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    • 3. 发明授权
    • Double jet gas turbine engine equipped with a thrust reverser
    • 配备推力反向器的双喷气涡轮发动机
    • US4362015A
    • 1982-12-07
    • US144675
    • 1980-04-28
    • Etienne Fage
    • Etienne Fage
    • F02K1/60F02K3/06
    • F02K1/60
    • The present invention relates to a gas turbine engine which is provided with a thrust reverser with unfoldable doors and which is of the double jet type, i.e. comprising a central generator emitting a jet of hot gas and surrounded by an annular by-pass conduit through which a jet of relatively cold gas passes, wherein said turbine engine comprises means for restricting the passage of the jet of relatively cold gas in said annular by-pass conduit when the doors of the thrust reverser are unfolded. The invention results in a simplification of the structure of the doors of the thrust reverser.
    • 本发明涉及一种燃气轮机发动机,其具有可展开的门并具有双喷射型的推力反向器,即包括发射热气体射流并由环形旁路管道围绕的中央发生器 相对冷气体的气流通过,其中所述涡轮发动机包括用于在推力反向器的门展开时限制在所述环形旁通管道中的相对冷气体的射流通过的装置。 本发明导致推力反向器的门的结构的简化。
    • 6. 发明授权
    • Reverser for jet engine
    • 喷气发动机逆变器
    • US4422605A
    • 1983-12-27
    • US300989
    • 1981-09-10
    • Etienne Fage
    • Etienne Fage
    • F02K1/60F02K1/76B64D33/04
    • F02K1/766F02K1/60
    • The invention relates to a thrust reverser for the jet engine of an aircraft. According to the invention, the unlocking of the doors with a view to passage from their folded position to their extended position, is effective only after they have been previously brought into a super-retracted position with respect to the folded position and said reverser comprises stops which allow the doors to pass from the folded position to the super-retracted position only when the rpm of said engine is lower than a threshold close to idling rpm. The invention is particularly applicable to ensuring operational safety of thrust reversers.
    • 本发明涉及一种用于飞行器的喷气发动机的推力反向器。 根据本发明,门的解锁以便从折叠位置通过到其延伸位置,仅在先前已经相对于折叠位置进入超缩回位置之后才有效,并且所述反向器包括止动件 这允许门只有当所述发动机的转速低于接近空转转速的阈值时,才能从折叠位置传递到超缩回位置。 本发明特别适用于确保推力反向器的操作安全性。
    • 8. 发明授权
    • Gas ejection nozzle for a jet engine and a jet engine fitted with this
nozzle, in particular an engine of the separate flow type
    • 用于喷气发动机的气体喷射喷嘴和用该喷嘴,特别是单独流动型发动机的喷气发动机
    • US5211008A
    • 1993-05-18
    • US798807
    • 1991-11-27
    • Etienne Fage
    • Etienne Fage
    • F02K1/09F02K1/74
    • F02K1/09F02K1/74
    • The invention relates to an ejection nozzle with a variable outlet section for a jet engine. An axially moving annular skirt (4) is disposed about the fixed nozzle wall (2) so that it can be displaced axially between an upstream position in which the skirt is disposed retracted about the fixed wall (2) and a downstream position in which it projects to the rear of the outlet section of this wall. A semiflexible crown (8) is provided to ensure the connection between the moving skirt (4) and the fixed wall (2), this crown bearing elastically about the wall (2). The invention makes it possible in particular to increase the outlet section of a central hot gas nozzle so as to ensure a reduction of the hot jet thrust when the thrust reversers are applied on the cold jet. It also makes it possible in certain flight conditions, especially during take-off in hot weather, to reduce the temperature of the hot outlet gases and thus to increase the speed of the gas generator and increase the direct jet thrust.
