A food cooker includes a heater; an outer container, which is removably placed on the heater and for accommodating a liquid, wherein the heater heats the outer container; an inner container, which is removably accommodated within the outer container and has multiple through holes allowing the liquid to flow between the outer container and the inner container, wherein the inner container is for accommodating a food; a cover disposed on the outer container; a power source, which is disposed on the cover and has a driving shaft; and a stirrer, which is detachably and rotatably placed in the inner container, is detachably coupled to the driving shaft, and is rotated by the driving shaft to stir the food and the liquid.

A domestic cooking appliance (1) comprising a means for receiving (2) bulk food items (100) and a heating means comprising a means (3) for generating an air flow (4), wherein the means (3) for generating an air flow (4) comprises an air outlet (5) and an air inlet (6). The device (1) also comprises a screen (7) which is disposed relative to the air outlet (5) and the air inlet (6) such that it is possible to force the air flow (4) to effect a movement to obviate the screen (7) in order to return to the air inlet (6) from the reception means (2) onwards.

Provided is a stirring device that allows a weight measurement during a rotation operation to be accurately performed while suppressing increase in reinforcement structures required for support of a stirring container and suppressing increase in weight. A device frame is provided with legs, a heating kettle is provided with a reinforcement base attached on the bottom side, a motor bed is provided to support a cutter/motor unit to the reinforcement base or the device frame, load cells are provided to indirectly measure a change in weight of a stirring substance in the heating kettle during a rotation operation of the cutter/motor unit, and closed reinforced structures are configured to include the heating kettle, the cutter/motor unit, the reinforcement base, and the supporting stand as reinforcing members.

A cookware and geometrically patterned magnetic stirrer assembly provides cookware for heating and stirring food. A heating element heats a cooking surface on the cookware. At least one geometrically patterned electromagnetic coil is integrated into the cookware. The electromagnetic coil generates a magnetic field when an electrical current passes through. At least one magnetic stirrer operates on the cooking surface to stir the food in response to the magnetic field, in accordance to the path of geometric pattern. Controllably applying varying electrical currents through the electromagnetic coil moves the magnetic stirrer in the path of the geometric pattern at varying speeds and directions. The electromagnetic coil can be arranged in a snowflake pattern, a spider web pattern, or a helix. A controller regulates electrical current through the heating element and the electromagnetic coil to allow the heating and stirring functions to operate independently of each other.

A novel stirring and mixing device generally comprises at least one central blade holder with at least one extended arm that can interchangeably or permanently accept at least one stirring and mixing blade; at least one threaded spindle; and at least one thumbscrew locknut or other similar fasteners that may be the knob or handle of the lid of a food preparation container. Central blade holders of various sizes and shapes have extended arms of various sizes and shapes configured to interchangeably and adjustably accept stirring and mixing blades of various sizes and shapes. Various elements of the stirring and mixing device are configured with a threaded or unthreaded aperture to receive a threaded spindle that can adjustably maintain the position of the elements relative to one another and to the lid of the food preparation container as the elements rotate around the axis provided by the threaded spindle.

An apparatus for cooking food which includes a receiving container provided for receiving food, a stirring device arranged inside the receiving container, at least one main heating system and at least one ventilation motor for generating a heating airflow, the receiving container and the stirring device being designed to be imparted with a relative rotation movement.

A pan, including: a first cogwheel, being annular for surrounding the container of the pan, and for being rotational in relation to the container; a motor, for rotating the first cogwheel; and a stirring element extending from the first cogwheel into the container, thereby the stirring element stirs the contents of the container.

A kitchen appliance in the form of a multi-purpose frying pan includes a base, a cover with a hot air system, an inner pot, a stirrer and a stirrer drive device. The inner pot can be removed from the base. A pot cavity is formed between the lid cover and the inner pot and the stirrer is located in the pot cavity, and the stirrer drive device is installed in the pan. Covered and on the outside of the hot air system, the stirrer drive device drives the stirrer to rotate. The stirrer drive device is disposed on the lid to prevent water or oil from polluting the motor during the cleaning of the cookware. The stirrer drive device is arranged on the outside of the hot air system to effectively prevent the drive device from blocking the transmission of hot air from the hot air system to the inner pot.

Heating/stirring cooker includes: main body; container that is disposed inside main body and accommodates an object to be cooked; stirring body that is disposed inside container so as to be detachable from container, stirring body having blade for stirring the object to be cooked in container and magnet disposed at a position facing an inner bottom part of container in a state in which stirring body is disposed inside container; magnetic field generator that is disposed inside main body and generates a rotating magnetic field so that a rotational force of the rotating magnetic field acts on magnet; and controller that is disposed inside main body and controls magnetic field generator. Controller is configured to control magnetic field generator so that a direction of rotation of the rotating magnetic field is switched between a forward rotation direction and a reverse rotation direction that is reverse to the forward rotation direction, and that number M of rotations in the reverse rotation direction is less than number N of rotations in the forward rotation direction.

A kitchen in a box automatic cooking appliance with various cooking stations and a deep frying station along with selectable lid integrated stirring mechanism with remote stirring power source. Floor and wall mounted ingredient bins and containers along with universal tool carrier to bring in fluidic ingredients to be delivered to cooking stations. Removable components for easy cleaning of the automatic cooking appliance and the components. Heating control by using temperature sensor in contact with cooking vessels by attaching actuator mechanisms on knobs of off the shelf induction and gas stoves.