A powdered drink mix dispensing assembly includes a stand that may be placed on a support surface. A hopper is coupled to a top end of the stand. The hopper has powdered drink mix stored in it. A dispenser is coupled to a bottom end of the hopper. The dispenser is selectively actuatable so the dispe
A powdered drink mix dispensing assembly includes a stand that may be placed on a support surface. A hopper is coupled to a top end of the stand. The hopper has powdered drink mix stored in it. A dispenser is coupled to a bottom end of the hopper. The dispenser is selectively actuatable so the dispenser dispenses a measured amount of the powdered drink mix. A bottle is positioned beneath the dispenser. The bottle contains a fluid. The bottle receives the measured amount of powdered drink mix so the powdered drink mix is mixed with the fluid.
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1. A powdered drink mix dispensing assembly configured to dispense a measured amount of a powdered drink mix, said assembly comprising: a stand being configured to be placed on a support surface;a hopper being coupled to a top end of said stand, said hopper having powdered drink mix stored therein;a
1. A powdered drink mix dispensing assembly configured to dispense a measured amount of a powdered drink mix, said assembly comprising: a stand being configured to be placed on a support surface;a hopper being coupled to a top end of said stand, said hopper having powdered drink mix stored therein;a dispenser coupled to a bottom end of said hopper, said dispenser being selectively actuatable such that said dispenser dispenses a measured amount of the powdered drink mix;a bottle being positioned beneath said dispenser, said bottle containing a fluid, said bottle receiving the measured amount of powdered drink mix whereby the powdered drink mix is mixed with the fluid;said dispenser including a basal wall and an exterior wall coupled to and extending upwardly from a perimeter edge of said basal wall, an upper edge of said exterior wall being coupled to said bottom end of said hopper such that an exterior surface of said dispenser is coextensive with an extraneous surface of said hopper, said basal wall having a dispenser aperture extending therethrough, said exterior wall having a lever opening extending laterally along said exterior wall proximal said basal wall; andsaid dispenser including a leveling wall coupled to an interior surface of said dispenser, said leveling wall being parallel to and spaced upwardly away from said basal wall of said dispenser such that said leveling wall defines an interior space of said dispenser, said leveling wall having a compartment aperture extending therethrough. 2. The assembly according to claim 1, further including said stand including a basal section, said basal section having a first leg and a second leg, said first and second legs being spaced apart from each other, said basal section being configured to abut the support surface. 3. The assembly according to claim 2, further including said stand including an upright section, said upright section being coupled to and extending upwardly from said basal section adjacent to a rear edge of said basal section such that said first and second legs extend forwardly from said upright section. 4. The assembly according to claim 3, further including said hopper having a top end and a bottom end, each of said top and bottom end being open, said top end being wider than said bottom end whereby said hopper has a funnel shape, said top end being coupled to an upper end of said upright section of said stand. 5. The assembly according to claim 4, further including a lid being positionable on said top end of said hopper to close said hopper. 6. The assembly according to claim 5, further including a date display coupled to an uppermost surface of said lid, said date display being selectively actuatable to display a date such that said date display is configured to determine an expiration date of the powdered drink mix. 7. The assembly according to claim 1, further including said hopper having a top end and a bottom end, an outer surface of said hopper having indicia thereon, said indicia comprising numbers of a measurement graduation, said indicia extending from said top end of said hopper toward said bottom end of said hopper. 8. The assembly according to claim 1, further including a central tower being coupled to said leveling wall, said central tower having a topmost end extending upwardly from said leveling wall and a bottommost end extending downwardly from said leveling wall, said central tower being positioned proximal a center of said leveling wall, said central tower having a well extending upwardly through said bottommost end toward said topmost end. 9. The assembly according to claim 8, further including a measuring cup having a basic wall and a plurality of compartment walls coupled to and extending upwardly from said basic wall, said compartment walls radiating outwardly from a middle of said measuring cup and being spaced from each other whereby said compartment walls define a plurality of powder compartments. 10. The assembly according to claim 9, further including said measuring cup having a rod coupled to and extending upwardly from a center portion of said basic wall, said rod extending upwardly into said well in said central tower whereby said measuring cup is rotatably coupled to said central tower such that an inner edge of each of said compartment walls is proximal an outermost surface of said central tower and an outer edge of said compartment walls is proximal said interior surface of said dispenser. 