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    • 1. 发明授权
    • Aircraft nacelle including a rear frame inclined to the rear
    • 飞机机舱包括一个向后倾斜的后框架
    • US09284060B2
    • 2016-03-15
    • US13270536
    • 2011-10-11
    • Alain PorteJacques LalaneFrederic Chelin
    • Alain PorteJacques LalaneFrederic Chelin
    • B64D33/02
    • B64D33/02B64D2033/0206B64D2033/0286Y10T137/0536
    • An aircraft nacelle includes a lip whose surface contacts with the aerodynamic streams extends inside the nacelle by an inside wall that delimits a layer that empties at a power plant and outside of the nacelle by an outside wall, a first front frame connects the inside and outside walls, delimiting an annular pipe with the lip, and a rear frame connects the inside and outside walls at a junction zone between the inside pipe and power plant pipe, for a given cross-section of the nacelle along a plane that contains the longitudinal axis of the nacelle, a point A at the intersection between the rear frame and the inside wall, and a point B at the intersection between the rear frame and the outside wall, with B being offset toward the rear of the nacelle relative to A over more than 50% of the rear frame's periphery.
    • 飞机机舱包括其表面与空气动力流接触的唇缘,其通过内壁在内部壁延伸,所述内壁限定通过外壁在发电厂和机舱外部排空的层,第一前框架连接内外 围绕边缘限定一个环形管,并且后框架在内管和发电厂管之间的接合区连接内壁和外壁,对于机舱的给定横截面沿着包含纵向轴线的平面 机舱,后框架和内壁之间的交点处的点A和后框架与外壁之间的交叉点处的点B,其中B相对于A更靠近机舱的后部 超过后框架周边的50%。
    • 4. 发明授权
    • Aircraft cover including means for limiting the scoop phenomena of pneumatic type
    • 飞机盖包括用于限制气动式铲斗现象的装置
    • US09003810B2
    • 2015-04-14
    • US13276495
    • 2011-10-19
    • Alain PorteFrederic ChelinThierry Surply
    • Alain PorteFrederic ChelinThierry Surply
    • F02C7/20B64D27/00B64D29/08B64D29/06F01D25/24
    • B64D29/08B64D29/06F01D25/24F02C7/20Y10T137/0536
    • An aircraft nacelle includes at its outside wall a cowl moveable relative to the nacelle so as to block or unblock an opening. The cowl includes an articulation and locking/unlocking elements distant from the upstream edge of the cowl that include elements for limiting the appearance of scooping phenomena. The limiting elements include at least one lock integral with the rest of the nacelle or respectively the cowl that can occupy a locked state in which part of the lock interferes with the cowl or respectively the rest of the nacelle and prevents a deformation that includes a radial component of the cowl, and another free state in which the part no longer interferes with the cowl or respectively the rest of the nacelle and allows the opening movement of the cowl, with the switch from one state to the next being generated by a gas pressure variation.
    • 飞机机舱在其外壁处包括相对于机舱可移动的整流罩,以阻止或解除开口。 整流罩包括远离罩的上游边缘的铰接和锁定/解锁元件,其包括用于限制舀出现象的外观的元件。 限制元件包括与机舱的其余部分或分别可以占据锁定状态的整体的至少一个锁,其中锁的一部分与罩或者分别与机舱的其余部分相互干扰并且防止包括径向的变形 整流罩的部件和另一个自由状态,其中部件不再干扰整流罩或分别与机舱的其余部分并且允许罩的打开运动,其中从一个状态到另一个状态的转换由气体压力产生 变异。
    • 8. 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。