Portable food sterilization assembly
View Patent ↗A portable food sterilization assembly includes an ice chest defining an interior space to contain food items. The ice chest is comprised of a thermally insulating material to inhibit thermal communication between the interior space and ambient air. A lid is hingedly coupled to the ice chest for opening or closing the interior space. The lid is comprised of a thermally insulating material to inhibit thermal communication between the interior space and ambient air. A plurality of ultraviolet light emitters is integrated into the ice chest to emit ultraviolet light into the interior space for sterilizing the interior space of the ice chest thereby sterilizing food items contained in the interior space. A respective one of the plurality of ultraviolet light emitters is integrated into the lid to emit ultraviolet light into the interior space of the ice chest thereby sterilizing food items contained in the interior space.
1 . A portable food sterilization assembly for containing a sterilizing food items, said assembly comprising:
an ice chest defining an interior space wherein said interior space is configured to contain food items, said ice chest being comprised of a thermally insulating material wherein said ice chest is configured to inhibit thermal communication between said interior space and ambient air, said ice chest having a bottom wall and an outer wall extending upwardly from said bottom wall, said outer wall having a top edge defining an opening in said interior space defined by said ice chest;
a handle having a central member extending between and being perpendicularly oriented with a pair of outward members, each of said outward members having a distal end and a bend being spaced from said distal end such that said distal end of each of said outward members is directed toward each other, said distal end of each of said outward members being rotatably coupled to an outer surface of said outer wall of said ice chest corresponding to a respective one of said first lateral side and said second lateral side of said outer wall, said handle being positionable in a carrying position having said central member being spaced upwardly from said ice chest wherein said central member is configured to be gripped for carrying said ice chest, said handle being positionable in a stored position having said central member resting against said outer wall of said ice chest;
a lid being hingedly coupled to said ice chest, said lid being positionable in a closed position for closing said interior space, said lid being positionable in an open position for exposing said interior space, said lid being comprised of a thermally insulating material wherein said lid is configured to inhibit thermal communication between said interior space and ambient air, said lid having a rear edge and a bottom surface, said rear edge being hingedly coupled to a back side of said top edge of said outer wall of said ice chest;
a plurality of ultraviolet light emitters, respective ones of said plurality of ultraviolet light emitters being integrated into said ice chest wherein each of said respective plurality of ultraviolet light emitters is configured to emit ultraviolet light into said interior space for sterilizing said interior space of said ice chest thereby sterilizing food items contained in said interior space, a respective one of said plurality of ultraviolet light emitters being integrated into said lid wherein said ultraviolet light emitter associated with said lid is configured to emit ultraviolet light into said interior space of said ice chest thereby sterilizing food items contained in said interior space, respective ones of said ultraviolet light emitters associated with said ice chest being integrated into an interior surface of said outer wall, each of said ultraviolet light emitters associated with said outer wall of said ice chest being integrated into a respective one of a front side and a first lateral side and a second lateral side of said outer wall of said ice chest, a respective one of said ultraviolet light emitters associated with said ice chest being integrated into a top surface of said bottom wall of said ice chest, said ultraviolet light emitter associated with said lid being integrated into said bottom surface of said lid;
a plurality of first lenses, each of said plurality of first lenses being integrated into said interior surface of said outer wall of said ice chest, each of said plurality of first lenses being integrated into a respective one of said first lateral side and said second lateral side and said front side of said outer wall of said ice chest such that each of said plurality of first lenses covers a respective one of said plurality of ultraviolet light emitters, each of said first lenses being comprised of a translucent material wherein each of said plurality of first lenses is configured to pass ultraviolet light through said first lenses;
a second lens being integrated into said top surface of said bottom wall of said ice chest such that said second lens covers said ultraviolet light emitter associated with said lid, said second lens being comprised of a translucent material wherein said second lens is configured to pass ultraviolet light through said second lens;
a third lens being integrated into said bottom surface of said lid such that said third lens covers said ultraviolet light emitter associated with said lid, said third lens having a perimeter wall being perpendicularly oriented with said bottom surface of said lid and a distal wall being spaced from and lying on a plane oriented parallel to said bottom surface of said lid, said third lens being comprised of a translucent material wherein said third lens is configured to pass ultraviolet light through said third lens, said perimeter wall being spaced inwardly from a perimeter edge of said lid such that said third lens extends into said interior space of said ice chest when said lid is in said closed position; and
a power supply being integrated into said ice chest, said power supply being electrically coupled to each of said plurality of ultraviolet light emitters, said power supply comprising:
a rechargeable battery being integrated into said outer wall of said ice chest;
a plurality of conductors, respective ones of said plurality of conductors being integrated into said outer wall of said ice chest, a respective one of said plurality of conductors being integrated into said bottom wall of said ice chest, a respective one of said plurality of conductors being integrated into said lid, each of said plurality of conductors being comprised of an electrically conductive material, each of said plurality of conductors being electrically coupled to said rechargeable battery;
a charge port being recessed into said outer surface of said outer wall of said ice chest thereby facilitating said charge port to insertably receive a charge cord, said charge port being electrically coupled to said rechargeable battery for charging said rechargeable battery; and
a power button being movably integrated into said outer wall of said ice chest, said power button being electrically coupled to each of said plurality of ultraviolet light emitters for actuating or de-actuating said plurality of ultraviolet light emitters.
