Single liquid protein beverage dispensing system
A single liquid protein beverage dispensing system is disclosed that automatically mixes a drink mix powder, such as protein powder, with a chilled or ambient temperature liquid, preferably water, to form a mixed protein liquid beverage or drink of uniform consistency. The system can provide for different amounts of water from a reservoir to be mixed with at least one or up to three different types of protein powders and then dispensed into a beverage container. The system has an electronic user interface by which the user can make various combinations of liquid amounts and powder selections to prepare a mixed drink. An advantageous feature of the system is that, because of the density and moisture content of every powder, the system provides vibration assistance for the powders to agitate during dispensing which prevents clumping of the powder in the liquid during mixing of the powder with the liquid to provide a beverage admixture of uniform consistency.
1. A single liquid protein beverage mixing and dispensing system comprising:
a. a cabinet, wherein the cabinet houses a liquid reservoir, a powder unit, a mixing unit, a dispensing system, and a control unit;
b. the liquid reservoir being configured to dispense a liquid into the mixing unit after the powder unit dispenses a powder into the mixing unit, the liquid reservoir being removable from the cabinet;
c. the powder unit for storage of a protein powder including an agitator and an auger configured to dispense the powder into the mixing unit, the agitator being integral with the auger;
d. the mixing unit containing an mixing blade to mix the liquid with the protein powder and to dispense the mixed liquid and powder as an admixture beverage, wherein the mixing unit is in communication with the powder unit and the liquid reservoir, and further wherein the mixing unit is removable from the cabinet; and
e. the dispensing system being a part of the mixing unit and including a dispensing valve, the dispensing system being configured to direct the movement of admixture beverage into a removable beverage container;
wherein the agitator, auger, and mixing blade are each located vertically above the removable beverage container; and
wherein the mixing blade is disposed facing downward towards the removable beverage container, oriented inverted relative to the earth.
2. The single liquid protein beverage mixing and dispensing system of claim 1 further comprising three powder chambers within the cabinet.
3. The single liquid protein beverage mixing and dispensing system of claim 1 , wherein
the auger is configured to dispense the powder by means of linear motion; and wherein the auger is configured to dispense a prescribed amount of powder into the mixing unit as selected by a user.
4. The single liquid protein beverage mixing and dispensing system of claim 1 , wherein the mixing blade is orientated within the mixing unit such that the mixing blade rotates on a plane that is perpendicular to the movement of admixture beverage into the removable beverage container.
5. The single liquid protein beverage mixing and dispensing system of claim 1 wherein the powder unit includes a vibration and agitation motor that is configured to operate the agitator to release the powder via the auger into a powder chute opening that connects to the mixing unit.
6. The single liquid protein beverage mixing and dispensing system of claim 1 , further comprising a container plate disposed beneath the dispensing valve for receiving the removable beverage container.
7. The single liquid protein beverage mixing and dispensing system of claim 3 further wherein the system is configured to agitate the power with the agitator, and simultaneously dispense the agitated powder using the augur auger downward along the auger axis and out of the powder unit and into the mixing unit.
8. A single liquid protein beverage mixing and dispensing system comprising:
a. a cabinet, wherein the cabinet houses a liquid reservoir, a powder unit, a mixing unit, a dispensing system, and a control unit;
b. the liquid reservoir being configured for storage of a liquid and to dispense the liquid into a mixing unit after the powder unit dispenses a powder into a mixing unit, which reservoir is removable from the cabinet;
c. the powder unit for storage of a protein powder, which powder unit has at least two powder chambers removably seating within the powder unit, and further each of which powder chamber has an agitator integral with an auger within the powder chamber; wherein the auger assists with dispensing the protein powder by means of vertically linear motion;
d. the mixing unit containing an mixing blade disposed inverted relative to the Earth for mixing of the liquid with the protein powder and to dispense the mixed liquid and powder as an admixture beverage, which mixing unit is in communication with the powder unit, and further which mixing unit is removable from the cabinet;
e. the dispensing system including a dispensing valve as part of the mixing unit, the dispensing system being configured to direct the flow of admixture beverage into a removable beverage container; and
a control unit with a plurality of selectable programming buttons which allows a user to select variable amounts of powder and liquid; wherein the control unit is in communication with the liquid reservoir and the powder unit such that the control unit is configured to regulate the amount of liquid and amount of powder dispensed into the mixing unit per the selected amounts; and wherein the control unit is also in communication with the mixing unit to mix and dispense admixture beverage into the removable beverage container;
wherein the system is configured to agitate the power in the powder unit with the agitator, and simultaneously dispense the agitated powder using the auger downward out of the powder unit and into the mixing unit.
9. The single liquid protein beverage mixing and dispensing system of claim 8 wherein the control unit:
activates the mixing blade for a timed mixing sequence;
stops the mixing blade when the timed mixing sequence is completed;
activates a dispensing valve solenoid to open the dispensing valve, allowing the mixture beverage to exit the mixing unit and flow into the removable beverage container.
10. The single liquid protein beverage mixing and dispensing system of claim 8 wherein the agitator, auger, and mixing blade are each located vertically above the removable beverage container;
wherein the mixing blade is disposed facing downward towards the removable beverage container; and
the mixing blade is orientated within the mixing unit such that the mixing blade rotates on a plane that is perpendicular to the movement of admixture beverage into the removable beverage container.
11. The single liquid protein beverage mixing and dispensing system of claim 8 , wherein the control unit is configured to dispense protein power from each of the two power chambers in amounts selected by the user.
12. The single liquid protein beverage mixing and dispensing system of claim 8 ,
wherein the powder unit includes three powder chambers; and
wherein the control unit is configured to dispense protein power from each of the three powder chambers in amounts selected by the user.
13. The single liquid protein beverage mixing and dispensing system of claim 8 , wherein the agitator and auger are oriented within the powder unit such that they face vertically upward, away from the mixing chamber, such that the protein powder is drawn downward into the mixing chamber by the auger.
14. The single liquid protein beverage mixing and dispensing system of claim 8 ,
wherein the powder unit further includes a plurality of vibration motors located in proximity to an outside of the powder unit, the plurality of vibration motors being configured to assist in releasing power from the powder unit; and
wherein the powder unit further comprises an auger operation motor, the auger operation motor being configured to rotate the agitator and the auger;
wherein the plurality of vibration motors and the auger operation motor are configured to aid in releasing the protein powder from the powder unit downwards into a powder chute opening that connects to the mixing unit.
15. The single liquid protein beverage mixing and dispensing system of claim 1 , wherein the control unit:
includes a plurality of selectable programming buttons which allows a user to select drink mixture operating parameters including variable amounts of powder and liquid;
is in communication with the liquid reservoir and the powder unit such that the control unit is configured to regulate the amount dispensed into the mixing unit per the operating parameters;
is also in communication with the mixing unit to mix and dispense admixture beverage into the removable beverage container; and
is also in communication with the liquid reservoir, the liquid pump, and the heating element such that the control unit is configured to perform a self-cleaning cycle to remove any residual admixture in the mixing unit after use.