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    • 12. 发明授权
    • Air intake of an aircraft nacelle that incorporates a reinforced lip with a defrost system by joule-effect
    • 飞机机舱的空气进口,通过焦耳效应结合加霜唇与除霜系统
    • US08794572B2
    • 2014-08-05
    • US13523282
    • 2012-06-14
    • Alain PorteFrederic Chelin
    • Alain PorteFrederic Chelin
    • B64D15/12
    • B64D33/02B64D2033/0206B64D2033/0233B64D2033/0286
    • An air intake of an aircraft nacelle includes:on the one hand, a lip (42) that is defined by a wall (52) whose surface that is in contact with the aerodynamic flows is extended on the inside of the nacelle by an inside wall (44) that borders a pipe that empties out at a power plant and on the outside of the nacelle by an outside wall (46), and, on the other hand, a surface-type Joule-effect defrosting system (58); at least a first alveolar structure (60.1) that is made of a material that conducts the heat and that is flattened against the inside surface of the wall (52) and inserted between the wall (52) and the defrosting system (58), and at least one second alveolar structure (60.2) that is made of composite material that is adjacent to the first structure (60.1).
    • 飞机机舱的进气口包括:一方面是由壁(52)限定的唇缘(42),其表面与空气动力学流动接触,其通过内壁延伸在机舱内部 (44),其与通过外壁(46)在发电厂和机舱外部排空的管道相接触,另一方面是表面型焦耳效应除霜系统(58); 至少第一肺泡结构(60.1),其由传导热量的材料制成并且被平坦化抵靠壁(52)的内表面并插入在壁(52)和除霜系统(58)之间,以及 至少一个第二肺泡结构(60.2),其由与所述第一结构(60.1)相邻的复合材料制成。
    • 14. 发明申请
    • AIR OUTLET SYSTEM FOR AIRCRAFT LEADING EDGE
    • 航空飞行器出口边缘系统
    • US20100327120A1
    • 2010-12-30
    • US12745950
    • 2008-12-01
    • Frederic ChelinThierry SurplyChristophe Bourdeau
    • Frederic ChelinThierry SurplyChristophe Bourdeau
    • B64D29/00B64C21/04
    • B64C21/04B64D29/02B64D33/02B64D2033/0226Y02T50/166
    • An aircraft leading edge is extended by an aerodynamic surface providing an aerodynamic flow and where air discharges are arranged preventing separation of the aerodynamic flow. The air discharges are arranged in at least two rows essentially parallel to the leading edge and in an offset manner for at least two consecutive rows. At least one block is inserted between two walls that form the aerodynamic surface. The block includes, on the one hand, an outside surface extending the aerodynamic surface, a first inclined surface contacting the first wall forming the aerodynamic surface, and a second inclined surface contacting the second wall that forms the aerodynamic surface, and, on the other hand, projecting and/or hollow shapes that are made at the inclined surfaces and that are arranged in an alternating fashion from one surface to the next, allowing air to pass on both sides of the aerodynamic surface.
    • 飞行器前缘由提供空气动力学流动的空气动力学表面延伸,并且其中设置空气排放物防止空气动力学流分离。 空气排放物布置成至少两行,基本上平行于前缘并且以偏移方式布置成至少两个连续的行。 在形成空气动力学表面的两个壁之间插入至少一个块。 一方面,该块包括延伸空气动力学表面的外表面,接触形成空气动力学表面的第一壁的第一倾斜表面和接触形成空气动力学表面的第二壁的第二倾斜表面,另一方面 手,突出和/或中空形状,其在倾斜表面处制成并且以从一个表面到下一个表面交替的方式布置,允许空气在空气动力学表面的两侧通过。