Abstract: An automatic seasoning device that includes a hopper, a seasoning dispenser positioned to receive seasoning from the hopper; and a moveable transition tray positioned to receive seasoning from the seasoning dispensing drum.

Abstract: An automatic seasoning device that includes a hopper, a seasoning dispenser positioned to receive seasoning from the hopper; and a moveable transition tray positioned to receive seasoning from the seasoning dispensing drum.

Abstract: A dispensing machine for dispensing items from a storage container and into an object container is disclosed. The dispensing machine dispenses items such as frozen chicken nuggets or other food items which are normally cooked and sold by volume. Accordingly, the machine may be set to dispense a pre-selected portion of chicken nuggets from the input hopper. The object container is typically a deep-frying basket. Upon activating the machine, the user will not have to count the items nor will the user have to touch the items at any time, thereby reducing or eliminating opportunities for contamination of the items and consequent spread of disease or unpalatable impurities such as dirt. The machine may be fully automatic or may be hand operated. Where the items are edible items that must be refrigerated, the machine components may be contained in refrigeration unit. Access to the interior of the machine is provided through one or more doors which are designed to remain shut during operation of the machine.

Abstract: A dispensing machine for dispensing items from a storage container and into an object container is disclosed. The dispensing machine dispenses items such as frozen chicken nuggets or other food items which are normally cooked and sold by volume. Accordingly, the machine may be set to dispense a pre-selected portion of chicken nuggets from the input hopper. The object container is typically a deep-frying basket. Upon activating the machine, the user will not have to count the items nor will the user have to touch the items at any time, thereby reducing or eliminating opportunities for contamination of the items and consequent spread of disease or unpalatable impurities such as dirt. The machine may be fully automatic or may be hand operated. Where the items are edible items that must be refrigerated, the machine components may be contained in refrigeration unit. Access to the interior of the machine is provided through one or more doors which are designed to remain shut during operation of the machine.

Abstract: A cleaning and sanitizing assembly for automatic food and beverage dispensing machines is provided. The dispensing machine may be manufactured or retrofitted with the assembly. The assembly may also be a stand-alone assembly. The assembly includes at least one water line and at least one sanitizer line to introduce at least one sanitizer to conditioned water from the at least one water line. The at least one sanitizer may be ozone generated by an ozone generator from air filtered and dried in an air filter/dryer and then added to the water in an air flow apparatus. Other sanitizers may be added to the ozonated water or the conditioned water without the ozone. The sanitized water is introduced into the dispensing machine typically through a reservoir which normally contains the produce mix. The sanitized water is dispersed into the reservoir through a rinse tube or a spray nozzle extending across the top of each reservoir.

Abstract: A dispenser for dispensing a predetermined quantity of food articles, such as frozen french fries, frozen chicken pieces, cheese sticks, and the like, having a support structure supporting a hopper, the hopper having a storage area positioned over an exit opening and a dispenser drum between the storage area and the exit opening. The dispenser drum is rotatably mounted in the hopper between two end walls on the hopper. The dispenser drum has an axis of rotation, a sealing lip at a first radius perpendicular to the axis of rotation and a catching lip at a second radius perpendicular to the axis of rotation. The second radius is longer than the first radius creating a non-cylindrical shaped dispenser drum. A diverter is pivotally mounted in the hopper. The diverter is positioned to be bumped by the dispenser drum to jostle food articles in the storage area. A driver portion is mounted on the support structure to engage and rotate the dispenser drum about the axis of rotation.

Abstract: A portioning dispenser for bulk food items is disclosed which receives bulk food items in a storage bin, portions food items from the storage bin, and dispenses measured portions of food items for further processing. The dispenser can include a rotary drum for conveying food items from the storage bin and a load cell for weighing the quantity of items conveyed from the storage bin into a secondary bin. The dispenser can also include a conveyor system for sequentially accepting, filling and returning a plurality of portion containers. The dispenser can include one or more inclined ramps for allowing containers to be slidably conveyed within the dispenser to and away from a basket filling station. In another embodiment of the invention, a method is disclosed for dispensing measured portions of bulk food items which includes several of the above-discussed operations. A container especially suited for use in the dispenser is also disclosed.

Abstract: A portioning dispenser for bulk food items is disclosed which receives bulk food items in a storage bin, portions food items from the storage bin, and dispenses measured portions of food items for further processing. The dispenser can include a rotary drum for conveying food items from the storage bin and a load cell for weighing the quantity of items conveyed from the storage bin into a secondary bin. The dispenser can also include a conveyor system for sequentially accepting, filling and returning a plurality of portion containers. The dispenser can include one or more inclined ramps for allowing containers to be slidably conveyed within the dispenser to and away from a basket filling station. In another embodiment of the invention, a method is disclosed for dispensing measured portions of bulk food items which includes several of the above-discussed operations. A container especially suited for use in the dispenser is also disclosed.

Abstract: A portioning dispenser for bulk food items is disclosed which receives bulk food items in a storage bin, portions food items from the storage bin, and dispenses measured portions of food items for further processing. The dispenser can include a rotary drum for conveying food items from the storage bin and a load cell for weighing the quantity of items conveyed from the storage bin into a secondary bin. The dispenser can also include a conveyor system for sequentially accepting, filling and returning a plurality of portion containers. In another embodiment of the invention, a method is disclosed for dispensing measured portions of bulk food items which includes several of the above-discussed operations.

Abstract: A portioning dispenser for dispensing food items from bulk item containers is disclosed in which the dispenser can open and empty a bulk container and dispense a portion of its contents. In one embodiment, a container can be slit open and tipped on a pivotable platform to spill its contents to a feeder for further distribution while retaining a stack of unopened boxes thereabove. In some embodiments, the dispenser can discard an emptied container and replace it with an unopened container moved from a container hopper. In other embodiments, a vibrating feeder is used to shake emptied items into a transfer tray for weighing and dispensing. Additionally, a method for dispensing portions of bulk food items from bulk containers is disclosed which employs several of the steps mentioned above.