Intelligent full-automatic gun correcting system and method

Abstract

The invention discloses an intelligent full-automatic gun correcting system and method. The system comprises a fixing rack used for fixing a gun body, a laser bullet simulating the normal bullet ballistic trajectory, a sighting device laser transmitting device simulating the sighting trajectory, a bar sight adjusting mechanism used for controlling the left-right movement of a bar sight in the horizontal direction, a sight head adjusting mechanism used for controlling the up-down movement of a sight head in the vertical direction, a laser target used for receiving the fall points of laser beams, and a control circuit used for receiving coordinate information of the fall points and controlling the bar sight adjusting mechanism and the sight head adjusting mechanism to achieve fall point coinciding. The method comprises the following steps that a gun is placed; coordinates of the fall points are calculated; the bar sight and the sight head are adjusted; and gun correcting is finished. The laser technology, the digital image processing technology, the automatic adjusting technology and other means are utilized, full-automatic correction of the gun shooting precision is achieved, and bullet launching and manual intervention are not needed; and the correcting precision and the correcting efficiency are improved, consumption of a large number of bullets in the gun correcting process is reduced, safe gun correction is achieved, and very high practicability and economic benefits are achieved.

Description

technical field [0001] The invention relates to the field of maintenance and maintenance of firearms, in particular to an intelligent automatic gun calibration system and method. Background technique [0002] The gun is not only the main weapon of modern infantry, but also an auxiliary weapon of other arms. It is also widely used in civil security guards, hunting, and sports competitions. In order to ensure the shooting accuracy of the gun, it is necessary to calibrate the gun before shooting. At present, the calibration of guns is mainly done manually, and the live ammunition is fired by a special person, and the sight is adjusted according to the deviation between the actual impact point and the target. The method of manually calibrating guns is not only affected by environmental factors such as wind force and altitude, but also human factors such as the shooting level and state of the shooter. At the same time, the process of calibrating guns has site requirements, and th...

AI Technical Summary

Problems solved by technology

The method of manually calibrating guns is not only affected by environmental factors such as wind force and altitude, but also human factors such as the shooting level and state of the shooter. At the same time, the process of calibrating guns has site requirements, and there are also a lot of bullet consumption and safety issues. Hidden danger

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