Hybrid brew cartridge

Abstract

A hybrid brew cartridge for brewing a cup of coffee with the ability to deliver liquid cream E directly during the drip cycle having contour cup 18A nested inside coffee pod 24A affixed into an integral unit with cavity F therein to stow liquid cream E until ready to consume. The bottom surface of coffee pod 24A has dimple 32A that cooperated with a brew spike 200PA to provide a tactile experience to determine the exact location to pierce waferoid 34A and discoid 28A that cooperate to release liquid cream E from cavity F into brew spike 200PA and open conduit 20A to allow hot water to drip into coffee grounds and pass through conduit 20A.

I claim: Two open containers nested together to form an affixed integral unit with a cavity therein comprising: 
     
         1 . A. A waferoid that is center perpendicular to a central axis that is divided at a point of origin along said central axis into a positive direction and a negative direction wherein said point of origin exist on the bottom boundary center of said waferoid wherein said waferoid contains on the top surface therein at least one planar profile of a protrusion centered to a centroidal axis that is offset and parallel to said central axis wherein said protrusion terminates in a positive direction with a continuous surface to said waferoid wherein said waferoid contains on the bottom surface therein at least one planar profile of an indentation centered to said centroidal axis that terminates in a positive direction with a continuous surface to said waferoid wherein the boundary of said waferoid merges into a pipette that terminates in a positive direction that has a planar top surface center perpendicular to said central axis wherein the inside surface of said pipette and the top surface of said waferoid and the top surface of said protrusion form a continuous surface area that is open whereby said indentation cooperates with an elongated sharp implement to provide a perceptive tactile sense of the exact location to pierce open said waferoid,
 B. a tubette that has a planar top surface center perpendicular to said central axis wherein the top surface of said tubette is coplanar to the top surface of said pipette wherein said tubette terminates in a negative direction and merges into a conduit that terminates in a negative direction with loft and merges into a discoid that is center perpendicular to said centroidal axis wherein the inside surface of said tubette and the inside surface of said conduit and the top surface of said discoid form a continuous surface area that is open wherein the distance from the bottom surface of said discoid to the top planar surface of said tubette is equal to or less than the distance from the top center surface of said protrusion to the top planar surface of said pipette wherein the outside surface of said tubette is tangent to the inside surface of said pipette whereby both surfaces are combined into said affixed integral unit that contains therein said cavity that is impermeable to moisture and oxygen whereby said cavity can stow liquid organic media in optimum status until consumption whereby during operation said discoid provides the exact location to pierce open said discoid.   
     
     
         2 . Wherein  claim 1  said top surface of said tubette terminates in a positive universal direction perpendicular to said central axis forming an alpha flange that is parallel to said waferoid. 
     
     
         3 . Wherein  claim 1  said top surface of said pipette terminates in a positive universal direction perpendicular to said central axis forming a beta flange that is parallel to said waferoid. 
     
     
         4 . Wherein  claim 1  said tubette has a positive draft from the top portion of said conduit to the top surface of said tubette. 
     
     
         5 . Wherein  claim 1  said pipette has a positive draft from said waferoid to the top surface of said pipette. 
     
     
         6 . Wherein  claim 1  said protrusion has a negative draft from the top surface of said waferoid to the top surface of said protrusion. 
     
     
         7 . Wherein  claim 6  said protrusion has a terminal planar surface. 
     
     
         8 . Wherein  claim 1  said indentation has a negative draft from the bottom surface of said waferoid to the top surface of said indentation. 
     
     
         9 . Wherein  claim 8  said indentation has a terminal planar surface. 
     
     
         10 . Wherein  claim 1  said protrusion is elongated and intersects said central axis. 
     
     
         11 . Wherein  claim 1  said indentation is elongated and intersects said central axis. 
     
     
         12 . Wherein  claim 1  said discoid is elongated and intersects said central axis. 
     
     
         13 . A. A waferoid that is center perpendicular to a central axis that is divided at a point of origin along said central axis into a positive direction and a negative direction wherein said point of origin exist on the bottom boundary center of said waferoid wherein the boundary of said waferoid merges into a pipette that terminates in a positive direction with a planar top surface center perpendicular to said central axis wherein the inside surface of said pipette and the top surface of said waferoid form a continuous surface area that is open,
 B. a tubette that has a planar profile top surface center perpendicular to said central axis wherein the top surface of said tubette is coplanar to the top surface of said pipette that terminates in a negative direction and merges into a sump that terminates in a negative universal direction to said central axis and merges into a conduit that terminates in a negative direction and merges into a discoid that is center perpendicular to said central axis wherein the inside surface of said tubette and the top surface of said sump and the inside surface of said conduit and the top surface of said discoid form a continuous surface that is open wherein the distance from the bottom surface of said discoid to the top planar surface of said tubette is less than the distance from the top center surface of said waferoid to the top planar surface of said pipette wherein the upper outside surface of said tubette is tangent to the inside surface of said pipette whereby both surfaces are combined into said affixed integral unit that contains therein said cavity that is impermeable to moisture and oxygen whereby said cavity can stow liquid organic media in optimum status until consumption whereby during operation said waferoid is pierced open by said elongated sharp implement facilitating a crush pack of said pipette so that said discoid can cooperate with said elongated sharp implement to provide a location to pierce open said discoid.   
     
