The present invention relates to an improved telemark ski binding. More particularly, the present invention relates to a dual front cable under-foot telemark binding. The two front cables attach to a linkage point within the toe receiving portion. The front cables are also designed to be easily replaceable by a consumer thereby extending the overall lifespan of the binding. In addition, the coupling between the two front cables and the resistance mechanism cartridges includes a unique rotational and lateral chalking mechanism that prevents inadvertent adjustment.
1. A ski binding comprising:
a toe portion compatible with a front portion of a ski boot, wherein the toe portion is coupled to a ski;
a coupling system configured to releasably secure the ski boot to the toe portion, wherein the coupling system includes:
a heel attachment mechanism;
at least two cables coupled to the toe portion and configured to extend below the ski boot;
at least one resistance mechanism which includes two resistance mechanism cartridges configured to be disposed under the ski boot and coupled to the at least two cables.
2. The ski binding of claim 1 , wherein the toe portion includes a lower surface, two side surfaces, and an upper surface.
3. The ski binding of claim 1 , wherein the toe portion includes a linkage configured to releasably secure the at least two cables at the toe portion.
4. The ski binding of claim 3 , wherein the coupling between the linkage and the at least two cables includes an axial wedge.
5. The ski binding of claim 1 , wherein the toe portion includes at least two recesses for the at least two cables to extend through.
6. The ski binding of claim 1 , wherein the coupling system further includes at least one resistance mechanism.
7. The ski binding of claim 1 , wherein the heel attachment mechanism further includes a heel throw and two rigid wires.
8. The ski binding of claim 1 , wherein the ski binding further includes a heel plate configured to prevent a heel portion of the ski boot from dropping below a lower surface of the toe portion.
9. The ski binding of claim 1 , wherein the coupling system further includes two resistance mechanism cartridges, and wherein the at least two cables include a linkage end and a cartridge end, and wherein the linkage end is configured to be inserted through the resistance mechanism cartridge, and the cartridge end is configured to axially and rotationally chock within the cartridge.
10. The ski binding of claim 9 , wherein the linkage end is smaller than the cartridge end of the at least two cables.
11. A ski binding comprising:
a toe receiving portion including an upper and lower retaining surface, wherein the toe receiving portion includes a linkage;
at least two cables extending below a portion of the lower retaining surface and coupling to the linkage;
at least one resistance mechanism coupled to the at least two cables and disposed below a portion of the lower retaining surface; and
a heel attachment mechanism coupled to the at least one resistance mechanism two cables.
12. The ski binding of claim 11 , wherein the upper and lower retaining surfaces of the toe receiving portion are configured to constrain the movement of a ski boot.
13. The ski binding of claim 11 , wherein the toe receiving portion is coupled to a ski.
14. The ski binding of claim 11 , wherein the linkage is disposed below the lower surface.
15. The ski binding of claim 11 , wherein the at least two cables are coupled to the linkage via an axial chocking system.
16. The ski binding of claim 11 , wherein the ski binding further includes at least one resistance mechanism disposed between the at least two cables and the heel attachment mechanism.
17. The ski binding of claim 11 , wherein the at least one resistance mechanism includes two resistance mechanism cartridges disposed between the at least two cables and the heel attachment mechanism.
18. The ski binding of claim 11 , wherein the heel attachment mechanism further includes a heel throw and two rigid wires.
19. The ski binding of claim 11 , wherein the ski binding further includes a heel plate configured to prevent a heel portion of the ski boot from dropping below a lower surface of the toe portion.
20. The ski binding of claim 11 , wherein the at least one resistance mechanism ski binding further includes two resistance mechanism cartridges, and wherein the at least two cables include a linkage end and a cartridge end, and wherein the linkage end is configured to be dropped through the resistance mechanism cartridge, and the cartridge end is configured to axially and rotationally chock within the cartridge.
21. The ski binding of claim 20 , wherein the linkage end is smaller than the cartridge end of the at least two cables.
22. A ski binding comprising:
a toe portion compatible with a front portion of a ski boot;
a coupling system configured to releasably secure the ski boot to the toe portion, wherein the coupling system includes:
a heel attachment mechanism;
at least one cable coupled to the toe portion; and
at least one resistance mechanism coupled to the at least one cable and the heel attachment mechanism, wherein the coupling between the at least one cable and the at least one resistance mechanism includes a 360 degree axial and rotational non-threaded chocking mechanism to prevent inadvertent adjustment.
23. The ski binding of claim 22 , wherein the toe portion includes a lower surface, two side surfaces, and an upper surface.
24. The ski binding of claim 22 , wherein the toe portion includes a linkage configured to releasably secure the at least one cable at the toe portion.
25. The ski binding of claim 22 , wherein the toe portion includes at least two recesses for the at least one cable to extend through.
26. The ski binding of claim 22 , wherein the toe portion is coupled to a ski.
27. The ski binding of claim 22 , wherein the heel attachment mechanism further includes a heel throw and two rigid wires.
28. The ski binding of claim 22 , wherein the ski binding further includes a heel plate configured to prevent a heel portion of the ski boot from dropping below a lower surface of the toe portion.