Flex-fire G2 technology

1. A trigger activated arm comprising:

a frame;

a barrel that is supported to the frame;

a trigger that: (1) has an integrated cam surface; and, (2) is depressible to fire the arm; and,

a gun bolt that: (1) has an integrated cam surface; and, (2) reciprocates with respect to the frame;

wherein as the gun bolt reciprocates, the gun bolt integrated cam surface engages the trigger integrated cam surface to reposition the trigger.

2. The trigger activated arm of claim 1 wherein the gun bolt integrated cam surface engages the trigger integrated cam surface to reset the trigger into a pre-depressed position.

3. The trigger activated arm of claim 2 wherein a high energy reset force that exceeds the typical force of manual activation is used to reset the trigger.

4. The trigger activated arm of claim 1 wherein:

the trigger is depressible to fire the arm once per operating cycle;

the gun bolt reciprocates in a rearward stroke and forward stroke; and,

mechanical contact between the trigger and the gun bolt prevents depression of the trigger during any part of the operating cycle except when in battery or within 15% of the forward gun bolt stroke.

5. The trigger activated arm of claim 1 wherein the arm is a semi-automatic arm.

6. The trigger activated arm of claim 1 comprising a hammer that activates a firing pin to fire the arm.

7. The trigger activated arm of claim 1 comprising a striker that fires the arm.

8. A method comprising the steps of:

(A) providing a trigger activated arm comprising:

a frame;

a barrel that is supported to the frame;

a trigger that: (1) has an integrated cam surface; and, (2) is depressible to fire the arm; and,

a gun bolt that: (1) has an integrated cam surface; and, (2) reciprocates with respect to the frame; and,

(B) providing the trigger activated arm to be operable to reposition the trigger as the gun bolt reciprocates and the gun bolt integrated cam surface engages the trigger integrated cam surface.

9. The method of claim 8 wherein step (B) comprises the step of:

providing the trigger activated arm to be operable to reset the trigger into a pre-depressed position as the gun bolt reciprocates and the gun bolt integrated cam surface engages the trigger integrated cam surface.

10. The method of claim 8 wherein step (B) comprises the step of:

providing the trigger activated arm to use a high energy reset force that exceeds the typical force of manual activation to reset the trigger.

11. The method of claim 8 wherein:

step (A) comprises the steps of:

providing the trigger to be depressible to fire the arm once per operating cycle; and,

providing the gun bolt to reciprocate in a rearward stroke and forward stroke; and,

step (B) comprises the step of: providing the trigger activated arm to be operable using mechanical contact between the trigger and the gun bolt to prevent depression of the trigger during any part of the operating cycle except when in battery or within 15% of the forward gun bolt stroke.

12. The method of claim 11 wherein step (B) comprises the step of:

providing the trigger activated arm to be operable using mechanical contact between the trigger and the gun bolt to prevent depression of the trigger during any part of the operating cycle except when in battery or within 5% of the forward gun bolt stroke.

13. The method of claim 8 wherein step (A) comprises the step of:

providing the trigger activated arm to be a semi-automatic arm.

14. The method of claim 8 wherein step (A) comprises the step of:

providing the trigger activated arm to comprise a hammer that activates a firing pin to fire the arm.

15. The method of claim 8 wherein step (A) comprises the step of:

providing the trigger activated arm to comprise a striker that fires the arm.

16. A trigger reset mechanism for use with a trigger activated arm having: a frame; a barrel that is supported to the frame; a trigger that is depressible to fire the arm; and, a gun bolt that reciprocates with respect to the frame; the trigger reset mechanism comprising:

an integrated cam surface on the gun bolt that engages an integrated cam surface on the trigger to reset the trigger into a pre-depressed position as the gun bolt reciprocates.

17. The trigger reset mechanism of claim 16 wherein the trigger reset mechanism uses a high energy reset force that exceeds the typical force of manual activation.

18. The trigger reset mechanism of claim 16 wherein mechanical contact between the trigger and the gun bolt prevents depression of the trigger during any part of an operating cycle except when in battery or within 15% of a forward gun bolt stroke.

19. The trigger reset mechanism of claim 16 wherein the trigger is automatically reset once per operating cycle.

20. The trigger reset mechanism of claim 16 wherein the trigger is reset during an earliest 50% of an operating cycle.