Active lighting synchronous monitoring system and method for common caliber tracking and aiming launch

Abstract

The invention provides an active lighting synchronous monitoring common-caliber tracking and pointing launching system and method and belongs to the field of electro-optical countermeasures. The active lighting synchronous monitoring common-caliber tracking and pointing launching system comprises a laser device, two tracking and pointing launching rotary table light guide mirrors, a tracking camera system, two laser adjusting mirrors, an off-axis triple-lens reflex common-caliber system, a system spectroscope, a common optical path adjusting mirror, a laser pointing monitoring system and a tracking and pointing launching rotary table. The active lighting synchronous monitoring common-caliber tracking and pointing launching system ensures the optical path pointing stability of the non-common optical path part through real-time synchronous monitoring and real-time quick adjustment on laser path pointing, implements effective tracking and pointing on a head-on coming target optical systemthrough the active lighting tracking and pointing method. The optical-mechanical structure can effectively deal with the requirements for high-dynamic tracking and pointing, the high-damage-energy density threshold, quick tuning of light beam pointing and tracking pointing, large temperature shock environmental change, superhigh system reliability and the like in the current electro-optical countermeasure field.

Description

technical field [0001] The invention belongs to the technical field of photoelectric countermeasures, and in particular relates to an active lighting synchronous monitoring common-aperture follow-up and aiming launch system and method. Background technique [0002] The general feature of electro-optical countermeasures is to first realize the discovery and warning of targets. This process is generally realized by radar or electro-optical warning; secondly, the threat level sorting of the discovered targets and the identification of true and false targets are carried out, and the target orientation information is guided to the electro-optical countermeasures. Tracking and aiming equipment, this process is generally realized by the guidance of a large system or the tracking and targeting system itself has an alarm function; then the tracking and aiming equipment realizes accurate tracking and aiming of the target and emits anti-laser to irradiate the characteristic position of ...

AI Technical Summary

Problems solved by technology

The current laser countermeasures can basically meet the requirements of photoelectric interference with low laser energy density, but it is difficult to achieve in the field of laser strikes that accurately strike a specific feature point of the target

Since the tracking and targeting launch system adopts full airspace protection and attack, and the existing laser technology cannot realize the placement of the overall laser and the tracking and targeting system inside the tracking and targeting launch turntable, the only way to guide the laser light into real-time random motion tracking and targeting In the system, this will lead to a real-time deviation between the tracking and aiming optical axis and the emitting optical axis due to structural deformation caused by the impact of adjustment limits and environmental changes. At the same time, due to the inherent tracking and aiming position deviation of the non-common caliber scheme Different two-axis deviations are caused at different distances, and these deviations are fatal for the countermeasures in the laser strike field that requires high energy density

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