초록 ▼

A handheld drinking vessel with a compressible bladder, inlet and outlet members, an inlet valve to allow liquid to flow into the bladder, and an outlet valve to allow liquid to flow from the bladder whereby liquid can be exhausted by a compression of the bladder and liquid can be drawn into the bla

A handheld drinking vessel with a compressible bladder, inlet and outlet members, an inlet valve to allow liquid to flow into the bladder, and an outlet valve to allow liquid to flow from the bladder whereby liquid can be exhausted by a compression of the bladder and liquid can be drawn into the bladder by a decompression of the bladder. The drinking vessel can be employed to provide hydration to athletes during athletic endeavors by providing athletes with drinking vessels and providing at least one water stop with beverage containers. Water can be drawn from a beverage container through the inlet member and consumed through the outlet member. When provided by a sponsor or race organizer, the drinking vessels can be distributed on a complimentary basis filled with a beverage of a purveyor of beverages.

대표청구항 ▼

1. A hydration method employing a handheld drinking vessel, the method comprising the following steps: providing a handheld drinking vessel comprising: a compressible bladder for being received within a hand of a user wherein the compressible bladder has an open inner volume for retaining a volume o

1. A hydration method employing a handheld drinking vessel, the method comprising the following steps: providing a handheld drinking vessel comprising: a compressible bladder for being received within a hand of a user wherein the compressible bladder has an open inner volume for retaining a volume of liquid and wherein the compressible bladder is compressible between a non-compressed configuration and a compressed configuration;an inlet member with a fluid flow path, a proximal end in fluidic association with the compressible bladder, and a distal portion;an outlet member with a fluid flow path, a proximal end in fluidic association with the compressible bladder, and a distal portion;an inlet valve arrangement in fluidic association with the inlet member wherein the inlet valve arrangement is configured to permit a flow of liquid into the compressible bladder through the fluid flow path of the inlet member; andan outlet valve arrangement in fluidic association with the outlet member wherein the outlet valve arrangement is configured to permit a flow of liquid from the compressible bladder through the fluid flow path of the outlet member;disposing the handheld drinking vessel in a hand of a person participating in an athletic endeavor;procuring a beverage container with a volume of liquid retained therein wherein the beverage container comprises a cup procured by an athlete from a water stop provided by an organizer of the athletic endeavor;inserting the inlet member into the volume of liquid;decompressing the compressible bladder to draw liquid from the volume of liquid into the compressible bladder through the inlet member whereby a volume of liquid is then contained in the compressible bladder of the handheld drinking vessel and in the hand of the person; andretaining the compressible bladder and the volume of liquid drawn from the beverage container during participation in the athletic endeavor and drinking liquid that was drawn from the beverage container from the open inner volume of the compressible bladder through the outlet member at a pace selected by the athlete. 2. The hydration method of claim 1 further comprising the step of at least partially compressing the compressible bladder prior to the step of decompressing the compressible bladder. 3. The hydration method of claim 1 wherein the beverage container is a cup procured by an athlete from a water stop during a road race. 4. The hydration method of claim 1 wherein the drinking vessel is distributed with an initial volume of liquid retained in the open inner volume of the compressible bladder and with a means for capping the outlet member. 5. The hydration method of claim 1 wherein the inlet valve arrangement and the outlet valve arrangement each comprises a one-way valve and wherein the compressible bladder has an upper portion and a lower portion disposed opposite to the upper portion, wherein the outlet member projects from the upper portion and the inlet member projects from the lower portion, and wherein the inlet and outlet members each comprises a tubular member. 6. The hydration method of claim 1 further comprising a pocket disposed within the compressible bladder wherein the pocket has an open inner volume fluidically sealed in relation to the open inner volume of the compressible bladder and wherein the open inner volume of the pocket is in thermal communication with the open inner volume of the compressible bladder and further comprising the step of inserting an energy supplement packet into the pocket. 