System for Simulating Real Life Moving Targets for Gun Shooting Training

Abstract

A target system simulating moving real life targets for gun shooting training including in combination a laser transmitter device attached to an oscillator device. The laser transmitter device attached by means of an adjustable bracket to an arm of the oscillator device provides a laser beam presentation which is curved, arched, rising or falling at an angle which simulates trap, skeet, clay targets, a driven bird, jumping teal or chandelle. The arm of the oscillator device provides continuous backward and forward movement at varying frequencies combined with the adjustable bracket providing varying angle and height positions of the laser transmitter device in communication with the oscillator device resulting in unpredictable laser beam presentations simulating real life targets in shooting sports.

It is claimed: 
     
         1 . A laser target simulating device comprising:
 a laser projecting device having a laser optic component contained within for emitting a single or multiple laser beam presentation;   a oscillator device having an attachment arm in communication with the laser projecting device providing a pendulum-like motion;   a adjustable bracket connecting the laser projecting device to the oscillator device, said adjustable bracket providing a means for multiple positioning of the laser projector device in communication with the oscillator device for emitting the laser beam presentation that is variable and non-linear formation.   
     
     
         2 . The laser target simulating device of  claim 1  wherein the laser projecting device is activated by a voice sound. 
     
     
         3 . The laser target simulating device of  claim 1  wherein the laser projecting device emits the laser beam presentation in a continuous loop. 
     
     
         4 . The laser target simulating device of  claim 1  wherein the oscillator device further includes a power supply coupled with the oscillator device. 
     
     
         5 . The laser target simulating device of  claim 1  wherein the adjustable bracket comprises:
 a first u-shaped bracket having a base affixed to the attachment and of the oscillator device, the base having a first and second upward extension at opposite ends of the base; 
 a second u-shaped bracket inversely aligned with the first u-shaped bracket having a corresponding first and second downward extension originating from a top, the upward extensions of the first u-shape bracket interlock with the downward extensions by a pivot locking means for lateral positioning of the laser projecting device on the oscillating device, the top extending in length beyond the distal second downward extension having a cut-out portion with a downward extending flap; 
 a connector plate attached to the laser projector device by an attachment means, the connector plate affixed to the lop of the second u-shaped bracket by a hinged attachment means at a first end, the connector plate further having a key shaped configuration at a second end, and; 
 a angular member having a inner channel configuration attached to the key shaped configuration of the connector plate, the angular member extending downwards through the cut-out portion of the top of the second u-shaped bracket and affixed to the downward extending flap of the top by a securing means for positioning the laser projector device along the length of the inner channel.