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    • 13. 发明申请
    • GAS TURBINE GENERATOR WITH A PRE-COMBUSTION POWER TURBINE
    • 燃气涡轮发电机与预燃机功率涡轮机
    • WO2015148845A1
    • 2015-10-01
    • PCT/US2015/022823
    • 2015-03-26
    • SCALED POWER CORP.
    • KEOGH, Rory, C.THOMAS, Gregory
    • F02C7/36
    • H02K7/1823F01D15/10F02C1/02F02C3/073F02C3/10F02C3/103F05D2220/76F05D2250/82
    • A turbine generator uses a common bearing carrier to support a high-speed spool and a low-speed spool, thereby enabling a more axially compact turbine generator design. The high-speed spool includes a high-speed compressor assembly mechanically powered by a high-speed turbine, which receives power from a combustion chamber between the high¬ speed turbine and the high-speed compressor assembly. The low-speed spool includes a pre- combustion power turbine aerodynamically powered by the compressor assembly and upstream of the combustion chamber. The pre-combustion turbine mechanically powers an electrical generator, which includes coreless stators and a rotor assembly. The stators have a planar configuration to receive axial flux from magnets of the rotor assembly. Optionally, the low-speed spool may include a post-combustion turbine that is arranged downstream of the combustion chamber and that mechanically powers the electrical generator.
    • 涡轮发电机使用普通的轴承载体来支撑高速滑阀和低速滑阀,从而实现更轴向紧凑的涡轮发电机设计。 高速滑阀包括由高速涡轮机械机械动力的高速压缩机组件,高速涡轮机从高速涡轮机和高速压缩机组件之间的燃烧室接收动力。 低速卷轴包括由压缩机组件和燃烧室上游空气动力学驱动的预燃动力涡轮机。 预燃涡轮机械机械地驱动发电机,其包括无芯定子和转子组件。 定子具有平面构造以接收来自转子组件的磁体的轴向通量。 可选地,低速线轴可以包括设置在燃烧室下游并且为发电机机械供电的后燃烧涡轮机。
    • 16. 发明申请
    • STACKED ANNULAR COMPONENTS FOR TURBINE ENGINES
    • 用于涡轮发动机的堆叠式环形构件
    • WO2006110125A2
    • 2006-10-19
    • PCT/US2004/040206
    • 2004-12-01
    • UNITED TECHNOLOGIES CORPORATIONSUCIU, Gabriel L.ROBERGE, Gary D.MERRY, Brian
    • SUCIU, Gabriel L.ROBERGE, Gary D.MERRY, Brian
    • F01D5/34F01D5/06F01D5/02F02C3/073F02K3/068
    • F02K3/068F01D5/025F01D5/34F02C3/067F02C3/073Y02T50/671Y10T29/49321
    • Improved annular components and improved methods for assembling annular components into a turbine engine are described with respect to an axial compressor having a plurality of annular compressor rotor airfoil assemblies as an example. Each compressor rotor airfoil assembly comprises an annular rotor portion, a spacer portion extending axially therefrom and a plurality of airfoils extending radially thereform. The plurality of airfoils may be integrally formed with the annular portion. The compressor rotor airfoil assemblies are stacked sequentially on a center-tie or outer circumferential tie. The spacer portion of one compressor rotor airfoil assembly abuts the annular rotor portion of the adjacent compressor rotor airfoil assembly to retain one another on the center-tied outer circumferential tie. By stacking the compressor rotor airfoil assemblies sequentially and then retaining them, the typical split cases, flanges and rotor bolts may be eliminated.
    • 作为示例,关于具有多个环形压缩机转子翼型组件的轴向压缩机来描述改进的环形部件和用于将环形部件组装到涡轮发动机中的改进方法。 每个压缩机转子翼型件组件包括环形转子部分,从其轴向延伸的间隔部分和沿其径向延伸的多个翼型件。 多个翼型件可以与环形部分一体地形成。 压缩机转子翼型组件依次堆叠在中心系或外圆环上。 一个压缩机转子翼型组件的间隔部分邻接相邻的压缩机转子翼型组件的环形转子部分,以将其彼此保持在中心连接的外圆环上。 通过依次堆叠压缩机转子叶片组件然后保持它们,可以消除典型的分体式壳体,凸缘和转子螺栓。
    • 19. 发明申请
    • TIP TURBINE ENGINE WITH MULTIPLE FAN AND TURBINE STAGES
    • TIP涡轮发动机具有多个风扇和涡轮机台阶
    • WO2006059993A1
    • 2006-06-08
    • PCT/US2004/040105
    • 2004-12-01
    • UNITED TECHNOLOGIES CORPORATIONNORRIS, James W.NORDEEN, Craig A.ROBERGE, Gary
    • NORRIS, James W.NORDEEN, Craig A.ROBERGE, Gary
    • F02C3/073F02K3/068F02K3/072F02C3/067F02C3/14
    • F02C3/14F01D5/022F02C3/067F02C3/073F02K3/068F02K3/072F05D2260/40311Y02T50/673
    • A tip turbine engine (10) provides first and second turbines (32) rotatably driven by a combustor (30) generating a high-energy gas stream. The first turbine (32) is mounted at an outer periphery of a first fan (24a) , such that the first fan is rotatably driven by the first turbine (32a) . The second turbine (32b) is mounted at an outer periphery of a second fan (24b) , and is rotatably driven by the high-energy gas stream. In one embodiment, the first turbine (32a) rotatably drives a plurality of stages of first compressor blades (54) in an axial compressor (22) in a first rotational direction, while the second turbine (32b) rotatably drives a plurality of stages of second compressor blades (52) in the axial compressor (22) in a second rotational direction opposite the first. By rotatably driving alternating stages of compressor blades in opposite directions, the efficiency of the axial compressor (22) is increased and/or the number of stages of compressor blades can be reduced. Other variations are described in additional embodiments.
    • 顶端涡轮发动机(10)提供由可产生高能气流的燃烧器(30)可旋转地驱动的第一和第二涡轮机(32)。 第一涡轮(32)安装在第一风扇(24a)的外周,使得第一风扇由第一涡轮机(32a)旋转驱动。 第二涡轮(32b)安装在第二风扇(24b)的外周,由高能气流旋转驱动。 在一个实施例中,第一涡轮机(32a)在第一旋转方向上可旋转地驱动轴向压缩机(22)中的第一压缩机叶片(54)的多级,而第二涡轮(32b)可旋转地驱动多个阶段 第二压缩机叶片(52)在轴向压缩机(22)中沿与第一压缩机相反的第二旋转方向。 通过以相反的方向旋转地驱动压缩机叶片的交替级,轴流式压缩机(22)的效率提高和/或压缩机叶片的级数可以减少。 在另外的实施例中描述了其它变型。