METHOD AND MECHANISM FOR INTERACTIVELY GOVERNING TRIGGER MOVEMENT AND REGULATING THE CYCLIC FIRING RATE OF FIREARMS

A controlling device and methodology for firearms interfacing the trigger mechanism, trigger finger, and the innermost and/or upper-innermost region of the firing hand as a means to adaptively govern incremental trigger movement and variable trigger pull force in order to accurately discharge a singular round of ammunition and, in alternative method, adaptively regulate and govern a variable cyclic firing ratio and sequential discharge rate. In use, coinciding contraction of the firing hand and trigger finger bring the controller device in concert with the trigger and innermost region of the firing hand thereby effectively isolating the controller with uniformly balanced isometric tension. Trigger movement and trigger pull force being regulated incrementally by utilization of variable isometric tension applied to the controller between the trigger finger, trigger, and the innermost region of the firing hand.