Proximal coupler for optical fibers

1. A coupler for interfacing a light source and a fiber optic cable, the coupler comprising:

a slide mount having a channel sized to receive optical fibers, the channel extending from a point at or adjacent to the proximal end of the slide mount to a distal end of the slide mount, the proximal end of the slide mount adapted to fit into an aperture of the light source and the distal end of the slide mount adapted to transmit light to the fiber optic cable; and

a clamp mounted on the slide mount adjacent to the proximal end of the slide mount, the clamp covering at least a portion of the channel, thereby securing the optical fibers in the channel.

2. The coupler of claim 1 , wherein the clamp is attached to the slide mount.

3. The coupler of claim 1 , further comprising a second clamp mounted on the slide mount adjacent to the distal end of the slide mount, the second clamp covering at least a portion of the channel.

4. The coupler of claim 1 , further comprising a capillary tube disposed in the channel.

5. The coupler of claim 1 , wherein the clamp includes a base, the base being substantially planar.

6. The coupler of claim 5 , wherein the clamp further includes at least one arm that extends outward from the base.

7. A coupler for interfacing a light source and a fiber optic cable, the coupler comprising:

a slide mount having a channel sized to receive optical fibers, the channel extending from a point at or adjacent to the proximal end of the slide mount to a distal end of the slide mount, the proximal end of the slide mount adapted to fit into an aperture of the light source and the distal end of the slide mount adapted to transmit light to the fiber optic cable; and

a clamp mounted on the slide mount adjacent to the proximal end of the slide mount, the clamp covering at least a portion of the channel, thereby securing the optical fibers in the channel,

wherein the clamp includes a base, the base being substantially planar, and at least one arm that extends outward from the base, wherein the arm intersects the base at a non-zero angle so that at least a portion of the ann extends into the channel of the slide mount.

8. The coupler of claim 7 , wherein the ann includes an elbow that contacts the optical fibers.

9. The coupler of claim 6 , wherein a substantial portion of the arm lies in the same plane as the base.

10. The coupler of claim 9 , wherein the arm is wider than the channel.

11. The coupler of claim 9 , wherein the arm includes an arcuate portion that contacts the optical fibers in the channel.

12. A coupler for interfacing a light source and a fiber optic cable, the coupler comprising:

a slide mount having a channel sized to receive optical fibers, the channel extending from a point at or adjacent to the proximal end of the slide mount to a distal end of the slide mount, the proximal end of the slide mount adapted to fit into an aperture of the light source and the distal end of the slide mount adapted to transmit light to the fiber optic cable; and

a clamp mounted on the slide mount adjacent to the proximal end of the slide mount, the clamp covering at least a portion of the channel, thereby securing the optical fibers in the channel,

wherein the clamp includes a base, the base being substantially planar, and at least one arm that extends outward from the base,

wherein a substantial portion of the arm lies in the same plane as the base, the arm is wider than the channel, and the arm includes an arcuate portion that contacts the optical fibers in the channel, and

wherein the slide mount includes a transverse groove that intersects the channel and is adapted to receive the arcuare portion of the arm.

13. The coupler of claim 6 , wherein the clamp further includes a pair of arms that extends outward from proximal and distal ends of the base.

14. The coupler of claim 1 , further comprising a housing removably attached to the slide mount, the housing covering at least a portion of the slide mount.

15. The coupler of claim 14 , wherein the clamp is an integral part of the housing.

16. A coupler for interfacing a light source and a fiber optic cable, the coupler comprising:

a slide mount having a channel sized to receive optical fibers, the channel extending from a point at or adjacent to the proximal end of the slide mount to a distal end of the slide mount, the proximal end of the slide mount adapted to fit into an aperture of the light source and the distal end of the slide mount adapted to transmit light to the fiber optic cable;

a clamp mounted on the slide mount adjacent to the proximal end of the slide mount, the clamp covering at least a portion of the channel, thereby securing the optical fibers in the channel, and

a housing removably attached to the slide mount, the housing covering at least a portion of the slide mount,

wherein the clamp is an integral pan of the housing and the clamp includes a projection that extends outward from a surface of the housing, the projection adapted to be received in the channel of the slide mount.

