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The invention described relates generally to a method and apparatus for improving existing bulk wire transfer methodologies and more particularly, to welding wire packages for use as an endless wire container such that the welding wire of multiple containers can be linked together to produce an unin

The invention described relates generally to a method and apparatus for improving existing bulk wire transfer methodologies and more particularly, to welding wire packages for use as an endless wire container such that the welding wire of multiple containers can be linked together to produce an uninterrupted flow of welding wire to a welding operation by employing a welding wire transfer guide, the guide having an outwardly-facing curvilinear groove, one end of said groove of said welding wire transfer guide positioned along a tangent line running between an outer diameter of the in-process coil of wire and an opposed end of said groove along a tangent line running between an inner diameter of the staged coil of welding wire. The apparatus further includes a magnetically positionable wire guide arm above at least two, preferably each bulk welding wire container.

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1. A welding wire transfer system for use with at least a pair of endless welding wire containers, at least one of said containers is an in-process supply container containing an in-process coil of wire and at least one other of said containers is a staged supply container containing a staged coil o

1. A welding wire transfer system for use with at least a pair of endless welding wire containers, at least one of said containers is an in-process supply container containing an in-process coil of wire and at least one other of said containers is a staged supply container containing a staged coil of wire with a start end of said staged coil of wire butt-welded to a tail end of said in-process coil of wire, said welding wire transfer system comprising: a vertical shaft; anda horizontal shaft extending normal to said vertical shaft and comprising a welding wire transfer guide, said guide having a curvilinear groove, one end of said curvilinear groove of said welding wire transfer guide positioned nearly tangent to an outer diameter of the in-process coil of wire and an opposed end of said curvilinear groove positioned nearly tangent to an inner diameter of the staged coil of wire, wherein the one end and the opposed end of the curvilinear groove are positioned nearly along a tangent line between the outer diameter of the in-process coil of wire and the inner diameter of the staged coil of wire. 2. The welding wire transfer system of claim 1 wherein said welding wire transfer guide is fixed on said horizontal shaft. 3. The welding wire transfer system of claim 1 wherein said welding wire transfer guide is horizontally positionable along said horizontal shaft. 4. The welding wire transfer system of claim 1 wherein each of said in-process supply container and said staged supply container further comprise a dome having at least two slots in at least one side in a geometric relationship which permits the one end of said curvilinear groove of said welding wire transfer guide, which is positioned nearly tangent to said outer diameter of the in-process coil of wire, to access at least one of said at least two slots. 5. A welding wire transfer system for use with at least a pair of endless welding wire containers, at least one of said containers is an in-process supply container containing an in-process coil of wire and at least one other of said containers is a staged supply container containing a staged coil of wire with a start end of said staged coil of wire butt-welded to a tail end of said in-process coil of wire, said welding wire transfer system comprising: a vertical shaft; anda horizontal shaft extending normal to said vertical shaft and comprising a welding wire transfer guide, said guide having a groove, one end of said groove of said welding wire transfer guide positioned nearly tangent to an outer diameter of the in-process coil of wire and an opposed end of said groove positioned nearly tangent to an inner diameter of the staged coil of wire, wherein the one end and the opposed end of the groove are positioned nearly along a tangent line between the outer diameter of the in-process coil of wire and the inner diameter of the staged coil of wire; andsaid welding wire transfer guide acting as a retention means for said staged coil of wire as it moves from said staged supply container to said in-process supply container. 6. The welding wire transfer system of claim 5 wherein said groove is curvilinear and outwardly-facing. 7. The welding wire transfer system of claim 5 wherein said welding wire transfer guide is fixed on said horizontal shaft. 8. The welding wire transfer system of claim 5 wherein said welding wire transfer guide is horizontally positionable along said horizontal shaft. 9. The welding wire transfer system of claim 5 wherein each of said in-process supply container and said staged supply container further comprise a dome having at least two slots in at least one side in a geometric relationship which permits the one end of said groove of said welding wire transfer guide, which is positioned nearly tangent to said outer diameter of the in-process coil of wire, to access at least one of said at least two slots. 10. A welding wire transfer system, comprising: an in-process supply container containing an in-process coil of wire;a staged supply container containing a staged coil of wire having a start end butt-welded to a tail end of the in-process coil of wire;a vertical shaft; anda horizontal shaft extending normal to the vertical shaft and comprising a welding wire transfer guide, the guide having a groove, one end of the groove of the welding wire transfer guide positioned nearly tangent to an outer diameter of the in-process coil of wire and an opposed end of the groove positioned nearly tangent to an inner diameter of the staged coil of wire, wherein the one end and the opposed end of the groove are positioned nearly along a tangent line between the outer diameter of the in-process coil of wire and the inner diameter of the staged coil of wire. 11. The welding wire transfer system of claim 10, wherein the welding wire transfer guide is fixed on the horizontal shaft. 12. The welding wire transfer system of claim 10, wherein the welding wire transfer guide is horizontally positionable along the horizontal shaft. 13. The welding wire transfer system of claim 10, wherein the groove is curvilinear. 14. The welding wire transfer system of claim 10, wherein the groove is configured as a retention means for the staged coil of wire as the staged coil of wire moves from the staged supply container to the in-process supply container. 15. The welding wire transfer system of claim 10, further comprising a magnetically positionable wire transfer arm, the vertical shaft having a pivotable collar with at least one magnet and a fixed collar with at least two magnets in a spaced apart relationship. 16. The welding wire transfer system of claim 15, wherein the fixed collar has at least four magnets in a spaced apart relationship. 17. The welding wire transfer system of claim 10, further comprising a magnetically positionable wire transfer arm proximate to a top of the vertical shaft, the vertical shaft having a pivotable collar with at least one magnet and a fixed collar with at least two magnets in a spaced apart relationship. 18. The welding wire transfer system of claim 17, wherein the fixed collar has at least four magnets in a spaced apart relationship.