36results about "Removable panels for stoves" patented technology

An environment localizing barrier, such as a heat retaining barrier, is provided having a flexible elongate, a magnet, and one of a magnet and a magnetizable component. The flexible elongate panel has a pair of opposed ends and comprising a thermally insulative layer and an exposed radiant layer affixed to an inner surface of the thermally insulative layer. The magnet is provided proximate one end of the panel at an elevational location. The one of a magnet and a magnetizable component is provided proximate another end of the panel at the elevational location and is configured to mate in magnetic attraction with one another to affix opposed ends of one or more adjacent panels together into a thermal barrier. A method is also provided.

A grill-cooking apparatus including a burner causing hydrogen gas to combust, and a food mounting part provided above the burner, the grill-cooking apparatus being capable of grill-cooking both in the state where moistness of the surface is given and in the state where crispness of the surface is given, with good cookability. In the grill-cooking apparatus, an introduction-position variable device is provided, which changes an introduction position of secondary air supplied to the burner. In a case where a case is provided that surrounds a portion of the burner, which is located below the food mounting part, and extends downward, the closure-changing plate is configured to be capable of closing the lower-end opening of the case.

An oven is provided including a cooking cavity having side walls each including a protruding divider rail extending horizontally along the side wall and a divider rail emboss disposed above the protruding divider rail; and a divider assembly to divide the cooking cavity into cooking subcavities. The divider assembly includes: a panel having a bottom surface, and first and second side edges, the first and second side edges each having a recess; movable closures positioned within the recesses; a plurality of springs positioned within the recesses for biasing the movable closures out from the recesses while allowing the movable closures to slide inward inside the recesses, wherein the movable closures are configured to extend into the respective divider rail embosses when the bottom surface of the panel rests on the protruding divider rails so as to lock the divider assembly in place while increasing airtightness and reducing heat migration.

The present invention relates to an oven (1) comprising a body (3); a cooking chamber (2) which is disposed in the body (3) and wherein the cooking process is performed; a fan protection plate (4) which forms the rear wall of the cooking chamber (2); a separator (5) which divides the cooking chamber (2) into an upper compartment (6) and a lower compartment (7); a first fan (10) which is disposed at the level of the upper compartment (6) between the fan protection plate (4) and the body (3); at least one first air hole (12) which is provided on the fan protection plate (4) at the level of the first fan (10); a second fan (11) which is disposed at the level of the lower compartment (7) between the fan protection plate (4) and the body (3); at least one second air hole (13) which is provided on the fan protection plate (4) at the level of the second fan (11); and a wall (8) which extends between the fan protection plate (4) and the body (3), along the fan protection plate (4), and which separates the first fan (10) and the second fan (11) in an airtight manner.

The present invention relates to an injection moulding system for forming an oven liner (20), particularly of the type that is used with microwave ovens. Oven liners are of particular benefit when used inside microwave ovens. They improve hygiene as where food spills or spurts onto the oven liner rather than an interior of the microwave oven. An injection moulding system for forming an oven liner includes: a first mould tool (12) which defines a cavity of length (L), width (W) and height (H), the first mould tool has a substantially rectangular end face with dimensions corresponding to width (W) and height (H) of the cavity and has a hot feed (22) located at a centroid of its end face; and a wedge collapsing tool (30) is received in the cavity so as to contact and engage with an external periphery of the first mould tool at selected locations in order to define a volume into which hot material feed is injected, characterised in that the wedge collapsing tool comprises at least a first part (32) and a second part (34), whereby the first and second parts are in slidable contact one with another and the width (W1) of the first part of the wedge collapsing tool is at least 0.1mm less than and the width (W2) of the second part of the wedge collapsing tool so that a split line (33) is formed on at least one side of an interior surface of the oven liner.

A cooking appliance includes a housing having a primary internal cavity and two doors for closing an opening of the primary internal cavity. Each door has a hinged outer edge at which the corresponding door pivots relative to the housing. The appliance also has a door synchronizing mechanism for linking the two doors, thereby synchronizing the opening or closing of the two doors when the door synchronizing mechanism is engaged, and a removable divider for dividing the primary internal cavity into a first divided internal cavity and a second divided internal cavity. In a first configuration, the removable divider is present and the door synchronizing mechanism is disengaged such that the two doors open and close independently, and in a second configuration, the removable divider is removed and the door synchronizing mechanism is engaged.

