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    • 1. 发明申请
    • METHOD FOR MANUFACTURING VANE
    • 制造VANE的方法
    • US20120279631A1
    • 2012-11-08
    • US13509429
    • 2010-11-12
    • Yousuke MizokamiHiroshi Kuroki
    • Yousuke MizokamiHiroshi Kuroki
    • B32B37/14
    • F04D29/324B29C70/30B29D99/0028F01D5/187F01D5/282F01D5/284F04D29/023F04D29/388F05D2230/68F05D2240/122F05D2240/304F05D2300/6033Y02T50/672Y02T50/676Y10T156/10
    • In a manufacturing method of a vane having an inner-ply vane within an outer-ply vane and a rear space in its inside, (a) an inner-ply vane woven-fiber formed body made of reinforcement fiber is formed on a jig corresponding to an inner surface profile of the inner-ply vane; (b) matrix is infiltrated into the inner-ply vane woven-fiber formed body to make the inner-ply vane; (c) the jig is removed; (d) a supplemental jig corresponding to the rear space and the inner-ply vane are integrated to form a integrated body; (e) an outer-ply vane woven-fiber formed body made of reinforcement fiber on a surface of the integrated body; (f) matrix is infiltrated into the outer-ply vane woven-fiber formed body to make the outer-ply vane. According to the manufacturing method, it becomes possible to manufacture a vane that can improve turbine efficiency by reducing thickness of a trailing edge of the vane.
    • 在具有外层叶片内侧的内层叶片及其内部的后部空间的叶片的制造方法中,(a)由加强纤维构成的内层叶片编织纤维成形体形成在相应的夹具上 到内层叶片的内表面轮廓; (b)将基质浸入内层叶编织纤维成形体中,制成内层叶片; (c)拆下夹具; (d)对应于后部空间和内层叶片的补充夹具被一体化以形成一体; (e)在整体的表面上由增强纤维制成的外层叶片编织纤维成形体; (f)将基体浸入外层叶片织造纤维成形体中,制成外层叶片。 根据制造方法,可以通过减小叶片的后缘的厚度来制造能够提高涡轮效率的叶片。