Quick automatic artillery aiming device

Abstract

The invention relates to a quick automatic artillery aiming device which comprises an omnidirectional vision sensor, an embedded system, a touch display screen, a periscopic aiming drive unit and a periscopic aiming mechanical device, wherein the omnidirectional vision sensor is used for acquiring a panoramic video image around a chariot and fixed at the top of an external artillery turret of the chariot; and the touch display screen is used for displaying the panoramic video image around the chariot and a local video image of an attack object, helping a gunner discover a suspicious attack object and confirm the attack object and providing the periscopic aiming mechanical device for the gunner to aim and attack the attack object. The device greatly lightens the work intensity of the artillery gunner, improves the emission efficiency of the artillery and the automation level of the artillery device and extends the attack range of the artillery gunner.

Description

technical field [0001] The invention relates to a rapid artillery aiming device, which belongs to the application of embedded technology, omnidirectional visual sensor and artillery servo control device in various artillery aiming aspects, and is mainly suitable for various tanks and other weapon equipment for short-distance artillery attack. Background technique [0002] The tank artillery control system has generally gone through four important stages from its advent to the present. The first stage is equipped with only simple optical sights, and the second stage is based on the original optical sights. The image rangefinder and the mechanical ballistic computer with cams as functional components. The third stage is composed of optical sight, optical rangefinder and electromechanical analog ballistic computer. The fourth stage technology is laser rangefinder sight, It consists of a gunner's day and night sight, a digital-analog hybrid fire control computer, a target angula...

AI Technical Summary

Problems solved by technology

This is because the current artillery follow-up aiming device is designed for aiming at a certain small area, and the shooting target will occur within the range of 360° of the rotation angle of the turret as the center and the range of more than 40° of the pitch angle, so there must be Coarse Alignment and Fine Alignment Issues

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