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    • 3. 发明公开
    • GAS POWERED TURBINE COMPONENT INCLUDING SERPENTINE COOLING
    • GASBETRIEBENE TURBINENKOMPONENTE MIT SERPENTINENKÜHLUNG
    • EP3067520A1
    • 2016-09-14
    • EP16158547.6
    • 2016-03-03
    • United Technologies Corporation
    • WAITE, Ryan AlanHAGAN, Benjamin F.
    • F01D5/18
    • F01D5/188F01D5/185F01D5/186F01D5/187F01D9/065F01D25/12F05D2250/185Y02T50/676
    • A flow path component (200) for a gas powered turbine including a flow path component body having cross sectional profile having a leading edge (230) and a trailing edge (240), the leading edge (230) being connected to the trailing edge (240) by a first side (210) and being connected to the trailing edge (240) by a second side (220) opposite the first side (210), a serpentine cooling passage including a plurality of segments (202,204,206), each of the segments (202,204,206) being generally radially aligned, wherein a first subset (202,204) of the segments disposed along one of the first side (210) and the second side (220) of the cross sectional profile, and a second subset (206) of the segments spans the flow path component body from the first side (210) to the second side (220), and a cavity (250) internal to the flow path component body, wherein the cavity (250) is at least partially shielded from one of the first side (210) and the second side (220) by at least one of the plurality of segments (202,204,206).
    • 一种用于燃气动力涡轮机的流路部件(200),其包括具有前缘(230)和后缘(240)的横截面轮廓的流路部件主体,所述前缘(230)连接到所述后缘 240),并且通过与第一侧(210)相对的第二侧(220)连接到后缘(240),蛇形冷却通道包括多个段(202,204,206),每个段 段(202,204,206)通常径向对齐,其中沿着横截面轮廓的第一侧(210)和第二侧(220)中的一个设置的段的第一子集(202,204)和第二子集 所述段从所述第一侧(210)到所述第二侧(220)跨过所述流路部件主体,以及在所述流路部件主体内部的空腔(250),其中所述腔(250)至少部分地与所述腔 的第一侧(210)和第二侧(220)中的至少一个 的段(202,204,206)。
    • 4. 发明公开
    • SHIELDED PASS THROUGH PASSAGE IN A GAS TURBINE ENGINE STRUCTURE
    • 爱尔兰GASTURBINENMOTORSTRUKTUR的阿富汗德黑兰
    • EP2993301A1
    • 2016-03-09
    • EP15182775.5
    • 2015-08-27
    • United Technologies Corporation
    • HAGAN, Benjamin F.WAITE, Ryan Alan
    • F01D5/18F01D9/04
    • F02C7/18F01D5/147F01D5/187F01D9/04F02C3/04F05D2220/32F05D2260/202Y02T50/676
    • A gas turbine engine structure includes a body (100) radially spanning an inner portion (120) and an outer portion (110). The body (100) includes a first passage (150,160) interior to the structure body (100). The first passage (150,160) includes a first opening on one of a radially outward edge and a radially inward edge of the structure, and a second opening on the other of the radially outward edge and the radially inward edge of the structure. A second passage (170) is also included interior to the structure, approximately aligned with the first passage (150,160), and disposed between the first passage (150,160) and one of a first surface (190) and a second surface (180) of the structure. The second passage (170) insulates the first passage (150,160) from heat transfer through one of the first second surfaces.
    • 燃气涡轮发动机结构包括径向跨越内部部分(120)和外部部分(110)的主体(100)。 主体(100)包括在结构体(100)内部的第一通道(150,160)。 第一通道(150,160)包括在结构的径向向外边缘和径向向内边缘中的一个上的第一开口,以及在结构的径向向外边缘和径向向内边缘中的另一个的第二开口。 第二通道(170)还包括在结构内部,大致与第一通道(150,160)对齐,并且设置在第一通道(150,160)与第一通道(150,160)和第一表面(190)和第二表面(180) 结构。 第二通道(170)将第一通道(150,160)与热传递隔离通过第一第二表面之一。
    • 8. 发明公开
    • GAS TURBINE ENGINE TURBINE VANE BAFFLE AND SERPENTINE COOLING PASSAGE
    • 燃气涡轮发动机涡轮叶片挡板和蛇形冷却通道
    • EP3054094A1
    • 2016-08-10
    • EP16154523.1
    • 2016-02-05
    • United Technologies Corporation
    • SPANGLER, Brandon W.WAITE, Ryan AlanGAUTSCHI, Steven BruceHAGAN, Benjamin F.
    • F01D5/18
    • F01D9/065F01D5/186F01D5/187F01D25/12F01D25/14F05D2240/126F05D2260/20F05D2260/202F05D2260/204Y02T50/672Y02T50/676
    • An airfoil (78) for a gas turbine engine includes pressure and suction side walls (90, 92) joined to one another at leading and trailing edges (82, 84). The pressure and suction side walls (90, 92) surround an airfoil cavity (96) and provide an exterior airfoil surface (94). A baffle (98) is arranged in the airfoil cavity (96) and includes a supply hole (120). Ribs (100-108) extend from the pressure and suction side walls (90, 92) into the airfoil cavity (96) and engage the baffle (98). The ribs (100-108) are configured to provide a serpentine cooling passage (112) between the baffle (98) and at least one of the pressure and suction side walls (90, 92). The serpentine cooling passage (112) has first and second passes (116, 118) joined by a bend (117). The ribs (100-108) form a film cooling cavity (110) between the first and second passes (116, 118). The supply hole (120) fluidly connects the baffle (98) to the film cooling cavity (110). Film cooling holes (122) extend through at least one of the pressure and suction side walls (90, 92). The film cooling holes (122) are in fluid communication with the film cooling cavity (110).
    • 用于燃气涡轮发动机的翼型件(78)包括在前缘和后缘(82,84)处彼此连接的压力侧壁和吸力侧壁(90,92)。 压力和吸入侧壁(90,92)围绕翼型腔(96)并且提供外部翼型表面(94)。 挡板(98)布置在翼型腔(96)中并且包括供应孔(120)。 肋(100-108)从压力和吸入侧壁(90,92)延伸到翼型腔(96)中并与挡板(98)接合。 肋(100-108)构造成在挡板(98)与压力侧壁和吸力侧壁(90,92)中的至少一个之间提供蛇形冷却通道(112)。 蛇形冷却通道(112)具有由弯头(117)连接的第一和第二通道(116,118)。 肋(100-108)在第一和第二通道(116,118)之间形成薄膜冷却腔(110)。 供应孔(120)将挡板(98)流体连接到膜冷却腔(110)。 薄膜冷却孔(122)延伸穿过压力侧壁和吸入侧壁(90,92)中的至少一个。 膜冷却孔(122)与膜冷却腔(110)流体连通。