Abstract: In a method for operating a cooking appliance, a preparation program of the cooking appliance is carried out when preparing an item to be cooked in a cooking chamber of the cooking appliance, while a door of the cooking appliance closes the cooking chamber. The door is automatically opened by a door opening device of the cooking appliance when an end time of the preparation program is reached, and the door is maintained in an open state for a time period determined before opening and/or a time period permanently defined before opening.

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 invention relates to an oven comprising a sealing element (2) that, for sealing an oven door, rests only against a cool area (14) of an oven flange (4) without contacting the hot area (12) of the oven flange.

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: A cooking device door having a viewing window on the side facing the cooking area located in the housing of the cooking device. The viewing window completely covering the cooking area opening and forming a contact surface with a contact flange formed surrounding the cooking area. The viewing window including a recess in at least one area oriented in the direction of the cooking area.

Abstract: The cooking appliance door has an inner door pane made of borosilicate glass and a paint layer applied to a surface on one side of said inner door pane. The paint layer is made by printing high-temperature-resistant non-enamel paint with an organic or inorganic binder on the surface on the inner door pane, preferably by a screen printing technique. In order to prevent the deformation of the printed inner door pane during hardening, the paint layer consists of a plurality of individual paint spots with a predetermined maximal geometric shape. The individual paint spots are arranged in a predetermined pattern with a predetermined paint-free spacing from each other on the inner door pane.

Abstract: The cooking appliance door has a borosilicate glass inner window pane, on which a paint layer and an infrared-reflecting layer are applied. The paint layer is high-temperature-resistant non-enamel paint with an organic or inorganic binder. In order to provide especially good adherence and high scratch resistance for the paint layer, the paint layer is applied directly on one side of the inner window pane and the infrared-reflecting layer is applied on and over this paint layer. A cooking appliance with this cooking appliance door is also part of this invention.

Abstract: The invention relates to an oven comprising a sealing element (2) that, for sealing an oven door, rests only against a cool area (14) of an oven flange (4) without contacting the hot area (12) of the oven flange.