Firearm configuration for reducing frame battering
View Patent ↗Disclosed is a firearm configuration for a handgun. The firearm configuration is designed to reduce the recoil forces encountered by a user upon firing the weapon. It further includes a recoil plate that absorbs forces generated by the slide during firing. The various details of the present disclosure, and the manner in which they interrelate, will be described in greater detail hereinafter.
1. A firearm configuration ( 10 ) for reducing recoil forces encountered by the user of a firearm ( 12 ), the firearm configuration ( 10 ) being triggered by the user's trigger finger, the firearm configuration comprising:
an upper housing ( 14 ), the upper housing including a barrel ( 16 ) and a firing assembly ( 18 ) arranged along a first axis ( 24 ), the upper housing ( 14 ) having a single recoil mass ( 22 ) with an opening;
a lower housing ( 26 ) slidably interconnected to the upper housing ( 14 ), a trigger ( 28 ) and trigger assembly ( 32 ) positioned within the lower housing ( 26 ), the trigger assembly ( 32 ) being interconnected to the firing assembly ( 18 ), the trigger assembly ( 32 ) being used to selectively actuate the firing assembly ( 18 ) and fire the firearm ( 12 ), the lower housing ( 26 ) further including a guide rod ( 42 ) and recoil spring ( 44 ) extending through the opening in the recoil mass ( 22 ) and arranged upon a third axis ( 46 ) below and parallel to the first axis ( 24 ), the recoil mass ( 22 ) adapted for linear movement along the guide rod ( 42 ) continuously parallel to the first axis ( 24 ) and with the guide rod ( 42 ) in alignment with the trigger ( 28 );
a recoil plate ( 52 ) formed forwardly of the trigger assembly ( 32 ) and along the third axis ( 46 ), the recoil plate ( 52 ) absorbing forces generated by the recoil mass ( 22 ) during firigin; wherein after firing the firearm, the upper housing and the recoil mass slide back with respect to the lower housing with the recoil mass sliding along the guide rod.
2. The firearm configuration ( 10 ) as described in claim 1 further comprising a magazine ( 36 ) with ammunition ( 38 ), the ammunition ( 38 ) being delivered upwardly into the upper housing ( 14 ) between the barrel ( 16 ) and the firing assembly ( 18 ).
3. The firearm configuration ( 10 ) as described in claim 1 wherein a first axis ( 24 ) extends along the barrel ( 16 ), the trigger ( 28 ) pivots about a second axis ( 34 ), a third axis ( 46 ) extends along the guide rod ( 42 ) and wherein the third axis ( 46 ) is located substantially below the first axis ( 24 ) and the second axis ( 34 ).
4. A firearm configuration for reducing recoil forces encountered by the user of a firearm, the firearm configuration comprising:
an upper housing, the upper housing including a barrel arranged along a first axis, the upper housing having a recoil mass;
a lower housing slidably interconnected to the upper housing, a trigger and trigger assembly positioned within the lower housing, the trigger assembly being used to fire the firearm, the lower housing further including a guide rod and recoil spring interconnected to the opening of the recoil mass and arranged upon a third axis with the guide rod in alignment with the trigger and parallel to the first axis;
a recoil plate positioned forward of the trigger and along the third axis to absorb forces generated by the recoil mass; wherein after firing the firearm, the upper housing and the recoil mass slide back with respect to the lower housing with the recoil mass sliding along the guide rod.
5. The firearm configuration as described in claim 4 wherein the recoil mass is adapted for linear movement along the guide rod continuously parallel to the first axis.
6. The firearm configuration as described in claim 4 wherein the firearm has a center of mass and wherein the recoil mass moves along an axis that passes through the center of mass.
7. The firearm configuration as described in claim 4 further comprising a firing assembly arranged along the first axis, the trigger assembly being interconnected to the firing assembly and being used to selectively actuate the firing assembly.
8. The firearm configuration as described in claim 4 wherein the recoil mass includes an opening and wherein the guide rod extends fully through the opening in the recoil mass.
9. The firearm configuration as described in claim 8 wherein there is a step formed within the opening of the recoil mass and wherein the recoil spring is positioned upon the step.
10. The firearm configuration as described in claim 4 wherein one of the surfaces of the recoil mass is sloped.