METHOD OF INCREASE OF EFFECTIVENESS OF MONITORING AND TARGET DAMAGING BY ARMAMENT OF ARMOURED FORCE VEHICLES Russian patent published in 2015 - IPC F41G3/06 

Abstract RU 2540393 C1

FIELD: weapons and ammunition.

SUBSTANCE: method of increase of effectiveness of monitoring and target damaging by armament of armoured force vehicles, including sights with a thermal, optical, low-level TV channels, a channel of guidance of antitank guided missile, and a laser range finder, a set of automatic sensors of firing conditions, and an automatic unit of target tracking, characterised in that an intelligence station is additionally mounted on the sample of armament of armoured force vehicles, with which the type of target is detected, the distance to it is determined, the signal is passed on the electric wires to the signal processing unit additionally mounted in the fire control system, using which the analysis of selection of type of weapons is carried out according to the program set in it, as the most effective for target damaging in the given conditions, the signal is transmitted from it to the power drive of the armament, using which guidance on a target of the armament is carried out, to inform the crew the data about the target is transmitted to the information displaying device - monitor, the switch of the type of weapons on the armament control panel is put to the position of selection of the required type of weapons and using the armament control panel and the power drive of the armament the correction of type of weapons is carried out and shooting from it.

EFFECT: increase in efficiency of monitoring, assisting the commander in selecting the type of weapons required for more authentic observed target damaging, increase in useful armoured capacity with the ability to accommodate in it of additional ammunition complement or other systems, allowing the possibility to the commander to control remotely all types of weapons of the machine, to reduce the time of enemy detection, increasing the likelihood of its defeat.

1 dwg

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RU 2 540 393 C1

Authors

Kotrovskij Aleksandr Aleksandrovich

Dates

2015-02-10Published

2014-02-10Filed