METHOD OF DEVELOPING AUDITORY-MOTOR REACTION IN SHOOTER WHEN SHOOTING AT MOVABLE TARGETS Russian patent published in 2024 - IPC F41A33/02 G09B19/00 

Abstract RU 2819576 C1

FIELD: training means.

SUBSTANCE: invention relates to technical means necessary for development of auditory-motor reaction in personnel of power departments when shooting at movable targets, improvement of technical and tactical actions. Shooter actions recording method consists in the fact that signals are transmitted from the control unit to the acoustic column, by means of which voice commands are sent to the shooter, in addition, signals are randomly transmitted from the control unit to the television screens, target numbers are reproduced on them, wherein optical sensors are placed next to each television screen, the television screens together with the optical sensors are moved in space along predetermined trajectories using movable mechanisms, when shooting, target numbers displayed on television screens direct a laser beam, which is propagated from a laser gun firing simulator, having the possibility of adjusting the covered area, wherein signals about firing are transmitted from the weapon via a wireless communication signal on the weapon to a receiver, which is placed in the control unit, and when the laser beam hits one of the optical sensors, information is recorded, wherein when the shooter steps on the contact surfaces, the shooter movement time is automatically determined, determined results of shooting and time of movement of the shooter are displayed on the monitor.

EFFECT: invention allows to improve the quality of training shooters, to improve their technical and tactical actions, developing an auditory-motor reaction, to instill in the shooter a sense of space, automatically determine the time of changing said firing positions, increase accuracy of firing at moving targets, display the determined parameters of the auditory-motor reaction in form of numerical values.

1 cl, 1 dwg

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RU 2 819 576 C1

Authors

Alekhin Igor Alekseevich

Mikhalev Vladimir Anatolevich

Kamyshnikov Anton Vasilevich

Sergeev Artem Yurevich

Filisteev Viktor Vladimirovich

Dates

2024-05-21Published

2023-03-14Filed