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aircraft wing with a system establishing laminar boundary layer flow

机译:具有建立层流边界层流的系统的飞机机翼

摘要

patent summary: "aircraft wing with a system establishing laminar boundary layer flow". To establish a connecting line flow, the present invention proposes an aircraft wing (10) comprising: a leading edge (12), leading edge (12) including a connecting line (14) in a region where air, which reaches it, flows in the direction of the boundary layer span along the front edge (12), a first slat (22) and second slat (24), where the front edge (12) and the connecting line (14) at least partially formed in the first and second slats (22, 24), the second slat (24) being located adjacent to the first slat (22), downstream of the connecting line flow, so that the leading edge ( 12) includes a slat-with-slat junction (26), and a slat-cavity (30) is formed at the slat-with-slat junction (26) under the skin area (36) of at least one of the first and second ones. slats (22, 24), and a duct (38) having a duct inlet (40) at the slat-with-slat junction (26) to receive flow in the direction of the wingspan along the b front flange (12) of the wing (10), the duct (38) being formed at least partially by said slat cavity (30), wherein the duct inlet (40) extends around the front edge (12). ) and over a range of connecting line positions (14) at the slat-with-slat junction (26).
机译:专利摘要:“具有建立层流边界层流的系统的飞机机翼”。为了建立连接线流动,本发明提出了一种飞机机翼(10),其包括:前缘(12),前缘(12)在到达的空气流入的区域中包括连接线(14)。边界层的方向跨越前缘(12),第一板条(22)和第二板条(24),其中前缘(12)和连接线(14)至少部分地形成在第一边缘和第二边缘第二板条(22、24),第二板条(24)位于第一板条(22)附近,位于连接线流的下游,因此前缘(12)包括板条与板条的接合处(26) ),在第一个和第二个中至少一个的皮肤区域(36)下方的板条与板条接合处(26)上形成板条腔(30)。板条(22、24),以及在板条与板条接合处(26)处具有管道入口(40)的管道(38),以沿翼展方向沿着管道的b前凸缘(12)接收流动。在机翼(10)上,管道(38)至少部分地由所述板条腔(30)形成,其中管道入口(40)围绕前边缘(12)延伸。 )以及板条与板条连接处(26)的一系列连接线位置(14)。

著录项

  • 公开/公告号BR112015002111A2

    专利类型

  • 公开/公告日2018-05-22

    原文格式PDF

  • 申请/专利权人 AIRBUSGROUP LIMITED;

    申请/专利号BR20151102111

  • 发明设计人 STEPHEN ROLSTON;

    申请日2013-08-06

  • 分类号B64C9/24;B64C21/02;B64C21/06;

  • 国家 BR

  • 入库时间 2022-08-21 12:54:02

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