Multi-purpose coffee maker pod holder

Abstract

A multi-purpose beverage pod holder for a beverage brewing apparatus is disclosed comprising a flange adapted to be received in a slot in the brewing apparatus, a screen disposed orthogonal with the flange for allowing fluid to pass therein through, a first cylindrical wall encircling the screen on a first surface of the pod holder, the first cylindrical wall having a first diameter and defining a first packet retainer, and a second cylindrical wall encircling the screen on an opposite surface of the pod holder, the second cylindrical wall having a second diameter that is larger than the first diameter and defining a second packet retainer. The pod holder can be used to brew both espresso and coffee in the same machine depending upon the orientation of the pod holder.

Claims

1. A multi-purpose beverage pod holder for a beverage brewing apparatus, comprising: a flange having a planar front side including first and second members joined at a central necked element; a wall extending orthogonally from the flange, the wall including an indicator to signal the brewing apparatus of an orientation of the pod holder; a first cylindrical wall defining a first packet retaining member, the first cylindrical wall implemented on a first surface of the pod holder, the first cylindrical wall having a first diameter; and a second cylindrical wall on a second surface of the pod holder, the second surface opposite the first surface of the pod holder, the second cylindrical wall having a second diameter that is larger than the first diameter and defining a second packet retaining member; wherein a first orientation of the pod holder indicates to the brewing apparatus the first packet retainer member is in use, and a second orientation of the pod holder indicates to the brewing apparatus the second packet retainer member is in use; and wherein the flange locks the pod holder in the brewing apparatus when a pod securing mechanism of the brewing apparatus closes on the pod holder.

2. The multi-purpose beverage pod holder of claim 1, further comprising an indicator for indicating an orientation of the first packet retainer member and the second packet retainer member.

3. The multi-purpose beverage pod holder of claim 2, wherein the indicator is a visual indicator.

4. The multi-purpose beverage pod holder of claim 1, wherein the indicator is a magnetic indicator.

5. The multi-purpose beverage pod holder of claim 1, wherein the pod securing mechanism is a release member, wherein the flange is shaped to receive the release member along a middle portion thereof.

6. The multi-purpose beverage pod holder of claim 5, wherein the flange includes a neck portion that receives the release member.

7. The multi-purpose beverage pod holder of claim 1, wherein a thickness of the first cylindrical wall is greater than a thickness of the second cylindrical wall.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 is an elevated, perspective view of a beverage brewing machine of the type that uses the present invention;

(2) FIG. 2a is a perspective view of the coffee brewing side of the brew cup of the present invention;

(3) FIG. 2b is a perspective view of the espresso brewing side of the brew cup of the present invention; and

(4) FIG. 3 is an elevated, partially exploded view of the beverage brewing machine of FIG. 1 with the brewing cup extracted.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

(5) FIG. 1 illustrates a coffee maker apparatus 50 of the type that can benefit from the present invention. The coffee maker 50 includes a main housing 5 and a tank assembly 1 that are used to store the electronics and the heated water, respectively, needed to brew the desired beverage. In this particular brewing apparatus, a platen 3 is situated below a port through which the brewed beverage is dispensed, where the platen 3 locates a mug, coffee cup, or coffee decanter. An optional froth maker 2 is positioned adjacent the platen 3 for adding froth or foam to a beverage such as cappuccino. The brewing apparatus 50 includes various controls such as buttons 60 for operating the machine, including a power button, an espresso button, a coffee button, a hot water button, a Lungo button, a cappuccino button, and an extra froth button. The multipurpose brewing apparatus 50 is able to receive the input commands via the buttons 60 and perform the requested operations using a microprocessor and logic within the housing 5. Centrally disposed within the arrangement of the brewing apparatus is a pod holder 4 for aligning the coffee packets or espresso pods under the hot water for brewing.

