Frozen confection dispenser and associated methods
Abstract
A dispenser for a soft-serve food product includes a housing having a dispensing chute and a piston having a head positioned therewithin. A lateral wall, the piston head, and a front door define an enclosed hollow space. The head is slidable within the lateral wall for squeezing a deformable container to dispense product through the chute. A system for preparing and dispensing a soft-serve food product includes a tempering freezer for raising a temperature of the food product from hard-frozen to a condition for soft-serve dispensing. An apparatus for packaging a soft-serve confection into a multiple-serving-size container for transport includes a blender for blending ingredients together to form a blended product and a device for transferring the blended product into a deformable container. The deformable container filled with the blended product is transferred into a substantially rigid mold and frozen to a hardened state for transport and retention.
Claims
exact text as granted — not AI-modifiedWhat is claimed is:
1 . A dispenser for a soft-serve food product stored in a deformable container having an opening, the dispenser comprising:
a housing comprising an inner lateral wall having a front edge defining a front opening; a front door movably affixed to the housing and movable between an open position exposing the front opening and a closed position obscuring the front opening, the door comprising a dispensing chute; a piston having a head positioned within the housing, the lateral wall, the piston head, and the front door in a closed position defining an enclosed hollow space, the head slidable within the lateral wall from a rear position wherein the hollow space comprises a maximum volume dimensioned sufficiently large to receive the deformable container in a filled state to a front position wherein the space comprises a minimum volume dimensioned for squeezing the deformable container to a substantially empty state; a dispensing spout having a passage therethrough, engagable with the deformable container opening, and positionable in fluid communication with the dispensing chute for extruding a food product stored in the deformable container therethrough; means for moving the piston between the rear position and the front position; and means for actuating the moving means.
2 . The dispenser recited in claim 1 , wherein the lateral wall is generally cylindrical and the piston head has a generally circular outer edge for closely engaging the lateral wall.
3 . The dispenser recited in claim 1 , wherein the door is hingedly connected to the housing and further comprising a latch for retaining the door in the closed position.
4 . The dispenser recited in claim 1 , wherein the dispensing spout is engagable with the deformable container opening at a first end and has an opening at a second end shaped for dispensing the food product in a desired conformation.
5 . The dispenser recited in claim 4 , wherein the dispensing spout second end opening has a generally star shape for dispensing a “swirl”-shaped serving of the food product.
6 . The dispenser recited in claim 1 , wherein the moving means comprises a motor positioned within the housing and connected in motion-causing engagement with the piston.
7 . The dispenser recited in claim 6 , wherein the actuating means comprises a switch in actuating communication with the motor.
8 . The dispenser recited in claim 7 , wherein the switch is adapted to actuate the motor for a predetermined time.
9 . The dispenser recited in claim 7 , wherein the switch is adapted to actuate the motor when depressed and to turn off the motor when released.
10 . The dispenser recited in claim 1 , further comprising means for retaining the enclosed hollow space at a temperature for dispensing the food product in a soft-serve state.
11 . The dispenser recited in claim 10 , wherein the retaining means comprises a freezer apparatus settable to a temperature in a range of −20 to +20° F.
12 . The dispenser recited in claim 10 , wherein the retaining means comprises a refrigeration coil positioned in surrounding relation to the lateral wall.
13 . The dispenser recited in claim 12 , wherein the retaining means further comprises a second refrigeration coil positioned in surrounding relation to the dispensing chute.
14 . A soft-serve product dispensed by the dispenser of claim 1 .
15 . A system for preparing and dispensing a soft-serve food product comprising:
a tempering freezer having an interior space dimensioned for admitting a deformable container adapted to contain a food product in a hard-frozen condition, the tempering freezer comprising means for raising a temperature of the food product from the hard-frozen condition to a condition for soft-serve dispensing; and a dispenser comprising:
a housing comprising an inner lateral wall having a front edge defining a front opening;
a front door movably affixed to the housing and movable between an open position exposing the front opening and a closed position obscuring the front opening, the door comprising a dispensing chute;
a piston having a head positioned within the housing, the lateral wall, the piston head, and the front door in a closed position defining an enclosed hollow space, the head slidable within the lateral wall from a rear position wherein the hollow space comprises a maximum volume dimensioned sufficiently large to receive the deformable container in a filled state to a front position wherein the space comprises a minimum volume dimensioned for squeezing the deformable container to a substantially empty state;
a dispensing spout having a passage therethrough, engagable with the deformable container opening, and positionable in fluid communication with the dispensing chute for extruding a food product stored in the deformable container therethrough;
means for moving the piston between the rear position and the front position; and
means for actuating the moving means.
