Integrated slide-carrier and firing block assembly
Implementations of the present invention relate to apparatuses, systems, and methods for firing a belt-fed closed-bolt firearm by delivering an impulse from an impulse source along a first axis to a firing pin on a second axis. The first axis and second axis are not coaxial, allowing the impulse source to be disposed away from and not in direct contact or alignment with the firing pin.
1. An apparatus for use in discharging ammunition in a firearm, the apparatus comprising:
an integrated slide-carrier having a slide bore extending therein and open at a first end;
a hammer configured to provide a force along a first axis; and
a firing block configured to translate the force from the first axis to a second axis, the first and second axis not being coaxial, wherein the firing block is disposed at least partially within the integrated slide-carrier.
2. The apparatus of claim 1 , wherein the first and second axes are both longitudinal axes.
3. The apparatus of claim 1 , wherein the first and second axis are parallel.
4. The apparatus of claim 1 , further comprising guide pins, the guide pins oriented longitudinally and configured to restrict the movement of the firing block.
5. The apparatus of claim 4 , wherein the firing block further comprises firing block rails configured to receive the guide pins.
6. The apparatus of claim 1 , further comprising a bolt disposed at least partially within the slide bore.
7. The apparatus of claim 6 , further comprising a firing pin disposed at least partially within the bolt and adjacent to at least part of the firing block.
8. An apparatus for use in discharging ammunition in a firearm, the apparatus comprising:
an integrated slide-carrier having an elongate upper portion with a slide bore therein and an elongate lower support member connected by at least one connection member;
a firing pin disposed at least partially within the bore;
an impulse source configured to provide an impulse in a first axis and
a firing block disposed at least partially within the integrated slide-carrier, a forward portion of the firing block disposed substantially adjacent to the firing pin and a rear portion of the firing block disposed at least partially outside the integrated slide-carrier wherein the rear portion of the firing block is configured to receive an impulse from the impulse source on the first axis and transmit the impulse to the firing Din on a second axis.
9. The apparatus of claim 8 , further comprising a bolt disposed at least partially within the slide bore and configured to receive at least part of the firing pin therethrough.
10. The apparatus of claim 8 , wherein the impulse source is a striker.
11. The apparatus of claim 8 , wherein the impulse source is a hammer.
12. The apparatus of claim 11 , wherein the hammer extends a height less than a height of the integrated slide-carrier.
13. The apparatus of claim 8 , wherein the firing pin extends at least partially out a front end of the bore.
14. An apparatus for use in discharging ammunition in a firearm, the apparatus comprising:
a body having an elongate upper portion with a bore therein and an elongate lower portion connected to the elongate upper portion by at least one connection member;
a firing pin disposed at least partially within the bore and extending at least partially out a front end of the bore;
a hammer configured to provide a longitudinal force along a first longitudinal axis; and
a firing block disposed at least partially within the body, a forward portion of the firing block disposed substantially adjacent to the firing pin and a rear portion of the firing block disposed at least partially outside the body and substantially adjacent to the hammer,
wherein the firing block is configured to translate the longitudinal force from the first longitudinal axis to a second longitudinal axis, the first and second longitudinal axes being parallel to and offset from one another.
15. A method for discharging ammunition in a firearm, the method comprising:
providing the apparatus of claim 1 ;
striking the firing block with a hammer;
translating a force from the hammer applied to the firing block from a first longitudinal axis to a second longitudinal axis, wherein the first and second longitudinal axes are parallel; and
transmitting a force from the firing block to a firing pin.
16. A system for discharging ammunition in a firearm, the system comprising:
an elongate receiver defining an interior volume, the elongate receiver having a left rail and a right rail disposed within the interior volume;
an integrated slide-carrier having a slide bore extending therein and open at a first end;
a firing block configured to transmit an impulse from a first axis to a second axis, the first and second axes being non-coaxial; and
a left elongated recession and a right elongated recession in the integrated slide-carrier, the left and right elongated recessions configured to align with and slide longitudinally along the left and right rails;
a firing pin disposed at least partially within the bore and extending at least partially out a front end of the bore, the firing pin being disposed adjacent a first end of the firing block; and
an impulse source configured to strike a second end of the firing block, the impulse source having a rotatable fire mode selector switch removable from a housing when rotated to a disassemble position; and
a selector stop disposed on an outer surface of the elongate receiver, the selector stop configured to prevent the fire mode selector switch from reaching a disassemble position.
17. The system of claim 16 , wherein the firing block is at least partially disposed within the integrated slide-carrier.
18. The system of claim 17 , wherein the first end of the firing block is disposed at least partially associated with a second end of the slide bore and the second end of the firing block is disposed at least partially outside the integrated slide-carrier.
19. An apparatus for use in discharging ammunition in a firearm, the apparatus comprising:
an integrated slide-carrier having a slide bore extending therein and open at a first end;
a firing block configured to translate a force from a first axis to a second axis, the first and second axes not being coaxial, the firing block including firing block rails;
guide pins positioned at least partially in the firing block rails, the guide pins oriented longitudinally and configured to restrict the movement of the firing block.