초록 ▼

An ice shaver/blender control apparatus and method includes monitoring the operation of a blender motor as a measure of monitoring the quality and results of blending. By connecting a feedback sensor to the motor, it is possible to determine whether a blend process is complete. It is also possible t

An ice shaver/blender control apparatus and method includes monitoring the operation of a blender motor as a measure of monitoring the quality and results of blending. By connecting a feedback sensor to the motor, it is possible to determine whether a blend process is complete. It is also possible to identify when cavitation is occurring or about to occur. In another aspect, the blender controls are directed to an improved method for portion blending. The method includes a two-step query to the user to determine both a predetermined portion size and the number of portions to be blended.

대표청구항 ▼

What is claimed is: 1. A method of controlling operation of an ice shaver/blender to produce a consistent, blended material comprising the steps of: providing: (a) an ice shaver assembly comprising an ice hopper, an ice agitator that is connected to and rotatably driven by a shaver motor, a blade m

What is claimed is: 1. A method of controlling operation of an ice shaver/blender to produce a consistent, blended material comprising the steps of: providing: (a) an ice shaver assembly comprising an ice hopper, an ice agitator that is connected to and rotatably driven by a shaver motor, a blade mounted adjacent the ice agitator, and a shaved ice chute adapted to dispense shaved ice into a blender jar; (b) a blender assembly comprising the blender jar and a blender motor operatively connected to a cutter assembly, wherein the cutter assembly is mounted in the blender jar for blending material placed within the jar; (c) an energy control switch that activates and controls the amount of energy delivered to the blender motor during operation of the motor; and (d) a feedback sensor electrically connected to the energy control switch, wherein the feedback sensor is adapted to detect an attribute associated with the operation of the blender motor and send a signal to the energy control switch based on the attribute detected; adding ice into the ice shaver; activating the ice shaver to shave and dispense ice into the blender jar; adding material to the blender jar; activating the blender motor; recording the signal from the feedback sensor to the energy control switch at predetermined time intervals and comparing the signals over time; and deactivating the blender motor when a predetermined relationship is found in the comparison of signals recorded from the feedback sensor. 2. A method as described in claim 1, wherein the predetermined relationship is substantial identicality in the signal recorded from the feedback sensor. 3. A method as described in claim 1, wherein the ice shaver further comprising a rotation sensor for detecting the number of revolutions of the ice agitator; and wherein the step of actuating the shaver motor further comprises detecting the number of revolutions of the ice agitator and deactivating the shaver motor after a predetermined number of revolutions of the ice agitator. 4. A method of operating an ice shaver/blender comprising providing an ice shaver assembly comprising an ice hopper, an ice agitator that is connected to and rotatably driven by a shaver motor, a blade mounted adjacent the ice agitator, and a shaved ice chute adapted to dispense shaved ice into a blender jar; providing a blender assembly comprising the blender jar and a blender motor operatively connected to a cutter assembly mounted in the blender jar; providing a user interface operatively connected to the blender motor; displaying on the user interface a plurality of first selection choices corresponding to predefined portion sizes; selecting a predefined portion size; displaying on the user interface a plurality of second selection choices corresponding to a number of portions of material to be blended, each second selection choice corresponding to a different number of portions; and selecting the number of portions of material to be blended. 5. The method described in claim 4, wherein the selecting of a predefined portion size occurs before selecting the number of portions of material to be blended. 6. The method described in claim 4, wherein the predefined portion size corresponds to a type of drink. 7. The method described in claim 4, wherein the portions of material correspond to the number of drinks to be served from the blended material. 8. The method described in claim 4, wherein the portions of material correspond to the amount of ice to be shaved and dispensed into the blender jar. 9. A method of operating an ice shaver/blender comprising providing an ice shaver assembly comprising an ice hopper, an ice agitator that is connected to and rotatably driven by a shaver motor, a blade mounted adjacent the ice agitator, and a shaved ice chute adapted to dispense shaved ice into a blender jar; providing a blender assembly comprising the blender jar and a blender motor operatively connected to a cutter assembly mounted in the blender jar; providing a user interface operatively connected to the shaver motor and to the blender motor; and employing a user input, two-step portion blending process comprising: selecting, via the user interface, a predefined portion size; and selecting the number of portions of material to be blended by pushing one of a plurality of portion selection buttons, each button corresponding to a different portion number. 10. The method described in claim 9, wherein the selecting of a predefined portion size occurs before selecting the number of portions of material to be blended. 11. The method described in claim 9, wherein the predefined portion size corresponds to a type of drink. 12. The method described in claim 9, wherein the portions of material correspond to the number of drinks to be served from the blended material. 