A steam generator and a cooking device including the same, according to an embodiment of the present invention may include a water supply pipe into which steam water is introduced, a heating chamber having a chamber body and a chamber cover, and a steam heater configured to provide heat, wherein the steam heater is provided to be embedded in the chamber body and the chamber body includes a plurality of partition walls protruding in one direction along an inner peripheral surface to form a Z-shaped steam flow path through which supply water introduced into the chamber body and steam generated by heating the supply water flow. Therefore, the heat transfer, which had been concentrated only in a predetermined region, may be dispersed by the flow path formed in the chamber body, thereby stably generating the steam even in repetitive steam generation operation.

A steam generator and a cooking device including the same, according to an embodiment of the present invention may include a water supply pipe into which steam water is introduced, a heating chamber having a chamber body and a chamber cover, and a steam heater configured to provide heat, wherein the steam heater is provided to be embedded in the chamber body and the chamber body includes a plurality of partition walls protruding in one direction along an inner peripheral surface to form a Z-shaped steam flow path through which supply water introduced into the chamber body and steam generated by heating the supply water flow. Therefore, the heat transfer, which had been concentrated only in a predetermined region, may be dispersed by the flow path formed in the chamber body, thereby stably generating the steam even in repetitive steam generation operation.

A steam generator and a cooking apparatus including a steam generator are provided. The steam generator may include a heater, an inflow tube, a steam generation tube, and a discharge tube and an adaptor unit connected to the steam generator may be provided. The inflow tube and the discharge tube and the discharge tube may be connected at a predetermined angle to the adaptor unit. Thus, the steam generation tube connecting the inflow tube to the discharge tube may also be inclined.

A steam generator and a cooking apparatus including a steam generator are provided. The steam generator may include a heater, an inflow tube, a steam generation tube, and a discharge tube and an adaptor unit connected to the steam generator may be provided. The inflow tube and the discharge tube and the discharge tube may be connected at a predetermined angle to the adaptor unit. Thus, the steam generation tube connecting the inflow tube to the discharge tube may also be inclined.

A steam generator and a cooking apparatus including a steam generator are provided. The steam generator may include a heater, an inflow tube, a steam generation tube, and a discharge tube and an adaptor unit connected to the steam generator may be provided. The inflow tube and the discharge tube and the discharge tube may be connected at a predetermined angle to the adaptor unit. Thus, the steam generation tube connecting the inflow tube to the discharge tube may also be inclined.

A steam generator and a cooking device including the same, according to an embodiment of the present invention may include a water supply pipe into which steam water is introduced, a heating chamber having a chamber body and a chamber cover, and a steam heater configured to provide heat, wherein the steam heater is provided to be embedded in the chamber body and the chamber body includes a plurality of partition walls protruding in one direction along an inner peripheral surface to form a Z-shaped steam flow path through which supply water introduced into the chamber body and steam generated by heating the supply water flow. Therefore, the heat transfer, which had been concentrated only in a predetermined region, may be dispersed by the flow path formed in the chamber body, thereby stably generating the steam even in repetitive steam generation operation.

A vapor engine a top manifold having a top chamber and comprising one or more heaters arranged to heat the top chamber; a bottom manifold sealable to the top manifold, the bottom manifold comprising a one or more fluid receiving chambers and one or more heaters arranged to heat fluid present in the one or more fluid receiving chambers; a screen disposed between the top and bottom manifolds and having an opening arrangement such that as vapor flows from the bottom manifold through the screen a laminar flow of vapor is generated; at least one vapor-generating fluid pipe extending through the bottom manifold in fluid communication with at least a portion of the one or more fluid receiving chambers; the at least one fluid pipe comprising a plurality of apertures for releasing fluid into the one or more chambers; and a vapor outlet in fluid communication with the top manifold.

A vapor engine a top manifold having a top chamber and comprising one or more heaters arranged to heat the top chamber; a bottom manifold sealable to the top manifold, the bottom manifold comprising a one or more fluid receiving chambers and one or more heaters arranged to heat fluid present in the one or more fluid receiving chambers; a screen disposed between the top and bottom manifolds and having an opening arrangement such that as vapor flows from the bottom manifold through the screen a laminar flow of vapor is generated; at least one vapor-generating fluid pipe extending through the bottom manifold in fluid communication with at least a portion of the one or more fluid receiving chambers; the at least one fluid pipe comprising a plurality of apertures for releasing fluid into the one or more chambers; and a vapor outlet in fluid communication with the top manifold.