Repositionable attachment device for welding gun conductor tubes

1. An attachment device for a welding gun comprising:

an adapter disposed proximate a handle of the welding gun, the adapter defining a plurality of radially spaced receiving portions extending along a longitudinal direction of the adapter; and

an arcuate conductor tube disposed adjacent the adapter and having a proximal end portion and distal end portion, the conductor tube defining at least one extension disposed near the proximal end portion of the conductor tube and extending along a longitudinal direction of the conductor tube;

wherein the plurality of radially spaced receiving portions are discrete and configured to engage the at least one extension of the conductor tube and fix the conductor tube to the adapter at any one of a plurality of radial positions corresponding the plurality of the radially spaced receiving portions, the plurality of radial positions permitting a change in the radial orientation of the arcuate conductor tube relative to the adapter.

2. The attachment device according to claim 1 , wherein the plurality of radially spaced receiving portions define grooves extending longitudinally in a straight line along the adapter and the at least one extension comprises a plurality of teeth extending longitudinally in a straight line along the proximal end portion.

3. The attachment device according to claim 2 , wherein the grooves are disposed around an internal portion of the adapter and the plurality of teeth are disposed around an external portion of the conductor tube.

4. The attachment device according to claim 2 , wherein the grooves are disposed around an external portion of the adapter and the plurality of teeth are disposed around an internal portion of the conductor tube.

5. The attachment device according to claim 1 , wherein the plurality of radially spaced receiving portions define slotted spokes and the at least one extension comprises two radially opposed extensions.

6. The attachment device according to claim 5 , wherein the slotted spokes are disposed around an internal portion of the adapter and the radially opposed extensions are disposed around an external portion of the conductor tube.

7. The attachment device according to claim 5 , wherein the slotted spokes are disposed around an external portion of the adapter and the radially opposed extensions are disposed around an internal portion of the conductor tube.

8. An arcuate conductor tube having a proximal end portion and distal end portion for use in a welding gun comprising at least one of:

at least one extension and discrete radially spaced receiving portions,

wherein the at least one extension or the radially spaced receiving portions are disposed near a on a proximal end portion of the conductor tube and extend along a longitudinal direction of the conductor tube,

wherein the at least one extension or the radially spaced receiving portions are configured to engage corresponding portions of an adapter and fix the conductor tube to the adapter at any one of a plurality of radial positions corresponding to the discrete radially spaced receiving portions of the conductor tube or the corresponding portions of the adapter, the plurality of radial positions permitting a change in the radial orientation of the distal end portion of the arcuate conductor tube relative to the adapter.

9. The conductor tube according to claim 8 , wherein the at least one extension comprises a plurality of teeth to define a splined attachment area disposed around the proximal end portion, wherein the splined attachment area is adapted for rotational engagement with the corresponding portions of the adapter.

10. The conductor tube according to claim 8 , wherein the at least one extension comprises two radially opposed extensions that are adapted for rotational engagement with the corresponding portions of the adapter.

11. The conductor tube according to claim 8 , wherein the conductor tube further comprises an outwardly extending angled flange for engaging and sealing an interface between the conductor tube and the adapter.

12. The conductor tube according to claim 8 , wherein the discrete radially spaced receiving portions define slotted spokes.

13. The conductor tube according to claim 8 , wherein the discrete radially spaced receiving portions define grooves.

14. A welding gun comprising:

a handle defining a distal end portion;

an adapter disposed proximate the distal end portion of the handle, the adapter defining a plurality of radially spaced receiving portions extending along a longitudinal direction of the adapter; and

an arcuate conductor tube having a proximal end portion and distal end portion, disposed adjacent the adapter, the conductor tube defining at least one extension disposed near a proximal end portion of the conductor tube and extending along a longitudinal direction of the conductor tube,

wherein the plurality of radially spaced receiving portions are discrete and configured to engage and fix the at least one extension of the conductor tube and connect the conductor tube to the adapter at any one of a plurality of radial positions corresponding to the plurality of radially spaced receiving portions of the adapter permitting a change in the radial orientation of the distal end portion of the arcuate conductor tube relative to the adapter.

15. The welding gun according to claim 14 , wherein the plurality of radially spaced receiving portions define grooves and the at least one extension comprises a plurality of teeth.

16. The welding gun according to claim 14 , wherein the plurality of radially spaced receiving portions define slotted spokes and the at least one extension comprises two radially opposed extensions.

