Intelligent grenade launcher aiming device

Abstract

The invention provides an intelligent grenade launcher aiming device, which adopts the technical scheme that a core intelligent aiming system comprises a laser ranging module, an azimuth angle measuring module, a trajectory resolving module, a control switch module and an indicator lamp array module. The control switch module controls the laser distance measuring module and the azimuth angle measuring module to work through a calibration button and sends measured information to the ballistic calculation module, whether the grenade can be hit or not and the range of the corresponding firing angle are calculated through given grenade parameters, the Longze-Kutta method is used for self-starting, the Adams forecast correction method is used for calculating the follow-up ballistic, and then the grenade is obtained. A numerical solution of an outer ballistic differential equation is obtained, a shot angle corresponding to a shot target is obtained through a bisection method, and finally, soldiers are indicated to perform excitation actions through an indicator light array module, so that the grenades accurately hit the target.

Description

technical field [0001] The invention relates to the field of grenade launching, in particular to an auxiliary aiming device for a grenade launcher. Background technique [0002] The initial name of this component is the intelligent grenade launcher aiming device, which refers to instructing soldiers to accurately hit the target through intelligent calculation. At present, my country's grenade launchers (taking the Type 10 as an example) are equipped with two types of sights: mechanical sights and white light sights, but these two sights do not have ranging functions. Soldiers need to measure distances based on experience or through other equipment. , and manually adjust the scale to the corresponding scale for aiming. This aiming method takes a long time and has low aiming accuracy; it is even more difficult to play in complex terrain such as mountains and in the night environment. Although our army has equipped large-scale special operations weapons such as sniper grenades...

AI Technical Summary

Problems solved by technology

This aiming method takes a long time and has low aiming accuracy; it is even more difficult to function in complex terrain such as mountains and in night environments

Although our army has equipped large-scale special warfare weapons such as sniper grenades and automatic grenade launchers with integrated sights with ballistic calculation functions, most grenade launchers cannot be upgraded due to cost issues.

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