的每一个的出口54沿着纵向轴线90和切向轴线92偏离入口52.涡轮机10包括在多个过渡导管50下游的支撑环组件 热气路径104以及将多个过渡导管50中的至少一个过渡导管50连接到支撑环组件的多个机械紧固件200。 涡轮机10包括后注射组件210,其提供流体连通以使注射流体流入多个过渡导管50的至少一个过渡导管50的入口52下游的内部​​57中。