Beverage steeping and dispensing system
A system for steeping beverages is disclosed. The system includes a filtration unit and dispensing mechanism with a steeping vessel. The dispensing mechanism includes a disk with apertures and a sleeve. The sleeve is coupled to the filtration unit and moves down and up within the steeping vessel to a closed and open position, respectively. With the dispensing mechanism in the closed position the sleeve engages the disk and holds a steeped liquid within the filtration unit. In the open position the sleeve disengages the disk allows the steeped liquid to flow into a capturing vessel through the apertures.
1. A system for steeping liquid comprising:
a) a filtration unit comprising a first filter that forms a first reservoir and a second filter and a cup structure that surround the first filter and forms a second reservoir between the first filter, the second filter and walls of the cup structure;
b) a dispensing mechanism comprising a disk positioned below the second filter with apertures and a sleeve attached to the cup structure and that engages the disk in a closed position in order to isolate the steeped liquid from the apertures and hold the steeped liquid within the first reservoir and the second reservoir and wherein the sleeve is disengaged from the disk in order to dispense the steeped liquid from the filtration unit and through the apertures;
c) a capturing vessel coupled to the filtration unit for capturing the steeped liquid dispensed from the filtration unit through the apertures and into the capturing vessel; and
d) a steeping vessel for housing the filtration unit and forming a dispensing volume between the steeping vessel and the cup structure, wherein the dispensing volume is in liquid communication with the capturing vessel through the apertures, such that the steeped liquid captured within the capturing vessel is capable of being poured from the capturing vessel through the apertures and through the dispensing volume and out of a spout with the sleeve engaged with the disk in the closed position.
2. The system of claim 1 , wherein the sleeve engages the disk to the closed position and disengages the disk to the open position by moving the filtration unit down and up within the steeping vessel.
3. The system of claim 2 , further comprising mated track and grooved or threaded features on a portion of the steeping vessel and a portion of the filtration unit that cause the dispensing mechanism to move up and down within the steeping vessel by twisting the filtration unit.
4. The system of claim 1 , wherein the first filter is formed from stainless steel and the second filter includes etched glass.
5. The system of claim 1 , wherein at least a portion of the capturing vessel is glass.
6. A system comprising:
a) a removable filtration unit comprising a first filter that forms a first reservoir and a second filter and a cup structure that surround the first filter and forms a second reservoir between the first filter, the second filter and walls of the cup structure;
b) a dispensing mechanism comprising a disk with apertures and a sleeve attached to the removable filtration unit below the second filter that is engages the disk in a closed position to isolate a steeped liquid within the removable filtration unit from the apertures and wherein the sleeve disengages from the disk in order to dispense the steeped liquid from the removable filtration unit and through the apertures;
c) a capturing vessel for capturing the steeped liquid dispensed from the removable filtration unit and through the apertures and into the capturing vessel; and
d) a steeping vessel for housing the removable filtration unit, wherein the steeping vessel forms a dispensing volume between the steeping vessel and the removable filtration unit, the dispensing volume being in liquid communication with the capturing vessel through the apertures, such that the steeped liquid captured within the capturing vessel is capable of being poured from the capturing vessel through the apertures and through the dispensing volume and out of a spout with the sleeve engaging the disk in the closed position which isolates the first filter and the second filter from the steeped liquid captured.
7. The system of claim 6 , wherein the sleeve engages the disk to the closed position and disengages the disk to the open position by moving the filtration unit down and up within the steeping vessel.
8. The system of claim 7 , further comprising mated track and grooved or threaded features on a portion of the steeping vessel and a portion of the cup structure that cause the cup structure and the sleeve to move up and down within the steeping vessel by twisting the cup structure.
9. The system of claim 8 , further comprising a top that couples to the cup structure and is used for twisting cup structure within the steeping vessel.
10. A system for steeping liquid comprising: a steeping vessel with a filtration unit contained therein, the filtration unit comprising a first filter that forms a first reservoir and a second filter and a cup structure that surround the first filter and forms a second reservoir between the first filter, the second filter and walls of a cup structure and a dispensing mechanism that includes a sleeve below the second filter and a disk with apertures positioned below the sleeve, wherein the cup structure is moved up within the steeping vessel to disengage the sleeve with the disk and expose the apertures to the second filter to cause a steeped liquid contained within the cup structure to flow through the apertures into a capturing vessel and wherein the cup structure is moved down to engage the sleeve with the disk and isolate the apertures from the second filter such as to allow the steeped liquid to be poured from the capturing vessel and through a dispensing volume between the steeping vessel and the cup structure and wherein the apertures are in liquid communication with the dispensing volume.