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    • 1. 发明授权
    • Vectorable nozzle having jet vanes
    • 具有喷射叶片的可向量喷嘴
    • US5511745A
    • 1996-04-30
    • US366848
    • 1994-12-30
    • Lawrence C. FaupellSteven R. WassomJoseph J. Kliger
    • Lawrence C. FaupellSteven R. WassomJoseph J. Kliger
    • F02K1/00F02K9/84F02K9/90F42B10/66
    • F02K9/90F02K1/008F02K9/84F42B10/665
    • A system for providing pitch, yaw, and roll control during the flight of a rocket-propelled vehicle combines a vectorable nozzle with jet vanes. The vectorable nozzle provides yaw and pitch control, while the jet vanes provide roll control. Anti-rotation pins extend from the vehicle housing into longitudinal slots within the vectorable nozzle to allow vectoring movements and prevent rotation of the nozzle. The jet vanes are rotatably mounted on shafts within the nozzle exit cone to receive and guide combustion products passing through the nozzle. The jet vanes may be jettisoned after an initial high-angle-of-attack maneuver is completed and the vehicle gains speed, after which roll control is provided by aerodynamic fins. The jet vanes may also be formed of material which erodes after the initial maneuver, thereby reducing the loss of thrust caused by the jet vanes.
    • 在火箭推进车辆的飞行期间提供俯仰,偏航和滚动控制的系统将可向量喷嘴与喷射叶片组合。 矢量喷嘴提供偏航和俯仰控制,而喷气叶片提供滚动控制。 防旋转销从车辆壳体延伸到可向量喷嘴内的纵向槽中,以允许矢量运动并防止喷嘴旋转。 喷射叶片可旋转地安装在喷嘴出口锥体内的轴上,以接收和引导通过喷嘴的燃烧产物。 在最初的高角度攻击机动完成之后,喷射叶片可以被抛弃,并且车辆获得速度,之后由空气动力学翅片提供滚动控制。 喷射叶片也可以由在初始操纵之后腐蚀的材料形成,从而减少由喷射叶片引起的推力损失。