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    • 82. 发明授权
    • Self-deploying airfoil for missile or the like
    • 用于导弹等的自身部署翼型
    • US5927643A
    • 1999-07-27
    • US964856
    • 1997-11-05
    • Irving E. Figge, Sr.
    • Irving E. Figge, Sr.
    • F42B10/16F42B15/10F42B10/00
    • F42B15/105F42B10/16
    • A self-deploying airfoil for a missile or the like of the type that is launched from a launch tube, the airfoil being formed of a flexible and resilient material and being movable by its own resilience from a stowed position in close proximity to the exterior surface of the missile when it is in the launch tube to a deployed position when the missile leaves the launch tube wherein it extends outwardly from the missile to provide lift and stabilize the flight of the missile. The airfoil comprises in its deployed position a first panel extending laterally outwardly from both sides of the missile and being secured at its midportion to an adjacent exterior surface of the missile, a pair of second panels secured at their outer ends to the outer end of the first panel and extending inwardly toward the missile, and a third panel secured at its midportion to an adjacent exterior surface of the missile opposite the first panel. The third panel extends laterally outwardly from both sides of the missile and is connected to the inner ends of the second panels. The third panel has end portions in engagement with the first panel to stabilize the airfoil. In the stowed position of the airfoil, the first panel is folded over the second panels which are, in turn, folded over the third panel in close proximity to the exterior surface of the missile to enable it to be positioned in the launch tube.
    • 一种用于从发射管发射的类型的导弹等的自展开翼型,翼型由柔性和弹性材料形成,并且可通过其自身的弹性从靠近外表面的收起位置移动 当导弹离开发射管时,它在发射管中到达部署位置时,其中导弹从导弹向外延伸以提供升力并稳定导弹的飞行。 翼型件在其展开位置包括从导弹的两侧横向向外延伸的第一面板,并且在其中部固定到导弹的相邻外表面,一对第二面板在其外端固定到该导弹的外端 第一面板并朝向导弹向内延伸,并且第三面板在其中部固定到与第一面板相对的导弹的相邻外表面。 第三面板从导弹的两侧横向向外延伸并连接到第二面板的内端。 第三面板具有与第一面板接合的端部,以稳定翼型件。 在机翼的收起位置中,第一面板折叠在第二面板上,第二面板又靠近导弹的外表面折叠在第三面板上,以使其能够定位在发射管中。
    • 85. 发明授权
    • Arming and motor ignition device
    • 装甲和电机点火装置
    • US4739705A
    • 1988-04-26
    • US924483
    • 1986-10-29
    • James HudsonAlan W. Holt
    • James HudsonAlan W. Holt
    • F42C15/24F42C15/31F42C15/40F42B15/10F42C15/34
    • F42C15/40F42C15/24F42C15/31
    • A combined warhead arming and drive motor ignition device for a self-propelled missile having a warhead and a drive motor comprises a first acceleration responsive means (1, 2, 3, 4) to provide an output when the missile achieves a first acceleration, a timer initiated by the output from the first acceleration responsive means and providing a first output (i) after expiry of a first period and before expiry of a second period and a second output (v) after expiry of a third period, and a speed responsive means (5, 6) to provide a speed output (ii) when the missile has attained a predetermined speed and also to provide a first distance indication output (vi) when the missile has travelled a first distance but has not yet travelled a second distance and a second distance indication (vi) output when the missile has travelled a third distance. The device also includes gating means to provide an output in response to the receipt of all of the first output (i) from the timer, the speed output (ii) and the first distance indication output of the speed responsive means, ignition means to ignite the drive motor in response to the output of the gating means, and second acceleration responsive means (12, 13) which are enabled by the second output (vi) of the timing means and by the second distance indication output (vi) of the speed responsive means and which, when subjected to a predetermined acceleration consistent with successful ignition of the drive motor, enables arming and firing of the warhead.
    • 用于具有弹头和驱动马达的自推进导弹的组合弹头布防和驱动马达点火装置包括第一加速度响应装置(1,2,3,4),以在导弹达到第一加速时提供输出, 定时器由第一加速度响应装置的输出启动,并且在第一周期期满之后以及在第三周期期满之后第二周期和第二输出(v)到期之前提供第一输出(i) 当导弹达到预定速度时提供速度输出(ii)的装置(5,6),并且当导弹已经行进第一距离但还没有行进第二距离时提供第一距离指示输出(vi) 并且当导弹已经行进了第三距离时输出第二距离指示(vi)。 该装置还包括选通装置,以响应于从定时器接收到所有第一输出(i),速度输出(ii)和速度响应装置的第一距离指示输出,点火装置点火 所述驱动马达响应于所述选通装置的输出;以及第二加速度响应装置(12,13),其由所述定时装置的第二输出(vi)和所述速度的所述第二距离指示输出(vi)启用 并且当受到与驱动电机的成功点火一致的预定加速时,使得能够布防和发射弹头。
    • 86. 发明授权
    • Separating arrangement including an expansion chamber for a pyrotechnic
charge
    • 分离装置包括用于烟火炸药的膨胀室
    • US4646642A
    • 1987-03-03
    • US707643
    • 1985-03-04
    • Josef NaglerUtz-Udo Ahlers
    • Josef NaglerUtz-Udo Ahlers
    • F42B15/36F42B15/10
    • F42B15/36
    • A separating arrangement between multipart constructional elements, including an expansion chamber for at least one pyrotechnic charge which is bounded by the piston surface of a displacement or sliding piston. The separating arrangement has at least one gas passageway which communicates with the expansion chamber, through the intermediary of which a separating piston can be subjected to pressure. The combustion gas pressure of the pyrotechnic charges acts within the expansion chamber against different piston surfaces and thereby, in a constructively predeterminable manner, effects different successive piston movements, as a result of which the sequence of the individual separating operations which can be carried out in different directions predeterminably in a definite manner and functionally-dependent.
