Abstract: In a method for starting up a household appliance, the household appliance checks whether a start-up operating sequence predetermined for a start-up of the household appliance has been carried out. Operation of the household appliance remains disabled in a predetermined operating setting, when the start-up operating sequence predetermined for a start-up of the household appliance has not been carried out, whereas, when the start-up operating sequence predetermined for a start-up of the household appliance has been carried out, operation of the household appliance in the predetermined operating setting is enabled.

Abstract: A ventilation panel for a ventilation system of an oven with an air inlet aperture has a first subsidiary air inlet aperture and a second subsidiary air inlet aperture, which are separated from each other by a dividing wall at least partially in the air entry area.

Abstract: A multiple oven, especially a double oven, with at least one lower oven and an upper oven arranged above it, features an upper fan for sucking in air over a surface of the upper oven, which features an upper vapor outlet, and also a lower fan for sucking in air over a surface of the lower oven, which features a lower vapor outlet. The multiple oven further features at least one vapor suction duct which is present for directing vapor exiting from the vapor outlet to one of the associated fans.

Abstract: A multiple oven, especially a double oven, with at least one lower oven and an upper oven arranged above it, features an upper fan for sucking in air over a surface of the upper oven, which features an upper vapor outlet, and also a lower fan for sucking in air over a surface of the lower oven, which features a lower vapor outlet. The multiple oven further features at least one vapor suction duct which is present for directing vapor exiting from the vapor outlet to one of the associated fans.

Abstract: A device with an equipment door (10), an actuator unit (12) and a bolting device element (14) for bolting the equipment door (10), particularly when performing a pyrolysis function, wherein the actuator unit (12) is provided for bringing the bolting device element (14) into engagement with a corresponding bolting device element (15) of the equipment door (10) for locking the equipment door (10) when the equipment door (10) is closed. The bolting device element (14) may be rotatable about a rotating axis (16) running at least essentially perpendicularly to a door plane of the equipment door (10) when the equipment door (10) is closed.

Abstract: The holding device (2) is formed from brackets (3) which can be inserted into the item to be cooked (1) and from a handle (8) in each instance. According to the invention, the at least one bracket (3) comprises a handle (8) which protrudes radially on all sides in one piece across the bracket. The handles (8) have a polygonal peripheral edge (8) which protrudes across the bracket (3).

Abstract: A device with an equipment door (10), an actuator unit (12) and a bolting device element (14) for bolting the equipment door (10), particularly when performing a pyrolysis function, wherein the actuator unit (12) is provided for bringing the bolting device element (14) into engagement with a corresponding bolting device element (15) of the equipment door (10) for locking the equipment door (10) when the equipment door (10) is closed. The bolting device element (14) may be rotatable about a rotating axis (16) running at least essentially perpendicularly to a door plane of the equipment door (10) when the equipment door (10) is closed.