Patent ID: 7523582
Filing Date: 2009-04-28
Classification: F41G

Abstract:
1. A method of deploying a precision laser aiming system, the method comprising: stabilizing a disruptor tool at a disruptor setup area, wherein the disruptor tool comprises a muzzle, and wherein the muzzle comprises a muzzle opening and a muzzle axis, wherein the muzzle axis extends in a collinear orientation along a z-axis center of the muzzle; attaching a reflector in front of the muzzle opening; orienting a first reflective broadside of a reflector away from the disruptor tool and towards a target; aligning a reflective axis of the reflector to be collinear with the muzzle axis, wherein the reflective axis extends in a collinear orientation along a z-axis center of the reflector, and wherein the reflective axis is orthogonal to the first reflective broadside; executing rough aiming of the disruptor tool by orienting the muzzle generally towards the target; configuring a laser fixture comprising a laser support structure wherein a first laser comprising a first laser beam is inserted within a first end cavity, and a second laser comprising a second beam is inserted within a second end cavity; and wherein the first laser beam is collinearly aligned with the second laser beam; and wherein the first laser beam is pointed in a first direction, and the second laser beam is pointed in a second direction, wherein the second direction is substantially oriented 180 degrees from the first direction; positioning the laser fixture at a laser fixture setup area wherein the laser fixture setup area is further located generally midway between the disruptor tool and a target; stabilizing the laser fixture at the laser fixture setup area; and directing the first laser beam of the laser fixture to contact a desirable location on the target.