Oven air curtain

1. An oven galley assembly comprising:

an oven comprising

an interior electronics cavity defined within electronics cavity walls;

an air inlet for receiving ambient air from an ambient space outside the interior electronics cavity into the interior electronics cavity;

an exhaust outlet for exhausting steam laden air from an interior cooking space;

a galley wall separated from a first side of the oven to form an outlet passage between the exhaust outlet and an outlet defined between the interior electronics cavity and the galley wall for returning steam laden air to the ambient space, wherein an air curtain outlet is positioned to separate flow going into the air inlet from flow from the outlet defined between the interior electronics cavity and the galley wall, wherein the air curtain outlet physically separates the air inlet from the outlet defined between the interior electronics cavity and the galley wall.

2. The oven galley assembly as recited in claim 1 , wherein an air plenum is defined outside of the interior cooking space, wherein the air inlet is defined in a first portion of an exterior interface of the air plenum, and wherein the air curtain outlet is defined in a second portion of the exterior interface.

3. The oven galley assembly as recited in claim 2 , further comprising a flow separator wall extending from the exterior interface inward into the air plenum for separating flow out of the air curtain outlet from flow entering the air inlet.

4. The oven galley assembly as recited in claim 3 , further comprising:

a fan in fluid communication with the air plenum for driving air from the air inlet into the interior electronics cavity.

5. The oven galley assembly as recited in claim 4 , wherein the fan is a first fan and further comprising a second fan positioned between the flow separator wall and an exterior wall of the oven, the second fan being configured to direct a flow of air from the air plenum and out of the air curtain outlet.

6. The oven galley assembly as recited in claim 5 , wherein the interior electronics cavity is a human machine interface case on a wall external of the interior cooking space.

7. A method comprising:

drawing air from an ambient space into an electronics cavity of an oven, wherein the interior electronics cavity is defined within electronics cavity walls; wherein ambient air is received from the ambient space outside the interior electronics cavity into the interior electronics cavity;

exhausting steam laden air from an interior cooking space into the ambient space via an outlet passage formed between a galley wall and a first side of the oven; and

inhibiting entrainment of the steam laden air into the electronics cavity using a flow of air separating flow of air drawn from the ambient space from the steam laden air exhausted from the cooking space, wherein flow velocity of the flow of air separating flow of air drawn from the ambient space from the steam laden air exhausted from the cooking space is higher than that of air drawn in from the ambient space, and wherein flow volume of the flow separating flow of air drawn from the ambient space from the steam laden air exhausted from the cooking space is lower than that of air drawn in from the ambient space.

8. The oven galley assembly as recited in claim 1 , wherein an air plenum is defined outside of the interior cooking space within the electronics cavity.

9. The oven galley assembly as recited in claim 5 , wherein the second fan and the flow separator wall are configured to generate a flow out of the air curtain outlet that is higher in velocity than flow through the air inlet.

10. The oven galley assembly as recited in claim 5 , wherein the second fan and the flow separator wall are configured to generate a flow out of the air curtain outlet that is lower in mass flow rate than flow through the air inlet.