16 . The system recited in claim 15 , wherein the temperature-raising means of the tempering freezer is adapted to raise a temperature of the food product from a first temperature in a range of −20 to +20° F. to a second temperature in a range of 17-23° F.
17 . The system recited in claim 15 , wherein the temperature-raising means of the tempering freezer is adapted to raise a temperature of the food product from approximately 0° F. to approximately 18° F.
18 . The system recited in claim 15 , further comprising means for filling the deformable container through the opening with the food product in a flowable state.
19 . The system recited in claim 18 , further comprising means for blending together a generally homogeneous food product and a particulate additive in a mixing container, and wherein the filling means comprises means for transferring the food product in a flowable state from the mixing container into the deformable container.
20 . The system recited in claim 18 , further comprising means for freezing the filled deformable container to a hardened state.
21 . The system recited in claim 20 , further comprising a molding sleeve for maintaining the deformable container in a desired shape while resident in the freezing means.
22 . A soft-serve product dispensed by the system of claim 15 .
23 . An apparatus for packaging a soft-serve confection into a multiple-serving-size container for transport comprising:
means for blending a plurality of ingredients together to form a blended confection product; means for transferring the blended confection product into a deformable container having an opening; means for placing the deformable container filled with the blended confection product into a substantially rigid mold; and means for freezing the filled deformable container to a hardened state.
24 . A deformable container filled with the blended confection product packaged by the apparatus of claim 23 .
25 . A method for packaging a soft-serve confection into a multiple-serving-size container for transport comprising the steps of:
blending a plurality of ingredients together to form a blended confection product; transferring the blended confection product into a deformable container having an opening; placing the deformable container filled with the blended confection product into a substantially rigid mold; and freezing the filled deformable container to a hardened state.
26 . A deformable container filled with the blended confection product packaged by the method of claim 25 .
27 . A method for dispensing a soft-serve food product comprising the steps of:
positioning a deformable container containing a soft-serve food product into an enclosed hollow space in a housing; and activating a piston having a head positioned within the housing to slide within the enclosed hollow space from a rear position to move in a direction to squeeze the deformable container and cause the food product to be extruded from the deformable container through a dispensing spout.
28 . The method recited in claim 27 , wherein the dispensing spout is engagable with the deformable container opening at a first end and has an opening at a second end shaped for dispensing the food product in a desired conformation.
29 . The method recited in claim 28 , wherein the dispensing spout second end opening has a generally star shape for dispensing a “swirl”-shaped serving of the food product.
30 . The method recited in claim 27 , further comprising the step of retaining the enclosed hollow space at a temperature for dispensing the food product in a soft-serve state.
31 . The method recited in claim 30 , wherein the dispensing temperature is in a range of 17-23° F.
32 . A soft-serve product dispensed by the method of claim 27 .
33 . A method for preparing and dispensing a soft-serve food product comprising the steps of:
raising a temperature of a deformable container containing a food product from a hard-frozen condition to a condition for soft-serve dispensing; positioning the deformable container containing the soft-serve food product in the condition for soft-serve dispensing into an enclosed hollow space in a housing; and activating a piston having a head positioned within the housing to slide within the enclosed hollow space from a rear position to move in a direction to squeeze the deformable container and cause the food product to be extruded from the deformable container through a dispensing spout.
34 . The method recited in claim 33 , wherein the temperature-raising step comprises raising a temperature of the food product from a first temperature in a range of −20 to +20° F. to a second temperature in a range of 17-23° F.
35 . The method recited in claim 33 , wherein the temperature-raising step comprises raising a temperature of the food product from approximately 0° F. to approximately 18° F.
36 . The method recited in claim 33 , further comprising the step of filling the deformable container with the food product in a flowable state.
37 . The method recited in claim 33 , further comprising the step of blending together a generally homogeneous food product and a particulate additive to form a blended product, and wherein the filling step comprises transferring the blended product in a flowable state into the deformable container.
38 . The method recited in claim 33 , further comprising the step of freezing the filled deformable container to a hardened state.
39 . The method recited in claim 38 , further comprising the step of maintaining the deformable container in a desired shape while performing the freezing step.
40 . The method recited in claim 39 , wherein the maintaining step comprises placing the filled deformable container with the food product in a flowable state into a substantially rigid mold.
41 . A soft-serve food product prepared and dispensed by the method of claim 33.Join the waitlist — get patent alerts
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