The invention relates to a built-in system (2) with a built-in oven (4) for installation in a built-in niche (6) of a piece of furniture (8) and with at least one fastening device for mechanically fastening the built-in oven (4) to the furniture (8), wherein the built-in oven (4) has a front frame (16) and at least one first fastening part of the fastening device attached to the front frame (16) for fastening the built-in oven (4) to the furniture (8), and wherein the first fastening part of the fastening device interacts with a second fastening part of the fastening device such that, in an installed state of the built-in system (2), the built-in oven (4) is arranged in the built-in niche (6) and is fastened to the furniture (8) by means of the fastening device, characterized in that the fastening device is designed as a snap-fit ​​device (18).wherein, when the built-in oven (4) is moved in an assembly direction to transfer the installation system (2) into its installed state, a first locking element (20) engages with a second locking element of the locking device (18) in such a way that the built-in oven (4) is held on the furniture (8) along the assembly direction in the installed state of the installation system (2).

The invention relates to a cooking appliance (1) comprising a housing (2), a muffle (3) which is arranged in the housing (1) and which delimits, by means of walls (5, 6, 7, 8, 9), a cooking chamber (4) of the cooking appliance (1), and a hot air system (12) that has a front wall (13) located in the cooking chamber (4) such that a reception space (14) for components (15, 16) of the hot air system (12) is formed between a rear wall (7) of the muffle (3) and said front wall (13); the front wall (13) has air passage holes (17, 20) through which hot air can be conducted from the reception space (14) into the cooking chamber (4). The cooking appliance (1) also comprises a plate-type cooking chamber divider (21) which can be removed from the cooking chamber (4) and which, in its end position in the cooking chamber (4), separates the cooking chamber (4) into a first cooking chamber region (4a) and a second cooking chamber region (4b); in its end position, said cooking chamber divider (21) overlaps the front wall (13) when viewed in the depth direction (z) of the cooking appliance (1), and / or in its end position, the cooking chamber distributor (21) overlaps the front wall (13) when viewed in the vertical direction (y) of the cooking appliance (1); on the side (22) of the cooking chamber divider (21) facing the front wall (13), in a peripheral region (23) of the cooking chamber divider (21) adjoining the front wall (13), an uneven flow conducting structure (24) is formed, by which the hot air (L) that enters the cooking chamber (4) through air passage holes (17, 20) and flows against the cooking chamber divider (21) can be deflected into the cooking chamber region (4a) to be supplied with the hot air (L).

The invention relates to a cooking chamber insert (6) for detachable mounting into a cooking chamber (4) of a cooking appliance (1), wherein the cooking chamber insert (6) is plate-shaped configured and has a base plate (7) and a heating element (8) arranged at an underside (9) of the base plate (7), wherein the heating element (8) is arranged at least partially exposed towards below on a side facing away from the underside (9) of the base plate (7), wherein a limiting strip (10) is configured at the underside (9), which at least partially encloses the heating element (8) on a peripheral side and which is arranged overlapping the heating element (8) along a height direction (y) of the cooking chamber insert (6) such that a lateral touch protection for the heating element (8) is formed in a horizontal view, wherein the limiting strip (10) is at least section-wise inwardly offset compared to a peripheral edge (15) of the base plate (7) such that a gripping area for carrying the cooking chamber insert (6) is formed by an area between the peripheral edge (15) and an outer side (10a) of the limiting strip (10).

A cooking appliance includes a housing having a primary internal cavity and two doors for closing an opening of the primary internal cavity. Each door has a hinged outer edge at which the corresponding door pivots relative to the housing. The appliance also has a door synchronizing mechanism for linking the two doors, thereby synchronizing the opening or closing of the two doors when the door synchronizing mechanism is engaged, and a removable divider for dividing the primary internal cavity into a first divided internal cavity and a second divided internal cavity. In a first configuration, the removable divider is present and the door synchronizing mechanism is disengaged such that the two doors open and close independently, and in a second configuration, the removable divider is removed and the door synchronizing mechanism is engaged.

