A domestic oven is provided having a hinged door with a handle. The hinged door includes at least one external glass panel coupled to one or more vertical bars defining a structure of the hinged door and an elongated element is coupled to an upper edge of the at least one external glass panel. The elongated element is positioned between the structure and the handle with at least one external glass panel interposed therein.

A household cooking appliance includes a cooking chamber and a door for closing the cooking chamber. The door includes a first pane, a second pane arranged at a spacing from the first pane, a first door profile, a second door profile arranged at a spacing from the first door profile, and a sealing device arranged between the first pane and the second pane and fastened to the first door profile and the second door profile.

Disclosed is a hot air cooking appliance comprising a base seat provided with a receiving chamber, the base seat is provided with a heating device and an air supply device capable of supplying and circulating hot air in the receiving chamber, the hot air cooking appliance is provided with an air exhaust port disposed distally from the air supply device, and during the process of cooking by the hot air cooking appliance, the water vapor generated in the receiving chamber is discharged into the atmosphere through the air exhaust port. The hot air cooking appliance of the present application is structurally simple and capable of reducing heat loss, noise, oily fume emissions, and indoor air pollution, as well as ensuring adequate amount of water vapor is generated to accomplish cooking.

An oven appliance and flame arrester therefore are provided herein. The flame arrester may include a first member and a second member. The first member may extend in a lateral direction along a portion of the opening. The first member may define a chamber aperture extending along an arrest axis in fluid communication with the cooking chamber. The second member may extend from the first member and away from the cooking chamber. The second member may define an intake aperture extending non-parallel to the arrest axis. A fluid passage may be defined between the first member and the second member in fluid communication between the intake aperture and the chamber aperture.

A temperature-controlled container for preparation or storage of food products comprising: a temperature-controlled cavity for storing or preparing food products, a thermally insulated door configured to seal the temperature-controlled cavity in a closed configuration, and a UV light source mounted to the temperature-controlled container outside the temperature-controlled cavity and insulated from the temperature-controlled cavity by the thermally insulated door when in the closed configuration, wherein the UV light source is arranged to emit a UV light beam into the temperature-controlled cavity when the thermally insulated door is an open configuration. There is also provided an aircraft galley comprising one or more of said temperature-controlled containers.

A gasket may include a tubular section which has a protection layer and a mesh layer. The protection layer may form a first tube, and the mesh layer may form a second tube, which may be enclosed in the first tube. The mesh layer may be formed by a metal wire in a spiral fashion extending along an axial direction of the second tube. The mesh layer may provide an elastic support to the protection layer when the protection layer tube is pressed by an external force.

Techniques are provided for constructing an appliance door having a metal-to-metal-to-glass bond. In one or more implementations a glass panel is mounted to a door skin of a door panel, the door skin having multiple slots. Adhesive is applied to the side of the door skin opposite the glass panel along a path created by the multiple slots. Afterwards, a metal frame is placed on the adhesive creating a metal-to-metal-to-glass bond with increased structural strength and a reduced gap between the glass and metal of the door panel.

The present invention relates to a arrangement of at least two glass panels (12, 14, 16) for a heat insulated oven door (10) of a cooking oven. The arrangement of the glass panels (12, 14, 16) is provided as or for a window of the oven door (10). The large-area sides of said glass panels (12, 14, 16) are arranged in parallel. Two neighbored glass panels (12, 14, 16) are arranged with a predetermined distance from each other, so that an intermediate space (24, 24, 24) is formed between said neighbored glass panels (12, 14, 16).

A deflecting element is arranged in an oven door and aligned adjacent the ventilation openings to inhibit accidental spills through the openings from fouling interior door components. The deflecting element can have a plurality of tiered blades with associated respective channels for guiding and accumulating spills. One or several of the blades can have an angled deflector portion for guiding overflow liquid to a subjacent blade, away from interior glass panels. When the oven door is rotated into an upright position, closed position, liquid accumulated in the respective channels is conducted to the lateral edges of the door, where it can be guided via ducts out the base of the door or otherwise collected in removable reservoirs.

A gasket may include a tubular section which has a protection layer and a mesh layer. The protection layer may form a first tube, and the mesh layer may form a second tube, which may be enclosed in the first tube. The mesh layer may be formed by a metal wire in a spiral fashion extending along an axial direction of the second tube. The mesh layer may provide an elastic support to the protection layer when the protection layer tube is pressed by an external force.