(6) FIG. 2a and FIG. 2b illustrate opposite sides of the same brew pod holder 4 of the present invention. FIG. 2a shows the pod holder 4 with a coffee brewing side exposed. An annular rim 25 defines a coffee packet retainer surrounding a brew screen 27 onto which a prepackaged coffee grounds packet is placed. The screen 27 includes a plurality of fine holes 30 through which the brewed coffee passes. The brew pod holder 4 includes a flange 40 that can be used to manually insert and extract the brew pod holder 4 from the brewing apparatus 50. FIG. 2b shows the espresso packet retainer 55 on the opposite side of the brew pod holder 4. The smaller espresso retainer 55 is formed by a thicker circular ridge 35 that is sized for smaller espresso pods. Prepackaged espresso pods fit inside of the espresso retainer 55 and drain through the same screen holes 30 as the described above with respect to the coffee. The pod holder 4 can also include visual and/or electronic indicators 60 located on the wall 75 that supports the coffee packet and espresso retainers 27,55. The indicators 60 can be pod holder orientation indicators that allow the brewing apparatus 50 to determine whether the coffee or espresso option has been selected.

(7) FIG. 3 illustrates an exploded view of the brewing apparatus 50 with the brew pod holder 4 removed from its slot 88. The tank assembly 1 is disposed within the housing 5, and platen 3 is positioned below the coffee outlet to hold hot cups and allow for drainage of any spilled beverage. The brew pod holder 4 is inserted in slot 88 directly below the supply of hot water, and may be held in place by a pod securing mechanism such as a pivoting release 80 that opens and closes to lock the pod holder in place like a clamp. Once inserted, the back of the flange 40 of the brew pod holder 4 is flush against the outer wall 78 of the brew pod holder enclosure 85 so as to position the coffee grounds or espresso grounds directly beneath the hot water outlet regardless of the orientation of the brew pod holder. Depending on the orientation of the pod holder assembly 4, either espresso or coffee is be brewed by the brewing apparatus 50.

(8) In a first preferred embodiment, the indicator 60 on the pod assembly 4 is read by the coffee brewer, either magnetically, mechanically, or electronically, so as to automatically detect the orientation of the brew pod holder assembly. For example, the poles of a magnetic can be read so as to determine whether the coffee option or espresso option is selected. The indicator can also be shaped-recognized, or have a solid surface and a void that can be determined by the brewing apparatus automatically when placed in the slot 88. Alternatively, the user can simply press the desired buttons 60 on the control panel 62, such as coffee or espresso, and the machine 50 will perform the brewing operation according to that instruction. Yet another preferred embodiment, the user control panel will illuminate the permissible options based on the position of the brew pod holder 4 and the froth module 2.

(9) In operation, the pivoting release member 80 is raised and the brew pod holder 4 is removed from the brewing apparatus 50. The flange 40 preferably includes a necked portion 92 that is adapted to receive the pivoting release member's end portion 94 to lock the pod holder 4 in place. An espresso pod having a diameter between about 44 and 45 millimeters in diameter is placed inside the espresso packet retainer 55, and the brew pod holder 4 is reinserted into the enclosure 85. The release member 80 is then closed to lock the pod holder 4 in place. A button on the control panel 62 may illuminate indicating that a cappuccino or espresso drink can be brewed in this configuration. The user may then select either the cappuccino or espresso option, which causes heated steam at the correct pressure and temperature to be forced through the espresso pod held in the pod holder 4. The brewed beverage is then collected in a decanter or a mug placed on the platen 3, which can then be served to a customer or passenger. The release member 80 is then pivoted opened and the pod holder 4 is extracted to discard the spent espresso pod, and the brewing apparatus is ready for a new cycle. To brew a coffee beverage, the procedure is repeated, except the pod holder 4 is turned over and a coffee packet is placed inside the larger coffee packet retainer 27 on the opposite side designated for coffee. The handle 80 is then closed down and the coffee light will be illuminated on the control panel 62. Once the coffee is completely brewed, release member 80 can be opened, the pod holder 4 can be extracted, and the coffee grounds can be discarded to ready the brewing apparatus for a new cycle.

(10) It will be apparent from the foregoing that while particular forms of the invention have been illustrated and described, various modifications can be made without departing from the spirit and scope of the present invention. Accordingly, it is not intended that the invention be limited but rather all modifications and substitutions that would be recognized by one of ordinary skill in the art are intended to be included in the scope of the invention.