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A machine and method for producing beverage container holders of consistently high quality at high production rates and at an economical cost is disclosed herein. Beverage container holders (500) can be produced on the machine using the method disclosed herein at a rate of 50,000 beverage container

A machine and method for producing beverage container holders of consistently high quality at high production rates and at an economical cost is disclosed herein. Beverage container holders (500) can be produced on the machine using the method disclosed herein at a rate of 50,000 beverage container holders per hour. The initial step of introducing the blanks 810) into the machine's conveying mechanism assures that the blanks are properly aligned and have a predetermined spacing there between, which avoids jamming of the machine and the resulting work stoppage (FIG. 2). The process includes steps for pre-breaking or pre-folding the flaps (FIG. 5) which enable the final folding of the flaps to be performed with the necessary reliability and speed. All except the final step of the manufacturing process are performed while the blanks are being conveyed at a constant high rate along the length of the machine.

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1. A method of manufacturing beverage container holders comprising the steps of:providing a stack of elongated blanks, each blank having a central section and two end flaps, said blanks being of a uniform thickness and having an outer and an inner surface; providing a conveyor mechanism that engages

1. A method of manufacturing beverage container holders comprising the steps of:providing a stack of elongated blanks, each blank having a central section and two end flaps, said blanks being of a uniform thickness and having an outer and an inner surface; providing a conveyor mechanism that engages the central section of said blanks and conveys the blanks at a constant rate from the beginning of the process through we a last folding step of the process; releasing blanks from the stack, sequentially in an orientation with the outer surface down and the inner surface up, into said conveyor mechanism; skiving the outer surface of an end flap of each released blank; folding each of the end flaps up about a fold line and releasing them to return toward their unfolded positions; folding up the end flap that has been skived such that it lies flat over the central section of the blank; applying adhesive to the skived area of the flap that is laying flat over the central section of the blank; folding up the other end flap of the blank such that it overlies the skived area to which adhesive has been applied; providing a pressure applicator mechanism that conveys the folded blank at a rate that is slower than said constant rate and applies a downward pressure to the folded blank; and feeding the folded blanks to said pressure applicator mechanism that applies pressure to the free end flap that overlies the skived area to which adhesive has been applied and discharges the finished products. 2. A method of manufacturing beverage container holders as set forth in claim 1 comprising the additional step of:providing a containment apparatus for receiving the stack of elongated blanks; providing said containment apparatus with side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 3. A method of manufacturing beverage container holders as set forth in claim 1 comprising the additional step of:providing a containment apparatus for receiving the provided stack of elongated blanks; and providing said containment apparatus with front brackets, side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 4. A method of manufacturing beverage container holders as set forth in claim 1 comprising the additional step of: providing a containment apparatus for receiving the provided stacks of elongated blanks; andproviding a set of introductory belts that underlies said containment apparatus and provides a support surface for said stack of elongated blanks. 5. A method of manufacturing beverage container holders as set forth in claim 4 comprising the additional step of:providing said containment apparatus with side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 6. A method of manufacturing beverage container holders as set forth in claim 4 comprising the additional step of:providing said containment apparatus with front brackets, side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 7. A method of manufacturing beverage container holders as set forth in claim 6 comprising the additional step of:supporting said front brackets such that there is space between the bottoms of the front brackets and said support surface equal to said uniform thickness to allow single blanks to be conveyed past said front brackets by said introductory belts. 8. A method of manufacturing beverage container holders as set forth in claim 7 comprising the additional step of:providing said front brackets with curved surfaces against which the leading edges of the blanks of said stack of elongated blanks engage as they approach said space between the bottoms of the front brackets and said support surface. 9. A method of manufacturing beverage container holders as set forth in claim 7 comprising the additional step of:providing vibration producing mechanism including pads that engage the trailing edges of the blanks of said stack of elongated blanks to assist in releasing the blanks from the stack. 10. A method of manufacturing beverage container holders as set forth in claim 1 comprising the additional steps of:applying heat-activated adhesive to an area of the inner surface of each blank; and crystallizing the heat-activated adhesive that has been applied to the area of the inner surface of each blank. 11. A method of manufacturing beverage container holders as set forth in claim 10 comprising the additional step of:providing a containment apparatus for receiving the provided stack of elongated blanks; and providing said containment apparatus with side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 12. A method of manufacturing beverage container holders as set forth in claim 10 comprising the additional step of:providing a containment apparatus for receiving the provided stack of elongated blanks; providing said containment apparatus with front brackets, side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 13. A method of manufacturing beverage container holders as set forth in claim 10 comprising the additional step of:providing a containment apparatus for receiving the provided stacks of elongated blanks; and providing a set of introductory belts that underlies said containment apparatus and provides a support surface for said stack of elongated blanks. 