A wire spooling system for spooling and dispensing wire. The wire spooling system includes a first spool member, having a tubular member with a locking cap and first collar, and a second spool member, having an engagement aperture and second collar. The tubular member extends through the first spoo
A wire spooling system for spooling and dispensing wire. The wire spooling system includes a first spool member, having a tubular member with a locking cap and first collar, and a second spool member, having an engagement aperture and second collar. The tubular member extends through the first spool member substantially transverse to the first spool member. The locking cap is positioned at the end of the tubular member opposite the first spool member. The first collar protrudes from the first spool member in the same plane and direction as the tubular member. The second collar protrudes from the second spool member and fits within the first collar. The spool members thereby form a spool shape. Upon fitting the second collar within the first collar, the engagement aperture receives the locking cap of the tubular member, securing the first spool member and second spool member in a locked position.
대표청구항▼
I claim: 1. A wire spooling system, comprising: a first spool member; a tubular member, wherein said tubular member protrudes transversely from said first spool member; a locking cap positioned at an end of said tubular member opposite of said first spool member; a first collar protruding from said
I claim: 1. A wire spooling system, comprising: a first spool member; a tubular member, wherein said tubular member protrudes transversely from said first spool member; a locking cap positioned at an end of said tubular member opposite of said first spool member; a first collar protruding from said first spool member; a second spool member; a second collar protruding substantially transversely from said second spool member, wherein said second collar fits within said first collar; an engagement aperture within said second spool member; and wherein said engagement aperture receives said locking cap of said tubular member, thereby securing said first spool member and said second spool member in a substantially spool-shaped locked position. 2. The wire spooling system of claim 1, wherein said first spool member has a first side and a second side that are substantially coplanar. 3. The wire spooling system of claim 1, wherein said first collar is capable of retaining an unspooled amount of wire around its exterior. 4. The wire spooling system of claim 1, wherein said first collar and said second collar are substantially the same shape. 5. The wire spooling system of claim 1, wherein said first collar and said tubular member protrude transverse to said second side. 6. The wire spooling system of claim 1, wherein said first collar has a notch through an edge of said first collar opposite of a side of said first collar that is positioned on said first spool member. 7. The wire spooling system of claim 1, wherein said first spool member has a plurality of guide members protruding transverse to said second side. 8. The wire spooling system of claim 1, wherein said second spool member has a first side and a second side that are substantially coplanar. 9. The wire spooling system of claim 1, wherein said second spool member has a plurality of guide sleeves protruding substantially transverse to said second side of said second spool member. 10. The wire spooling system of claim 9, wherein said second collar has a recess that extends substantially across the entire width of said second collar in a plane transverse to said of said second spool member. 11. The wire spooling system of claim 9, wherein each of said plurality of guide members fits within a corresponding one of said plurality of guide sleeves. 12. The wire spooling system of claim 11, wherein upon alignment and insertion of said plurality of guide members within said plurality of guide sleeves, said notch on said first collar is substantially aligned with said recess on said second collar. 13. The wire spooling system of claim 12, wherein a predetermined portion of said wire is secured between said notch and said recess to prevent a roll of wire positioned radially about said first collar from rotating independent of the wire spooling system. 14. The wire spooling system of claim 13, wherein upon insertion of said plurality of guide members into each corresponding said plurality of guide sleeves, subsequently forcing said first spool member toward said second spool member causes said engagement aperture to receive said locking cap, thereby securing said first spool member to said second spool member. 15. The wire spooling system of claim 14, wherein upon securing said first spool member to said second spool member, the wire positioned radially about the exterior of said first collar is retained on said first collar between said second side of said first spool member and said second side of said second spool member. 16. The wire spooling system of claim 1, wherein said second spooling member has a wire-retaining aperture positioned through said second spool member. 17. The wire spooling system of claim 16, wherein the loose end of the wire may be secured within said wire-retaining aperture between the first side and second side of said second spooling member. 18. The wire spooling system of claim 17, wherein upon securing said first spooling member and said second spooling member together, a hollow channel extends across said tubular member. 19. The wire spooling system of claim 18, wherein said hollow channel extends through said first spool member, through said tubular member, through said engagement aperture on said second spool member, and out a hollow portion on an end of said locking cap. 20. A wire spooling system, comprising: a first spool member having a first side and a second side that are substantially coplanar; a tubular member wherein said tubular member protrudes transversely from said second side of said first spool member; a locking cap positioned at an end of said tubular member opposite of said first spool member; a first collar protruding from said first spool member substantially transverse to said second side and capable of retaining an unspooled amount of wire around its exterior; a notch through an edge of said first collar opposite of a side of said first collar positioned adjacent said first spool member; a plurality of guide members protruding from said first spool member transverse to said second side; a second spool member having a first side and a second side that are substantially coplanar; a second collar protruding substantially transversely from said second spool member; wherein said first collar and said second collar have substantially the same shape; wherein said second collar fits within said first collar; a plurality of guide sleeves protruding substantially transverse to said second side of said second spool member; wherein each of said plurality of guide member fits within a corresponding one of said plurality of guide sleeves; a recess that extends substantially across the entire width of said second collar in a plane transverse to that of said second spool member; wherein upon alignment and insertion of said plurality of guide members within said plurality of guide sleeves, said notch on said first collar is substantially aligned with said recess on said second collar; wherein a predetermined portion of said wire is secured between said notch and said recess to prevent a roll of wire positioned radially about said first collar from rotating independent of said wire spooling system; an engagement aperture; wherein said engagement aperture receives said locking cap; wherein upon insertion of each of said plurality of guide members into each of said plurality of corresponding guide sleeves, subsequently forcing said first spool member toward said second spool member causes said engagement aperture to receive said locking cap, thereby securing said first spool member to said second spool member; wherein upon securing said first spool member to said second spool member, the wire positioned radially about the exterior of said first collar is retained on said first collar between said second side of said first spool member and said second side of said second spool member; a wire-retaining aperture positioned through said second spool member; wherein upon nonuse of said wire spooling system, a free end of wire may be secured within said wire-retaining aperture; a hollow channel extending through said tubular member through said wire spooling system; and wherein said hollow channel is placed on an appendage to facilitate efficient rotation of said wire spooling system.
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