A steam cooking system includes a first steam cooking cavity, a second steam cooking cavity and a steam generator. The steam generator includes a steam outlet for selectively feeding steam to one or both of the first steam cooking cavity and the second steam cooking cavity, the outlet selectively connectable to feed steam to the first steam cooking cavity and/or the second steam cooking cavity via a valved fluid path. The valved fluid path includes a main supply valve, a first valve and a second valve configured and controllable to assure that the steam generator outlet is always connect to atmosphere by one or more paths.

A steam cooking system includes a first steam cooking cavity, a second steam cooking cavity and a steam generator. The steam generator includes a steam outlet for selectively feeding steam to one or both of the first steam cooking cavity and the second steam cooking cavity, the outlet selectively connectable to feed steam to the first steam cooking cavity and/or the second steam cooking cavity via a valved fluid path. The valved fluid path includes a main supply valve, a first valve and a second valve configured and controllable to assure that the steam generator outlet is always connect to atmosphere by one or more paths.

A cooker includes a heating coil, a housing accommodating the heating coil, a top plate provided on the housing, a partition defining a storage in the housing and below the heating coil and including a first partition extending parallel to the top plate and a second partition extending perpendicularly to the first partition, a first facing wall facing the first partition with a gap defined between the first facing wall and the first partition, a second facing wall facing the second partition with a gap defined between the second facing wall and the second partition, a heat-insulating layer provided between the first partition and the first facing wall, and a heat-insulating layer provided between the second partition and the second facing wall, the heat-insulating layers being each made of a substance having a lower thermal conductivity than one of the first facing wall and the second facing wall.

A cooker includes a heating coil, a housing accommodating the heating coil, a top plate provided on the housing, a partition defining a storage in the housing and below the heating coil and including a first partition extending parallel to the top plate and a second partition extending perpendicularly to the first partition, a first facing wall facing the first partition with a gap defined between the first facing wall and the first partition, a second facing wall facing the second partition with a gap defined between the second facing wall and the second partition, a heat-insulating layer provided between the first partition and the first facing wall, and a heat-insulating layer provided between the second partition and the second facing wall, the heat-insulating layers being each made of a substance having a lower thermal conductivity than one of the first facing wall and the second facing wall.

A cooking system is provided. The cooking system includes a user equipment and one or more cooking apparatuses. The user equipment may include a user interface configured to receive an input of a food model including at least one of a shape, an ingredient, or a color of a food in accordance with a touch input of a user, a first transceiver configured to transmit information on the food model to the one or more cooking apparatuses, and a first processor configured to transmit information of the food model to the plurality of cooking apparatuses via the first transceiver. Each of the one or more cooking apparatuses may include a second transceiver configured to receive information on the food model from the user equipment, a food shaping device configured to discharge food ingredients, a food heating device, and a second processor.

A cooking system is provided. The cooking system includes a user equipment and one or more cooking apparatuses. The user equipment may include a user interface configured to receive an input of a food model including at least one of a shape, an ingredient, or a color of a food in accordance with a touch input of a user, a first transceiver configured to transmit information on the food model to the one or more cooking apparatuses, and a first processor configured to transmit information of the food model to the plurality of cooking apparatuses via the first transceiver. Each of the one or more cooking apparatuses may include a second transceiver configured to receive information on the food model from the user equipment, a food shaping device configured to discharge food ingredients, a food heating device, and a second processor.

A stackable cookware and more specifically it relates to frying pans and saucepans. The stackable cookware with stackable handles may include a plurality of pans which may be stacked within one another. The stackable handles have an upward projection in the proximal end of the top surface of the handle and a slot depression in the bottom surface of the handle such that the upward projection in the top surface of a bottom handle fits and locks in with the slot depression in the bottom surface of a top handle. The upward projection feature also helps in stacking of the containers and to get a grip while moving these stacked containers.

A stackable cookware and more specifically it relates to frying pans and saucepans. The stackable cookware with stackable handles may include a plurality of pans which may be stacked within one another. The stackable handles have an upward projection in the proximal end of the top surface of the handle and a slot depression in the bottom surface of the handle such that the upward projection in the top surface of a bottom handle fits and locks in with the slot depression in the bottom surface of a top handle. The upward projection feature also helps in stacking of the containers and to get a grip while moving these stacked containers.

A stackable cookware with a novel feature of an upward projection locking mechanism. The upward projection is close to the upward wall of the vessels and this design helps secure the lid of cookware articles during their storage and transport. The upward projection feature also helps in stacking of the containers and to get a grip while moving these stacked containers. Upward projection is designed to securely fit into the slot depression of the bottom profile of the stackable handle to lock the vessels together, thus helping in the stacking of the containers. In addition to Dutch ovens, this locking mechanism may also be extended to other types of containers, such as saucepans and frying pans.

A stackable cookware with a novel feature of an upward projection locking mechanism. The upward projection is close to the upward wall of the vessels and this design helps secure the lid of cookware articles during their storage and transport. The upward projection feature also helps in stacking of the containers and to get a grip while moving these stacked containers. Upward projection is designed to securely fit into the slot depression of the bottom profile of the stackable handle to lock the vessels together, thus helping in the stacking of the containers. In addition to Dutch ovens, this locking mechanism may also be extended to other types of containers, such as saucepans and frying pans.