Automatic Aligning Aiming Device

Abstract

An automatically aligning aiming device that is magnetically attached to a weapon and automatically aligns itself parallel to the center axis of the gun barrel, using two magnet or sets of the magnets perpendicular to each other, without the need of rails, clamping, or other fastening aids, which allows the use of regular laser pointers with none or few modifications. The present invention provides additional aiming information without obstructing the original aiming sights of the weapon. The present invention uses two magnets or sets of magnets with resulting attractive magnetic forces perpendicular to each other.

1 . An automatically aligning aiming device comprises,
 a frame;   a front fastener;   a back fastener;   a laser pointer;   a contact switch;   said frame comprises a barrel angle, a laser angle, a plate, a first magnet, a second magnet, and a fixation; and   said laser pointer comprises a casing, a laser emitting mechanism, and an external switch.   
     
     
         2 . Said automatically aligning aiming device as claimed in  claim 1  comprises,
 said second magnet being located in between said barrel angle and said laser angle; 
 said first magnet being located in between said barrel angle and said plate; 
 said barrel angle, said laser angle, and said plate being connected by said fixation; 
 said laser pointer being cradled by said laser angle; and 
 said laser pointer being held in place by said front fastener and by said back fastener. 
 
     
     
         3 . Said automatically aligning aiming device as claimed in  claim 1  comprises,
 said barrel angle comprises a first barrel leg, a first magnet cavity, a second barrel leg, and a second magnet cavity; 
 said laser angle comprises a first laser leg, a third magnet cavity, and a second laser leg; and 
 said plate comprises a barrel magnet cavity. 
 
     
     
         4 . Said automatically aligning aiming device as claimed in  claim 3  comprises,
 said first barrel leg being connected perpendicularly to said second barrel leg; 
 said first laser leg being connected perpendicularly to said second laser leg; 
 said first magnet cavity being positioned on said first barrel leg; 
 said second magnet cavity being positioned on said second barrel leg; 
 said third magnet cavity being positioned on said first laser leg; 
 said second magnet being encapsulated by said second magnet cavity and by said third magnet cavity; 
 said second barrel leg being attached to said first laser leg by said fixation; 
 said first magnet being encapsulated by said first cavity and said barrel magnet cavity; and 
 said first barrel leg and said second laser leg being attached to said plate by said fixation. 
 
     
     
         5 . Said automatically aligning aiming device as claimed in  claim 3  comprises,
 said laser pointer being cradled by said first laser leg and said second laser leg; 
 said front fastener being attached to said second barrel leg and said second laser leg; 
 said back fastener being attached to said second barrel leg and said second laser leg; 
 said contact switch being positioned on and traversing through said second barrel leg and said first laser leg; and 
 said contact switch being electrically connected to said laser pointer. 
 
     
     
         6 . An automatically aligning aiming device comprises,
 a frame;   a front fastener;   a back fastener;   a laser pointer;   a contact switch;   a barrel fine adjustment mechanism;   Y-pivoting support;   X-pivoting support;   said frame comprises a barrel angle, a laser angle, a plate, a first magnet, a second magnet, and a fixation;   said barrel fine adjustment mechanism comprises a barrel Y-adjustment hole, a barrel Y-adjustment screw, a barrel X-adjustment hole, and a barrel X-adjustment screw; and   said laser pointer comprises a casing, a laser emitting mechanism, and an external switch.   
     
     
         7 . Said automatically aligning aiming device as claimed in  claim 6  comprises,
 said second magnet being located in between said barrel angle and said laser angle; 
 said first magnet being located in between said barrel angle and said plate; 
 said barrel angle, said laser angle, and said plate being connected by said fixation; 
 said laser pointer being cradled by said laser angle; and 
 said laser pointer being held in place by said front fastener and by said back fastener. 
 
     
     
         8 . Said automatically aligning aiming device as claimed in  claim 6  comprises,
 said barrel Y-adjustment hole being positioned on and traversing through said plate and said laser angle; 
 said barrel Y-adjustment hole being traversed by said barrel Y-adjustment screw; 
 said barrel X-adjustment hole being positioned on and traversing through said laser angle and said barrel angle; and 
 said barrel X-adjustment hole being traversed by said barrel X-adjustment screw. 
 
     
     
         9 . Said automatically aligning aiming device as claimed in  claim 6  comprises,
 said barrel angle comprises a first barrel leg, a first magnet cavity, a second barrel leg, and a second magnet cavity; 
 said laser angle comprises a first laser leg, a third magnet cavity, and a second laser leg; and 
 said plate comprises a barrel magnet cavity. 
 