13. The method described in claim 9, wherein the portions of material correspond to the amount of ice to be shaved and dispensed into the blender jar. 14. An ice shaver/blender for producing a consistent, blended material, the ice shaver/blender comprising: (a) an ice shaver assembly comprising an ice hopper, an ice agitator that is connected to and rotatably driven by a shaver motor, a blade mounted adjacent the ice agitator, and a shaved ice chute adapted to dispense shaved ice into a blender jar; (b) a blender assembly comprising the blender jar and a blender motor operatively connected to a cutter assembly, the cutter assembly mounted in the blender jar for blending material placed within the jar; (c) an energy control switch that activates and controls the amount of energy delivered to the blender motor during operation of the motor; (d) a feedback sensor electrically connected to the energy control switch, the feedback sensor adapted to detect an attribute associated with the operation of the blender motor and send a signal to the energy control switch based on the attribute detected; and wherein the energy control switch is adapted to record the signal from the feedback sensor to the energy control switch at predetermined time intervals and comparing the signals over time; and wherein the energy control switch is adapted to deactivate the blender motor when a predetermined relationship is found in the comparison of signals recorded from the feedback sensor. 15. An ice shaver/blender as described in claim 14, wherein the predetermined relationship is substantial identicality in the signal recorded from the feedback sensor. 16. An ice shaver/blender as described in claim 14, wherein the ice shaver assembly further comprises a rotation sensor for detecting the number of revolutions of the ice agitator. 17. An ice shaver/blender comprising: (a) an ice shaver assembly comprising an ice hopper, an ice agitator that is connected to and rotatably driven by a shaver motor, a blade mounted adjacent the ice agitator, and a shaved ice chute adapted to dispense shaved ice into a blender jar; (b) a blender assembly comprising the blender jar and a blender motor operatively connected to a cutter assembly mounted in the blender jar; and (c) a user interface operatively connected to the blender motor, the user interface adapted to display a plurality of first selection choices corresponding to predefined portion sizes, the user interface further adapted to receive a user selection of a predefined portion size, the user interface further adapted to display a plurality of second selection choices corresponding to a number of portions of material to be blended, each second selection choice corresponding to a different number of portions, and the user interface further adapted to receive a user selection of the number of portions of material to be blended. 18. The ice shaver/blender described in claim 17, wherein the user interface is adapted to receive a user selection of a predefined portion size before receiving a user selection of the number of portions of material to be blended. 19. The ice shaver/blender described in claim 17, wherein the predefined portion size corresponds to a type of drink. 20. The ice shaver/blender described in claim 17, wherein the portions of material correspond to the number of drinks to be served from the blended material. 21. The ice shaver/blender described in claim 17, wherein the portions of material correspond to the amount of ice to be shaved and dispensed into the blender jar. 22. A blender comprising: a blender assembly comprising a blender jar and a blender motor operatively connected to a cutter assembly mounted in the blender jar; and a user interface operatively connected to the blender motor, the user interface adapted to employ a user input, two-step portion blending process by receiving a user selection of a predefined blender cycle and a user selection of a number of portions of material to be blended; wherein the user selects the number of portions by pushing one of a plurality of portion selection buttons, each button corresponding to a different portion number. 23. The blender described in claim 22, wherein the user interface is adapted to receive the user selection of the predefined blender cycle before receiving the user selection of the number of portions of material to be blended. 24. The blender described in claim 22, wherein the predefined blender cycles correspond to different types of drinks. 25. The blender described in claim 22, wherein the portions of material correspond to the number of drinks to be served from the blended material. 26. An ice shaver/blender comprising an ice shaver assembly comprising an ice hopper, an ice agitator that is connected to and rotatably driven by a shaver motor, a blade mounted adjacent the ice agitator, and a shaved ice chute adapted to dispense shaved ice into a blender jar; a blender assembly comprising the blender jar and a blender motor operatively connected to a cutter assembly mounted in the blender jar; and a user interface operatively connected to the shaver motor and to the blender motor, the user interface adapted to employ a user input, two-step portion blending process by receiving a user selection of a predefined portion size and a user selection of a number of portions of material to be blended, the user selection of the number of portions of material to be blended being received via one of a plurality of portion selection buttons, each button corresponding to a different portion number. 27. The ice shaver/blender described in claim 26, wherein the user interface is adapted to receive the selection of the predefined portion size before receiving the selection of the number of portions of material to be blended. 28. The ice shaver/blender described in claim 26, wherein the predefined portion size corresponds to a type of drink. 29. The ice shaver/blender described in claim 26, wherein the portions of material correspond to the number of drinks to be served from the blended material. 30. The ice shaver/blender described in claim 26, wherein the portions of material correspond to the amount of ice to be shaved and dispensed into the blender jar.