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    • 4. 发明公开
    • TURBINE VANE
    • TURBINENSCHAUFEL
    • EP2696030A1
    • 2014-02-12
    • EP12768226.8
    • 2012-04-06
    • IHI CorporationThe Society of Japanese Aerospace Companies
    • OKITA, Yoji
    • F01D5/18F02C7/18
    • F01D5/186F05D2250/12F05D2250/14F05D2250/52F05D2250/70F05D2260/202Y02T50/676
    • A plurality of film cooling holes (11) are formed, so as to communicate with a front cooling passage (7), in a vane surface (3a) on the front-edge side of a stator vane body (3) of a turbine stator vane (1). The hole cross-section of each of the film cooling holes (11) has a rectangular long-hole shape extending in a direction (PD) parallel to the cross-section along the span direction (SD) and having a rounded corner. The hole-center line (11c) of each of the film cooling holes (11) is inclined with respect to the thickness direction (TD) in the cross-section along the span direction (SD). The exit-side portion (11e) of the hole wall surface of each of the film cooling holes (11) is inclined with respect to the thickness direction (TD) by a greater degree than that of the hole-center line (11c).
    • 在涡轮定子的定子叶片体(3)的前缘侧的叶片面(3a)中形成有多个薄膜冷却孔(11),与前部冷却通路(7)连通, 叶片(1)。 每个薄膜冷却孔(11)的孔横截面具有沿与跨度方向(SD)的横截面平行的方向(PD)延伸并且具有圆角的矩形长孔形状。 每个薄膜冷却孔(11)的孔中心线(11c)在跨度方向(SD)的横截面中相对于厚度方向(TD)倾斜。 每个膜冷却孔(11)的孔壁面的出口侧部分(11e)相对于厚度方向(TD)比空心中心线(11c)的倾角更大程度地倾斜。
    • 9. 发明公开
    • COMPOSITE TANK, MANUFACTURING METHOD THEREFOR, AND WING
    • VERBUNDTANK,HERSTELLUNGSVERFAHRENDAFÜRUNDFLÜGEL
    • EP2415693A1
    • 2012-02-08
    • EP10758416.1
    • 2010-03-17
    • Mitsubishi Heavy Industries, Ltd.THE SOCIETY OF JAPANESE AEROSPACE COMPANIES
    • YAMAGUCHI, HiroakiKAMINO, YuichiroNAKAMURA, KoichiHASHIGAMI, Tooru
    • B65D90/46B64D37/06
    • Disclosed is a composite tank that can curb static buildup, corrosion, and strength degradation. Also disclosed are a wing provided with said composite tank and a method for manufacturing the composite tank. The composite tank is characterized by being provided with: a tank body, inside which combustible material is stored, having a first resin part (11, 12) formed from fiber-reinforced resin as well as a metal part formed from metal; a second resin part (22) comprising fiber-reinforced resin and covering at least the arena of the first resin part (11, 12), on the inner surface of the tank body, that adjoins the metal part; and multiple conductive parts (23) that enable transfer of charge to the first resin part (11, 12) from the surface of the second resin part (22) that is in contact with the combustible material. The fibers included in the second resin part (22) have higher electrical resistance than the fibers included in the first resin part (11, 12). The second resin part (22) forms a layer that isolates the first resin part (11, 12) and the metal part from each other.
    • 公开了一种可以抑制静电积聚,腐蚀和强度退化的复合罐。 还公开了设置有所述复合罐的翼和用于制造复合罐的方法。 该复合罐的特征在于:具有储存有可燃材料的罐主体,具有由纤维增强树脂形成的第一树脂部分(11,12)以及由金属形成的金属部分; 第二树脂部分(22),包括纤维增强树脂,并且在所述罐体的内表面上至少覆盖所述第一树脂部分(11,12)的所述竞技场,所述第二树脂部分邻接所述金属部分; 以及能够从与可燃材料接触的第二树脂部件(22)的表面向第一树脂部件(11,12)传输电荷的多个导电部件(23)。 包含在第二树脂部分(22)中的纤维具有比包含在第一树脂部分(11,12)中的纤维更高的电阻。 第二树脂部件(22)形成使第一树脂部(11,12)和金属部彼此分离的层。