     
     
         10 . Said automatically aligning aiming device as claimed in  claim 8  comprises,
 said first barrel leg being connected perpendicularly to said second barrel leg; 
 said first laser leg being connected perpendicularly to said second laser leg; 
 said first magnet cavity being positioned on said first barrel leg; 
 said second magnet cavity being positioned on said second barrel leg; 
 said third magnet cavity being positioned on said first laser leg; 
 said second magnet being encapsulated by said second magnet cavity and by said third magnet cavity; 
 said second barrel leg being attached to said first laser leg by said fixation; 
 said first magnet being encapsulated by said first cavity and said barrel magnet cavity; and 
 said first barrel leg and said second laser leg being attached to said plate by said fixation. 
 
     
     
         11 . Said automatically aligning aiming device as claimed in  claim 8  comprises,
 said laser pointer being cradled by said first laser leg and said second laser leg; 
 said front fastener being attached to said second barrel leg and said second laser leg; 
 said back fastener being attached to said second barrel leg and said second laser leg; 
 said contact switch being positioned on and traversing through said second barrel leg and said first laser leg; and 
 said contact switch being electrically connected to said laser pointer. 
 
     
     
         12 . Said automatically aligning aiming device as claimed in  claim 8  comprises,
 said barrel Y-adjustment hole being positioned on and traversing through said first laser leg and said second barrel leg; 
 said Y-pivoting support is positioned on said second barrel leg; 
 said barrel X-adjustment hole being positioned on and traversing through said plate and said first barrel leg; and 
 said X-pivoting support is positioned on said first barrel leg. 
 
     
     
         13 . An automatically aligning aiming device comprises,
 a frame;   a pointer holder;   a laser fine adjustment mechanism;   a pivoting ring;   a laser pointer;   a contact switch;   said frame comprises a barrel angle, a laser angle, a plate, a first magnet, a laser magnet, a second magnet, and a fixation;   said laser fine adjustment mechanism comprises a laser Y-adjustment hole, a laser Y-adjustment screw, a laser X-adjustment hole, and a laser X-adjustment screw; and   said laser pointer comprises a casing, a laser emitting mechanism, and an external switch.   
     
     
         14 . Said automatically aligning aiming device as claimed in  claim 13  comprises,
 said second magnet being located in between said barrel angle and said laser angle; 
 said first magnet being located in between said barrel angle and said plate; 
 said laser magnet being located in between said laser angle and said plate; 
 said barrel angle, said laser angle, and said plate being connected by said fixation; 
 said pointer holder being connected to said laser angle; 
 said pivoting ring being bracketed said pointer holder and said laser angle; 
 said pivoting ring being traversed by said laser pointer; 
 said laser pointer being cradled by said pointer holder and said laser angle; and 
 said laser pointer being held in place by said second magnet and said laser magnet. 
 
     
     
         15 . Said automatically aligning aiming device as claimed in  claim 13  comprises,
 said laser Y-adjustment hole being positioned on and traversing through said plate and said laser angle; 
 said laser Y-adjustment hole being traversed by said laser Y-adjustment screw; 
 said casing being contacted by said laser Y-adjustment screw; 
 said laser X-adjustment hole being positioned on and traversing through said pointer holder; 
 said laser X-adjustment hole being traversed by said laser X-adjustment screw; and 
 said casing being contacted by said laser X-adjustment screw. 
 
     
     
         16 . Said automatically aligning aiming device as claimed in  claim 13  comprises,
 said barrel angle comprises a first barrel leg, a first magnet cavity, a second barrel leg, and a second magnet cavity; 
 said laser angle comprises a first laser leg, a third magnet cavity, a second laser leg, and a fourth magnet cavity; and 
 said plate comprises a barrel magnet cavity and a laser magnet cavity. 
 
     
     
         17 . Said automatically aligning aiming device as claimed in  claim 16  comprises,
 said first barrel leg being connected perpendicularly to said second barrel leg; 
 said first laser leg being connected perpendicularly to said second laser leg; 
 said first magnet cavity being positioned on said first barrel leg; 
 said second magnet cavity being positioned on said second barrel leg; 
 said third magnet cavity being positioned on said first laser leg; 
 said fourth magnet cavity being positioned on said second laser leg; 
 said second magnet being encapsulated by said second magnet cavity and by said third magnet cavity; 
 said second barrel leg being attached to said first laser leg by said fixation; 
 said first magnet being encapsulated by said first cavity and said barrel magnet cavity; 
 said laser magnet being encapsulated by said fourth cavity and said laser magnet cavity; and 
 said first barrel leg and said second laser leg being attached to said plate by said fixation. 
 
     
     
         18 . Said automatically aligning aiming device as claimed in  claim 16  comprises,
 said pointer holder being connected perpendicularly to said second laser leg; 
 said pivoting ring being positioned in between said pointer holder and said first laser leg and being positioned adjacent to said second laser leg; 
 said pivoting ring being traversed by said laser pointer; 
 said laser pointer being cradled by said pointer holder, said first laser leg, and said second laser leg; 
 said laser Y-adjustment hole being positioned on and traversing through said plate and said second laser leg; 
 said second barrel leg and said first laser leg being traversed through by said contact switch; and 
 said contact switch being electrically connected to said laser pointer.