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    • 4. 发明授权
    • Deflector edge for a thrust reverser
    • US5297387A
    • 1994-03-29
    • US931355
    • 1992-08-18
    • Felix CarimaliMichel J. L. Legras
    • Felix CarimaliMichel J. L. Legras
    • F02K1/56F02K1/60F02K1/70F02K3/02
    • F02K1/70F02K1/563F02K1/60F05D2250/71
    • A thrust reverser for a turbofan-type turbojet engine assembly is disclosed having a deflector defining an upstream edge of a reverse thrust opening formed in the turbofan housing so as to control the direction and shape of the gases passing through the reverse thrust opening. The deflector has a deflector edge portion defining a deflector edge wherein the curvature of the deflector edge portion, as measured in a longitudinal radial plane passing radially through a longitudinal axis of the engine, varies in a direction from one side of the reverse thrust opening to the opposite side of the opening. The curvature of the deflector edge portion is defined as being positive when the center of curvature of the deflector edge portion lies radially outwardly of the deflector and is defined as being negative when the center of curvature of the deflector edge portion lies radially inwardly of the deflector. The deflector edge portion may have a positive curvature adjacent to one side of the reverse thrust opening and a negative curvature adjacent to an opposite side of the reverse thrust opening such that the deflector edge defines a continuous smooth curve from one side of the reverse thrust opening to the other side. The direction and the shape of the gases passing through the reverse thrust opening is controlled by varying the curvature of the deflector edge portion across the reverse thrust opening. The portion of the deflector edge having a positive curve of the smallest radius forms a maximum flow area, while the deflector edge portion having a negative curvature of the smallest radius forms a minimum flow area. Thus, by tailoring the curvature of the deflector edge portion to meet the requirements of a particular engine/aircraft application, the direction and shape of the gases passing through the reverse thrust opening can be controlled so as to minimize contact with the adjacent aircraft structure and to prevent reingestion of the thrust reverse gases into the turbofan engine.
    • 5. 发明授权
    • Turbojet engine thrust reverser with directional control
    • 涡轮喷气发动机推力反向器带方向控制
    • US5284015A
    • 1994-02-08
    • US942218
    • 1992-09-09
    • Felix CarimaliMichel J. L. Legras
    • Felix CarimaliMichel J. L. Legras
    • F02K1/56F02K1/60F02K1/70F02K3/02
    • F02K1/70F02K1/563F02K1/60
    • A thrust reverser for a turbojet engine is disclosed having a movable component, such as a thrust reverser door, operatively associated with an engine housing, and vanes formed on the upstream edge portion of the movable component and extending inwardly from an interior surface. The vanes, which extend in a direction generally parallel to a longitudinal axis of the engine, are located in an array which extends across the upstream edge portion of the movable component from one side to the other. The vanes each may be generally triangular in configuration and have one side attached to the inner surface of the movable component and another side attached to a gas flow deflector extending laterally across the front edge of the movable component.
    • 公开了一种用于涡轮喷气发动机的推力反向器,其具有与发动机壳体可操作地相关联的可移动部件,例如推力反向器门,以及形成在可移动部件的上游边缘部分上并从内表面向内延伸的叶片。 沿大致平行于发动机的纵向轴线的方向延伸的叶片位于从可动部件的上游边缘部分的一侧延伸到另一侧的阵列中。 叶片各自可以是大致三角形的结构,并且一侧连接到可移动部件的内表面,另一侧附接到横向延伸穿过可移动部件的前边缘的气体导流板。