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    • 3. 发明授权
    • Spherical shaped body with aerodynamic torque ribs
    • 具有动力学扭矩RIBS的球形体
    • US3611930A
    • 1971-10-12
    • US3611930D
    • 1966-06-27
    • HONEYWELL INC
    • KENSINGER ROBERT S
    • F42B10/06F42B10/26F42B25/20F42B25/24
    • F42B10/26F42B10/06
    • 1. A generally spherically shaped member having a plane of symmetry and an axis passing substantially through the geometric center of said member normal to said plane of symmetry, said member further having external aerodynamic features which will cause it, when placed into an airstream, to spin about said axis regardless of the orientation of said member relative to the airstream, said aerodynamic features including a plurality of torque ribs, each of said ribs having: AN AERODYNAMIC FORCE CENTERED ON SAID PLANE OF SYMMETRY AND EXTENDING A SHORT DISTANCE TO EITHER SIDE OF IT; A FRONT FACE HAVING A FIRST PART EXTENDING FROM ONE SIDE OF SAID AERODYNAMIC FENCE FOR A SHORT DISTANCE SUBSTANTIALLY PARALLEL TO SAID PLANE OF SYMMETRY, THEN CURVING IN A CIRCULAR RADIUS AWAY FROM SAID PLANE OF SYMMETRY INTO A SEGMENT AT AN ANGLE TO SAID PLANE OF SYMMETRY, SAID FACE FURTHER HAVING A SECOND PART EXTENDING FROM THE OTHER SIDE OF SAID AERODYNAMIC FENCE, SAID SECOND PART BEING SUBSTANTIALLY SYMMETRICAL TO SAID FIRST PART WITH REFERENCE TO SAID PLANE OF SYMMETRY; AND A REAR FACE PROVIDING A SMOOTH STREAMLINED SURFACE EXTENDING TOWARDS THE REAR AND DOWNWARD FROM THE UPPER EDGE OF SAID FRONT FACE AND MERGING WITH THE SPHERICAL SURFACE OF THE MEMBER.
    • 4. 发明授权
    • Apparatus for deploying a flexible samara blade
    • 用于部署柔性samara刀片的装置
    • US4756253A
    • 1988-07-12
    • US895244
    • 1986-08-11
    • Dana C. HerringElbert W. Duvall
    • Dana C. HerringElbert W. Duvall
    • F42B10/14F42B25/24F42B25/16
    • F42B10/146
    • Apparatus is disclosed which provides for the controlled deployment of a flexible samara blade used to orient and decelerate a submunition cannister which is dispensed at altitude and allowed to free fall to earth. Spin pins are anchored in and extend outwardly from the downstream end of the cannister. Placement of the pins is such that the flexible samara blade can be wrapped around the pins to place the blade in a stowed condition within the periphery of the cannister end prior to launch of the submunition. Caps on the pins are used to inhibit the stowed blade from slipping off the pins. The blade is wrapped around the pins in a direction opposite to the direction of rotation of the submunition during launch. Launching the submunition in a spinning state creates a centrifugal force in the weighted tip of the samara blade causing the wing to unwrap from the stowed to the deployed state. The pins keep tension in the unfolding wing and preclude erroneous twist-up of the flexible blade.
    • 公开了一种设备,用于控制部署用于定向和减速子弹药罐的柔性samara刀片,所述子弹药罐在高度被分配并被允许自由落体。 旋转销被锚固并从罐的下游端向外延伸。 销的放置使得柔性samara刀片可以缠绕在销上,以在发射子弹药之前将刀片放置在罐末端的周边内的收纳状态。 引脚上的盖子用于禁止收起的刀片从引脚上滑落。 在发射期间,刀片沿着与子弹药旋转方向相反的方向缠绕在销上。 在旋转状态下启动子弹药在萨马拉叶片的加重尖端产生离心力,导致机翼从收起的展开状态展开。 针脚在展开的机翼中保持张力,并防止柔性叶片的错误扭曲。
    • 5. 发明授权
    • Submunition having terminal trajectory correction
    • 子弹药具有终点轨迹校正
    • US4492166A
    • 1985-01-08
    • US791805
    • 1977-04-28
    • William O. Purcell
    • William O. Purcell
    • F41G7/22F42B10/14F42B12/58F42B25/16F42B25/24
    • F42B10/14F41G7/222F41G7/2233F41G7/2253F41G7/2293F42B10/661F42B12/58
    • A submunition having an infrared detector disposed in a nose portion thereof, the detector having a narrow angularly-displaced field of view, and vanes for causing the submunition to rotate at an essentially constant rate while in flight, thus to cause the infrared detector to scan a target area and to detect the presence of a target having a selected higher temperature than the background infrared radiation. The submunition includes a small explosive charge sheet disposed on its outer surface and concentrated in one area, and firing pulse generation means for firing the charge. When the infrared detector scans past a detectable target within the target area, it produces a detection signal that triggers a firing pulse from the firing pulse generation means, thereby firing the explosive charge to create a lateral impulse or offset of the submunition. Timing means is provided to cause the impulse to be produced in the exact direction to correct the terminal trajectory of the submunition to intercept the detected target, so that the warhead carried by the submunition can cripple or destroy the target. This novel correctable-trajectory submunition is therefore seen to be a low-cost device having high kill probability when air-dropped in clusters, thereby providing very high cost effectiveness.
