公开(公告)号：US06402468B1

公开(公告)日：2002-06-11

申请号：US09681854

申请日：2001-06-18

申请人： Mark Arne Florin ,  Michael Thomas Hamlin ,  Michael Earl Montgomery ,  Richard Lloyd Mattice ,  Jeyaruban Selliah Amirtharajah ,  Dennis Roger Ahl ,  Bruce William Brisson

发明人： Mark Arne Florin ,  Michael Thomas Hamlin ,  Michael Earl Montgomery ,  Richard Lloyd Mattice ,  Jeyaruban Selliah Amirtharajah ,  Dennis Roger Ahl ,  Bruce William Brisson

IPC分类号： F01D2524

CPC分类号： F01D25/24

摘要： A turbine shell assembly includes radially inner and outer shell components; axial alignment fits on the inner and outer shell components, each alignment fit comprising a male fit component on one of the inner and outer shell components and a female fit component on the other of the inner and outer shell components, the female fit component comprising a pair of flanges forming a U-shaped channel with opposed faces, and the male fit component comprising a projection received within the U-shaped channel; and a pair of axial alignment keys, each key having a mounting flange for securement along an outer edge of a respective one of the pair of flanges and an alignment flange engaged along a respective one of the opposed faces.

摘要翻译： 涡轮壳体组件包括径向内壳体和外壳部件; 轴向对准配合在内壳体和外壳部件上，每个对准配合包括在内壳部件和外壳部件中的一个上的凸配合部件，以及在内壳部件和外壳部件之间的另一个上的阴配合部件， 一对法兰形成具有相对面的U形通道，并且阳配合部件包括容纳在U形通道内的突起; 和一对轴向对准键，每个键具有用于沿着一对凸缘中的相应一个的外边缘固定的安装凸缘和沿着相对的一个相对面接合的对准凸缘。

公开(公告)号：US06648540B2

公开(公告)日：2003-11-18

申请号：US09951767

申请日：2001-09-14

申请人： Bruce William Brisson ,  Kieman Francis Ryan ,  Michael Earl Montgomery ,  Edward A. Dewhurst ,  Dennis Roger Ahl ,  Joseph Mark Serafini ,  Mark Steven Pape ,  Gary Edward Yehle

发明人： Bruce William Brisson ,  Kieman Francis Ryan ,  Michael Earl Montgomery ,  Edward A. Dewhurst ,  Dennis Roger Ahl ,  Joseph Mark Serafini ,  Mark Steven Pape ,  Gary Edward Yehle

IPC分类号： F16D100

CPC分类号： F16D1/033 ,  Y10T403/1641 ,  Y10T403/3933 ,  Y10T403/75

摘要： A locating plate for locating a first piece of rotary machinery relative to a second piece of rotary machinery is provided. The plate has a first periphery surface for mating with a first receiving surface of the first piece of rotary machinery and a second periphery surface for mating with a second receiving surface of the second piece of rotary machinery. The plate also has at least one attaching device for use in attaching the plate to the first piece of rotary machinery and at least one removal device for use in removing the plate from the first piece of rotary machinery. The plate is removably attachable to the second piece of rotary machinery, and the second periphery surface is sizable independently from the first periphery surface.