Oven

An oven, comprising:

• an upper assembly having an upper portion and a bottom, and the upper assembly forming a cooking chamber and having a front side with an open entry to the cooking chamber;
• a lower assembly located below the upper assembly with the lower assembly having an internal cavity;
• a fire box located within the internal cavity of the lower assembly and having a first heat source;
• and,
• a heat absorbing and emanating device located between the upper and lower assemblies and being configured to absorb heat from the heat source and emanate heat into the cooking chamber of the upper assembly,
• wherein the upper assembly includes an outer dome and an inner dome with the inner dome being located within the outer dome and forming first and second airflow pathways disposed between the inner and outer domes, each of the first and second airflow pathways having an open end located at the bottom of the upper assembly and being open to the internal cavity of the lower assembly with the first airflow pathway having a second end terminating at a vent located on an inner wall of the inner dome and configured to allow heated air from the heat source to enter the cooking chamber, and the second airflow pathway having a second end terminating in the upper portion of the upper assembly,
• wherein the inner dome of the upper assembly further includes an inner dome upper portion coupled to the inner wall of the inner dome, with the inner dome upper portion having a top surface and a plurality of side panels extending from the top surface, and
• wherein the top surface is closed such that the heated air within the cooking chamber of the inner dome is unable to exit through the top surface of the inner dome upper portion.

An oven, comprising:

• an upper assembly having an upper portion and a bottom, and the upper assembly forming a cooking chamber and having a front side with an open entry to the cooking chamber;
• a lower assembly located below the upper assembly with the lower assembly having an internal cavity;
• a fire box located within the internal cavity of the lower assembly and having a first heat source;
• a second heat source located within the upper assembly for heating the cooking chamber;
• a heat guard located between the second heat source and the cooking chamber;
• a thermometer coupled to the lower assembly for sensing a temperature associated with the cooking chamber;
• at least one removable door rotatably coupled to the upper assembly within the open entry;
• and,
• a heat absorbing and emanating device located between the upper and lower assemblies and being configured to absorb heat from the heat source and emanate heat into the cooking chamber of the upper assembly,
• wherein the upper assembly includes an outer dome and an inner dome with the inner dome being located within the outer dome and forming first and second airflow pathways disposed between the inner and outer domes, each of the first and second airflow pathways having an open end located at the bottom of the upper assembly and being open to the internal cavity of the lower assembly with the first airflow pathway having a second end terminating at a vent located on an inner wall of the inner dome and configured to allow heated air from the heat source to enter the cooking chamber, and the second airflow pathway having a second end terminating in the upper portion of the upper assembly, wherein the upper assembly further includes at least one exhaust vent located within the upper portion of the upper assembly in the outer dome near the second end of the second airflow path for allowing heated gas to exit the oven, wherein the outer dome forms an exterior of the upper assembly, the inner dome forms at least a portion of the cooking chamber, the first and second airflow pathways being located between the inner and outer domes,
• wherein the inner dome of the upper assembly further includes an inner dome upper portion coupled to the inner wall of the inner dome, with the inner dome upper portion having a top surface and a plurality of side panels extending from the top surface, and
• wherein the top surface is closed such that the heated air within the cooking chamber of the inner dome is unable to exit through the top surface of the inner dome upper portion.