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A gas supply system in the form of a winding device that includes a housing with an aperture, a spool, a one way bearing, an interval locking device, a universal shaft, a spring housing, a spring torque spool and a pair of spring grounding tabs, a main base that stabilizes the housing, a rotating sh

A gas supply system in the form of a winding device that includes a housing with an aperture, a spool, a one way bearing, an interval locking device, a universal shaft, a spring housing, a spring torque spool and a pair of spring grounding tabs, a main base that stabilizes the housing, a rotating shaft where the main base is disposed on the distal end of the rotating shaft, a rotational bearing that is disposed on the proximal end of the rotating shaft and connects the rotating shaft to the base clamp. The base clamp has a pair of corresponding apertures and secures the gas supply system to a tubular shaped object, and includes an adjustable clamp screw that has a handle and a threaded bolt wherein the proximal end of the threaded bolt is attached to and perpendicularly extends from the handle and the adjustable clamp screw.

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1. A gas supply system, comprising: a housing that includes an aperture, a spool, a one way bearing circumscribing a vertically-oriented small shaft, an interval locking device, a vertically-oriented universal shaft, a spring housing, and a spring torque spool configured to secure a free end of a sp

1. A gas supply system, comprising: a housing that includes an aperture, a spool, a one way bearing circumscribing a vertically-oriented small shaft, an interval locking device, a vertically-oriented universal shaft, a spring housing, and a spring torque spool configured to secure a free end of a spring;a main base that stabilizes said housing in an upright perpendicular position;a vertically-oriented rotating shaft that has a proximal end and a distal end where said main base is disposed on said distal end of said vertically-oriented rotating shaft;a base clamp having a top surface and a pair of corresponding apertures, said base clamp configured to secure said gas supply system to a tubular shaped object;a rotational bearing that is disposed on said top surface of said base clamp and at said proximal end of said vertically-oriented rotating shaft, said rotational bearing connecting the vertically-oriented rotating shaft to said base clamp; andan adjustable clamp screw that has a handle and a threaded bolt with a proximal end and a distal end wherein said proximal end of said threaded bolt is attached to and perpendicularly extends from said handle of said adjustable clamp screw. 2. The system according to claim 1, wherein said housing is generally cylindrical-shape. 3. The system according to claim 1, wherein said base clamp is configured to support padding disposed thereon, said padding configured to prevent damage to said base clamp or said tubular shaped object. 4. The system according to claim 1, wherein said adjustable clamp screw is rotated and screwed through said pair of corresponding apertures of said base clamp to tighten said base clamp around said tubular or other suitably shaped object. 5. The system according to claim 1, wherein said spool has a top inverted frusto-conical portion and a bottom frusto-conical portion, said top inverted frusto-conical portion being disposed at a higher elevation than said bottom frusto-conical portion relative to a horizontal reference plane beneath said gas supply system, said spool being configured to receive and wind oxygen gas tubing within said housing from said aperture. 6. The system according to claim 5, wherein said interval locking device is disposed between an upper portion of said spring housing and said one way bearing, said interval locking device configured to lock said oxygen gas tubing at a plurality of locations or intervals along the rotation of said spool. 7. The system according to claim 5, wherein said spring housing is placed on said vertically-oriented universal shaft underneath said interval locking device such that said spring housing is disposed at a lower elevation than said interval locking device relative to a horizontal reference plane beneath said gas supply system, said spring housing configured to house said spring. 8. The system according to claim 1, wherein said vertically-oriented universal shaft encapsulates said vertically-oriented small shaft underneath said spool, said vertically-oriented universal shaft having one or more elongated protruding portions extending radially outward from a circumferential surface thereof. 9. The system according to claim 1, wherein said one way bearing is set under said spool on said vertically-oriented small shaft such that said one way bearing is disposed at a lower elevation than said spool relative to a horizontal reference plane beneath said gas supply system. 10. The system according to claim 1, wherein said spring torque spool rotates with said universal shaft and is disposed at a bottom of said vertically-oriented universal shaft. 