Foldably segmented weapon sight

1. A weapon sight, comprising:

a) a plurality of weapon sight segments coupled in end to end linear relation, including:

i) a front weapon sight segment configured to receive a front sight;

ii) a rear weapon sight segment configured to receive a rear sight, and wherein said plurality of weapon sight segments coupled in end to can linear relation to dispose said front sight a fixed distance from said rear sight; and

b) a segment mount coupled to each of said plurality of weapon sight segments, said segment mount configured to allow said plurality of weapon sight segments to be removably mounted to a rail of a weapon.

2. The weapon sight of claim 1 , further comprising a plurality of coupling elements which correspondingly couple each of a pair of said plurality of weapon sight segments in end to end linear relation, and wherein one or more of said plurality of coupling elements provides a pivot element to which one of said pair of said plurality of weapon sight segments rotatably couples proximate a segment end.

3. The weapon sight of claim 2 , further comprising one or more intermediate weapon sight segments disposed between said front sight segment and said rear sight segment.

4. The weapon sight of claim 3 , wherein each of said plurality of weapon sight segments has a segment body disposed between pair of segment sides which defines an open ended channel which receives within said rail of said weapon.

5. The weapon sight of claim 4 , wherein said segment body further includes a pass through which communicates between a top surface of said segment body and said open ended channel, said pass through having a chamber configured retain within one or more magnets, said magnets located within said chamber to magnetically engage said rail received within said open ended channel.

6. The weapon sight of claim 5 , further comprising a cover configured to removingly engage the perimeter of said pass through aperture.

7. The weapon sight of claim 5 , wherein location of said one or more magnets within said chamber magnetically engage said rail received within said open ended channel without contacting said rail of said weapon.

8. The weapon sight of claim 7 , further comprising a magnet coupler element contacting said one or more magnets to distribute the magnetic flux about the magnet coupler.

9. The weapon sight of claim 4 , wherein said segment mount comprises a pair of detents coupled in opposed relation to a corresponding one of said pair of segment sides, said pair of segment sides having sufficient flexure upon forcible urging of said pair of detents against said rail of said weapon to allow said rail to be slidly received between said pair of detents into said open ended channel allowing pair of detents to move inwardly engage the back side of said rail.

10. The weapon sight of claim 9 , wherein said pair of detents coupled in opposed relation to said pair of segment sides have a pre-selected location which engages a post supporting said rail of said weapon to place said plurality of weapon sight segments in position to aim said weapon by alignment of said rear sight with said front sight.

11. The weapon sight of claim 10 , wherein said pair of segment sides comprise a plurality of pairs of segments sides each one of said plurality of pairs having said pre-selected location of said pair of detents corresponding to a plurality of different weapons, whereby one said weapon sight mounts to a plurality of different weapons.

12. The weapon sight of claim 3 , wherein said intermediate weapon sight segments removably couple in end to end linear relation to increase or decrease said distance between said front weapon sight and said rear weapon sight.

13. The weapon sight of claim 2 , further comprising a pivot receiving element coupled proximate said segment end which rotatably couples to said pivot element.

14. The weapon sight of claim 2 , wherein each of said plurality of coupling elements provides a first pivot element and a second pivot element about which a first one and a second one of said plurality of weapon sight segments rotatably couple proximate a corresponding said segment end.

15. The weapon sight of claim 14 , wherein each of said first one and said second one of said plurality of weapon sight segments provides a corresponding one said pivot receiving element which rotatably couples to a corresponding one of said first pivot element or said second pivot element proximate a corresponding said segment end.

16. The weapon sight of claim 15 , further comprising a pair of pivot links disposed in substantially parallel relation having coupled between proximate opposed ends said first pivot element and said second pivot element.

17. The weapon sight of claim 16 , wherein said pivot receiving element comprises a pair of pivot receiving members extending from said segment body proximate said end, said pair of members having opposed surfaces configured to rotatingly receive said pivot element disposed a distance apart.

18. The weapon sight of claim 17 , wherein said pivot element operates to allow said pair of said plurality of weapon segments to rotate between a folded condition and a linear condition of said weapon sight.

19. The weapon sight of claim 1 , wherein said front sight couples in fixed relation to said front weapon sight segment and said rear weapon sight couples in fixed relation to said rear sight segment, and wherein said plurality of weapon sight segments mounted to said rail of said weapon in end to end linear relation fix a distance between said front weapon sight and said rear weapon sight sufficient to aim said weapon.

20. The weapon sight of claim 19 , further comprising a rear sight mount having a rear sight height adjustment element which comprises a platform slidably engaged to a ramp, said platform having a height variably adjustable in relation to said front sight by travel of said platform on said ramp.

21. The weapon sight of claim 20 , further comprising a platform catch comprising a platform detent which projects from said platform, said platform detent configured to be received within one or more depressions on said ramp as said platform slides along said ramp.

22. The weapon sight of claim 21 , wherein said ramp has sufficient flexure to allow said platform detent upon forcible urging to travel between said one or more depression to adjust height of said platform in relation to said front sight.

23. The weapon sight of claim 22 , wherein said platform further comprises a linear lateral adjustment element coupled to said platform comprising a stage having a surface configured to receive in fixed relation said rear sight and which provides sliding interlocked engagement with said platform, said stage having linear lateral location variably adjustable in relation to said front sight by travel of said stage in relation to said platform.

24. The weapon sight of claim 23 , wherein sliding interlocked engagement of said stage with said platform comprises a dovetail slide in which a dovetail protrudes from said platform which slidly interlocks within a dovetail channel.