Abstract: A dasher for reducing waste in a drink maker is described. An example dasher includes at least one helical blade oriented with a curvature around a major axis. The at least one helical blade rotates about the major axis. At least one scraper blade extends lengthwise parallel to the major axis and is connected to the at least one helical blade. A shaft mounting hub is removably connected to a drive shaft of a drive motor of the drink maker. At least one face blade is connected to the shaft mounting hub and a front end of the at least one helical blade. The at least one face blade has a front surface that is wider than a front surface of the at least one helical blade. The at least one face blade has a width spanning from an outer perimeter of the dasher to the shaft mounting hub.

Abstract: A device for odor neutralization of food waste includes a chamber to receive food waste, the chamber having an inlet and an outlet, an odor neutralizer coupled with the inlet via a first flow path, the odor neutralizer to output particles to mitigate odor emitted from the food waste, and a filter coupled with the outlet via a second flow path to filter remaining odor in the second flow path.

Abstract: Food processing devices capable of performing multiple functions, including mixing and extruding pasta or other food products, are described. The food processing devices have a door assembly with a feed chute extending from an opening in the mixing bowl and leading to an extruder. The door assembly can be closed or opened, depending on the type of food processing to be performed. The food processing device mixes food ingredients within the mixing bowl while the door assembly is in a closed position. When the food ingredients are sufficiently mixed, the door assembly is moved to an open position to allow the mixed food ingredients to flow through the feed chute to the extruder. The disclosed food processing devices conveniently allow for both mixing and extruding of food products within a single device configured to efficiently and safely perform both tasks.

Abstract: An apparatus for providing airflow over food waste includes a first housing coupled with a second housing, the first housing having a chamber to hold food waste, the second housing comprising a fan, the first housing and the second housing being coupled to form one or more input channels for the fan to cause air to flow from the second housing through the first housing into the chamber, and the first housing and the second housing forming one or more output channels for the air to flow from the chamber through the first housing and the second housing and out of a vent of the second housing, wherein none of the one or more input channels intersect with any of the one or more output channels.

Abstract: A device for odor neutralization of food waste includes a chamber to receive food waste, the chamber having an inlet and an outlet, an odor neutralizer coupled with the inlet via a first flow path, the odor neutralizer to output particles to mitigate odor emitted from the food waste, and a filter coupled with the outlet via a second flow path to filter remaining odor in the second flow path.

Abstract: A system for holding food waste includes a first housing forming a chamber to hold the food waste, the chamber comprising at least a first port, and a second housing comprising at least a second port configured to couple with at least the first port, and a fan to provide airflow into the chamber through at least the second port, the first housing removably coupled with the second housing such that removal of the first housing from the second housing decouples at least the first port from at least the second port.

Abstract: Food processing devices having a door assembly for a mixing bowl are described. The mixing bowl includes an opening extending through at least a portion of one wall of the mixing bowl. The door assembly includes a feed chute positioned adjacent to the opening and a plunger. The plunger has a face and is configured to pivot between a first position and a second position. In the first position, the face of the plunger is flush with an interior surface of the mixing bowl. In the second position, the face of the plunger retracts into the feed chute and permits food ingredients from the mixing bowl to enter and flow through the feed chute.

Abstract: Food processing devices capable of performing multiple functions, including mixing and extruding pasta or other food products, are described. The food processing devices have a door assembly with a feed chute extending from an opening in the mixing bowl and leading to an extruder. The door assembly can be closed or opened, depending on the type of food processing to be performed. The food processing device mixes food ingredients within the mixing bowl while the door assembly is in a closed position. When the food ingredients are sufficiently mixed, the door assembly is moved to an open position to allow the mixed food ingredients to flow through the feed chute to the extruder. The disclosed food processing devices conveniently allow for both mixing and extruding of food products within a single device configured to efficiently and safely perform both tasks.

Abstract: An attachment for a food processing device includes a base attachment housing having a first port configured to receive a drive coupler of a detachably connectable motorized base housing and a second port configured to receive a central rotating member of a detachably connectable accessory attachment. The base attachment housing also includes a drive transfer assembly configured to couple the first port to the second port. The drive transfer assembly is configured to transfer rotational motion of the drive coupler to drive rotational motion of the central rotating member of the accessory attachment when the motorized base housing and the accessory attachment are connected to the first port and second port respectively.