Multiple fuel cooking apparatus

A cooking apparatus for cooking food by a user, the cooking apparatus comprising:

• a body member comprising a perimeter wall, said perimeter wall defining an interior space of said body member, said interior space of said body member comprising an open end such that said open end of said interior space is adapted for permitting at least one heat source to be inserted into said interior space of said body member;
• a grill member being selectively coupled to said body member such that said grill member is positioned over said interior space of said body member, said grill member being adapted for supporting food to be cooked by the heat source positioned in said interior space of said body members;
• an oven assembly being selectively coupled to said body member such that said oven assembly is positioned adjacent said grill member, said oven assembly being positioned over said interior space of said body member such that said oven assembly is adapted for receiving food to be baked by the heat source positioned in said interior space of said body member;
• said oven assembly comprising a peripheral wall defining a baking space of said oven assembly, said peripheral wall of said oven assembly comprising an insertion aperture such that said insertion aperture is adapted for permitting food to be baked to be inserted into said baking space of said oven assembly;
• said oven assembly comprising a door member, said door member being hingably coupled to said peripheral wall proximate said insertion aperture of said oven assembly, said door member being selectively pivotable over said insertion aperture for selectively inhibiting access to said baking space of said oven assembly when said door member is pivoted over said insertion aperture;
• said oven assembly comprising a temperature indicator, said temperature indicator being coupled to said door member of said oven assembly, said temperature indicator being adapted for indicating the temperature in said baking space when said door member is positioned over said insertion aperture;
• said oven assembly comprising a plurality of rack members, each of said rack members being insertable through said insertion aperture and positioned in said baking space of said oven assembly, each of said rack members selectively engaging said peripheral wall for being positioned in a spaced relationship in said baking space of said oven assembly, each of said rack members being adapted for selectively supporting food positioned in said baking space for baking;
• said peripheral wall of said oven assembly comprising a lower wall, said lower wall being positioned over said interior space of said body member such that said lower wall is adapted for being heated by the heat source positioned in said interior space of said body member, said lower wall being adapted for radiating heat into said baking space of said oven assembly to bake food positioned in said baking space when said lower wall is heated by the heat source positioned in said interior space;
• said oven assembly comprising a venting portion, said venting portion being coupled to said peripheral wall of said oven assembly, said venting portion being adapted for being in fluid communication with said baking space of said oven assembly such that said venting portion is for venting gases and heat from said baking space to the environment;
• said oven assembly comprising a stack member, said stack member being selectively coupled to said venting portion of said oven assembly, said stack member being in fluid communication with said venting portion such that said stack member is adapted for venting gases and heat away from the user when the gases and beat are vented through said venting portion;
• said oven assembly comprising a flue control member, said flue control member being pivotally coupled to a free end of said stack member, said flue control member being selectively pivoted over said free end of said stack member such that said flue control member is adapted for control the amount of gasses and heat being vented through said stack member;
• a burner member being positioned in said interior space of said body member, said burner member being adapted for being operationally coupled to a gas supply such that said burner member is for controlling the burning of the gas to provide heat to cook food;
• a gas control assembly being operationally coupled to said burner member such that said gas control assembly is adapted for being operationally coupled between said burner member and the gas supply, said gas control assembly being adapted for controlling the flow of gas from said gas supply to said burner member when said gas control assembly is actuated by the user;
• a plurality of leg members being selectively coupled to said perimeter wall of said body member, each of said leg members being adapted for positioning said body member above a support surface;
• said body member comprising a plurality of sleeve members, each of said sleeve members being coupled to said perimeter wall of said body member, each of said sleeve members selectively receiving one of said leg members such that said leg members are removable for facilitating storage;
• said body member comprising a plurality of locking members, each of said locking members selectively extending into one of said sleeve members of said body member, each of said locking members selectively engaging one of the leg members positioned in the associated one of said sleeve members when said locking member is extending into the associated one of said sleeve members;
• each of said leg members comprising a wheel portion, said wheel portion being positioned opposite said body member when that associated one of said leg members is coupled to said body member, said wheel of each of said leg members being adapted for rolling across the support surface for facilitating moving of said body member;
• said perimeter wall of said body member comprising a plurality of intake apertures, each of said intake apertures extending through a bottom wall of said perimeter wall of said body member, each of said intake apertures being adapted for permitting air to be drawn into said interior space of said body member to supply the heat source with oxygen;
• a plurality of damper assemblies being slidably coupled to said bottom wall of said perimeter wall of said body member, each of said damper assemblies being positioned proximate one of said intake apertures such that each of said damper assemblies is adapted for controlling the amount of air being drawn through the associated one of said intake apertures when each of said damper assemblies is actuated by the user;
• each of said damper assemblies comprising a damper plate, said damper plate being sildably coupled to said bottom wall of said perimeter wall of said body member, said damper plate being selectively slid over the associated one of said intake apertures such that said damper plate is adapted for controlling the amount air being drawn through the associated one of said intake apertures when said damper plate is actuated by the user;
• each said damper assemblies comprising a rod member and a damper handle member, said rod member being coupled to said damper plate of the associated one of said damper plates, said rod member slidably extending through said perimeter wall of said body member, said damper handle member being coupled to said rod member opposite said damper plate such that said damper handle member is adapted for being gripped by the user to allow the user to slide said damper plate to control the amount of air flowing through the associated one of said intake apertures;
• a plurality of lifting handles being coupled to said perimeter wall of said body member, each of said lifting handles being adapted for being gripped by the hands of the user for lifting and transporting said body member;
• a pair of shelf members being selectively coupled to said perimeter wall of said body member such that one of said shelf members is positioned opposite the other one of said shelf members, said gas control assembly being coupled to one of said shelf members, each of said shelf members being adapted for supporting articles used by the user when said shelf members are coupled to said body member;
• a grate member being selectively positioned in said interior space of said body member, said grate member being adapted for supporting said burner member and the heat source in said interior space of said body member;
• said body member comprising a plurality of rib members, each of said rib members being coupled to said bottom wall of said perimeter wall of said body member such that each of said rib members is positioned in said interior space of said body member, said rib members being positioned between said bottom wall and said grate member such that said rib members are for positioning said grate member in a spaced relationship from said intake apertures for allowing air to flow to said burner member and the heat source;
• and
• a separating plate being selectively inserted into said interior space of said body member, said separating plate being adapted for separating the heat source from said burner member when said separating plate is positioned in said interior space.