2 . A portable food sterilization assembly for containing a sterilizing food items, said assembly comprising:
an ice chest defining an interior space wherein said interior space is configured to contain food items, said ice chest being comprised of a thermally insulating material wherein said ice chest is configured to inhibit thermal communication between said interior space and ambient air;
a lid being hingedly coupled to said ice chest, said lid being positionable in a closed position for closing said interior space, said lid being positionable in an open position for exposing said interior space, said lid being comprised of a thermally insulating material wherein said lid is configured to inhibit thermal communication between said interior space and ambient air;
a plurality of ultraviolet light emitters, respective ones of said plurality of ultraviolet light emitters being integrated into said ice chest wherein each of said respective plurality of ultraviolet light emitters is configured to emit ultraviolet light into said interior space for sterilizing said interior space of said ice chest thereby sterilizing food items contained in said interior space, a respective one of said plurality of ultraviolet light emitters being integrated into said lid wherein said ultraviolet light emitter associated with said lid is configured to emit ultraviolet light into said interior space of said ice chest thereby sterilizing food items contained in said interior space;
wherein said ice chest has a bottom wall and an outer wall extending upwardly from said bottom wall, said outer wall having a top edge defining an opening in said interior space defined by said ice chest;
wherein said assembly includes a handle having a central member extending between and being perpendicularly oriented with a pair of outward members, each of said outward members having a distal end and a bend being spaced from said distal end such that said distal end of each of said outward members is directed toward each other, said distal end of each of said outward members being rotatably coupled to an outer surface of said outer wall of said ice chest corresponding to a respective one of said first lateral side and said second lateral side of said outer wall, said handle being positionable in a carrying position having said central member being spaced upwardly from said ice chest wherein said central member is configured to be gripped for carrying said ice chest, said handle being positionable in a stored position having said central member resting against said outer wall of said ice chest;
wherein said lid has a rear edge and a bottom surface, said rear edge being hingedly coupled to a back side of said top edge of said outer wall of said ice chest;
said outer wall having said top edge defining an opening in said interior space defined by said ice chest, said outer wall having a first lateral side and a second lateral side and a front side;
wherein respective ones of said ultraviolet light emitters associated with said ice chest is integrated into an interior surface of said outer wall, each of said ultraviolet light emitters associated with said outer wall of said ice chest being integrated into a respective one of said front side and said first lateral side and said second lateral side of said outer wall of said ice chest;
wherein a respective one of said ultraviolet light emitters associated with said ice chest is integrated into a top surface of said bottom wall of said ice chest;
wherein said ultraviolet light emitter associated with said lid being integrated into said bottom surface of said lid;
a power supply being integrated into said ice chest, said power supply being electrically coupled to each of said plurality of ultraviolet light emitters, said power supply comprising:
a rechargeable battery being integrated into said outer wall of said ice chest;
a plurality of conductors, respective ones of said plurality of conductors being integrated into said outer wall of said ice chest, a respective one of said plurality of conductors being integrated into said bottom wall of said ice chest, a respective one of said plurality of conductors being integrated into said lid, each of said plurality of conductors being comprised of an electrically conductive material, each of said plurality of conductors being electrically coupled to said rechargeable battery;
a charge port being recessed into an outer surface of said outer wall of said ice chest thereby facilitating said charge port to insertably receive a charge cord, said charge port being electrically coupled to said rechargeable battery for charging said rechargeable battery; and
a power button being movably integrated into said outer wall of said ice chest, said power button being electrically coupled to each of said plurality of ultraviolet light emitters for actuating or de-actuating said plurality of ultraviolet light emitters;
a plurality of first lenses, each of said plurality of first lenses being integrated into said interior surface of said outer wall of said ice chest, each of said plurality of first lenses being integrated into a respective one of said first lateral side and said second lateral side and said front side of said outer wall of said ice chest such that each of said plurality of first lenses covers a respective one of said plurality of ultraviolet light emitters, each of said first lenses being comprised of a translucent material wherein each of said plurality of first lenses is configured to pass ultraviolet light through said first lenses;
a second lens being integrated into said top surface of said bottom wall of said ice chest such that said second lens covers said ultraviolet light emitter associated with said lid, said second lens being comprised of a translucent material wherein said second lens is configured to pass ultraviolet light through said second lens; and
a third lens being integrated into said bottom surface of said lid such that said third lens covers said ultraviolet light emitter associated with said lid, said third lens having a perimeter wall being perpendicularly oriented with said bottom surface of said lid and a distal wall being spaced from and lying on a plane oriented parallel to said bottom surface of said lid, said third lens being comprised of a translucent material wherein said third lens is configured to pass ultraviolet light through said third lens, said perimeter wall being spaced inwardly from a perimeter edge of said lid such that said third lens extends into said interior space of said ice chest when said lid is in said closed position.