    • 本发明涉及具有用于喷气发动机的可变出口部分的喷嘴。 轴向移动的环形裙部(4)围绕固定喷嘴壁(2)设置,使得其可以在裙部围绕固定壁(2)缩回的上游位置和下游位置之间沿轴向移动 投射到这堵墙出口部分的后部。 提供半柔性冠(8)以确保移动裙部(4)和固定壁(2)之间的连接,该冠部轴承围绕壁(2)弹性地弹性。 本发明特别地可以增加中央热气喷嘴的出口部分,以确保当将推力反向器应用于冷喷射时减少热喷射推力。 这也可以在某些飞行条件下,特别是在炎热的天气下起飞时,可以降低热出口气体的温度,从而提高气体发生器的速度并增加直接喷射推力。
    • 9. 发明授权
    • Thrust reverser for aircraft jet engine and aircraft engine equipped
with said thrust reverser
    • 用于具有所述推力反向器的飞机喷气发动机和飞机发动机的推力反向器
    • US4860956A
    • 1989-08-29
    • US84910
    • 1987-08-13
    • Etienne Fage
    • Etienne Fage
    • F02K1/60
    • F02K1/60
    • This invention relates to a thrust reverser for aircraft jet engine having at least one door mounted to the downstream end of the jet generator to pivot about an axis which is transverse and at least substantially diametral to said jet, the door being able to pivot between a retracted position and an extended position. According to the invention, an at least partially supple seal is provided between the opposite parts of the inner and outer surfaces, respectively, of the door and of the jet generator, the transverse section of the seal being continually adapted to the space between the door and the jet generator in retracted position of the door.
    • 本发明涉及一种用于飞行器喷气发动机的推力反向器,其具有至少一个门,其安装到喷射发生器的下游端,以围绕横向并且至少基本上直径于所述射流的轴线枢转,门能够在 缩回位置和延伸位置。 根据本发明,分别在门和喷气发生器的内表面和外表面的相对部分之间提供至少部分柔软的密封,密封件的横向部分连续地适应于门之间的空间 并且喷射发生器处于门的缩回位置。
    • 10. 发明授权
    • Jet engine having a planar exit opening
    • 喷气式发动机有平面出口打开
    • US5097661A
    • 1992-03-24
    • US331128
    • 1989-03-31
    • Jean-Pierre LairEtienne FageThomas E. Finch
    • Jean-Pierre LairEtienne FageThomas E. Finch
    • F02K1/60
    • F02K1/60
    • To eliminate the fish-mouth geometry at the downstream portion of a thrust reverser fitted jet engine which results from the formation of substantially arcuate notches when the thrust reverser doors are stowed, moveable flaps are positioned in close proximity to the doors such that when the doors are in their stowed position, the flaps would fill, at least partially, the arcuate notches to effect a substantially planar exit opening, thereby substantially eliminating the fish-mouth geometry. Moreover, the flaps can be used to effect a uniform thickness for the exit opening of the jet engine by each having a shape corresponding to that of the corresponding arcuate notch; and the principal outer surfaces and inner surfaces of the flaps provide continuity with the outer surfaces and the inner surfaces, respectively, of the doors, with the ends of the flaps have trailing edge which have thicknesses similar to those of the trailing edges of the doors. Thus, when the doors are in their stowed position, the respective trailing edges of the doors and the flaps form a minimum base surface, at the exit opening of the jet engine, in the shape of a ring having a uniform minimum thickness.
    • 为了消除在推力反向器装配的喷气发动机的下游部分处的鱼嘴几何形状,其在推力反向器门被收起时形成基本上弧形的凹口,可移动的襟翼位于门附近,使得当门 处于其收起位置,翼片将至少部分地填充弧形凹口以实现基本上平面的出口,从而基本上消除鱼嘴几何形状。 此外,翼片可以用于对喷气发动机的出口形成均匀的厚度,每个具有对应于相应弓形凹口的形状; 并且翼片的主要外表面和内表面分别提供与门的外表面和内表面的连续性,其中翼片的端部具有后缘,其厚度类似于门的后缘的厚度 。 因此,当门处于其收起位置时,门和翼片的相应后缘在喷气发动机的出口处形成具有均匀最小厚度的环形的最小基面。