METHOD OF BARRELED MISSILE THROWING DUE TO ENERGY OF BULLET SHELL OF RIFLED SMALL ARMS AND BARRELED MISSILE THROWING DEVICE FOR ITS IMPLEMENTATION Russian patent published in 2018 - IPC F42B30/06 

Abstract RU 2671876 C1

FIELD: weapons and ammunition.

SUBSTANCE: group of inventions is located at the junction of two areas – non-military weapons and civilian use launching devices, namely, ammunition for infantry support weapons – receiver grenades, and line throwers. Method of throwing the barreled missile due to the energy of the bullet shell of a rifled small arms, in which the missile, pre-installed in the barrel nozzle with a built-in bullet trap, temporarily fixed on a rifled barrel of small arms, loaded with a bullet shell, coaxially with the barrel bore; after which a bullet is fired at the bullet trap with the possibility of missile ejecting from the barrel nozzle through a bullet trap with a given initial speed due to the kinetic energy of the bullet, characterized in that the bullet-trap is fired with the possibility of simultaneously with the said pushing of the missile stabilizing spin of the latter due to the energy of the spin of the bullet in the rifled bore of the barrel. Barreled missile throwing device contains a barrel nozzle in the form of a container for a thrown missile with a sealing pan with a bullet-trap integrated into it. Guide of the energy-converting sleeve is coaxially integrated into the body of the bullet-trap. Body of the bullet-trap with the sealing pan are in axially detachable relationship with the missile. Guide of the energy-converting sleeve of the bullet-trap and its body, the body of the bullet-trap with a sealing pan, and the body of the bullet-trap with a missile are interconnected without the possibility of reciprocal twisting under the effect of the torque on the bullet.

EFFECT: technical result consists in improving the technical and operational characteristics and expanding the capabilities of the method and device for missile throwing.

9 cl, 5 dwg

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RU 2 671 876 C1

Authors

Pavlov Sergej Nikolaevich

Semenov Aleksandr Georgievich

Dates

2018-11-07Published

2017-08-29Filed