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The retainer includes a coupling pair with a lid portion and a bottle portion. The lid portion is anchored to a lid. The bottle portion is anchored to a bottle. The lid and bottle are removably attachable in a manner opening and closing access into an interior of the bottle. With the lid portion aff

The retainer includes a coupling pair with a lid portion and a bottle portion. The lid portion is anchored to a lid. The bottle portion is anchored to a bottle. The lid and bottle are removably attachable in a manner opening and closing access into an interior of the bottle. With the lid portion affixed to the lid and the bottle portion affixed to the bottle, the coupling pair can be utilized to secure the lid to the bottle in a position leaving the opening of the bottle clear. In one form the lid portion and bottle portion exhibit magnetic attraction thereto, such as by having one part of the coupling pair in the form of a magnet and the other part in the form of a ferromagnetic material. In one embodiment the entire outer surface of the bottle is formed of ferromagnetic material with the lid portion being a magnet.

대표청구항 ▼

1. A drinking container system, comprising in combination: a container having a fluid containing chamber;said container having an outer surface surrounding said fluid containing chamber;said container having a neck with an opening therein providing access to said fluid containing chamber;a lid adapt

1. A drinking container system, comprising in combination: a container having a fluid containing chamber;said container having an outer surface surrounding said fluid containing chamber;said container having a neck with an opening therein providing access to said fluid containing chamber;a lid adapted to removably attach to said neck of said container to at least partially close said opening in said neck of said container;a two-part coupling pair including a lid portion that is separate from a container portion;said lid portion and said container portion of said coupling pair adapted to removably attach to each other;said lid portion of said two-part coupling pair anchored to said lid;said container portion of said coupling pair anchored to said container;said container portion of said coupling pair located on a portion of said outer surface of said container spaced from said opening in said neck;wherein said lid portion and said container portion include at least one magnet therebetween configured to provide an attraction force between said separate portions of said two-part coupling pair;wherein said two-part coupling pair includes one magnet and one ferromagnetic material which exhibits an attractive force toward said magnet when placed in proximity to said magnet;wherein said container portion of said two-part coupling pair includes a band of ferromagnetic material with an outer surface for coupling to said lid portion with said magnet included therewith, said band circumscribing a cylindrical outer wall of said container; andsaid band having a diameter at least as small as a diameter of said container. 2. The system of claim 1 wherein said container portion includes said outer surface of said container formed at least partially of a ferromagnetic material anchored to other portions of said container. 3. The system of claim 1 wherein said magnet on said lid portion includes a hole passing therethrough and wherein said lid portion includes a fastener sized to pass through said hole in said magnet, said fastener adapted to anchor said magnet to said lid, such that said magnet is affixable to said lid through said fastener. 4. A drinking bottle with retainable lid, comprising in combination: a bottle having a substantially radially symmetrical form about a central axis;said bottle including a substantially circular base at a lower end thereof;said bottle having a neck at an upper end opposite said base;said neck including an opening therein, said opening aligned with said central axis of said bottle;said neck of said bottle including threads thereon adjacent a lip of said neck said bottle having a generally conical taper from a cylindrical outer wall defining a greatest diameter of said bottle to a lesser cylindrical form adjacent said neck;a lid adapted to be removably attached to said neck of said bottle, said lid including a threaded plug with threads formed to threadably engage threads on said neck of said bottle to secure said lid to said bottle and substantially close said opening in said bottle;a two-part coupling pair including a lid portion that is separate from a bottle portion;said lid portion and said bottle portion adapted to removably attach to each other;said lid portion of said two-part coupling pair anchored to said lid;said bottle portion of said coupling pair anchored to said bottle;said bottle portion of said coupling pair located on a portion of said bottle spaced from said opening in said neck, such that said two-part coupling pair is adapted to hold said lid to said bottle in a location other than closing said opening in said neck of said bottle to retain said lid when not in use closing said opening in said bottle;wherein said lid portion and said bottle portion include at least one magnet therebetween configured to provide an attraction force between said separate portions of said two-part coupling pair;wherein said two-part coupling pair includes one magnet and one ferromagnetic material which exhibits an attractive force toward said magnet when placed in proximity to said magnet;wherein said bottle portion of said two-part coupling pair includes a band of ferromagnetic material with an outer surface for coupling to said lid portion with said magnet included therewith, said band circumscribing a cylindrical outer wall of said bottle; andsaid band having a diameter at least as small as a diameter of said bottle. 