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    • 1. 发明授权
    • Electric deicing device for propfan-type propeller blades
    • 普通型螺旋桨叶片电除冰装置
    • US08841584B2
    • 2014-09-23
    • US13318616
    • 2010-05-03
    • Guillaume BulinSeverine Perret
    • Guillaume BulinSeverine Perret
    • B60L1/02B64D15/12B64C11/48B64D27/02
    • B64D15/12B64C11/48B64D2027/026F28D15/02Y02T50/66
    • A deicing device for propfan-type aircraft propulsion unit blades, wherein the propulsion unit includes a turbomachine that drives in rotation at least one rotor including a plurality of blades arranged around an annular crown moving with the blades, which forms with its outer wall part of the outer envelope of the propulsion unit, the outer envelope being subjected to atmospheric conditions outside the propulsion unit, the turbomachine generating a flow of hot gases that exit via an annular hot vein, which is concentric with the moving annular crown, and defined for part of its surface by an inner wall of the moving annular crown. The deicing device includes: a mechanism transforming thermal energy into electrical energy, within the moving annular part; a mechanism transferring the generated electrical energy towards the rotor blades; and a mechanism transforming the electrical energy into thermal energy onto at least a part of the surface of the blades.
    • 一种用于丙烷型飞机推进单元叶片的除冰装置,其中推进单元包括涡轮机,该涡轮机旋转地驱动至少一个转子,该转子包括多个叶片,该叶片布置在与叶片一起移动的环形冠部周围,叶片的外壁部分 推进单元的外壳,外壳在推进单元外部经受大气条件,涡轮机产生通过环形热静脉排出的热气流,其与移动的环形冠同心,并被定义为部分 的表面由移动的环形冠的内壁。 除冰装置包括:在移动的环形部分内将热能转换成电能的机构; 将产生的电能转移到转子叶片的机构; 以及将电能转换成热能到机翼表面的至少一部分上的机构。
    • 4. 发明授权
    • Device to handle and lock a cover of an aircraft nacelle
    • 用于处理和锁定飞机机舱盖的装置
    • US08128022B2
    • 2012-03-06
    • US12435655
    • 2009-05-05
    • Guillaume Bulin
    • Guillaume Bulin
    • B64D27/00B64D27/16B64D27/18
    • B64D29/06
    • The object of the invention is an aircraft nacelle that comprises, on the inside, an inside pipe (56) that empties out toward the front at an air intake (58), and, on the outside, an aerodynamic wall that extends from the air intake (58) up to the rear end of the nacelle, and a hood (62) that comprises said air intake (58) as well as a cylindrical wall (64) that forms at least one portion of the aerodynamic surface of the outside of the nacelle, whereby said hood (62) can move translationally relative to a stationary part of the nacelle toward the front along slides (72), each slide (72) comprising a guide element (74) that is connected to the hood (or to the stationary part of the nacelle), whereby said guide element (74) can slide into a pipe (78) that is connected to the stationary part of the nacelle (or to a hood) and has a section that is above the section of the guide element (74) so as to allow the hood (62) to rotate in order to immobilize it in the closed position.
    • 本发明的目的是一种飞机机舱,其在内部包括在进气口(58)向前排空的内管(56),并且在外部包括从空气延伸的空气动力学壁 进气口(58)直到机舱的后端,以及包括所述进气口(58)的罩(62)以及形成至少一部分空气动力学表面的圆柱形壁(64) 由此所述罩(62)能够相对于所述机舱的固定部分沿着滑架(72)向前移动而平移地移动,每个滑动件(72)包括连接到所述罩(或者连接到所述机罩)的引导元件(74) 机舱的固定部分),由此所述引导元件(74)可以滑入连接到所述机舱(或罩)的固定部分的管道(78),并且具有位于所述机舱 引导元件(74)以允许罩(62)旋转以便将其固定在关闭位置。
    • 8. 发明授权
    • Hinged device for doors of an aircraft nacelle and nacelle equipped with said hinged device
    • 用于装备有所述铰接装置的飞机机舱和机舱的门的铰接装置
    • US07703716B2
    • 2010-04-27
    • US11798375
    • 2007-05-14
    • Guillaume Bulin
    • Guillaume Bulin
    • B64D29/00B64D29/08
    • B64D29/06B64D29/08
    • A hinged device for at least one door (46.1, 46.2) of an aircraft nacelle (40), whereby the door is able to block an opening (44) that is made in the fairing of the nacelle, the device including a base to which is connected at least one door, able to occupy a first retracted state in which the base is located at least in part inside the nacelle and a second extended state in which the base is located outside the fairing of the nacelle so as to be able to move, in a direction that is essentially parallel to the longitudinal axis of the nacelle, outside of the nacelle by entraining the at least one door (46.1, 46.2) to release the opening (44) at least in part.
    • 一种用于飞机机舱(40)的至少一个门(46.1,46.2)的铰接装置,由此门能够阻挡在机舱的整流罩中制造的开口(44),该装置包括基座 连接至少一个门,其能够占据第一缩回状态,其中基座至少部分地位于机舱内部;第二延伸状态,其中基座位于机舱的整流罩之外,以便能够 在基本上平行于所述机舱的纵向轴线的方向上,通过夹带所述至少一个门(46.1,46.2)至少部分地释放所述开口(44)而在所述机舱的外部移动。
    • 10. 发明申请
    • DEVICE TO HANDLE AND LOCK A COVER OF AN AIRCRAFT NACELLE
    • 操纵和锁定飞机制动器的盖子的装置
    • US20090272842A1
    • 2009-11-05
    • US12435655
    • 2009-05-05
    • Guillaume BULIN
    • Guillaume BULIN
    • B64D27/26
    • B64D29/06
    • The object of the invention is an aircraft nacelle that comprises, on the inside, an inside pipe (56) that empties out toward the front at an air intake (58), and, on the outside, an aerodynamic wall that extends from the air intake (58) up to the rear end of the nacelle, and a hood (62) that comprises said air intake (58) as well as a cylindrical wall (64) that forms at least one portion of the aerodynamic surface of the outside of the nacelle, whereby said hood (62) can move translationally relative to a stationary part of the nacelle toward the front along slides (72), each slide (72) comprising a guide element (74) that is connected to the hood (or to the stationary part of the nacelle), whereby said guide element (74) can slide into a pipe (78) that is connected to the stationary part of the nacelle (or to a hood) and has a section that is above the section of the guide element (74) so as to allow the hood (62) to rotate in order to immobilize it in the closed position.
    • 本发明的目的是一种飞机机舱,其在内部包括在进气口(58)向前排空的内管(56),并且在外部包括从空气延伸的空气动力学壁 进气口(58)直到机舱的后端,以及包括所述进气口(58)的罩(62)以及形成至少一部分空气动力学表面的圆柱形壁(64) 由此所述罩(62)能够相对于所述机舱的固定部分沿着滑架(72)向前移动而平移地移动,每个滑动件(72)包括连接到所述罩(或者连接到所述机罩)的引导元件(74) 机舱的固定部分),由此所述引导元件(74)可以滑入连接到所述机舱(或罩)的固定部分的管道(78),并且具有位于所述机舱 引导元件(74)以允许罩(62)旋转以便将其固定在关闭位置。