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    • 2. 发明申请
    • Projectile targeting analysis
    • 射弹瞄准分析
    • US20070238073A1
    • 2007-10-11
    • US11398400
    • 2006-04-05
    • Rocco PortogheseRichard HebbEdward PurvisJames Purvis
    • Rocco PortogheseRichard HebbEdward PurvisJames Purvis
    • F41G3/26
    • F41G3/323F41G3/2605F41G3/2661G01S5/163
    • An exemplary embodiment of the invention relates to determining aimpoint relative to a target located within a firing range. The target can be either fixed or moving, and if the target is moving then it can be mounted on tracks or controlled by servomechanisms. In addition to aimpoint, predicted projectile effects and personnel performance can be calculated for evaluation and for training. The firing range is mapped so that placement of infrared emitters is associated with specific targets. Placement of the emitter external to the target perimeter produces accurate results so long as the emitter is within the field of view of a camera mounted upon the projectile launcher. The invention results in large firing ranges with the ability to place targets wherever desired without decreasing aimpoint measurement accuracy.
    • 本发明的示例性实施例涉及确定相对于位于击发范围内的目标的瞄准点。 目标可以是固定的或移动的,并且如果目标是移动的,则它可以被安装在轨道上或由伺服机构控制。 除了瞄准点,可以计算出预测的弹丸效应和人员的表现,以进行评估和训练。 映射射击范围,使得红外发射器的放置与特定目标相关联。 只要发射器位于安装在射弹发射器上的相机的视野内,发射器在目标周边外部的放置产生准确的结果。 本发明导致大的燃烧范围,具有在任何需要的地方放置目标而不降低瞄准点测量精度的能力。