An extractor hood (1) with a body (2) which is hollow in its interior (at 15), provided with a lateral opening (8) and containing in its cavity (15) a fan (16) which can aspirate from the lateral opening (8) fumes and/or vapors generated by an underlying hob of a kitchen, the body (2) having opposite surfaces (5, 6) with a larger area, connected by walls or surfaces (10, 11, 12, 13) with a smaller area, a first one (5) of the surfaces (5, 6) with the larger area being placed on a vertical wall (2) of said kitchen, the second surface (6) with the larger area containing the aforementioned lateral opening (8), and in front of this opening (8) there being a flat panel (23) placed spaced from this second larger surface. This flat panel (23) is parallel to the second surface (6), including when the hood (1) is in use.

A ventilation unit includes a housing including a plurality of walls defining an interior space. The housing may be mounted to a structure, such as a cabinet, using a plurality of primary mounts. A mount is coupled to the housing to mount the housing to the structure. The mount may be used prior to installation of the primary mounts.

A household appliance includes an interior compartment, a door for closing the interior compartment and a drive facility for assisting with opening the door. The household appliance further includes a pressure sensing facility for detecting or sensing a difference between an interior pressure inside the interior compartment and an ambient pressure outside the interior compartment. The drive facility is configured to apply a driving force to the door as a function of the difference between the pressures.

The present double walled grease duct includes a tubular outer shell surrounding a tubular inner liner, wherein a spacer is positioned perpendicular to the walls of the outer shell and the inner liner. The spacer can include a plurality of vertical metal strips extend from a top edge of the spacer to the bottom edge of the spacer, wherein the top edge of the spacer contacts the walls of the outer shell and wherein the bottom edge of the spacer contacts the walls of the inner liner. The metal strips resist the different rates of thermal expansion between the outer shell and inner liner ultimately preventing the collapse of the inner liner under pressure from thermal expansion.

A fume extractor hood (1) comprises a frame (2) configured to at least partially fit into a receptacle (100) formed in a ceiling (101); at least one lock member (9) located at one side (3a, 3b) of the frame (2), and comprising a deployable portion (10), adapted to be alternated between a deployed configuration in which it holds the frame (2) in the receptacle (100) and a retracted configuration in which it is entirely pulled back inside a perimeter of the frame (2) to allow the frame to be moved into and out of the receptacle (100), the lock member (9) comprises at least one elastic element (11) associated with the deployable portion (10) to bias it from the retracted configuration to the deployed configuration; the lock member (9) comprises a grip element (15) connected to the deployable portion (10) and arranged to be accessible when the frame (2) fits in the receptacle (100), the grip element (15) is able to move along a center axis (V) perpendicular to the sides (3a,3b) of the frame, the grip element is adapted to be actuated to pull the deployable portion (10) back from the deployed configuration to the retracted configuration.

The present disclosure belongs to the field of kitchen equipment, and in particular relates to a cooking device. The cooking device of the present disclosure includes a cabinet and an installation bracket. A cooking chamber is formed in the cabinet, and the installation bracket is detachably connected to the cabinet. A fan assembly is arranged on the installation bracket, and a fume exhaust duct that communicates with the fan assembly is arranged in the installation bracket or in the cabinet. According to the cooking device of the present disclosure, the cabinet and the fan assembly are arranged separately, the fan assembly is arranged on the installation bracket, and a fume exhaust duct that communicates with the fan assembly is arranged inside the installation bracket.

A wind outlet mechanism for a range hood comprises a wind outlet and a decorative cover. The decorative cover has a plurality of wind discharge holes, a flow guide member is disposed inside the decorative cover, and the flow guide member has a cambered flow guide surface opposite to and protruding toward the wind outlet. The flow guide surface can make the air flow discharged from the wind discharge holes on the decorative cover.

A downdraft ventilator includes: at least one housing device for installation into least one cabinet body below at least one countertop; at least one vapor-collecting hood device having at least one intake opening for cooking vapors, and, when installed, the at least one vapor-collecting hood device at least partially extends through at least one opening in a countertop; at least one mounting frame fittable into an opening of the countertop, the at least one mounting frame having at least one opening for the vapor-collecting hood device; and at least one supporting device having at least one supporting element, the at least one supporting device being mounted on the at least one housing device, and the at least one supporting element causing the at least one mounting frame and/or a cooktop device disposed adjacent thereto to be supported at least in some portions.

The present disclosure relates to an exhaust device. The exhaust device according to the concept of the present disclosure includes a base plate, a swirler, a driving motor, and a rotation shaft. The swirler includes a rotating plate in which the rotation shaft is connected to a central portion thereof, and a plurality of blade parts extending from an edge portion of the rotating plate. In this case, the rotating plate may be convexly bent such that the central portion thereof is positioned on the front side than the edge portion.

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.