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    • 2. 发明授权
    • A METHOD AND DEVICE FOR DISPERSING SUBMUNITIONS
    • DEVICE AND METHOD FORSUBMUNITIONKÖRPER的分散染料
    • EP1297297B1
    • 2006-02-01
    • EP01944027.0
    • 2001-06-20
    • BAE Systems Bofors AB
    • RÖNN, TorstenAXINGER, Jan
    • F42B12/12F42B12/58
    • F42B12/60
    • The present invention relates to a method and a device for combating a pre-determined target with submunitions directed at the target from an airborne carrier in the form of a rocket, missile or equivalent (1) whereby the submunitions (17) are of the type whose main effect in target derives from impact with the target. As claimed in the present invention the submunitions (17) are given both a lateral motion vector (34) relative to the direction of flight of the carrier and a motion vector (35) in the direction of flight of the carrier. Jointly these motion vectors give the submunitions a resultant motion vector in a direction (36) towards the target. When the present invention is used the submunitions (17) are given the actual combined motion by the rotating magazine (5) in which they are stowed that rotates up to a high rate around the direction of flight of the carrier (1) before the submunitions leave the carrier when the centrifugal force gives them their lateral motion vector and they acquire their longitudinal motion vector from the direction of flight of the carrier.
    • 4. 发明申请
    • A METHOD AND DEVICE FOR DISPERSING SUBMUNITIONS
    • 一种分散子系统的方法和装置
    • WO02003013A1
    • 2002-01-10
    • PCT/SE2001/001399
    • 2001-06-20
    • F42B12/60F42B12/12F42B12/58
    • F42B12/60
    • The present invention relates to a method and a device for combating a pre-determined target with submunitions directed at the target from an airborne carrier in the form of a rocket, missile or equivalent (1) whereby the submunitions (17) are of the type whose main effect in target derives from impact with the target. As claimed in the present invention the submunitions (17) are given both a lateral motion vector (34) relative to the direction of flight of the carrier and a motion vector (35) in the direction of flight of the carrier. Jointly these motion vectors give the submunitions a resultant motion vector in a direction (36) towards the target. When the present invention is used the submunitions (17) are given the actual combined motion by the rotating magazine (5) in which they are stowed that rotates up to a high rate around the direction of flight of the carrier (1) before the submunitions leave the carrier when the centrifugal force gives them their lateral motion vector and they acquire their longitudinal motion vector from the direction of flight of the carrier.
    • 本发明涉及一种用于以火箭,导弹或等同物形式从空中载体以目标指向目标的子弹药来对预定目标进行打击的方法和装置(1),其中子弹药(17)是类型 其目标的主要影响来自于与目标的冲击。 如本发明所要求的,子弹药(17)给予相对于载体的飞行方向的横向运动矢量(34)和在载体的飞行方向上的运动矢量(35)。 这些运动向量联合地向子弹药提供朝向目标的方向(36)的合成运动矢量。 当使用本发明时,子弹药(17)通过其存放的旋转刀库(5)被给予实际的组合运动,其在子弹药之前围绕载体(1)的飞行方向旋转高速率 当离心力给出它们的横向运动矢量时,离开载体,并且它们从载体的飞行方向获取它们的纵向运动矢量。
    • 9. 发明授权
    • Undersea weapon with hydropulse system and periodical seawater admission
    • 海底武器与水力脉冲系统和定期海水进入
    • US4372239A
    • 1983-02-08
    • US126782
    • 1980-03-03
    • Allen C. HagelbergClark E. AllardtWalter A. LobitzRobert O. ThornburgGeorge F. ZimmermanGary L. LettermanJohn W. Helbron
    • Allen C. HagelbergClark E. AllardtWalter A. LobitzRobert O. ThornburgGeorge F. ZimmermanGary L. LettermanJohn W. Helbron
    • F41G7/22F42B12/12F42B17/00F42B19/00F42B19/01F42B19/12F42B19/26F42B19/46
    • F41G7/228F42B17/00F42B19/26
    • An undersea weapon comprising a warhead, a rocket motor, detection, homing and control systems and a hydropulse underwater propulsion system in an integral unit. The weapon is launched at a previously detected target, such as a submarine, on a ballistic trajectory through the air by means of the rocket motor. The weapon enters the water near the submarine, which is thereafter detected by an on-board system incorporating active and/or passive detection. The thus-determined submarine direction is utilized by the control system to guide the weapon toward the submarine under water. A hydropulse motor utilizes the empty rocket motor as the propulsion chamber and provides the underwater propulsion to propel the weapon through the water toward the submarine, where the warhead then detonates on contact with the submarine. Alternatively, the weapon may be air dropped near a previously detected target, in which case there need be no propellant in the rocket motor. The hydropulse motor operates by repeatedly filling the chamber with water and expelling the water at high velocity through a converging nozzle in succeeding pulse stages. During the intervals between pulses, the detection system monitors the submarine free of noise from the on-board propulsion motor.
    • 一个海底武器,包括弹头,火箭发动机,检测,归位和控制系统以及整体单元中的水下脉冲水下推进系统。 武器是通过火箭发动机通过空中的弹道轨迹在先前检测到的目标(如潜艇)上发射的。 武器进入潜艇附近的水域,此后由包含有源和/或无源探测的车载系统进行检测。 由此确定的潜艇方向由控制系统利用,以将武器引向水下的潜艇。 水力冲击马达利用空的火箭发动机作为推进室,并提供水下推进力,以将武器通过水向潜艇提供,然后弹头在与潜艇接触时引爆。 或者,武器可以在先前检测到的目标附近空气滴落,在这种情况下,在火箭发动机中不需要推进剂。 水力脉冲电动机通过反复充满水并通过后续脉冲阶段中的会聚喷嘴高速排出水来进行操作。 在脉冲间隔期间,检测系统监测潜艇没有来自车载推进电机的噪音。