The invention relates to a lid (8) to be placed on a cooking chamber (7), which is open at the top, of a domestic cooking appliance (1, 2), wherein the lid (8) has a plate pack (12, 15) comprising an outer plate (12) and an inner plate (15), which is spatially separated from the outer plate when viewed horizontally; at least one fastening element (13) is adhesively bonded to an underside of the outer plate (12); and a peripheral frame (14), which is composed of a plurality of frame sections (14A - 14D) and which bears the inner plate (15), is fastened to the at least one fastening element (13). The invention additionally relates to a domestic cooking appliance (1, 2) having a cooking drawer (2), in particular a steam treatment drawer (2), which has a cooking chamber (7) with a loading opening (6) at the top and with a lid (8) according to one of the preceding claims for closing the loading opening (6). The invention also relates to a method for fitting a lid to a domestic cooking appliance (1, 2).

Examples are disclosed that relate to cooking systems with internal ventilation systems. One example provides a cooking system comprising a ventilation duct. The ventilation duct comprises an inlet aperture configured to receive cooking exhaust. An ozone generator is configured to dispense ozone gas into the ventilation duct. The cooking system further comprises a fan disposed within the ventilation duct, the fan being configured to pull the cooking exhaust and the ozone through the inlet aperture and the ventilation duct. The cooking system further comprises a particulate removal system positioned within the ventilation duct between the inlet aperture and the fan. One or more cold catalysts are positioned downstream of the particulate removal system. The one or more cold catalysts are configured to catalytically decompose at least some residual ozone.

A cooking appliance (10) includes a body (12) that defines a cooking cavity (14), a first electrical connection feature (16) coupled to the body (12), an auxiliary heating element (18), and a second electrical connection feature (20) coupled to the auxiliary heating element (18). The auxiliary heating element (18) is operable between a use position and a removed position. In the use position, the auxiliary heating element (18) is positioned within the cooking cavity (14). In the removed position, the auxiliary heating element (18) is positioned outside of the cooking cavity (14). The second electrical connection feature (20) is operable to move relative to the auxiliary heating element (18) between engaged and disengaged positions. Contact between the first electrical connection feature (16) and the second electrical connection feature (20) as the auxiliary heating element (18) enters the use position causes the second electrical connection feature (20) to enter the engaged position.

An appliance includes a cabinet with a rear panel. The rear panel defines a recessed portion with an offset surface and an aperture defined on the offset surface. A power connector is disposed in the aperture. The power connector includes a cable engagement section configured to engage a power cable and a source engagement section opposing the cable engagement section. The source engagement section extends through the rear panel to engage a power receiver within the cabinet. A mounting flange is disposed between the cable engagement section and the source engagement section and operably couples to the offset surface. A cover is coupled to the rear panel over the recessed portion. The cover includes an outer rim and a body protruding outward from the outer rim. An opening is defined between a bottom section of the body and the rear panel through which the power cable is configured to extend.

An oven appliance includes a cabinet and a cooking chamber within the cabinet for receipt of food items for cooking. The cooking chamber is delineated by a plurality of walls including a bottom wall, a left side wall, a right side wall, and a back wall. A plurality of sliding rails extend in pairs from each of the left side wall and the right side wall. A heating chamber is defined below the cooking chamber. A heating element is positioned within the heating chamber. A plurality of air deflectors are positioned within the cooking chamber. The plurality of air deflectors are one of permanently or removably mountable on the back wall of the cooking chamber.

One embodiment relates to a temperature-regulating appliance comprising. The temperature-regulating appliance includes a base and a mounting adapter. The base includes a housing defining an internal compartment and a thermal element disposed within the internal compartment of the housing. The mounting adapter extends along opposing edges of the housing and is coupled directly to a bottom of the housing. The mounting adapter is configured to facilitate detachably coupling the base to a cooktop.

A cooking appliance includes a housing having an internal compartment, a divider positionable within the internal compartment for dividing the internal compartment into a first oven cavity and a second oven cavity, a first heating element configured to heat the first oven cavity, and a second element configured to heat the second oven cavity. The divider is at least one of retractable and / or removable.

The invention relates to a cooking appliance device (1) having a first cooking chamber (4) and having at least one second cooking chamber (5) which is different from the first cooking chamber, and having an illumination device (10) for illuminating the cooking chambers (4, 5), wherein the cooking appliance device (1) has an operating device (11, 11') for adjusting operating conditions of the cooking appliance device (1), wherein the operating device (11, 11') is set up to adjust operating conditions not only for the first cooking chamber (4) but also for the second cooking chamber (5), wherein depending on which of the cooking chambers (4, 5) operating conditions are adjusted or should be adjusted in real time with the operating device (11, 11'), this cooking chamber (4, 5) is illuminated with the illumination device (10) in a specific, identifying illumination scenario. The invention also relates to a method.

