Pulse recoiling system

Abstract

A pulse recoiling system located over the barrel portion of a sub-cal weapon. The pulse recoiling system is located above the barrel of the weapon and includes a shortened and modified bolt, a threaded operating rod which screws into the bolt transfer block, and a static buffer housing that contains a recoil spring with a small round spacer on a first end and an off-set pressure cap on a second end. When the trigger is depressed, a hammer strikes a firing pin and a cartridge discharges. The hammer resting against the modified bolt, forward spring tension and length of the operating rod hold the cartridge in chamber for a fraction of a second after discharge. The bolt then cycles rearward, the spent casing is ejected, and the forward buffer spring is compressed by the reward force created by the discharged cartridge. The operating rod compressing the buffer spring restricts the length of travel of the bolt thereby transferring any recoil forward of the rifle over the length of the operating rod, thereby minimizing the recoil felt by a user. The weapon may be a rifle, pistol or other weapon.

The invention claimed is: 
     
         1 . A pulse recoiling system for use in a sub-cal weapon, said pulse recoiling system comprising:
 a static buffer housing attached and parallel to an upper portion of a barrel of a weapon;   an operating rod at least partially slidably disposed in said static buffer housing;   a recoil spring surrounding at least a portion of said operating rod, said recoil spring located within said static buffer housing, said recoil spring having a small round spacer on a first end of said recoil spring and an off-set pressure cap on a second end of said recoil spring, wherein at rest, said spring exerts a forward spring tension on said operating rod; and   a bolt having a transfer block located on top of said bolt, said bolt operatively connected to a first end of said operating rod, said pulse recoil system configured such that after said sub-cal weapon is loaded with a cartridge in a firing chamber and a trigger is depressed, a hammer strikes a firing pin and said cartridge discharges following which said forward spring tension on said operating rod hold the cartridge in said firing chamber for a fraction of a second after said cartridge discharges following which said bolt and said attached operating rod then cycles rearward, the discharged cartridge casing is ejected from said weapon, and wherein the recoil spring is compressed an amount, wherein said amount of compression is dictated by the amount of force projected onto the recoil spring, thereby restricting the length of travel of the bolt and wherein recoil from said cartridge discharge is transferred forward of the weapon over the length of the operating rod, thereby minimizing the recoil felt by a user.   
     
     
         2 . A ratcheting gusset for a weapon, comprising:
 a double end plate, said double end plate including a first plate having a coupling region and a second end plate having a coupling region, said first and second end plates having a generally open central region and coupled together in a spaced relationship at their respective coupling regions;   a ratchet ring having a generally circular central threaded region and a generally circular exterior region, said generally circular exterior region including a plurality of concave indentations spaced generally uniformly on said circular exterior region;   a spring loaded detent, disposed in said coupling region of said double and plate, said spring loaded detent including a convex end configured for interfacing with one of the plurality of concave indentations on said circular exterior region, for preventing said ratchet ring from becoming unthreaded away from a portion of said weapon.