    • 具有设置在其鼻部中的红外检测器的子弹药,所述检测器具有窄的角度位移视野,以及用于使所述子弹药在飞行中以基本恒定的速率旋转的叶片,从而使所述红外检测器扫描 目标区域并且检测具有比背景红外辐射选择的较高温度的目标的存在。 子弹药包括设置在其外表面上并集中在一个区域中的小型炸药,以及用于点燃电荷的点火脉冲产生装置。 当红外检测器扫描目标区域内的可检测目标时,它产生一个检测信号,该检测信号触发起动脉冲发生装置的点火脉冲,从而点燃炸药以产生子弹药的横向脉冲或偏移。 提供定时手段,使精确方向产生冲击,以纠正子弹头的终点轨迹,以拦截检测到的目标,使子弹药携带的弹头可以摧毁或摧毁目标。 因此,这种新型的可校正轨迹子弹药被认为是一种低成本的装置,其具有在集群中空降时具有高的杀伤概率,从而提供非常高的成本效益。
    • 8. 发明授权
    • Control system particularly for wingless guided ammunition
    • 特别是无翼导弹的控制系统
    • US4595157A
    • 1986-06-17
    • US523430
    • 1983-08-16
    • Heiko Uhle
    • Heiko Uhle
    • B64C15/14F41G9/00F42B25/24
    • F42B10/663
    • A control system for an ammunition having a longitudinal axis and adapted to move in a flight direction, particularly a wingless ammunition falling in ballistic flight, comprises a body having a rear curved surface with a gas generator in the body for producing gas under pressure. A nozzle is mounted to the body and oriented to direct a gas jet produced from the pressurized gas rearwardly and tangentially over the curved surface with respect to the flight direction of the ammunition. The gas jet produces reduced pressure on its side of the ammunition to alter the flight thereof.
    • 具有纵向轴线并适于沿飞行方向移动的弹药的控制系统,特别是落在弹道飞行中的无翼弹药包括具有后曲面的主体,该主体具有气体发生器,用于在压力下产生气体。 喷嘴安装到主体并且被定向成将从加压气体产生的气体射流相对于弹药的飞行方向向后和切向地引导到弯曲表面上。 喷气机在弹药的一侧产生压力,以改变其飞行。
    • 10. 发明授权
    • Maneuvering air dispensed submunition
    • 机动空气分配子弹药
    • US4635553A
    • 1987-01-13
    • US787452
    • 1985-10-15
    • Thomas A. Kane
    • Thomas A. Kane
    • F42B10/64F42B25/24
    • F42B10/64
    • An air dispensed assembly in the form of a submunition cannister is disclosed which has the capability to perform a lateral maneuver during the final 1500 ft. of descent before impact. Maneuvering is accomplished by deploying a samara blade shaped wing from the rear of the submunition cannister after ejection from the casing of the launching shell. The wing is sized and provided with an angle of attack which causes the cylindrical shaped cannister to spin as it descends downward at approximately a constant rate of descent. A passive infrared sensor in the nose of the cannister provides target information to a data processor which generates steering commands to appropriately alter the wing angle of attack so as to bring about a corrective lateral change in direction. When within lethal range of the sensed target, the warhead in the submunition is detonated.
    • 公开了一种子弹药罐形式的空气分配组件,其具有在冲击之前的最后1500英尺的下降期间执行横向操纵的能力。 通过在从发射壳体的壳体上弹出之后,从子弹药罐的后部部署萨马拉叶片形翼来实现机动。 机翼的尺寸和设置有一个迎角,使得圆筒形的罐子以大致恒定的下降速度向下下降时旋转。 食筒鼻子中的被动红外传感器向数据处理器提供目标信息,数据处理器产生转向命令以适当地改变机翼迎角,从而导致方向上的校正横向变化。 在感测目标的致命范围内,子弹药弹头被引爆。