11. The system according to claim 1, wherein said gas supply system includes a sleeve disposed underneath said main base such that said sleeve is disposed at a lower elevation than said main base relative to a horizontal reference plane beneath said gas supply system, said sleeve being attached to said distal end of said vertically-oriented rotating shaft by a pin. 12. The system according to claim 1, wherein said gas supply system includes a receiving nut. 13. A gas supply system, comprising: a housing that includes an aperture, a spool, a one way bearing circumscribing a vertically-oriented small shaft, an interval locking device, a vertically-oriented universal shaft, a spring housing, and a spring torque spool configured to secure a free end of a spring, said spring torque spool configured to rotate with said vertically-oriented universal shaft;a main base that stabilizes said housing in an upright perpendicular position;a sleeve disposed underneath said main base such that said sleeve is disposed at a lower elevation than said main base relative to a horizontal reference plane beneath said gas supply system;a vertically-oriented rotating shaft having a proximal end and a distal end, said main base being disposed proximate to said distal end of said vertically-oriented rotating shaft, and said distal end of said vertically-oriented shaft being attached to said sleeve by a pin;a base clamp having a top surface and a pair of corresponding apertures, said base clamp configured to secure said gas supply system to a tubular shaped object;a rotational bearing that is disposed on said top surface of said base clamp and at said proximal end of said vertically-oriented rotating shaft, said rotational bearing connecting the vertically-oriented rotating shaft to said base clamp; andan adjustable clamp screw that has a handle and a threaded bolt with a proximal end and a distal end wherein said proximal end of said threaded bolt is attached to and perpendicularly extends from said handle of said adjustable clamp screw. 14. The system according to claim 13, wherein said spring housing comprises a top portion and a bottom portion, said top portion of said spring housing being disposed at a higher elevation than said bottom portion of said spring housing relative to a horizontal reference plane beneath said gas supply system. 15. The system according to claim 13, wherein said handle of said adjustable clamp screw comprises a plurality of convex indentations disposed about a periphery thereof. 16. The system according to claim 13, wherein said vertically-oriented universal shaft encapsulates said vertically-oriented small shaft underneath said spool, said vertically-oriented universal shaft having one or more elongated protruding portions extending radially outward from a circumferential surface thereof. 17. A gas supply system, comprising: a housing that includes an aperture, a spool, a one way bearing circumscribing a vertically-oriented small shaft, an interval locking device, a vertically-oriented universal shaft, a spring housing, and a spring torque spool configured to secure a free end of a spring, said spring torque spool configured to rotate with said vertically-oriented universal shaft;a main base that stabilizes said housing in an upright perpendicular position;a sleeve disposed underneath said main base such that said sleeve is disposed at a lower elevation than said main base relative to a horizontal reference plane beneath said gas supply system;a vertically-oriented rotating shaft having a proximal end and a distal end, said main base being disposed proximate to said distal end of said vertically-oriented rotating shaft, and said distal end of said vertically-oriented shaft being attached to said sleeve by a pin;a base clamp having a top surface and a pair of corresponding apertures, said base clamp configured to secure said gas supply system to a tubular shaped object;a rotational bearing that is disposed on said top surface of said base clamp and at said proximal end of said vertically-oriented rotating shaft, said rotational bearing connecting the vertically-oriented rotating shaft to said base clamp; andan adjustable clamp screw that has a handle and a threaded bolt with a proximal end and a distal end wherein said proximal end of said threaded bolt is attached to and perpendicularly extends from said handle of said adjustable clamp screw, said handle of said adjustable clamp screw including a plurality of convex indentations disposed about a periphery thereof. 18. The system according to claim 17, wherein said spool has a top inverted frusto-conical portion and a bottom frusto-conical portion, said top inverted frusto-conical portion being disposed at a higher elevation than said bottom frusto-conical portion relative to a horizontal reference plane beneath said gas supply system, said spool being configured to receive and wind oxygen gas tubing within said housing from said aperture. 19. The system according to claim 17, wherein said spring housing comprises a top portion and a bottom portion, said top portion of said spring housing being disposed at a higher elevation than said bottom portion of said spring housing relative to a horizontal reference plane beneath said gas supply system. 20. The system according to claim 17, wherein said vertically-oriented universal shaft encapsulates said vertically-oriented small shaft underneath said spool, said vertically-oriented universal shaft having one or more elongated protruding portions extending radially outward from a circumferential surface thereof.