FIRING DEVICE WITH LIGHT-AND-SOUND CARTRIDGES Russian patent published in 2020 - IPC F41G3/26 

Abstract RU 2724831 C1

FIELD: education.

SUBSTANCE: invention relates to means for training in aiming and shooting, as well as for practical shooting in open and closed rooms. Device for firing light and sonic cartridges comprises cylindrical housing with hollow ends, one of which is support, screwed on muzzle of barrel of gun, with slots for discharge of powder gases, and the other end is cantilever, the powder gas reflector is located in the housing coaxially with it, a power supply unit, a heat-resistant case which is coaxially placed inside the casing end and a cylindrical light emitter which is enclosed therein in the form of a cylindrical light pointer, connected to the power supply unit. In addition, there is a coaxial compression bushing arranged in the support end of the housing, formed of two coupled cylinders of different diameters with a through axial hole for passage of powder gases, providing impact action on the reflector, wherein cylinder of larger diameter of this bushing is made with thread on outer surface forming in assembly with support end of housing threaded pair, and bushing itself is fixed in housing by thrust action of muzzle section of standard weapon barrel into end face of its cylinder of larger diameter with possibility of formation by its one surface facing weapon muzzle section, lock for passage of powder gases along the barrel of the weapon, creating in it pressure level of powder gases, which guarantees automatic recharging of the weapon, and forming another by its surface, facing the reflector, together with its surface and slots in the housing of the passage channel for removal of powder gases into atmosphere, as well as control unit arranged in its heat-resistant hollow cage coaxial to the housing and controlling light emitter, formed from installed on its electronic board and interconnected units: impact sensor fixing impact action on powder gas reflector, power supply unit and processor, which controls radiation duration of light emitter, and sealing ring separating control unit board from case, at that, the powder gas reflector is made integral with the housing during formation of its hollow ends and is a blind web transversely located inside it and separating from each other its hollow ends with a diameter corresponding to its internal diameter, and the heat-resistant case surrounding the light emitter is fixed in the housing by setting screws, which provide its centering relative to the axis of the light emitter when it is installed in the housing and in operation.

EFFECT: invention is aimed at providing reliability in operation of the firing device with light-and-sound cartridges while preserving the function of automatic re-charging of the combat small arms.

3 cl, 2 dwg

Similar patents RU2724831C1

Title Year Author Number
NOZZLE FOR SIMULATING COMBAT FIRE 2017
  • Churkin Maksim Dmitrievich
  • Belov Oleg Petrovich
RU2680172C2
LIMITED HITTING GUN FOR NONLETHAL AMMUNITION 2012
  • Varenykh Nikolaj Mikhajlovich
  • Vagonov Sergej Nikolaevich
  • Bukin Nikita Gennadievich
  • Vasilenko Petr Petrovich
RU2499971C1
SELF-LOADING INFANTRY WEAPON 2002
  • Tarasenko A.V.
RU2212614C1
SELF DEFENSE WEAPON 2016
  • Bideev Gennadij Aleksandrovich
  • Varenykh Nikolaj Mikhajlovich
RU2615799C1
PISTOL 2000
  • Kaminskij V.A.
RU2156938C1
SMALL ARMS WITHOUT EFFECT OF "RECOIL" 2013
  • Antropov Valerij Mikhajlovich
RU2561181C2
LASER SHOOTING TRAINER (VERSIONS) 2002
  • Andrianov N.F.
RU2196951C1
REVOLVER-TYPE MORTAR 2002
  • Titkov O.P.
RU2211429C1
MUZZLE DEVICE OF SMALL ARMS 2019
  • Urzhumtsev Sergej Vladimirovich
  • Dolganov Dmitrij Gennadevich
  • Farkhetdinov Rishat Rimovich
  • Rekukhin Aleksandr Sergeevich
  • Sibiryakov Kirill Dmitrievich
RU2703919C1
METHOD OF BARRELED MISSILE THROWING DUE TO ENERGY OF BULLET SHELL OF RIFLED SMALL ARMS AND BARRELED MISSILE THROWING DEVICE FOR ITS IMPLEMENTATION 2017
  • Pavlov Sergej Nikolaevich
  • Semenov Aleksandr Georgievich
RU2671876C1

RU 2 724 831 C1

Authors

Churkin Maksim Dmitrievich

Ganin Sergej Aleksandrovich

Kuznetsov Aleksandr Viktorovich

Dates

2020-06-25Published

2019-12-25Filed