    • 多部分结构元件之间的分离装置,包括用于至少一个烟火装料的膨胀室,其由位移或滑动活塞的活塞表面限定。 分离装置具有与膨胀室连通的至少一个气体通道,通过其中间分离活塞可以承受压力。 烟火充电器的燃烧气体压力作用在膨胀室内,抵抗不同的活塞表面,从而以建设性地可预先确定的方式影响不同的连续的活塞运动,结果可以将单独分离操作的顺序 以确定的方式和功能依赖性可预见的不同方向。
    • 87. 发明授权
    • Extendible wafer igniter with perforations adjacent the foot portion
    • 具有邻近脚部的穿孔的可扩展的晶片点火器
    • US4574699A
    • 1986-03-11
    • US552650
    • 1983-11-17
    • Christopher W. Bolieau
    • Christopher W. Bolieau
    • F42C19/08F42B15/10
    • F42C19/0819
    • A closed urethane cylindrical case includes a mounting base or foot which runs parallel to the axis of the case and is bonded to the surface of the propellant grain of a full head-end-web rocket motor. Contained within the case are one or more spaced tube initiators and concentrically positioned discs or webs of high energy propellant. Flaming gases resulting from actuation of the tube initiators and consequent burning of the propellant wafers are projected over the surface of the rocket motor propellant from a plurality of nozzle ports that are provided in the cylindrical case, in the quadrants thereof adjacent the surface of the rocket motor propellant. Cylindrical case length and the number of tube initiators and propellant wafers including their spacing can be selected as required to achieve a desired mass flow rate.
    • 封闭的聚氨酯圆筒形壳体包括安装基座或脚,其平行于壳体的轴线延伸并且结合到完整的头端卷筒式火箭发动机的推进剂颗粒的表面。 在这种情况下包含一个或多个间隔管引发器和高精度推进剂的同心定位的盘或腹板。 火焰发动机的致动所引起的火焰气体和随之而来的推进剂晶片的燃烧,从设置在圆筒形壳体中的多个喷嘴端口突出到火箭发动机推进剂的表面上,在其邻近火箭表面的象限中 机动推进剂。 可以根据需要选择圆柱形壳体长度和包括它们的间距的管引发剂和推进剂晶片的数量以实现期望的质量流量。
    • 90. 发明授权
    • Gun-launched variable thrust ramjet projectile
    • 枪式推力可变推力冲击射弹
    • US4502649A
    • 1985-03-05
    • US495203
    • 1983-05-16
    • Leo BotwinJohn A. Simpson
    • Leo BotwinJohn A. Simpson
    • F02C7/057F02K7/10F42B10/38F42B15/00F42B15/10
    • F02C7/057F02K7/105F42B10/38F42B15/00
    • A gun-launched ramjet projectile follows a classical vacuum ballistic trajectory by maintaining a thrust-drag balance. The thrust of the ramjet is varied by an air door which bleeds air from the duct that leads from the supersonic diffuser at the front of the projectile to the combustion chamber. The control system for the air door includes an actuator and a pair of accelerometers, the output of which is integrated to provide an indication of velocity. The first accelerometer operates during the launching of the projectile in the gun to measure the launch velocity. A second, and more sensitive, accelerometer measures in-flight velocity changes due to atmospheric conditions. Both of the measured velocities are compared with prerecorded standards and error signals are derived representing any velocity deviations. These error signals are combined and then used to drive the air doors which varies the thrust of the ramjet so that it follows the classical vacuum ballistic trajectory.
    • 喷枪式冲压射弹遵循经典的真空弹道轨迹,通过保持推力 - 阻力平衡。 冲压喷气机的推力由一个空气门变化,空气门将导管的空气从喷射器前部的超音速扩散器引导到燃烧室。 用于空气门的控制系统包括致动器和一对加速度计,其输出被一体化以提供速度指示。 第一个加速度计在炮弹发射时测量发射速度。 第二个更敏感的加速度计测量由于大气条件的飞行中速度变化。 将所测量的速度与预先记录的标准进行比较,并且导出代表任何速度偏差的误差信号。 将这些误差信号组合起来,然后用于驱动改变冲压喷气机推力的气门,使其符合经典的真空弹道轨迹。