11. The assembly according to claim 10, further including said measuring cup including a lever coupled to and extending outwardly from a peripheral edge of said basic wall of said measuring cup, a free end of said lever extending outwardly through said lever opening on said dispenser. 12. The assembly according to claim 11, further including said lever being actuatable to rotate said measuring cup in a first direction such that each of said powder compartments sequentially aligns with said dispenser aperture whereby the powdered drink mix exits an associated one of said powder compartments through said dispenser aperture. 13. The assembly according to claim 12, further including a biasing member positioned around said rod, said biasing member biasing said measuring cup to rotate in a second direction being opposite said first direction. 14. The assembly according to claim 1, further including said bottle being positionable beneath said dispenser whereby said bottle receives the powdered drink mix from said dispensing aperture. 15. A powdered drink mix dispensing assembly configured to dispense a measured amount of the powdered drink mix, said assembly comprising: a stand including a basal section, said basal section having a first leg and a second leg, said first and second legs being spaced apart from each other, said basal section being configured to abut a support surface, said stand including an upright section, said upright section being coupled to and extending upwardly from said basal section adjacent to a rear edge of said basal section such that said first and second legs extend forwardly from said upright section;a hopper having a top end and a bottom end, each of said top and bottom ends being open, said top end being wider than said bottom end whereby said hopper has a funnel shape, said top end being coupled to an upper end of said upright section of said stand, an outer surface of said hopper having indicia thereon, said indicia comprising numbers of a measurement graduation, said indicia extending from said top end of said hopper toward said bottom end of said hopper;a dispenser including a basal wall and an exterior wall coupled to and extending upwardly from a perimeter edge of said basal wall, an upper edge of said exterior wall being coupled to said bottom end of said hopper such that an exterior surface of said dispenser is coextensive with an extraneous surface of said hopper, said basal wall having a dispenser aperture extending therethrough, said exterior wall having a lever opening extending laterally along said exterior wall proximal said basal wall, said dispenser including;a leveling wall coupled to an interior surface of said dispenser, said leveling wall being parallel to and spaced upwardly away from said basal wall of said dispenser such that said leveling wall defines an interior space of said dispenser, said leveling wall having a compartment aperture extending therethrough;a central tower being coupled to said leveling wall, said central tower having a topmost end extending upwardly from said leveling wall and a bottommost end extending downwardly from said leveling wall, said central tower being positioned proximal a center of said leveling wall, said central tower having a well extending upwardly through said bottommost end toward said topmost end;a measuring cup having a basic wall and a plurality of compartment walls coupled to and extending upwardly from said basic wall, said compartment walls radiating outwardly from a middle of said measuring cup and being spaced from each other whereby said compartment walls define a plurality of powder compartments, said measuring cup having a rod coupled to and extending upwardly from a center portion of said basic wall, said rod extending upwardly into said well in said central tower whereby said measuring cup is rotatably coupled to said central tower such that an inner edge of each of said compartment walls is proximal an outermost surface of said central tower and an outer edge of said compartment walls is proximal said interior surface of said dispenser, said measuring cup including;a lever coupled to and extending outwardly from a peripheral edge of said basic wall of said measuring cup, a free end of said lever extending outwardly through said lever opening on said dispenser, said lever being actuatable to rotate said measuring cup in a first direction such that each of said powder compartments sequentially aligns with said dispenser aperture whereby the powdered drink mix exits an associated one of said powder compartments through said dispenser aperture;a biasing member positioned around said rod, said biasing member biasing said measuring cup to rotate in a second direction being opposite said first direction;a bottle being positionable beneath said dispenser whereby said bottle receives the powdered drink mix from said dispensing aperture, said bottle containing a fluid, said bottle receiving the measured amount of powdered drink mix whereby the powdered drink mix is mixed with the fluid;a lid being positionable on said top end of said hopper to close said hopper; anda date display coupled to an uppermost surface of said lid, said date display being selectively actuatable to display a date such that said date display is configured to determine an expiration date of the powdered drink mix.
Martin Ernest N. (2551 Fernwood Ave. Lynwood CA 90262) Munson Michael D. (2551 Fernwood Ave. Lynwood CA 90262), Beverage dispensing machine for mixing granular concentrate and water.
Livingston James W. (Santa Cruz CA) Cassady ; Jr. Henry W. (Santa Cruz CA) Hosking Stephen G. (Santa Cruz CA) Warner Thomas J. (Santa Cruz CA) Moreland Gary D. (Santa Cruz CA), Clean in place system.
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