Abstract: The present disclosure relates to an apparatus for cooking food comprising: an oven having a cavity and a door associated to a front surface of the cavity and configured to selectively provide access to the inside of the cavity; a hob defining an upper surface of the cooking apparatus comprising at least one heating element; at least one inlet opening provided in said upper surface; at least one outlet opening; a downdraft hood having at least one suction unit configured to suck cooking fumes through said at least one inlet opening and to eject them through said outlet opening; a duct system comprising a first path of cooking fumes such that the sucked fumes flow between the inlet opening and the outlet opening; a filter arranged in the first path of cooking fumes upstream of the suction unit to filter the sucked cooking fumes.

Abstract: The present disclosure concerns an appliance for cooking dishes comprising: an oven having a cavity and a door associated with a front surface of the cavity and configured to selectively provide access inside the cavity; a cooking hob defining an upper surface of the appliance; at least one inlet opening provided in said upper surface; at least one outlet opening; a downdraft hood having at least one suction assembly configured to suck the cooking fumes through said at least one inlet opening and to expel them through said outlet opening; a conduit system comprising a cooking fumes path for the sucked fumes to flow between the inlet opening and the outlet opening; a filter arranged in the first cooking fumes path upstream of the suction assembly to filter the sucked cooking fumes; and a liquid collection tray arranged downstream of said filter and upstream of said suction assembly.

Abstract: The present disclosure relates to an appliance for cooking dishes comprising: an oven having a cavity and a door associated with a front surface of the cavity and configured to selectively provide access inside the cavity; a cooking hob defining an upper surface of the appliance; at least one inlet opening provided in said upper surface; at least one outlet opening; a downdraft hood having at least one suction assembly configured to suck the cooking fumes through said at least one inlet opening and to expel them through said outlet opening; a conduit system comprising a cooking fumes path for the sucked fumes to flow between the inlet opening and the outlet opening; A feature of the appliance is that of comprising a chamber associated with the cooking fumes suction path, a tank adapted to contain water and being removably arranged in said chamber, said tank being in fluid communication with said boiler, said tank being accessible when said door allows access inside the cavity of the oven.

Abstract: The present disclosure concerns an appliance for cooking dishes comprising: an oven having a cooking compartment and a door adapted to selectively allow access to the cooking compartment, said door having a cooling cavity that can be crossed by a cooling air flow; a hob, arranged above the oven, having at least one suction opening for the cooking fumes; a downdraft hood comprising a suction unit, a first suction duct and an outlet duct, wherein said first suction duct is configured to fluid-dynamically connect the suction unit with the suction opening of the hob and the suction unit sucks through the first suction duct and expels through said outlet duct. Said appliance is characterized in that it comprises a second suction duct configured to fluid-dynamically connect the suction unit of the downdraft hood with the cooling cavity, the cooling air flow is sucked through the cavity and expelled through the outlet duct of the downdraft hood.

Abstract: The present disclosure relates to a household appliance for cooking food comprising a frame defining a cooking compartment that can be controlled in temperature and has an access opening; a door connected hingedly to the frame and switchable between a cooking position in which it is positioned to close the opening of the cooking compartment, an access position in which it leaves the opening of the cooking compartment free so as to allow the introduction and extraction of food from the cooking compartment, and a ajar position, intermediate between the cooking position and the access position, in which the door is at least partially spaced apart from the opening of the cooking compartment; opening members configured to act on the door to switch it between the cooking position and the ajar position.

Abstract: A kit for the installation of a first and a second recessed appliance comprises a front panel having a front surface and connectable with a connecting edge of the first appliance, the front panel being configured to be fixed to a piece of furniture; a fixing portion connected to the front panel and configured to be fixed to the furniture and/or to the first and/or to the second appliance, the front surface is placed in continuity with the upper outer surface of the first appliance when the front panel is fixed to the furniture.

Abstract: The present disclosure concerns an household appliance comprising a glass plate with polygonal shape having a first thickness and an opening, said opening being bounded perimetrically by at least one side of said glass plate;—a command and control interface configured to generate light signals;—an interposition element that can be interposed between the glass plate and the control and command interface, said interposition element being configured to connect the control and command interface to the glass plate along the at least one side of the opening—said glass plate extends predominantly on a plane along a thickness direction, orthogonal to said plane, between a rest surface, adapted to be associated with receptacles for cooking food, and a bottom surface, opposite to the rest surface—wherein the interposition element is configured to bind the command and control interface to the glass plate to said plane of the glass plate.

Abstract: The present disclosure relates to an apparatus for cooking food comprising: an oven having a cavity and a door associated to a front surface of the cavity and configured to selectively provide access to the inside of the cavity; a hob defining an upper surface of the cooking apparatus comprising at least one heating element; at least one inlet opening provided in said upper surface; at least one outlet opening; a downdraft hood having at least one suction unit configured to suck cooking fumes through said at least one inlet opening and to eject them through said outlet opening; a duct system comprising a first path of cooking fumes such that the sucked fumes flow between the inlet opening and the outlet opening; a filter arranged in the first path of cooking fumes upstream of the suction unit to filter the sucked cooking fumes.

Abstract: An assembly for mounting a kitchen extractor hood to a wall can include the kitchen extractor hood and a mounting system. The kitchen extractor hood can include: an extraction motor unit; filter devices; a channel to eject the extracted air; and a casing. The mounting system can include: a first frame secured to the wall, wherein the first frame is configured to support the extraction motor unit, wherein the first frame includes right-angled elements whose longer vertical sides are configured to be fixed to the wall by expansion means. The right-angled elements can include protruding overhanging shorter sides that form a bracket configured to support the extraction motor unit. The mounting system can further include: a second frame fixed to the first frame, wherein the second frame is configured to receive and hold the casing based on a position of the extraction motor unit on the bracket.

Abstract: The invention relates to a system for mounting a kitchen extractor hood to a vertical wall (1) of a kitchen between a pair of hanging cabinets (2, 3) of the kitchen furniture, which have a given depth (H) relative to the surface (1) of the wall, such system comprising: a hood comprising filter devices (5) for filtering the extracted air, an extraction motor unit (8), a channel for ejecting the extracted air and a casing having an inverted T-shape, wherein the casing comprises a horizontal bar (4) configured to contain the filter devices (5) for filtering the extracted air and a vertical stem (7) configured to contain the extractor motor unit (8) and the channel for ejecting the extracted air; a first frame (9), adapted to be secured to the vertical wall (1) of the kitchen, between the pair of hanging cabinets (2, 3), such first frame (9) having means for supporting the extraction motor unit (8) of the hood and means (18) for adjusting the position of the extraction motor unit (8) relative to the wall (1), bas