17. The coupler of claim 15 , further comprising an anchor disposed in a recess of the housing.

18. A coupler for interfacing a light source and a fiber optic cable, the coupler comprising:

a slide mount having a channel sized to receive optical fibers, the channel extending from a point at or adjacent to the proximal end of the slide mount to a distal end of the slide mount, the proximal end of the slide mount adapted to fit into an aperture of the light source and the distal end of the slide mount adapted to transmit light to the fiber optic cable;

a capillary tube secured at or adjacent to the proximal end of the slide mount, at least a portion of the optical fibers disposed within the capillary tube, and the capillary tube disposed within the channel, thereby securing the optical fibers within the channel.

19. The coupler of claim 18 , further comprising a clamp mounted on the slide mount adjacent to the distal end of the slide mount, the clamp covering at least a portion of the channel.

20. The coupler of claim 18 , whereby the capillary tube is secured to the slide mount by friction means.

21. The coupler of claim 18 , whereby the capillary tube is secured to the slide mount by a clamp.

22. A method of making a coupler for interfacing a light source and a fiber optic cable, the method comprising:

providing a slide mount having a channel sized to receive optical fibers, the channel extending from a point at or adjacent to the proximal end of the slide mount to a distal end of the slide mount, the proximal end of the slide mount adapted to fit into an aperture of the light source and the distal end of the slide mount adapted to transmit light to the fiber optic cable;

disposing optical fibers in the channel of the slide mount so that the optical fibers extend from the distal end of the slide mount to the proximal end of the slide mount; and

mounting a clamp on the slide mount adjacent to the proximal end of the slide mount, the clamp covering at least a portion of the channel and thereby securing the optical fibers within the channel.

23. A method of making a coupler for interfacing a light source and a fiber optic cable, the method comprising:

providing a slide mount having a channel sized to receive optical fibers, the channel extending from a point at or adjacent to the proximal end of the slide mount to a distal end of the slide mount, the proximal end of the slide mount adapted to fit into an aperture of the light source and the distal end of the slide mount adapted to transmit light to the fiber optic cable;

disposing optical fibers in the channel of the slide mount so that the optical fibers extend from the distal end of the slide mount to the proximal end of the slide mount;

disposing at least a portion of the optical fibers within a capillary tube; disposing the capillary tube within the channel; and

securing the capillary tube at or adjacent to the proximal end of the slide mount, thereby securing the optical fibers within the channel.

24. A coupler for interfacing a laser light source and a fiber optic cable, the coupler comprising:

a slide mount having a channel sized to receive a fiber optic cable comprised of a plurality of optical fibers, the channel extending from a point at or adjacent to the proximal end of the slide mount to a distal end of the slide mount, the proximal end of the slide mount adapted to fit into an aperture of the light source and the distal end of the slide mount adapted to transmit tight to the fiber optic cable; and

a clamp mounted on the slide mount adjacent to the proximal end of the slide mount, the clamp covering at least a portion of the channel, thereby securing the optical fibers in the channel.

25. A coupler for interfacing a laser light source and a fiber optic cable comprised of a plurality of optical fibers, the coupler comprising:

a slide mount having a channel sized to receive a plurality of optical fibers, the channel extending from a point at or adjacent to the proximal end of the slide mount to a distal end of the slide mount, the proximal end of the slide mount adapted to fit into an aperture of the light source and the disthi end of the slide mount adapted to transmit light to the fiber optic cable;

a capillary tube secured at or adjacent to the proximal end of the slide mount, at least a portion of the optical fibers disposed within the capillary tube, and the capillary tube disposed within the channel, thereby securing the optical fibers within the channel.

26. A coupler for interfacing a light source and a fiber optic cable, the coupler comprising:

a slide mount having a channel sized to receive optical fibers, the channel extending from a point at or adjacent to the proximal end of the slide mount to a distal end of the slide mount, the proximal end of the slide mount adapted to fit into an aperture of the light source and the distal end of the slide mount adapted to transmit light to the fiber optic cable;

a capillary tube secured at or adjacent to the proximal end of the slide mount, at least a portion of the optical fibers disposed within the capillary tube, and the capillary tube disposed within the channel, thereby securing the optical fibers within the channel,

wherein the coupler is removable from the light source.