Single-munition multi-shot and multi-target battle sight setter

Abstract

The invention discloses a single-munition multi-shot and multi-target battle sight setter which comprises a connecting base assembly. An inner hexagon bolt, a second flat gasket and a spring gasket are arranged on the inner surface of the lower end of the connecting base assembly, the inner hexagon bolt is located on the outer surface of the lower end of the second flat gasket, and the spring gasket is located on the outer surface of the upper end of the second flat gasket. A stand column is arranged on the outer surface of the upper end of the connecting base assembly, a first copper sleeve and a second copper sleeve are arranged on the outer surface of the middle of the stand column, the first copper sleeve is located at the upper end of the second copper sleeve, and a first flat gasketis arranged on the outer surface of the upper end of the stand column. According to the single-munition multi-shot and multi-target battle sight setter, different battle sights for the same target ormultiple kinds of charged munitions or multiple targets can be accurately set in advance, and the position corresponding to each battle sight is recorded by multiple levels, and therefore after munitions are launched at the firing angle corresponding to the first battle sight, the munitions can be quickly adjusted to the firing angle corresponding to the second battle sight and then are launched,multiple munitions are launched in the same manner, and therefore simultaneous impact shooting for the same target or single-munition multiple shots or multiple targets is achieved.

Description

technical field [0001] The invention relates to the field of gauge setters, in particular to a single-shot multi-shot and multi-target scale setter. Background technique [0002] The same cannon quickly fires multiple shells at different firing angles, and the bullets hit a target at the same time. This technique is called "single cannon multiple shells simultaneously bombing and shooting". [0003] The U.S. Army once made statistics: when the self-propelled artillery is attacked by the enemy, it can be transferred from one position to another within 30 seconds. When the exposed infantry is attacked by the enemy, half of them will lie on the ground after 2 seconds. After 8 seconds, they will all turn into a prone position or a concealed state, reducing the lethality of the shells by 50% to 90%. This shows that the first group of artillery kills plays a decisive role in striking enemy targets. However, multiple shots from a single cannon can be fired at the same time withou...

AI Technical Summary

Problems solved by technology

However, multiple shots from a single cannon can be fired at the same time without increasing the number of cannons, so that the power of the first group of shells can be multiplied; taking mortars as an example, the difficulty of realizing multiple shots from a single cannon to shoot at the same time is that it needs to be fired in a very short period of time. Continuously setting several gauges (corresponding to different shooting angles) within a certain period of time, and then leveling the level gauge, is a test of the shooter's operational skills and proficiency, which also makes the actual mastery rate of this important technology not high.

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