Door locking mechanism and housing assembly for air fry microwave

A device, comprising:

• a base plate including at least one sidewall extending upward from the base plate;
• a corner portion formed from the sidewall and the base plate including a curved outer surface configured to prevent arc discharge on the sidewall or base plate;
• and
• a plurality of oblong-shaped apertures positioned within the base plate, wherein the oblong apertures are configured to prevent arc discharge from occurring on the base plate.

A device, comprising:

• a housing including an internal volume configured to receive a food product and an opening to allow fluid access to the internal volume;
• an air movement device positioned above the internal volume and configured to generate an airflow;
• a baffle having a first end and a second end extending partially along the opening and positioned inward from the opening towards the internal volume;
• a channel extending outward from the opening;
• a wall positioned within the channel to separate the channel into an inlet portion and an outlet portion, wherein the wall connects to the second end of the baffle;
• wherein, a low pressure zone is formed at the first end of the baffle as the airflow is generated within the internal volume, drawing in external air from outside of the housing into the internal volume.

A device, comprising:

• a housing forming a cooking chamber therein, the cooking chamber comprising an inner wall having a rail thereon, wherein a first indent is positioned on the rail at a first position along an insertion axis, and a second indent is positioned on the rail at a second position along the insertion axis;
• a microwave source positioned outside of the cooking chamber, and configured to emit microwaves;
• an air movement configured to generate an airflow;
• a heating element configured to heat the airflow to create a heated airflow within the cooking chamber;
• and
• a container selectively removable from the cooking chamber along the insertion axis, the container comprising a top opening and a projection extending outward from the top opening, wherein a dedent is positioned on the projection,
• wherein the first indent and the second indent correspond to the dedent such that the dedent is partially received by the first indent when the container is fully positioned within the cooking chamber, and the dedent is partially received by the second indent when the container is partially removed from the cooking chamber.