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    • 1. 发明授权
    • Release mechanism in missile
    • 导弹释放机制
    • US06928931B1
    • 2005-08-16
    • US10009281
    • 2000-06-02
    • Hans B. Biserød
    • Hans B. Biserød
    • F15B15/19F15B15/22F42B10/12F42B12/06F42B15/00F42B15/36F42B15/10
    • F42B15/36F15B15/19F15B15/22F42B10/12F42B12/06F42B15/00
    • A release mechanism between a projectile and a rocket motor in a missile. The projectile releases from the rocket motor during flight of the missile when the rocket motor burns out and aerodynamic retardation commences. The front end of the rocket motor comprises a forward closure, a lock retainer received and movable within the forward closure, at least one lock, at least one spring that biases the lock against the lock retainer in a direction opposite the to the direction of motion of the missile. The rear end of the projectile has a central boss surrounded by the forward closure of the rocket motor, wherein the boss comprises recesses or a circumferential groove in which the at least one lock lies and keeps the forward closure and the boss axially together.
    • 导弹与火箭发动机之间的释放机制。 当火箭发动机燃烧和空气动力学迟滞开始时,弹药在导弹飞行期间从火箭发动机释放。 火箭发动机的前端包括一个向前的封闭件,一个在前部封闭件内容纳并可移动的锁定保持器,至少一个锁,至少一个弹簧,其将锁定件抵靠锁定保持器沿与运动方向相反的方向 的导弹。 抛射体的后端具有由火箭发动机的前封闭件包围的中心凸台,其中凸台包括凹槽或周向凹槽,其中至少一个锁定位于其中,并将前盖和凸台轴向保持在一起。
    • 8. 发明授权
    • Extendable joined wing system for a fluid-born body
    • 用于流体出生体的可扩展连接翼系统
    • US06986481B2
    • 2006-01-17
    • US10698580
    • 2003-10-31
    • Jerome P. FanucciMichael J. KingDavid P. MaassPavel Bystricky
    • Jerome P. FanucciMichael J. KingDavid P. MaassPavel Bystricky
    • F42B10/12
    • B64C3/40B63B1/30B64C3/56B64C39/068Y02T50/14
    • An extendable wing system for a fluid-born body has a forward wing and an aft wing pivotably coupled together at a location outward of their wing roots. A linkage mechanism mounted on the body provides both pivoting of the wing roots about a pivot point and translation of the wing roots and their pivot points to extend the joined wings from a stowed position to a deployed position. Translation of the forward wing root pivot point allows the stowed wing system to occupy additional space toward the nose of the body, thereby allowing use of wings having a longer wingspan and greater aspect ratio. The linkage mechanism can also be used to incorporate flight control, such as roll and pitch control, directly into the wing system. In another embodiment, the wings can incorporate actuator elements on or within the wings to effect flight control by deformation of the wing structure.
    • 用于流体出身体的可延伸的翼系统具有前翼和后翼,它们在其翼根的外侧的位置处可枢转地联接在一起。 安装在主体上的连杆机构提供了机翼根部围绕枢轴点的枢转以及机翼根部及其枢转点的平移,以将结合的机翼从收起位置延伸到展开位置。 前翼根枢轴点的翻译允许收起的翼系统占据身体鼻部的额外空间,从而允许使用具有较长翼展和更大纵横比的翼。 连杆机构也可用于将飞行控制,如滚转和俯仰控制,直接融入机翼系统。 在另一个实施例中,翼可以将致动器元件结合在翼上或翅膀内,以通过翼结构的变形来实现飞行控制。