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All-in-one disposable container for making coffee, tea and other mixed beverages

  • US 7,437,990 B2
  • Filed: 11/02/2004
  • Issued: 10/21/2008
  • Est. Priority Date: 05/14/2004
  • Status: Expired due to Fees
First Claim
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1. An all-in-one beverage container for providing a mixed beverage product, said container comprising:

  • a disposable cup for holding a liquid;

    a percolating mechanism for holding a beverage mix at a predetermined location within said disposable cup, said beverage mix is provided in at least one of a solid, granular, gel and packaged form;

    a filter coupled to said percolating mechanism for separating said beverage mix from liquid disposable in said disposable cup; and

    a stem coupled to said percolating mechanism for enabling axial movement of said percolating mechanism relative to a longitudinal axis of said disposable cup, said stem enables mixing of said beverage mix with the liquid by axial reciprocation of said percolating mechanism and enables removal of said percolating mechanism from said disposable cup upon mixing of said beverage mix with said liquid for thereby providing said mixed beverage product,wherein said all-in-one beverage container enables a consumer to know and to choose the type of beverage mix the consumer prefers, and thereby prepare a customized mixed beverage product, wherein said percolating mechanism includes top and bottom percolation elements, wherein said top percolation element includes a plurality of preformed first perforations, said first perforations are disposed at predetermined radial and angular intervals, and wherein said bottom percolation element includes a plurality of preformed second perforations, said second perforations are disposed at predetermined radial and angular intervals, wherein said top and bottom percolation elements are aligned such that said first and second perforations are axially aligned such that liquid flows in a generally axial direction from a first or second perforation to an axially corresponding second or first perforation during axial reciprocation of said percolating mechanism for providing optimal mixing, and wherein said top and bottom percolation elements are aligned by means of a notch on said top percolation element being aligned with a rib on said stem attached to said bottom percolation element.

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