5. The bottle of claim 4 wherein said band of said bottle portion forms a circuit interrupted by ends adjacent each other and on opposite sides of a gap in said band, said band formed of elastic material adapted to resiliently flex sufficiently to match a diameter of an outer cylindrical wall of said outer surface of said bottle, with said band initially formed with a diameter less than a diameter of said outer cylindrical wall of said outer surface of said bottle. 6. The bottle of claim 4 wherein said cylindrical outer wall of said bottle is formed of a ferromagnetic material and wherein said lid portion includes a magnet therein, such that said lid can be coupled through said lid portion to any portion of said outer cylindrical wall of said drinking bottle and be held in place and said lid is provided with two orientations for affixation to said bottle including through said lid portion of said two-part coupling pair and said threads on said lid mating with threads of said neck of said bottle. 7. The bottle of claim 4 wherein an insulation layer is provided inboard of said outer cylindrical wall of said drinking bottle with a liner inboard of said insulation and defining an interior space within said bottle. 8. The bottle of claim 7 wherein said outer cylindrical wall of said bottle is formed of a ferromagnetic steel material and said inner wall of said bottle inboard of said insulation is formed of a non-ferromagnetic stainless steel material. 9. A method for retaining a lid to a bottle when the lid is not in use closing an opening in the bottle, the method including the steps of: providing a bottle having a fluid containing chamber, the bottle having an outer surface, the bottle having a neck with an opening therein providing access to the fluid containing chamber, a lid adapted to removably attach to the neck of the bottle to at least partially close the opening in the neck of the bottle, a two-part coupling pair including a lid portion and a bottle portion, the lid portion and the bottle portion of the coupling pair adapted to removably attach to each other, the lid portion anchored to the lid and the bottle portion anchored to the bottle on a portion of the outer surface of the bottle spaced from the opening in the neck;wherein the lid portion and the bottle portion include at least one magnet therebetween configured to provide an attraction force between the separate portions of the two-part coupling pair, wherein the two-part coupling pair includes one magnet and one ferromagnetic material which exhibits an attractive force toward the magnet when placed in proximity to the magnet, wherein the bottle portion of the two-part coupling pair includes a band of ferromagnetic material with an outer surface for coupling to the lid portion with the magnet included therewith, the band circumscribing a cylindrical outer wall of the bottle and the band having a diameter at least as small as a diameter of the bottle; andplacing the lid with the lid portion of the two-part coupling pair in contact with the bottle portion of the two-part coupling pair to hold the lid to the bottle on a portion of the bottle spaced from the neck of the bottle. 10. The system of claim 1 wherein said band has a diameter matching a diameter of said container portion. 11. The system of claim 1 wherein said band has a diameter slightly less than a diameter of said container portion. 12. The system of claim 1 wherein said lid portion includes an attachment surface to which said band can attach, said attachment surface being curved with a curve substantially matching a curvature of said outer surface of said band. 13. The system of claim 1 wherein said lid portion includes an attachment surface to which said band can attach, said attachment surface being substantially flat. 14. The system of claim 4 wherein said band has a diameter matching a diameter of said container portion. 15. The system of claim 4 wherein said band has a diameter slightly less than a diameter of said container portion. 16. The system of claim 4 wherein said lid portion includes an attachment surface to which said band can attach, said attachment surface being curved with a curve substantially matching a curvature of said outer surface of said band. 17. The system of claim 4 wherein said lid portion includes an attachment surface to which said band can attach, said attachment surface being substantially flat.