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    • 8. 发明申请
    • KNOWLEDGE BASED AUTOMATIC THREAT EVALUATION AND WEAPON ASSIGNMENT
    • 基于知识的自动威胁评估和武器分配
    • WO99023443A1
    • 1999-05-14
    • PCT/US1998/022350
    • 1998-10-22
    • F41G3/04F41G5/08
    • F41G3/04F41G5/08F41G9/00
    • A knowledge based threat evaluation and weapon assignment (TEWA) system and method. Upon identification of a hostile class track, if the track is outside national boundaries or defensive zones, a threat index is calculated to evaluate the threat. The index considers track speed, heading, altitude, and any known amplifying information such as flight size, airframe type, weapons load or missile type. If a threat enters a defensive zone, it becomes a target. Automatically a trial intercept calculation (TIC) will be calculated against the target. The TIC will utilize resources allocated to the zone; and with the aid of a zone target priority knowledge database and a target/weapon pairing database, the TIC will select the best available weapon to neutralize the target. The result of the TIC will be a weapon recommendation to the weapon's controller.
    • 基于知识的威胁评估和武器分配(TEWA)系统和方法。 在识别到敌对类轨道后,如果轨道在国界或防御区之外,则计算威胁指数来评估威胁。 该指数考虑轨道速度,航向,高度以及任何已知的放大信息,如飞行大小,机身类型,武器装载或导弹类型。 如果威胁进入防御区,它就成为一个目标。 自动计算试验截距计算(TIC)。 旅游业议会将利用分配给该区的资源; 并且借助于区域目标优先级知识数据库和目标/武器配对数据库,TIC将选择最佳可用武器来中和目标。 旅游业议会的结果将是对武器控制人的武器推荐。
    • 10. 发明申请
    • ANTI-AIRCRAFT GUN WITH CAMERA
    • 具有相机的反飞机枪
    • WO1995012800A1
    • 1995-05-11
    • PCT/SE1994001025
    • 1994-11-01
    • SAAB INSTRUMENTS AKTIEBOLAGNILSSON, Bertil
    • SAAB INSTRUMENTS AKTIEBOLAG
    • F41G03/06
    • F41G5/08F41G3/06F41G3/08
    • A device for aiming at a mobile target (4) and directing an anti-aircraft gun (1) is described. The direction of the barrel is adjustable in azimuth and elevation manually with handle or by means of servo-controlled motors (2). A ranging unit is mounted in a support, manually operated, directly or via servo-motors, pivotable in azimuth and elevation. It comprises a sight (3), preferably field-glasses, for optical aiming at the target along an aiming line (5), and a range finder (6) pivotable in azimuth. The device shows means (7, 11) for direct or indirect measuring of the angular rate of the aiming line in azimuth or elevation. Said means are arranged to emit signals, corresponding to their respective measured values, to a calculating unit (8), which is arranged guided by said received signals and information given about correction values, such as the ballistic data from the projectile fired from the anti-aircraft gun, prevailing wind vector, to calculate the required lead and offset angles of the direction of the barrel, and to emit corresponding signals for setting the direction of the barrel, preferably to said servo-controlled motors, so that a fired projectile shall hit the target. The device is primarily characterized in that a camera means (9) is arranged parallelly with said aiming line (5) connected to a correlation means (10) with which the displacement in azimuth and elevation of the camera picture of the target (4) relative to the aiming line (5) is determined in the form of a correction signal, with which said measured angular rate of the aiming line in azimuth and elevation is corrected.
    • 描述了用于瞄准移动目标(4)并引导防空炮(1)的装置。 枪管的方向可通过手柄或伺服电机(2)手动调节方位角和仰角。 测距单元安装在支撑件中,手动操作,直接或通过伺服电机,方位角和仰角可枢转。 它包括瞄准器(3),优选场眼玻璃,用于沿着瞄准线(5)瞄准目标,以及可在方位角度枢转的测距仪(6)。 该装置示出了用于直接或间接测量瞄准线在方位角或仰角处的角速度的装置(7,11)。 所述装置被布置为发射对应于它们各自的测量值的信号到由所述接收信号引导的计算单元(8)和关于校正值的信息,例如来自反射器的射弹的弹道数据 用于计算枪管方向所需的引导角和偏移角,并发出相应的信号,以设置枪管的方向,最好是伺服控制的电机,使得射弹应该 击中目标。 该装置的主要特征在于,相机装置(9)与连接到相关装置(10)的所述瞄准线(5)平行设置,目标(4)相对于摄像机图像的方位角和仰角的位移 瞄准线(5)以校正信号的形式确定,校正所述瞄准线的方位角和仰角的所测量的角速度被校正。