A clustered small-volume target damage image acquisition system and its acquisition method

Abstract

The invention discloses a cluster type small-volume target damage image collection system and a collection method thereof. In the present invention, a plurality of acquisition devices equipped with deceleration parachute devices are arranged in the groove of the host ammunition, and the cover plate is installed on the housing of the host ammunition through a connecting piece; both the acquisition devices and the deceleration parachute devices are connected to the Stay on the rod; when the host ammunition is launched, the control system sends a separation signal to the connecting part, the connecting part is broken, the trigger part is pulled by the tethered rod, thereby triggering the start of the acquisition device, and at the same time opening the umbrella bag of the drogue device; the acquisition device The image data below is collected and sent out; through the collaborative image collection of multiple sensors, the field of view of the ground image collection is effectively expanded, thereby increasing the effectiveness of the detection of the area where the ammunition falls; combined with infrared Three-mode image information collection of , ultraviolet and visible light, multiple collection devices are divided into collections, and image information of multi-spectral bands in the ammunition drop area is obtained.

Description

technical field [0001] The invention relates to ammunition damage assessment technology, in particular to a clustered small-volume target damage image collection system and a collection method thereof. Background technique [0002] In the informationized combat environment of the modern battlefield, after the precise strike on the combat target, it is necessary to evaluate the damage status of the target in real time to determine how to conduct a second strike to completely damage the target. However, the projectile body is completely destroyed after hitting the target, and it cannot detect the situation after the damage. Satellites and high-altitude reconnaissance aircraft are affected by the weather, and cannot cover the battlefield in an instant and effectively to detect the target damage of specific ammunition. Their detection and verification needs Obtaining ammunition location information, detection and verification links are complex and difficult to apply in real time...

AI Technical Summary

Problems solved by technology

However, the projectile body is completely destroyed after hitting the target, and it cannot detect the situation after the damage. Satellites and high-altitude reconnaissance aircraft are affected by the weather, and cannot cover the battlefield in an instant and effectively to detect the target damage of specific ammunition. Their detection and verification needs To obtain ammunition position information, the detection and verification process is complicated and difficult to apply in real time

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