     
         14 . Wherein  claim 13  the top surface of said tubette terminates in a positive universal direction perpendicular to said central axis forming said alpha flange that is parallel to said waferoid. 
     
     
         15 . Wherein  claim 13  the top surface of said pipette terminates in a positive universal direction perpendicular to said central axis forming said beta flange that is parallel to said waferoid. 
     
     
         16 . Wherein  claim 13  said tubette has a positive draft from the top portion of said conduit to the top surface of said tubette. 
     
     
         17 . Wherein  claim 13  said conduit has a positive draft from said discoid to the bottom surface of said sump. 
     
     
         18 . Wherein  claim 13  said pipette has a positive draft from said waferoid to the top surface of said pipette. 
     
     
         19 . Wherein  claim 13  said pipette has an accordion shaped bellows on the lower portion of said pipette whereby said accordion shaped bellows provide consistent dynamic compression of the lower portion of said pipette during operation. 
     
     
         20 . A. A waferoid that is center perpendicular to a central axis that is divided at a point of origin along said central axis into a positive direction and a negative direction wherein said point of origin exist on the bottom boundary center of said waferoid wherein the boundary of said waferoid merges into a pipette that terminates in a positive direction that has a planar top surface center perpendicular to said central axis wherein on the top planar surface of said pipette terminates in a positive universal direction perpendicular to said central axis to form said beta flange that is parallel to said waferoid wherein the inside surface of said pipette and the top surface of said waferoid form a continuous surface area that is open,
 B. a tubette that has a planar top surface center perpendicular to said central axis wherein the top planar surface of said tubette terminates in a positive universal direction perpendicular to said central axis to form a delta flange that is parallel to said waferoid wherein said tubette terminates in a negative direction and merges into a discoid that is center perpendicular to said central axis wherein the inside surface of said tubette and the top surface of said discoid form a continuous surface area that is open wherein the distance from the bottom surface of said discoid to the bottom surface of said delta flange is less than the distance from the top center surface of said waferoid to the top surface of said beta flange wherein the bottom surface of said delta flange is tangent to the top surface of said beta flange whereby both surfaces are combined into said affixed integral unit that contains therein said cavity that is impermeable to moisture and oxygen whereby said cavity can stow liquid organic media in optimum status until consumption whereby during operation said waferoid is pierced open by said elongated sharp implement facilitating said crush pack of said pipette so that said discoid can cooperate with said elongated sharp implement to provide a location to pierce open said discoid wherein said tubette is not tangent to said pipette wherein a space exist between the outside surface of said tubette and the inside surface of said pipette whereby said space cooperates with said crush pack to allow said crush pack to compress inside said space without interference.   
     
     
         21 . Wherein  claim 20  said tubette has a positive draft from the top portion of said discoid to the top surface of said delta flange. 
     
     
         22 . Wherein  claim 20  said pipette has a positive draft from said waferoid to the top surface of said beta flange. 
     
     
         23 . Wherein  claim 20  said pipette has said accordion shaped bellows on the lower portion of said pipette whereby said accordion shaped bellows provide consistent dynamic compression of the lower portion of said pipette during operation. 
     
     
         24 . A. A waferoid that is center perpendicular to a central axis that is divided at a point of origin along said central axis into a positive direction and a negative direction wherein said point of origin exist on the bottom boundary center of said waferoid wherein the boundary of said waferoid merges into a pipette that terminates in a positive direction with a planar top surface center perpendicular to said central axis wherein the inside surface of said pipette and the top surface of said waferoid form a continuous surface area that is open,
 B. a tubette that has a planar profile top surface center perpendicular to said central axis wherein the top surface of said tubette is coplanar to the top surface of said pipette that terminates in a negative direction and merges into a discoid that is center perpendicular to said central axis wherein the inside surface of said tubette and the top surface of said discoid form a continuous surface that is open wherein the distance from the bottom surface of said discoid to the top planar surface of said tubette is less than the distance from the top center surface of said waferoid to the top planar surface of said pipette wherein the upper outside surface of said tubette is tangent to the upper inside surface of said pipette whereby both surfaces are combined into said affixed integral unit that contains therein said cavity that is impermeable to moisture and oxygen whereby said cavity can stow liquid organic media in optimum status until consumption whereby during operation said waferoid is pierced by said elongated sharp implement whereby said cavity is pierced opened and whereby said waferoid and said discoid are pierced by a elongate sharp implement alpha whereby the continuous surface of said tubette is pierced open.   
     
     
         25 . Wherein  claim 24  the top surface of said tubette terminates in a positive universal direction perpendicular to said central axis forming said alpha flange that is parallel to said waferoid. 
     
     
         26 . Wherein  claim 24  the top surface of said pipette terminates in a positive universal direction perpendicular to said central axis forming said beta flange that is parallel to said waferoid. 
     
     
         27 . Wherein  claim 24  said tubette has a positive draft from the top portion of said conduit to the top surface of said tubette. 
     
     
         28 . Wherein  claim 24  said pipette has a positive draft from said waferoid to the top surface of said pipette.