An oven (10) is provided including a cooking cavity (20) having side walls (30a,30b) each including a protruding divider rail (32a,32b) extending horizontally along the side wall and a divider rail emboss (34a,34b) disposed above the protruding divider rail (32a,32b); and a divider assembly (40) to divide the cooking cavity (20) into cooking subcavities (22,24). The divider assembly (40) includes: a panel (42) having a bottom surface (44), and first and second side edges (47a,47b), the first and second side edges (47a,47b) each having a recess (48a,48b); movable closures (50a,50b) positioned within the recesses (48a,48b); a plurality of springs (52a,52b) positioned within the recesses (48a,48b) for biasing the movable closures (50a,50b) out from the recesses (48a,48b) while allowing the movable closures (50a,50b) to slide inward inside the recesses (48a,48b), wherein the movable closures (50a,50b) are configured to extend into the respective divider rail embosses (34a,34b) when the bottom surface (44) of the panel (42) rests on the protruding divider rails (32a,32b) so as to lock the divider assembly (40) in place while increasing airtightness and reducing heat migration.

To provide a grilling device that comprises a burner 4 for burning hydrogen gas and a food placement part 2 provided above the burner, can grill food on the food placement part in both a state of imparting moist feeling on a surface and a state of imparting crisp feeling on the surface.SOLUTION: A grilling device is provided with introduction position changing means 6 that changes an introduction position of secondary air supplied to a burner. When a housing 13 is provided that extends downward and surrounds a portion of the burner located below a food placement part, the introduction position changing means is composed of a blockage change plate that is attached to a lower end opening 13b of the housing so as to be able to change a blockage area of the lower end opening.SELECTED DRAWING: Figure 1

A cooking appliance includes a housing having an internal compartment, a divider positionable within the internal compartment for dividing the internal compartment into a first oven cavity and a second oven cavity, a first heating element configured to heat the first oven cavity, and a second element configured to heat the second oven cavity. The divider is at least one of retractable and / or removable.

Disclosed is a multi-chamber oven, including a box body, a baffle assembly, a heating assembly, a hot air circulation system and an overturn assembly. The box body includes an outer shell and an inner shell. The inner shell is formed with an inner cavity. The baffle assembly is movably mounted in the inner cavity to divide the inner cavity into a first cavity and a second cavity. The heating assembly is provided on cavity walls of the first cavity and the second cavity, to bake food material placed in the first cavity and the second cavity. The hot air circulation system is communicated with the first cavity and the second cavity, to bake food material placed in the first cavity and the second cavity. The overturn assembly is movably provided on a side wall of the inner cavity to drive the food material in the inner cavity to turn over.

A cooking appliance includes a muffle to define a cooking chamber in which a hot air system is arranged to form a receiving space the hot air system between a muffle rear wall and a front wall of the hot air system. Hot air flows from the receiving space into the cooking chamber through air passage openings in the front wall. A cooking chamber divider separates the cooking chamber into first and second cooking chamber regions in an end position in which the cooking chamber divider overlaps with the front wall, when viewed in a depth direction of the cooking appliance and / or in a height direction of the cooking appliance. The cooking chamber divider has a front-wall-facing side with an edge region adjacent to the front wall and formed with an uneven flow conducting structure to deflect hot air through the air passage openings into the first cooking chamber region.

A built-in system includes a built-in cooking appliance buildable into an installation niche of a furniture unit, the built-in cooking appliance having: a housing, a cooking chamber disposed in the housing and closable by a cooking chamber door of the built-in cooking appliance, a front frame formed on the housing or connected to the housing, and at least one first fixing element attached to the front frame; and at least one fixing device for mechanically fixing the built-in cooking appliance to the furniture unit. The at least one first fixing element forms part of the at least one fixing device for fixing the built-in cooking appliance to the furniture unit. The at least one first fixing element of the at least one fixing device cooperates with a second fixing element of the at least one fixing device.

A cooking appliance includes a housing having an internal compartment, a divider positionable within the internal compartment for dividing the internal compartment into a first oven cavity and a second oven cavity, a first heating element configured to heat the first oven cavity, and a second element configured to heat the second oven cavity. The divider is at least one of retractable and / or removable.