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    • 6. 发明授权
    • Missile deployment apparatus
    • 导弹部署装置
    • US4455943A
    • 1984-06-26
    • US295164
    • 1981-08-21
    • George T. Pinson
    • George T. Pinson
    • F42B12/58F42B15/00F42B13/28F42B13/50
    • F42B12/58
    • Apparatus for deploying one or more submissiles (15) from a carrier missile (25) whereby each submissile (15) is deployed into a flight path which is initially parallel to a streamline (20) of the fluid flow contiguous to the carrier missile (25). An ejection mechanism (45) has a submissile support member (105) oriented substantially parallel to the streamline (20) at the point where the submissile (15) is separated from the support member (105). The ejection mechanism (45) also provides a minimum side force to the submissile (15) which is proportional to a speed of the carrier vehicle (25). Provisions are also made to reduce or minimize any change in the aerodynamic characteristics of the carrier missile (25) after a submissile (15) has been deployed.
    • 用于从载体导弹(25)展开一个或多个下沉(15)的装置,由此每个突变体(15)被部署到最初平行于与载体导弹相邻的流体流的流线(20)的飞行路径(25 )。 弹出机构(45)具有在该突出部(15)与支撑构件(105)分离的点处基本上平行于流线(20)定向的副突起支撑构件(105)。 排出机构(45)还向与该运载工具(25)的速度成比例的该副切片(15)提供最小的侧向力。 还规定了减少或最小化部署后(15)的载体导弹(25)的空气动力特性的变化。
    • 7. 发明授权
    • Vehicle with combined fuel tank/warhead
    • 混合燃油箱/弹头的车辆
    • US4095528A
    • 1978-06-20
    • US763318
    • 1977-01-28
    • Donald McChesney Post
    • Donald McChesney Post
    • F42B15/00F42B13/28
    • F42B15/00Y10S102/705
    • A vehicle driven by a combustible fuel propulsion system, in which the fuelemaining upon arrival at the target is exploded to act as a warhead. The vehicle has a fuel tank incorporated into the structure, which will hold more than enough fuel to complete the mission. The residual fuel is atomized into the vacant space in the fuel tank and mixed with air or oxygen, which can be used as the driving agent for the atomization. The fuel/air mixture is then detonated. The fuel tank may be thin walled for maximum blast effect, or be of heavier structure which is grooved for fragmentation.
    • 由可燃燃料推进系统驱动的车辆,其中在到达目标时剩余的燃料被爆炸以用作弹头。 该车辆具有结合在结构中的燃料箱,其将容纳足够的燃料以完成任务。 残余燃料被雾化到燃料箱的空置空间中,与空气或氧气混合,可用作雾化的驱动剂。 然后将燃料/空气混合物引爆。 燃料箱可以是薄壁的,以获得最大的爆炸效果,或者是更重的结构,其被开槽以用于碎裂。
    • 10. 发明授权
    • Target seeking gyro for a missile
    • 目标寻找陀螺仪的导弹
    • US4093154A
    • 1978-06-06
    • US583337
    • 1956-05-07
    • William B. McLean
    • William B. McLean
    • F41G7/22F42B13/28F41G7/10G01C19/28
    • F41G7/2253F41G7/2213F41G7/2293Y10T74/125
    • 37. In combination in a missle guidance system, a target seeking apparatus having radiation responsive means including a scanner, a gyroscope having a rotor, said scanner being mounted on said rotor for picking up radiation from a target, means for precessing said gyroscope rotor to align its axis with the sight line to said target, said radiation responsive means producing a signal when the gyroscope rotor axis deviates from alignment with the sight line to said target, said signal having a time phase dependent on the radial direction of departure of said target from the gyro rotor axis, the precessing means embodying mechanism responsive to the phase of said signal whereby said gyro is precessed in the proper sense to align its axis with the line of sight to said target, a position sensing means included in said target seeking apparatus and mounted adjacent said gyro rotor for sensing the position of said gyro rotor, and servo means responsive to signals from said gyro rotor position sensing means for guiding said missile.38. A target seeking device for a guided missile comprising a gyroscopically stabilized means for optically scanning a limited region about a first coordinate axis for electromagnetic radiations emanating from a target source, said means including a permanent magnet rotor rotatable with said gyroscopic means about said first axis, the magnetic poles of said permanent magnet defining a second coordinate axis transverse to said first coordinate axis, a radiation sensitive means for producing electrical signal variations in response to variations in radiation incident on said radiaton sensitive means, said radiation sensitive means being fixedly positioned relative to said scanning means for receiving said radiations from said scanning means to cause said electrical signals generated thereby to vary in magnitude with the directional displacement of said target with respect to said first coordinate axis and in time phase with the polar angular position of said target with respect to the second coordinate axis, and means interacting with said permanent magnet rotor responsive to said signal for applying a magnetic force to said gyroscopically stabilized means having a component normal to said second axis and in a direction causing said gyroscopically stabilized means to precess through an angle and in a direction to bring said first coordinate axis into directional alignment with said target source.
    • 37.一种在引导引导系统中的目标搜索装置,具有包括扫描器的放射线响应装置,具有转子的陀螺仪,所述扫描器安装在所述转子上用于拾取来自目标的辐射,用于将所述陀螺仪转子进动到 将其轴线与瞄准线对准所述目标,所述辐射响应装置在陀螺仪转子轴线偏离与瞄准线对准所述目标时产生信号,所述信号具有取决于所述目标的径向离开方向的时间相位 从陀螺仪转子轴,进动装置体现机构响应于所述信号的相位,由此所述陀螺仪在正确的意义上被进动以使其轴线与所述目标的视线对准,包括在所述目标寻找装置中的位置检测装置 并且安装在所述陀螺仪转子附近,以感测所述陀螺仪转子的位置,以及响应于来自所述陀螺仪转子位置的信号的伺服装置 用于引导所述导弹的感测装置。