7. The hydration method of claim 1 wherein the drinking vessel further comprises a means for selectively retaining the compressible bladder in a retracted configuration adjacent to a wrist of a user and further comprising the step of disposing the compressible bladder in a retracted configuration. 8. The hydration method of claim 1 wherein the compressible bladder is at least partially formed from a thin film material. 9. The hydration method of claim 1 wherein at least the step of drinking liquid from the open inner volume of the compressible bladder through the outlet member is carried out during an athletic endeavor. 10. The hydration method of claim 1 further comprising a means for enabling an exertion of an expansion force on the compressible bladder and wherein the step of decompressing the compressible bladder comprises drawing the compressible bladder toward a non-compressed configuration by hand actuation. 11. The hydration method of claim 10 wherein the means for enabling an exertion of an expansion force comprises at least one strap with first and second ends coupled to the compressible bladder and a body portion and wherein the step of decompressing the compressible bladder further comprises inserting at least one finger of the person under the strap. 12. A method for providing hydration to athletes during an athletic endeavor, the method comprising the following steps: providing each of a plurality of the athletes with a handheld drinking vessel, each handheld drinking vessel comprising: a compressible bladder for being received within a hand of a user wherein the compressible bladder has an open inner volume for retaining a volume of liquid and wherein the compressible bladder is compressible between a non-compressed configuration and a compressed configuration;an inlet member with a fluid flow path, a proximal end in fluidic association with the compressible bladder, and a distal portion;an outlet member with a fluid flow path, a proximal end in fluidic association with the compressible bladder, and a distal portion;an inlet valve arrangement in fluidic association with the inlet member wherein the inlet valve arrangement is configured to permit a flow of liquid into the compressible bladder through the fluid flow path of the inlet member; andan outlet valve arrangement in fluidic association with the outlet member wherein the outlet valve arrangement is configured to permit a flow of liquid from the compressible bladder through the fluid flow path of the outlet member;providing at least one water stop with a plurality of beverage containers wherein each beverage container comprises a cup from a water stop provided by an organizer of the athletic endeavor and wherein the beverage container retains a volume of liquid for being consumed by the athletes;whereby each athlete with a handheld drinking vessel can receive hydration by disposing the handheld drinking vessel in a hand of the athlete, procuring a beverage container with a volume of liquid from the water stop, inserting the inlet member into the volume of liquid in the beverage container, decompressing the compressible bladder to draw liquid from the volume of liquid in the beverage container into the compressible bladder through the inlet member whereby a volume of liquid is then contained in the compressible bladder of the handheld drinking vessel and in the hand of the person, and retaining the compressible bladder and the volume of liquid drawn from the beverage container during participation in the athletic endeavor and drinking liquid that was drawn from the beverage container from the open inner volume of the compressible bladder through the outlet member at a pace selected by the athlete. 13. The method for providing hydration of claim 12 wherein the inlet valve arrangement and the outlet valve arrangement each comprises a one-way valve and wherein the compressible bladder has an upper portion and a lower portion disposed opposite to the upper portion, wherein the outlet member projects from the upper portion and the inlet member projects from the lower portion, and wherein the inlet and outlet members each comprises a tubular member. 14. The method for providing hydration of claim 12 further comprising a means for enabling an exertion of an expansion force on the compressible bladder whereby each athlete can decompress the compressible bladder toward a non-compressed configuration by hand actuation. 15. The method for providing hydration of claim 12 wherein each handheld drinking vessel is distributed with an initial volume of liquid retained in the open inner volume of the compressible bladder and with a means for capping the outlet member. 16. The method for providing hydration of claim 15 wherein the compressible bladder is at least partially formed from a thin film material. 17. The method for providing hydration of claim 15 wherein the initial volume of liquid comprises a beverage of a purveyor of beverages. 18. The method for providing hydration of claim 17 wherein the handheld drinking vessels are distributed to the athletes on a complimentary basis.