초록 ▼

Fuel cartridges for fuel cells are disclosed. One fuel cartridge has an outer casing, an inner liner containing fuel, and a valve component adapted to transport fuel from the fuel supply to a fuel cell. The outer casing and the inner liner are made by blow molding and as the fuel is transported from

Fuel cartridges for fuel cells are disclosed. One fuel cartridge has an outer casing, an inner liner containing fuel, and a valve component adapted to transport fuel from the fuel supply to a fuel cell. The outer casing and the inner liner are made by blow molding and as the fuel is transported from the fuel supply, the inner liner pulls away from the outer casing. Another fuel cartridge includes an outer casing, an inner liner containing fuel, and a valve component adapted to transport fuel from the fuel supply to a fuel cell. The inner liner is integral to the outer casing at a region proximate to the location of the valve component. The inner liner and/or the outer casing can be fluorinated, coated with a barrier material or wrapped with a barrier film to reduce vapor permeation.

대표청구항 ▼

1. A fuel supply for a fuel cell comprising: an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to a fuel cell, wherein the outer casing and the inner liner comprise polymers that are incompatible to each other, where

1. A fuel supply for a fuel cell comprising: an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to a fuel cell, wherein the outer casing and the inner liner comprise polymers that are incompatible to each other, wherein incompatible polymers do not adhere to each other in their molten state and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses, wherein one of the outer casing and inner liner comprises a polar resin and the other one of the outer casing and inner liner comprises a non-polar resin. 2. The fuel supply of claim 1, wherein the polar resins comprise acrylonitrile butadiene styrene, thermoplastic polyesters, polycarbonates, polyvinyl chloride, polyamides, polyarylene ethers, or thermoplastic polyurethanes. 3. The fuel supply of claim 2, wherein the thermoplastic polyesters comprise polyethylene terephthalate (PET). 4. The fuel supply of claim 2, wherein the polyamides comprise nylon, polysulfones or polyarylene sulfides. 5. The fuel supply of claim 2, wherein the polyarylene ethers comprise polyphenylene oxide, polyether ketones, polyetherether ketones, acetate, or acrylic-polyvinyl chloride copolymer. 6. The fuel supply of claim 1, wherein the non-polar resins comprise high density polyethylene (HDPE), polypropylene or polystyrene. 7. A fuel supply for a fuel cell comprising: an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to a fuel cell, wherein the outer casing and the inner liner comprise polymers that are incompatible to each other, wherein incompatible polymers do not adhere to each other in their molten state and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses, wherein one of the polymers is a thermoplastic elastomer. 8. The fuel supply of claim 7, wherein the thermoplastic elastomer comprises butyl rubber. 9. The fuel supply of claim 8, wherein the inner liner comprises butyl rubber. 10. The fuel supply of claim 7, wherein the other polymer comprises acetal. 11. The fuel supply of claim 7, wherein the other polymer comprises polyvinylchloride. 12. A fuel supply for a fuel cell comprising: an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to a fuel cell, wherein the outer casing and the inner liner comprise polymers that are incompatible to each other, wherein incompatible polymers do not adhere to each other in their molten state and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses, wherein at least one of the outer casing and inner liner comprises polyethylene, and wherein the other one of the outer casing and inner liner comprises a slip agent. 13. The fuel supply of claim 12, wherein the slip agent comprises a long chain fatty acid amide. 14. The fuel supply of claim 13, wherein the long chain fatty acid amide is oleamide. 15. The fuel supply of claim 13, wherein the long chain fatty acid amide is erucamide. 16. A fuel supply for a fuel cell comprising: an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to a fuel cell, wherein the outer casing and the inner liner comprise polymers that are incompatible to each other, wherein incompatible polymers do not adhere to each other in their molten state and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses, wherein at least one of the outer casing and inner liner comprises hydrophilic filler. 17. The fuel supply of claim 16, wherein the hydrophilic filler is talc. 18. The fuel supply of claim 16, wherein the hydrophilic filler is calcium carbonate. 19. A fuel supply for a fuel cell comprising: an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to a fuel cell, wherein the outer casing and the inner liner comprise polymers that are incompatible to each other, wherein incompatible polymers do not adhere to each other in their molten state and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses, wherein the fuel supply further comprises an intermediate layer disposed between the outer casing and the inner liner wherein the intermediate layer is incompatible with at least one of the outer casing or inner liner. 20. The fuel supply of claim 19, wherein the intermediate layer is made from a wax. 21. The fuel supply of claim 20, wherein the wax comprises paraffin wax, microcrystalline wax or synthetic wax. 22. A fuel supply for a fuel cell comprising: an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to a fuel cell, wherein the outer casing and the inner liner comprise polymers that are incompatible to each other, wherein incompatible polymers do not adhere to each other in their molten state and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses, wherein the outer casing and the inner liner comprise sequentially blow molded outer casing and inner liner, wherein the fuel supply further comprises an intermediate layer disposed between the outer casing and the inner liner wherein the intermediate layer is incompatible with at least one of the outer casing or inner liner, and intermediate layer comprises a blow molded layer. 