17. The welding gun according to claim 14 further comprising a locking collar slidably disposed around the conductor tube, the locking collar adapted for engagement with the adapter.

18. A welding gun comprising:

a handle defining a distal end portion;

an adapter disposed within the distal end portion of the handle, the adapter defining a bore extending therethrough and an attachment area, the attachment area comprising:

radially spaced receiving portions disposed within an internal portion of the adapter and the radially spaced receiving portions are discrete and extending along a longitudinal direction of the adapter; and

a threaded interface disposed around an external portion of the adapter;

an arcuate conductor tube having a proximal end portion and distal end portion, defining at least one extension disposed around the proximal end portion of the conductor tube and extending along a longitudinal direction of the conductor tube, the at least one extension configured to engage the radially spaced receiving portions in the adapter and fix the conductor tube to the adapter at any one of a plurality of positions corresponding to the radially spaced receiving portions permitting a change in the radial orientation of the distal end portion of the arcuate conductor tube relative to the adapter; and

a locking collar slidably disposed around the conductor tube, the locking collar defining internal threads adapted for engagement with the threaded interface of the adapter.

19. The welding gun according to claim 18 further comprising an insert disposed within the locking collar, the insert comprising the internal threads.

20. The welding gun according to claim 19 further comprising a clip element disposed within the locking collar to secure the insert within the locking collar.

21. The welding gun according to claim 18 , wherein the locking collar defines a tapered configuration and a plurality of external gripping features.

22. The welding gun according to claim 18 , wherein the conductor tube further comprises an outwardly extending angled flange for engaging and sealing an interface between the conductor tube and the adapter.

23. The welding gun according to claim 22 , wherein the adapter further comprises an internal bevel for engaging the outwardly extending angled flange of the conductor tube.

24. The welding gun according to claim 18 , wherein the radially spaced receiving portions define grooves and the at least one extension comprises a plurality of teeth.

25. The welding gun according to claim 18 , wherein the radially spaced receiving portions define slotted spokes and the at least one extension comprises two radially opposed extensions.

26. An attachment device for use in connecting an arcuate conductor tube having a proximal end portion and a distal end portion to a handle of a welding gun comprising:

a socket member defining a plurality of radially spaced receiving portions extending along a longitudinal direction of the socket member; and

a plug member disposed adjacent the socket member and defining at least one extension extending along a longitudinal direction of the plug member,

wherein one of the socket member and the plug member is provided adjacent the handle of the welding gun and the other one of the socket member and the plug member is provided adjacent the proximal end portion of the conductor tube, and

wherein the plurality of radially spaced receiving portions are discrete and configured to engage the at least one extension of the plug member and fix the plug member to the socket member at any one of a plurality of positions corresponding to the plurality of radially spaced receiving portions, permitting a change in the radial orientation of the distal end portion of the arcuate conductor tube relative to the handle.

27. The attachment device according to claim 26 , wherein the socket member is an adapter disposed proximate the handle of the welding gun.

28. The attachment device according to claim 26 , wherein the socket member is a conductor tube.

29. The attachment device according to claim 26 , wherein the plug member is an adapter disposed proximate the handle of the welding gun.

30. The attachment device according to claim 26 , wherein the plug member is a conductor tube.

31. The attachment device according to claim 26 , wherein the plurality of radially spaced receiving portions define grooves and the at least one extension comprises a plurality of teeth.

32. The attachment device according to claim 26 , wherein the plurality of radially spaced receiving portions define slotted spokes and the at least one extension comprises two radially opposed extensions.

33. The attachment device according to claim 1 , wherein the plurality of radially spaced receiving portions are not a helical wound thread.

34. The attachment device according to claim 1 , wherein each of the plurality of radially spaced receiving portions is radially separated from, and radially spaced from an adjacent receiving portion.

35. The attachment device according to claim 1 , wherein the plurality of radially spaced receiving portions are sized and structured relative to the at least one extension such that the conductor tube may be inserted longitudinally into the adapter without rotation with the at least one extension received by the plurality of radially spaced receiving portions.

36. The arcuate conductor tube according to claim 8 , wherein the at least one extension includes a first extension and wherein the at least one radial receiving portion includes a first groove and a second groove, and defining a first position when the first groove receives the first extension fixing the arcuate conductor tube relative to the adapter, and defining a second position or the arcuate conductor tube when the second groove receives the first extension fixing the arcuate conductor tube relative to the adapter.