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Electro-optical systems to accurately align (boresight) laser designator,FLIR and CCD on the ground before the mission

机译:在任务执行前在地面上精确对准(瞄准镜)激光指示器,FLIR和CCD的电光系统

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CI Systems has been involved in the development and production of in-flight boresight equipment since 1989~(1,2), by pioneering the field with innovative laser-FLIR and laser-CCD alignment solutions. In addition, over the years we have developed a number of systems for use on the ground to align the various electro-optical instrumentation to a common Line of Sight (LOS) before the mission. This adjustment is very important for the success of the mission: the more accurate the alignment and its retention during the flight, the better the chance of a precise hit. In this paper we describe various systems developed and built at CI for use with EO pods mounted on aircraft, especially UAV's. The most important engineering tasks are design for optical alignment retention over a wide range of environmental conditions and convenient mechano-optical interfaces for different pods allowing system compactness and low weight, and easy operation. Some of the design considerations to meet these challenges will be given here.
机译:自1989〜(1,2)以来,CI Systems一直通过开发创新的Laser-FLIR和Laser-CCD对准解决方案开拓该领域,从事空中视轴设备的开发和生产。此外,多年来,我们已经开发了许多用于地面的系统,用于在任务执行前将各种电光仪器对准公共视线(LOS)。这种调整对于任务的成功非常重要:飞行过程中对准和保持的精确度越高,命中目标的机会就越大。在本文中,我们描述了在CI上开发和制造的,与安装在飞机上的EO吊舱一起使用的各种系统,尤其是无人机。最重要的工程任务是在广泛的环境条件下保持光学对准的设计,以及用于不同吊舱的便捷的机械光学接口,从而实现系统紧凑,重量轻且易于操作。这里将给出一些应对这些挑战的设计考虑。

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