23. The fuel supply of claim 22, wherein the intermediate layer is made from a wax. 24. The fuel supply of claim 23, wherein the wax comprises paraffin wax, microcrystalline wax or synthetic wax. 25. A fuel supply for a fuel cell comprising: an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to a fuel cell, wherein the outer casing and the inner liner comprise polymers that are incompatible to each other, wherein incompatible polymers do not adhere to each other in their molten state and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses, wherein at least one of the outer casing or inner liner is coated with a gas barrier material. 26. A fuel supply for a fuel cell comprising: an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to a fuel cell, wherein the outer casing and the inner liner comprise polymers that are incompatible to each other, wherein incompatible polymers do not adhere to each other in their molten state and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses, wherein at least one of the outer casing or inner liner is wrapped with a gas barrier film. 27. A fuel supply for a fuel cell comprising: an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to a fuel cell,wherein the inner liner and the outer casing merge together and become substantially one integral mass at a region proximate to the location of the valve component and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses. 28. The fuel supply of claim 27, wherein the outer casing comprises a blow molded outer casing and the inner liner comprises a blow molded inner liner. 29. The fuel supply of claim 28, wherein the outer casing and the inner liner are co-extruded, blow molded outer casing and inner liner. 30. The fuel supply of claim 28, wherein the outer casing and the inner liner comprise sequentially blow molded outer casing and inner liner. 31. A fuel supply for a fuel cell comprising: an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to a fuel cell, wherein the inner liner and the outer casing merge together and become substantially one integral mass at a region proximate to the location of the valve component and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses,wherein the outer casing comprises a blow molded outer casing and the inner liner comprises a blow molded inner liner,wherein the outer casing and the inner liner comprise sequentially blow molded outer casing and inner liner, andwherein the outer casing and the inner liner are made from the same polymer. 32. A fuel supply for a fuel cell comprising: an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to a fuel cell, wherein the inner liner and the outer casing merge together and become substantially one integral mass at a region proximate to the location of the valve component and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses,wherein the outer casing comprises a blow molded outer casing and the inner liner comprises a blow molded inner liner,wherein the outer casing and the inner liner comprise sequentially blow molded outer casing and inner liner, andwherein the outer casing and the inner liner are made from polar polymers. 33. A fuel supply for a fuel cell comprising: an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to a fuel cell, wherein the inner liner and the outer casing merge together and become substantially one integral mass at a region proximate to the location of the valve component and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses,wherein the outer casing comprises a blow molded outer casing and the inner liner comprises a blow molded inner liner,wherein the outer casing and the inner liner comprise sequentially blow molded outer casing and inner liner, andwherein the outer casing and the inner liner are made from non-polar polymers. 34. The fuel supply of claim 27, wherein at least one of the outer casing or inner liner is coated with a gas barrier material. 35. A fuel supply for a fuel cell comprising: an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to a fuel cell, wherein the inner liner and the outer casing merge together and become substantially one integral mass at a region proximate to the location of the valve component and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses,wherein at least one of the outer casing or inner liner is coated with a gas barrier material wherein the barrier material comprises epoxy-amine. 36. A fuel supply for a fuel cell comprising an enclosed outer casing,a collapsible inner liner containing liquid fuel disposed inside the enclosed outer casing, anda valve component adapted to transport fuel from the fuel supply to the fuel cell adapted to provide electricity for an electronic device,wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses and wherein the inner liner has a volume capacity higher than that of the outer casing and wherein the inner liner has at least one fold formed thereon, wherein at least one of the outer casing or inner liner is wrapped with a gas barrier film. 37. A fuel supply for a fuel cell comprising an enclosed outer casing,a collapsible inner liner containing liquid fuel disposed inside the enclosed outer casing, anda valve component adapted to transport fuel from the fuel supply to the fuel cell adapted to provide electricity for an electronic device.,wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses and wherein the inner liner has a volume capacity higher than that of the outer casing and wherein the inner liner has at least one fold formed thereon, wherein at least one of the outer casing or inner liner is fluorinated. 38. The fuel supply of claim 37, wherein said at least one of the outer casing or inner liner is made from a polymer containing at least one antioxidant. 