초록 ▼

A compact and lightweight personal pod making system is provided. The pod making system has a base for receiving a pod packaging material and a sealing tool pivotably connected to the base. The system can be used at home, in the office and even outdoors. A pod package assembly that can be used in co

A compact and lightweight personal pod making system is provided. The pod making system has a base for receiving a pod packaging material and a sealing tool pivotably connected to the base. The system can be used at home, in the office and even outdoors. A pod package assembly that can be used in conjunction with the personal pod making system is also provided. The pod package assembly can include a cup-like holder that is hingedly connected to a cover so that it is relatively easy for users to align the cover when sealing the pod.

대표청구항 ▼

What is claimed is: 1. A compact and lightweight manually operated pod making system, comprising: a base, said base having an upward facing receptacle between one mm and 15 mm deep and between 30 mm and 80 mm in diameter adapted to receive at least a portion of a pod packaging material, wherein sai

What is claimed is: 1. A compact and lightweight manually operated pod making system, comprising: a base, said base having an upward facing receptacle between one mm and 15 mm deep and between 30 mm and 80 mm in diameter adapted to receive at least a portion of a pod packaging material, wherein said pod packaging material has a lower portion and an upper portion; a sealing tool freely manually pivotably coupled to the base and without automated operation, said sealing tool having a heated sealing surface in the form of an annular ring adapted to contact the upper portion of the pod packaging material and apply heat thereto when the lower portion of the pod packaging material is positioned in the receptacle of the base; and wherein said system weighs less than 25 pounds and is capable of holding not more then a single pod packaging material including: not more than one preformed coffee receptacle; and not more than one hinged cover portion for forming a single pod. 2. The pod making system of claim 1, wherein said heat sealing surface is substantially circular and has a diameter of about 75 mm. 3. The pod making system of claim 1, further comprising a receptacle size adjuster configured to reduce the diameter of the receptacle. 4. The pod making system of claim 1, wherein the system is powered by battery. 5. The pod making system of claim 1, wherein said base comprises a support tray having one or more receptacles. 6. The pod making system of claim 5, wherein the pod making system has an alignment system adapted to facilitate of the more receptacles on the support tray with the sealing tool. 7. The pod making system of claim 1, wherein the heat sealing surface can be heated to a temperature of between 130° F. to 250° F. 8. The pod making system of claim 1, wherein the system is less than 15 pounds. 9. The pod making system of claim 1, wherein heating elements reside under the heat sealing surface of the sealing tool for providing heat to the heat sealing surface. 10. The pod making system of claim 1, wherein: the base includes a base annular ring surrounding the receptacle with an upward facing surface; the heat sealing surface of the sealing tool comprises an annular ring heated by heating elements in the sealing tool; and the sealing tool is pivotable to sandwich an outer pod annular ring of the pod packaging material between the heat sealing surface and the base annular ring for sealing the pod packaging material. 11. The pod making system of claim 1, wherein: the base annular ring comprises one of a multiplicity of base annular rings selected for a particular size pod packaging material; and the heating element comprises a multiplicity of heating elements with dimensions corresponding to the multiplicity of base annular rings. 12. A method for making a pod, the method comprising: manually opening a sealing tool of a pod sealing system, the sealing tool hingedly attached to a base having a pod receptacle adapted to receive a pod packaging material, wherein said pod packaging material comprises: a lower portion including a preformed coffee receptacle and a preformed rim extending radially out from the coffee receptacle; and a hinged cover portion hingedly connected to the lower portion; manually positioning the preformed coffee receptacle of the pod packaging material in the pod receptacle of the base; manually positioning the rim of the lower portion of the pod packaging material on an annular ring surrounding the pod receptacle of the base; manually placing ground coffee into the coffee receptacle of the pod packaging material; manually folding the hinged cover portion of the pod packaging material over the lower portion the pod packaging material; manually aligning the hinged cover portion to overlap the rim of the lower portion of the pod packaging material; heating a heating element in the sealing tool to heat a heat sealing surface of the sealing tool; manually pivoting the sealing tool to sandwich the hinged cover portion and the rim of the pod packaging material between the heat sealing surface and the base; heating a heat activated adhesive of the pod packaging material to seal the pod packaging material; manually opening the sealing tool; and manually removing the sealed pod packaging material from the pod sealing system, wherein the pod packaging material includes not more than one preformed coffee receptacle and not more than one hinged cover portion for forming a single pod. 13. A compact and lightweight manually operated pod making system, comprising: a base having an upward facing receptacle between one mm and 15 mm deep and between 30 mm and 80 mm in diameter for receiving a pod packaging material; a base ring portion surrounding the receptacle, the base ring portion having an upward facing surface; a sealing tool manually pivotably coupled to the base and freely pivoting between open position to allow the pod packaging material to be placed in the receptacle and a closed position to sandwich the pod packaging material between the base and the sealing tool; and a heat sealing surface of the sealing tool comprising and annular ring heated by heating elements inside the sealing tool, the heat sealing surface adapted to sandwich an outside edge of the pod packaging material between the heat sealing surface and the base ring portion and apply heat to the outside edge of the pod packaging material, when the sealing tool is in the closed position, wherein the system is capable of holding not more then a single pod packaging material including: not more than one preformed coffee receptacle; and not more than one hinged cover portion for forming a single pod. 14. The pod making system of claim 13, wherein the base is not heated to an activation temperature of a heat activated adhesive on the pod packaging material thereby delaying activation of the adhesive until the heat sealing surface of the sealing tool is brought into contact with the pod packaging material. 15. The method of claim 12, wherein positioning the rim of the lower portion of the pod packaging material on an annular ring surrounding the pod receptacle of the base comprises positioning the rim of the lower portion of the pod packaging material on an annular ring surrounding the pod receptacle of the base, the annular ring at a temperature below an activation temperature of a heat activated adhesive on the pod packaging material thereby delaying activation of the adhesive until the heat sealing surface of the sealing tool is brought into contact with the pod packaging material. 16. The method of claim 12, wherein placing ground coffee into the coffee receptacle of the pod packaging material comprises placing ground coffee into the coffee receptacle of the pod packaging material to a level about even with the rim of the lower portion. 17. The pod making system of claim 1, wherein the base is not heated to an activation temperature of a heat activated adhesive on the pod packaging material thereby delaying activation of the adhesive until the heat sealing surface of the sealing tool is brought into contact with the pod packaging material.