Method of shooting a semi-automatic firearm

Abstract

A method for rapidly firing a semi-automatic firing unit (22) having a trigger (24), a receiver (21) and a barrel (23). The firing unit (22) is placed in a handle (20) so as to enable only reciprocating linear movement along a constrained linear path (P). The user grasps the handle (20) and places their trigger finger (74) firmly on a finger rest (70). In use, the user generates a forward activation force (200) that urges the firing unit (22) forwardly so that the trigger (24) collides with the stabilized finger (74), stimulating the first round of ammunition in the receiver (21). A recoil force (202) from the discharging ammunition pushes the firing unit (22) rearwardly so that the trigger (24) separates from the stabilized finger (74). The intensity of the forward activation force (200) can be varied by the user on-the-fly to proportionally change the firing tempo.

Description

CROSS REFERENCE TO RELATED APPLICATIONS[0001]This application is a Continuation-In-Part of U.S. Ser. No. 12 / 949,002, filed Nov. 18, 2010, which claims the benefit of US Provisional Application Ser. No. 61 / 262,315 filed Nov. 18, 2009.BACKGROUND[0002]1. Field of the Invention[0003]The present invention relates generally to a method for shooting firearms, and more particularly toward a method for sequentially firing rounds of ammunition from a semi-automatic firearm utilizing human muscle power to discharge each round while controlling the aim of the firearm.[0004]2. Related Art[0005]Various techniques and devices have been developed to increase the firing rate of semi-automatic firearms. Many of these techniques and devices make use of the concept known as “bump firing”, which is the manipulation of the recoil of the firearm to rapidly activate the trigger. One such bump firing technique is known as the “belt loop” method. To execute the belt loop method, the operator first places the...

AI Technical Summary

Benefits of technology

[0012]The subject invention allows the operator to maintain a stable firing form and grip while rapidly re-firing their semi-automatic firearm with little to no loss in accuracy. In contrast to many prior art rapid-firing techniques, an operator practicing the subject method must manually push the firearm forward relative to the handle to activate the trigger following each recoil event. Therefore, each discharge event of the firearm is under the uninterrupted control of the operator's human muscle power.

[0014]According to a still further aspect of the invention, a method is provided for firing multiple rounds of ammunition in rapid succession from a semi-automatic firearm. A semi-automatic receiver is provided for chambering a round of ammunition. A barrel extends forwardly from the receiver and a trigger configured to selectively stimulate a round of ammunition disposed in the receiver. The receiver and barrel and trigger are moveable together as a firing unit. A first round of ammunition is loaded into the receiver. An actuator is stabilized in a stationary position so that the firearm trigger will intermittently collide with the actuator in response to linear reciprocating movement of the firing unit. The firing unit is slideably supported for linear reciprocating movement relative to the stabilized actuator during said moving and said re-moving steps. The linear reciprocating movement occurring along a constrained linear path that is generally parallel to the firearm barrel. A primary forward activation force is generated that urges the firing unit forwardly so that the trigger collides a first time with the stabilized actuator. This, in turn, stimulates the first round of ammunition in the receiver and causes at least a portion of the first round of ammunition to be discharged from the receiver into the barrel. The discharging step includes generating a recoil force sufficient to cause the firing unit to translate rearwardly relative to the stabilized actuator. The trigger separates from the actuator in direct response to the recoil force. A second round of ammunition is auto-loaded into the receiver in response to the recoil force. A secondary forward activation force is then generated that urges the firing unit forwardly relative to the stabilized actuator so that the trigger collides a second time with the stabilized actuator. The stimulating step is then repeated with respect to the second round of ammunition in the receiver. According to this aspect, the improvement comprises varying the intensity of the secondary forward activation force relative to the primary forward activation force to proportionally alter the firing tempo of the semi-automatic firearm.

Problems solved by technology

Although able to achieve a high rate of firing, the belt loop has many safety and accuracy issues.

This could lead to skin burns or possibly pinch the operator's sleeve or skin in the action.

Another issue with the belt loop method arises because the operator cannot have a firm grip on the stock or the pistol grip of the firearm.

Because of this unnatural and unbalanced firing grip, the firearm is very difficult to aim and control during the belt loop method.

However, the same safety and accuracy issues of the belt loop method apply to these devices because the firearm cannot be held securely with the trigger hand or the stock of the firearm.

One significant drawback of the Akins '918 construction is that automatic mechanisms of this type have been scrutinized for violating federal firearms laws.

Another drawback is that different spring sizes (i.e., different resistance characteristics) may be required from one unit to the next depending on the type of ammunition used so that the springs do not overpower the recoil energy.

This of course introduces inventory complexities.

One particular disadvantage of this arrangement is that the natural recoil force generated by the discharge event is compounded by the shooter's pull-stroke.

This may have a disadvantageous effect on aiming accuracy, particularly in rapid, multi-round volley shooting scenarios.

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