APPARATUS AND METHOD FOR ADJUSTING AN INNER CASING OF A TURBOMACHINE
    1.
    发明公开
    APPARATUS AND METHOD FOR ADJUSTING AN INNER CASING OF A TURBOMACHINE 审中-公开
    VORRICHTUNG UND VERFAHREN ZUR EINSTELLUNG EINESINNENGEHÄUSESEINER TURBOMASCHINE

    公开(公告)号:EP2949887A1

    公开(公告)日:2015-12-02

    申请号:EP15168619.3

    申请日:2015-05-21

    IPC分类号: F01D25/28

    摘要: A support assembly 100 for externally adjusting an inner casing 10 with respect to an outer casing 200 for a turbomachine includes a carrier plate 102, a carrier block 104 that is fixedly connected to the carrier plate, a restrictor block 108 fixedly connected to the carrier plate, a rod 112 coupled to the carrier plate, and a plate 136 threadably connected to the rod. The carrier block includes an inclined side 128 and a carrier side 132. The restrictor block includes a restrictor side 124 and an inclined side 130. The restrictor side is generally oriented towards the carrier side. A vertical gap for receiving a support arm of an inner turbine casing is defined between the restrictor side 124 and the carrier side 132. The plate may be rotated about the rod to cause simultaneous movement of the rod, the carrier plate, the carrier block and the restrictor block, thus adjusting the inner casing with respect to the outer casing.

    摘要翻译: 用于相对于用于涡轮机的外壳200外部调节内壳10的支撑组件100包括承载板102,固定地连接到承载板的承载块104,固定地连接到承载板的限制块108 联接到承载板的杆112以及与杆螺纹连接的板136。 载体块包括倾斜侧128和载体侧132.限制块包括限制器侧124和倾斜侧130.限制器侧通常朝向载体侧定向。 在节流器侧124和载体侧132之间限定用于容纳内涡轮机壳体的支撑臂的垂直间隙。该板可围绕杆旋转,以使杆,载板,载体块和 限制器块,从而相对于外壳调节内壳。

    SYSTEM AND METHOD FOR ALIGNING A CASING WALL OF A TURBOMACHINE

    公开(公告)号:EP4253732A1

    公开(公告)日:2023-10-04

    申请号:EP23161154.2

    申请日:2023-03-10

    IPC分类号: F01D25/26

    摘要: A system includes a casing alignment system (16) configured to align an inner wall (106) with an outer wall (104) of a multi-wall casing (102) of a turbomachine (10) having a rotor. The casing alignment system (16) includes a first alignment positioner (100) configured to bias a first lip (152) of the inner wall (106) in a direction of rotation (180) of the rotor disposed within the multi-wall casing (102). The alignment positioner (100) may include a spring (174), a fluid-driven alignment positioner (100, 170, 320), an electric-driven alignment positioner (100, 170, 300), or a combination thereof. The alignment positioner (100) may be configured to bias the first lip (152) within a first recess (160) adjacent a first flanged coupling (128) between first and second wall sections (122, 124) of the outer wall (104).