14. A method of manufacturing beverage container holders as set forth in claim 13 comprising the additional step of:providing said containment apparatus with side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 15. A method of manufacturing beverage container holders as set forth in claim 13 comprising the additional step of:providing said containment apparatus with front brackets, side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 16. A method of manufacturing beverage container holders as set forth in claim 15 comprising the additional step of:supporting said front brackets such that there is space between the bottoms of the front brackets and said support surface equal to said uniform thickness to allow single blanks to be conveyed past said front brackets by said introductory belts. 17. A method of manufacturing beverage container holders as set forth in claim 16 comprising the additional step of:providing said front brackets with curved surfaces against which the leading edges of the blanks of said stack of elongated blanks engage as they approach said space between the bottoms of the front brackets and said support surface. 18. A method of manufacturing beverage container holders as set forth in claim 16 comprising the additional step of:providing vibration producing mechanism including pads that engage the trailing edges of the blanks of said stack of elongated blanks to assist in releasing the blanks from the stack. 19. A method of manufacturing beverage container holders as set forth in claim 10 comprising the additional step of:applying heat-activated adhesive to a second area of the inner surface of each blank; and crystallizing the heat-activated adhesive that has been applied to the second area of the inner surface of each blank. 20. A method of manufacturing beverage container holders as set forth in claim 19 comprising the additional step of:providing a source of pressurized air; providing a vortex tube mechanism for each of the areas where the heat-activated adhesive has been applied to the inner surface of each blank; and connecting said source of pressurized air to each of said vortex tube mechanisms to produce streams of freezing air that is used to crystallizing the heat-activated adhesive that has been applied to the areas of the inner surface of each blank. 21. A method of manufacturing beverage container holders as set forth in claim 20 comprising the additional step of:dividing each stream of freezing air into two different streams; and directing the two different streams of freezing air on the heat activated adhesive that has been applied to the areas of the inner surface of 28 each blank at two separate locations along the path that said conveyor mechanism conveys the blanks. 22. A method of manufacturing beverage container holders as set forth in claim 10 comprising the additional step of:providing a source of pressurized air; providing a vortex tube mechanism; and connecting said source of pressurized air to said vortex tube mechanism to produce a stream of freezing air that is used to crystallizing the heat-activated adhesive that has been applied to the area of the inner surface of each blank. 23. A method of manufacturing beverage container holders as set forth in claim 22 comprising the additional step of:dividing said stream of freezing air into two different streams; and directing the two different streams of freezing air on the heat-activated adhesive that has been applied to the area of the inner surface of each blank at two separate locations along the path that said conveyor mechanism conveys the blanks. 24. A method of manufacturing a disposable beverage container holder, from a pre-manufactured planar paperboard blank, having a frusta-conical shape with an outer linerboard surface and an inner fluted surface comprising the steps of:providing a stack of pre-manufactured blanks of a uniform thickness, each blank having a central section and two end flaps; providing an elongated machine having multiple work stations along both sides of its longitudinal extent; providing a conveyor mechanism that is adapted to engages the central section of said blanks with the end flaps extending there from in cantilever fashion; releasing blanks from the stack, sequentially in an orientation with the outer surface down and the inner fluted surface up, into said conveyor mechanism; conveying the blanks at a constant rate along the longitudinal extent of the machine; skiving the outer linerboard surface of an end flap of each released blank; folding up the end flap that has been skived such that it lies flat over the central section of the blank; applying adhesive to the skived area of the flap that is laying flat over the central section of the blank; folding up the other end flap of the blank such that it overlies the skived area to which adhesive has been applied; providing a pressure applicator mechanism that will convey the folded blank at a rate that is slower than said constant rate and will apply a downward pressure to the folded blank; feeding the folded blanks to said pressure applicator mechanism; feeding the folded blanks at a slower rate than said constant rate; applying downward pressure to the free end flap that overlies the skived area to which adhesive has been applied; discharging the finished products in an imbricated arrangement; picking up groups of finished products from the imbricated arrangement; compressing the group of finished products in the imbricated arrangement into a stack of printed products; and placing the stack of finished products in a shipping container. 25. A method of manufacturing beverage container holders as set forth in claim 24 comprising the additional step of:providing a containment apparatus for receiving the stack of pre-manufactured blanks; and providing said containment apparatus with side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 26. A method of manufacturing beverage container holders as set forth in claim 24 comprising the additional step of:providing a containment apparatus for receiving the stack of pre manufactured blanks; and providing said containment apparatus with front brackets, side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 27. A method of manufacturing beverage container holders as set forth in claim 24 comprising the additional step of:providing a containment apparatus for receiving the stacks of pre manufactured blanks; and providing a set of introductory belts that underlies said containment apparatus and provides a support surface for said stack of pre-manufactured blanks. 