39. A fuel supply for a fuel cell comprising an enclosed outer casing,a collapsible inner liner containing liquid fuel disposed inside the enclosed outer casing, anda valve component adapted to transport fuel from the fuel supply to the fuel cell adapted to provide electricity for an electronic device,wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses and wherein the inner liner has a volume capacity higher than that of the outer casing and wherein the inner liner has at least one fold formed thereon, wherein at least one of the outer casing or inner liner is made from a polymer containing at least one antioxidant. 40. A fuel supply for a fuel cell comprising an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to the fuel cell adapted to provide electricity for an electronic device, anda non-metallic coating on an outermost surface of at least one of the outer casing or inner liner to increase its vapor barrier and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses wherein the non-metallic coating comprises a gas barrier coating, wherein the gas barrier coating comprises epoxy-amine. 41. A fuel supply for a fuel cell comprising an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to the fuel cell adapted to provide electricity for an electronic device, anda non-metallic coating on an outermost surface of at least one of the outer casing or inner liner to increase its vapor barrier and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses wherein the non-metallic coating comprises a gas barrier coating, wherein the gas barrier coating comprises silicone oxide. 42. A fuel supply for a fuel cell comprising an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to the fuel cell adapted to provide electricity for an electronic device, anda non-metallic coating on an outermost surface of at least one of the outer casing or inner liner to increase its vapor barrier and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses wherein the non-metallic coating comprises a gas barrier coating, wherein the gas barrier coating comprises a material selected from a group consisting of a substantially ungelled resin or reaction product formed from reacting an epoxy functional polyester with an amine, a carboxylated amide polymers and a water based coating composition prepared by dissolving or dispersing in aqueous medium and at least a partially neutralized reaction product of a polyepoxide and an amino acid. 43. A fuel supply for a fuel cell comprising an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to the fuel cell adapted to provide electricity for an electronic device, anda non-metallic coating on an outermost surface of at least one of the outer casing or inner liner to increase its vapor barrier and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses wherein the non-metallic coating comprises a gas barrier coating, wherein the gas barrier coating comprises xylylene. 44. The fuel supply of claim 43, wherein the xylylene comprises poly-monochloro-para-xylylene. 45. The fuel supply of claim 43, wherein the xylylene comprises poly-para-xylylene. 46. The fuel supply of claim 43, wherein the xylylene comprises poly-dichloro-para-xylylene. 47. A fuel supply for a fuel cell comprising an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to the fuel cell adapted to provide electricity for an electronic device, anda non-metallic coating on an outermost surface of at least one of the outer casing or inner liner to increase its vapor barrier and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses wherein the non-metallic coating comprises a gas barrier film wrapped around at least one of the outer casing or inner liner. 48. The fuel supply of claim 47, wherein the gas barrier film comprises polyethylene teraphthalate. 49. The fuel supply of claim 48, wherein the polyethylene teraphthalate is coated with apolyvinylidene chloride copolymer. 50. The fuel supply of claim 48, wherein the polyethylene teraphthalate is coated with silicone dioxide. 51. The fuel supply of claim 48, wherein the polyethylene teraphthalate forms a part of a laminate. 52. The fuel supply of claim 47, wherein the gas barrier film's vapor transmission rate is substantially the same as that of polyurethane or lower. 53. The fuel supply of claim 52, wherein the gas barrier film's vapor transmission rate is lower than that of polyurethane. 54. The fuel supply of claim 47, wherein the gas barrier film is selected from a group consisting of polyvinyl alcohol (PVOH), ethylene vinyl alcohol (EVOH), EVOH bonded to a polyester substrate, polyvinylidene chloride copolymers (PVDC or Saran), nylon resins, fluoro-polymers, polyacrylonitrile (PAN), polyethylene naphthalate (PEN), poly(trimethlylene terephthalate) (PTT), resorcinol copolymers, liquid crystal polymers, aliphatic polyketones (PK), and blends and copolymers of these materials. 55. A fuel supply for a fuel cell comprising an outer casing,a collapsible inner liner containing liquid fuel, anda valve component adapted to transport fuel from the fuel supply to the fuel cell adapted to provide electricity for an electronic device, wherein the at least one of the outer casing or inner liner contains at least one antioxidant to increase its vapor barrier and wherein as the fuel is transported from the fuel supply to the fuel cell, the inner liner at least partially collapses. 56. The fuel supply of claim 55, wherein the antioxidant comprises a quinoline type antioxidant. 57. The fuel supply of claim 55, wherein the antioxidant comprises an amine type antioxidant. 58. The fuel supply of claim 55, wherein the antioxidant comprises a phenolic type antioxidant. 59. The fuel supply of claim 55, wherein the antioxidant comprises a phosphite type antioxidant. 60. The fuel supply of claim 55, wherein the at least one of the outer casing or inner liner comprises a fluorinated polymer.