TH23593B - Regulation mechanism for weapons - Google Patents

Abstract

DC60 recoil control mechanism for weapons that shoot bullets. Qualify Special by creating forward resistance to affect the back reflection. At the same time This creates a backward absorption of the recoil because the initial propulsion of the projectile fires that forward resistance. Will be created by propelling one mass forward in While firing a bullet And will simultaneously drive the second mass backwards Significantly In order to absorb some of the recoil in one mechanism (10), the first mass may be the barrel of the firearm (12), and the second mass. Probably at the rear of the barrel (14), the gas enlarged (36) from the explosion of the propulsion in the gun casing (24) would move into the part. The rebound volume (28) is between the barrel (12) and the rear (14) barrel.These gases drive the barrel (12) forward, against the spring to transfer force (16) to That will cause forward resistance on the frame (18) of the weapon, the rebound from the explosion. Of the gun casing (22) simultaneously, essentially in conjunction with gas (36), the recoil volume (28) propels the rear of the barrel (14) to move back against the Absorption spring (20) Recoil control mechanism for weapons that shoot bullets. Qualify Special by creating a forward resistance to act as a backward reflection At the same time This creates a backward absorption of the recoil because the initial propulsion of the projectile fires that forward resistance. Will be created by propelling one mass forward in While firing a bullet And will simultaneously drive the second mass backwards Significantly In order to absorb some of the recoil in one mechanism (10), the first mass may be the barrel of the firearm (12), and the second mass. Probably at the rear of the barrel (14), the gas enlarged (36) from the explosion of the propulsion in the gun casing (24) would move into the part. The rebound volume (28) is between the barrel (12) and the rear (14) barrel.These gases drive the barrel (12) forward, against the spring to transfer force (16) to That will cause forward resistance on the frame (18) of the weapon, the rebound from the explosion. Of the gun casing (22) simultaneously, essentially in conjunction with gas (36), the recoil volume (28) propels the rear of the barrel (14) to move back against the Spring for absorption (20)

Claims (17)

1. The recoil control mechanism for weapons firing projectiles forward involves two masses, primarily driven in opposite directions during firing. The first mass is driven forward to counteract the recoil, while the second mass is driven backward to absorb some of the recoil. Both masses comprise recoil surfaces and compressed gas from the firing chamber, moving between the recoil surfaces to propel the first and second masses apart. 2. A rebound control mechanism under claim 1, which shall include a frame in which the first and second masses shall be used in conjunction with the frame so that the frame shall control each direction of forward and backward motion, and which shall include pathways for absorbing the forces acting between the second mass and the frame, and pathways for transferring the forces acting between the first mass and the frame. 3. A recoil control mechanism under claim 2, whereby such a structure shall be attached to the weapon to provide a shared mechanism for the first and second masses, which shall be driven in significantly opposite directions during firing. 4. Weapons for firing projectiles forward, in which case the weapon includes a recoil control mechanism which is entitled to one of the claims in Article 1, 2 or 3. 5. A weapon that provides for claim number 4 in which the first mass is incorporated into the barrel of the weapon in such a way that the first mass and the barrel are driven forward and the second mass acts as a rear barrier. 6. A weapon entitled to claim under claim 5 in which, in a manner dependent on the explosion of a primer for the firing of a projectile from the weapon, the barrel, mass one and the rear stop are driven forward and subsequently the barrel and the rear stop are driven rearward while mass one continues to move forward. 7. An weapon entitled under claim 5 whereby the barrel is compressed relative to the receiver at the firing position, and mass one is compressed relative to the receiver in such a way as to resist impact on the barrel, and the rear baffle is compressed relative to the receiver at the firing position, and whereby the enclosed gas contact area is defined by a contact surface between the barrel brace and mass one, and which is located in a gas contact chamber provided by the barrel, whereby the dispersion of the explosive gases within the chamber works to propel the projectile out of the chamber through the barrel and thus propel the barrel forward together with mass one, whereby the rear baffle is compressed relative to the receiver at the firing position until the expanding gases move into the enclosed gas contact area whereby the rear baffle is compressed relative to the receiver at the firing position, and whereby the movement of the barrel is made The recoil occurs due to compression between the gun barrel and the frame while the primary mass moves continuously forward. 8. A weapon designed to fire projectiles forward includes two main masses driven primarily in opposite directions upon firing. The first mass is driven forward to counteract rearward recoil, while the second mass is driven rearward to absorb some of the recoil. The first mass forms the barrel, and the second forms the rear baffle. The barrel is integrated with a rear chamber to hold the projectile and primer. The rear baffle and barrel also incorporate a gas contact area to accommodate the expansion gases from the chamber during propulsion. These expanding gases simultaneously push the barrel forward and the rear baffle backward. 9. A weapon that is entitled to the claims under Clause 8 shall include a mechanism in which the barrel and frame of the weapon are incorporated to transfer the forward force from the forward movement of the barrel to the frame. 10. Weapons that are entitled to the claims under claim 9, in which the path for the transfer of force forward from the forward movement of the barrel to the frame of the weapon shall be a path for force transfer and a path for force absorption, which shall be in the form of a spring piston, an air piston or a hydraulic piston, and a cylinder mechanism and an electromagnetic mechanism. 11. A weapon that is entitled to the tenth claim, in which the paths for force transfer and force absorption are acted to return the barrel to its firing position. 12. A weapon that meets the requirements of claim number 8, in which the barrel and the breech block are compressed relative to each other against the frame of the weapon. 13. A weapon provided for under Clause 12 in which the reciprocal compression of the breech and barrel flanges is provided by means of compression pathways acting independently between the barrel and the receiver, and between the breech and the receiver. 14. A weapon entitled under claim 13 in which the compression pathways to function of each pathway are independently located between the barrel and the receiver and the rear stop and the receiver, each of which is incorporated with a compression coil spring. 15. Weapons entitled under claim number 8, which the room shall be equipped with, including gun barrels. 16. The weapon provided for under claim 8 shall have a separate chamber, and the inserted gas contact area shall be defined by two interlocking reflective surfaces, each surface being incorporated with one barrel component and a rear baffle. 17. A weapon entitled under claim 16 in which each of the two superimposed reflecting surfaces is directly integrated with a single component, the barrel and the rear stop.