28. A method of manufacturing beverage container holders as set forth in claim 27 comprising the additional step of:providing said containment apparatus with side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 29. A method of manufacturing beverage container holders as set forth in claim 27 comprising the additional step of:providing said containment apparatus with front brackets, side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 30. A method of manufacturing beverage container holders as set forth in claim 29 comprising the additional step of:supporting said front brackets such that there is space between the bottoms of the front brackets and said support surface equal to said uniform thickness to allow single blanks to be conveyed past said front brackets by said introductory belts. 31. A method of manufacturing beverage container holders as set forth in claim 30 comprising the additional step of:providing said front brackets with curved surfaces against which the leading edges of the blanks of said stack of pre-manufactured blanks engage as they approach said space between the bottoms of the front brackets and said support surface. 32. A method of manufacturing beverage container holders as set forth in claim 30 comprising the additional step of:providing vibration producing mechanism including pads that engage the trailing edges of the blanks of said stack of pre-manufactured blanks to assist in releasing the blanks from the stack. 33. A method of manufacturing beverage container holders as set forth in claim 24 comprising the additional steps of:applying heat-activated adhesive to an area of the inner fluted surface of each blank; and crystallizing the heat-activated adhesive that has been applied to the area of the inner fluted surface of each blank. 34. A method of manufacturing beverage container holders as set forth in claim 33 comprising the additional step of:providing a containment apparatus for receiving the stack of pre manufactured blanks; and providing said containment apparatus with side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 35. A method of manufacturing beverage container holders as set forth in claim 33 comprising the additional step of:providing a containment apparatus for receiving the stack of pre manufactured blanks; and providing said containment apparatus with front brackets, side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 36. A method of manufacturing beverage container holders as set forth in claim 33 comprising the additional step of:providing a containment apparatus for receiving the stacks of pre-manufactured blanks; and providing a set of introductory belts that underlies said containment apparatus and provides a support surface for said stack of pre-manufactured blanks. 37. A method of manufacturing beverage container holders as set forth in claim 36 comprising the additional step of:providing said containment apparatus with side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 38. A method of manufacturing beverage container holders as set forth in claim 36 comprising the additional step of:providing said containment apparatus with front brackets, side bars and a back brace to assure proper alignment of the blanks when they are released into the conveyor mechanism. 39. A method of manufacturing beverage container holders as set forth in claim 38 comprising the additional step of:supporting said front brackets such that there is space between the bottoms of the front brackets and said support surface equal to said uniform thickness to allow single blanks to be conveyed past said front brackets by said introductory belts. 40. A method of manufacturing beverage container holders as set forth in claim 39 comprising the additional step of:providing said front brackets with curved surfaces against which the leading edges of the blanks of said stack of pre-manufactured blanks engage as they approach said space between the bottoms of the front brackets and said support surface. 41. A method of manufacturing beverage container holders as set forth in claim 39 comprising the additional step of:providing vibration producing mechanism including pads that engage the trailing edges of the blanks of said stack of pre-manufactured blanks to assist in releasing the blanks from the stack. 42. A method of manufacturing beverage container holders as set forth in claim 33 comprising the additional step of:applying heat-activated adhesive to a second area of the inner fluted surface of each blank; and crystallizing the heat-activated adhesive that has been applied to the second area of the inner fluted surface of each blank. 43. A method of manufacturing beverage container holders as set forth in claim 42 comprising the additional step of:providing a source of pressurized air; providing a vortex tube mechanism for each of the areas where the heat-activated adhesive has been applied to the inner fluted surface of each blank; and connecting said source of pressurized air to each of said vortex tube mechanisms to produce streams of freezing air that is used to crystallizing the heat-activated adhesive that has been applied to the areas of the inner fluted surface of each blank. 44. A method of manufacturing beverage container holders as set forth in claim 43 comprising the additional step of:dividing each stream of freezing air into two different streams; and direction the two different streams of freezing air on the heat activated adhesive that has been applied to the areas of the inner fluted surface of each blank at two separate locations along the path that said conveyor mechanism conveys the blanks. 45. A method of manufacturing beverage container holders as set forth in claim 33 comprising the additional step of:providing a source of pressurized air; providing a vortex tube mechanism; and connecting said source of pressurized air to said vortex tube mechanism to produce a stream of freezing air that is used to crystallizing the heat-activated adhesive that has been applied to the area of the inner fluted surface of each blank. 46. A method of manufacturing beverage container holders as set forth in claim 45 comprising the additional step of:dividing said stream of freezing air into two different streams; and directing the two different streams of freezing air on the heat activated adhesive that has been applied to the area of the inner fluted surface of each blank at two separate locations along the path that said conveyor mechanism conveys the blanks.