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 domestic appliance includes a front control panel sized to conceal a holding chamber arranged therebehind for a domestic appliance component, and a movement mechanism which includes a motorized drive and configured to move the control panel for opening and closing the holding chamber. The control panel is hereby moved by the motorized drive on a first partial travel path between two end positions of a total travel path, and moved by a user on a second partial travel path between the two end positions of the total travel path.

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 domestic appliance combination comprising at least a first domestic appliance and a second domestic appliance arranged thereabove is disclosed, these being connected to one another for installation into a common built-in housing, with the second domestic appliance being connected to the first domestic appliance by means of a clamp-connection. A method for connecting at least two domestic appliances one above the other is also disclosed, which comprises a step involving fastening the second domestic appliance by means of a clamp-connection.

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 domestic appliance combination comprising at least a first domestic appliance and a second domestic appliance arranged thereabove is disclosed, these being connected to one another for installation into a common built-in housing, with the second domestic appliance being connected to the first domestic appliance by means of a clamp-connection. A method for connecting at least two domestic appliances one above the other is also disclosed, which comprises a step involving fastening the second domestic appliance by means of a clamp-connection.

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: The invention relates to a method and a circuit arrangement for preventing overheating of a cooking appliance. The arrangement includes a power circuit with a heating element and a control circuit with a coupling switch. The control circuit and the power circuit are coupled by the coupling switch. The arrangement further includes a safety switch to the control circuit. The coupling switch interrupts a power supply to the power circuit to the heating element when a limiting temperature in the cooking appliance is exceeded.

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: The invention relates to a circuit arrangement for preventing overheating of a cooking appliance, comprising a power circuit in which at least one heating element (11 to 14) is connected and a control circuit in which at least one coupling switch (21 to 27) is connected, wherein the control circuit and the power circuit are electrically coupled by means of the coupling switch (21 to 27), wherein a safety switch (5) is connected into the control circuit, and said safety switch can be actuated depending on the temperature in the cooking appliance in such a manner when a limiting temperature in the cooking appliance is exceeded, the coupling switch (21 to 27) interrupts a power supply via the power circuit to the heating element (11 to 14). The invention also relates to a method for preventing overheating of a cooking appliance.

Abstract: A door sealing strip for a cooking device containing a cooking compartment having an opening therein, a cooking compartment flange surrounding the cooking compartment opening and having a high temperature area, and a door for closing the cooking compartment opening. The door sealing strip containing a core strip made from a highly heat-resistant fibre material as a sealing element and a sheath made of a plastic material formed from a heat-resistant fibre material as a sealing element. The core strip having contact with the flange high temperature area in the sheath gap.

Abstract: A fabric tube made from highly resistant and thermostable threads has at least one tube end that is inverted inwards, the inverted tube section resting substantially parallel on the inner wall of the fabric tube. Two of such tubes can be connected to each other for forming a jointed tube. A method for producing the jointed tube uses a transition piece for connecting the individual parts to each other.

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.