70results about "Removable panels for stoves" patented technology

A multi-zone, proximate-air oven using air delivered from the shelves provides a compact height through the use of low profile shelves. Intercavity heat leakage is managed by active insulation techniques making use of the oven feedback temperature control and controlled cavity loading.

A convection oven is disclosed. The convection oven comprises a housing having an oven cavity and an oven door for access to the oven cavity, at least one air blower for generating heated air, one or more air channels for directing the heated air from the air blower toward the oven cavity, and one or more removable air plenums, wherein each removable air plenum is connected to one of the one or more air channels, comprises an air intake edge for receiving the heated air from the air channel, defines the top or the bottom of a cooking chamber within the oven cavity, and comprises a plurality of air vents for directing the heated air into the cooking chamber. The convection oven may further comprise a control panel for separately and independently controlling each of the cooking chambers defined by the removable air plenums.

A self-supporting removable box-like liner for use in an electric oven that has a heating element supported in a plane and extending across a cooking chamber from one said side wall to the other. The liner has an open the front, a pair of liner side walls and a back wall, and an elongate aperture extending across the back wall and continuing along each liner side wall toward the front to pass over and receive the heating element such that the liner can be inserted into the chamber for use and completely removed for cleaning, without removal of the heating element from the oven.

Provided is an electric oven, which includes a main body, a cooktop, and an oven part. The cooktop is disposed in an upper portion of the main body to heat an object. The oven part is disposed within the main body under the cooktop, and includes a cavity including a cooking chamber, a door selectively opening and closing the cooking chamber, and a first heating unit and a second heating unit, which supply radiant energy into the cooking chamber. Before the cooktop is installed, or after the cooktop is removed, a top of the main body is opened, and the first heating unit is installed in or removed from the cavity through the opened top of the main body. The second heating unit is installed in or removed from the cooking chamber through an open front of the cooking chamber. Accordingly, a heater can be protected, and be conveniently installed and removed.

A warming oven includes a base, a heating unit, a heat conducting unit, and a reflective shield. The base has an accommodating space. The heating unit is disposed within the accommodating space. The heat conducting unit includes a positioning plate, a top plate spaced apart from the positioning plate, a quartz glass tube inserted into the positioning plate and the top plate, and a plurality of upright connecting rods disposed around the positioning plate and the top plate. The reflective shield is formed with a plurality of vent holes, and includes a bottom cover that covers a top end of the heat conducting unit and that has a vertically curved outer mirror surface for reflecting light from a fire flame produced by the heating unit, thereby providing an illumination effect.

An oven appliance having an oven chamber positioned within a cabinet and a top panel defining one or more vent apertures includes a false back assembly for facilitating the containment of spilled fluids and the cooling of electronic components within the cabinet. The false back assembly includes a false back spaced apart from a range back to define a spill channel. A spill deflector is positioned below the vent apertures and above the spill channel along the vertical direction such that the spill deflector is configured for collecting fluids spilled through the vent apertures and directing the spilled fluids to the spill channel where they may be safely routed around sensitive electronic components.

A universal convection manipulation device for insertion into a conventional oven and a method of use are provided. The universal convection manipulation device includes a substantially rectangular flexible sheet of material including an intermediate body portion. The intermediate body portion includes a first flange arranged along an end of the intermediate body portion and a second flange arranged along an opposite end of the intermediate body portion. The flexible sheet of material is capable of being flexed into an arched shape and sized to be insertable into various sized conventional ovens depending on the amount of flexure of the sheet of material. The first flange and the second flange are shaped so that they are capable of being inserted and held with a tension against a sidewall support structure of a conventional oven when the flexible sheet of material is flexed into the arched shape and released during installation within the conventional oven. The flexible sheet of material lies substantially flat in a relaxed, unflexed condition.

A microwave oven liner 11 is an injection moulding having a roof 12, a floor 14, a back 15 and two sides 16. The moulding is of food grade polypropylene, such that the liner can be washed in a commercial dishwasher. The liner is sized to be a sliding fit in a microwave oven. The roof is shorter 17 at the front than the floor to allow air circulation. Further, the roof is apertured, also for air circulation, with a series of small c. 4 mm bores 18 registering with the roof aperture 8. A lip 19 is provided across the front of the floor to retain split liquid. The external corners 20 are chamfered to clear the silicone seal 9 for instance. The floor has regularly pitched, 2 mm high ridges 21 running front to back. The ridges allow circulation of air beneath a container of food being heated in the oven having the liner.

A multi-zone, proximate-air oven using air delivered from the shelves provides a compact height through the use of low profile shelves. Intercavity heat leakage is managed by active insulation techniques making use of the oven feedback temperature control and controlled cavity loading.

The invention provides a motion sensing gas stove. The motion sensing gas stove comprises a cabinet and a downward concave portion arranged on the top face of the cabinet. Bearing pedestals are mounted on the two sides of one end of the downward concave portion. A turnover plate is arranged between the two bearing pedestals in a pivotal joint manner. The shape of the turnover plate is matched withthat of the downward concave portion. The turnover plate is driven by a drive motor. A lifting table is mounted in the cabinet. At least two gas cooking ranges are mounted on the top face of the lifting table. Passing openings are formed in the positions, corresponding to the two gas cooking ranges, of the bottom face of the downward concave portion. The gas cooking ranges are driven by the lifting table to ascend and descend and enter the cabinet through the passing openings. According to the motion sensing gas stove, the structure is novel, when the gas cooking ranges are needed for cooking, the gas cooking ranges can be hidden, occupied space can be reduced, clearing is convenient, and the space utilization rate can be increased.

The present invention discloses a novel range cover for protection of a user's range surface. The range cover is comprised by the non-obvious combination of independent surface covers and basin covers with optional features such as a backsplash, a surface ridge for liquid retention, range-to-counter-top gap covers, sealing joints for multiple section construction, folding pleats for fit adjustment, range edge protectors, magnetic adherence, adhesive adherence, suction-cup adherence, and visually enhancing graphic designs. The material of construction can be any suitable single material or combination of materials that is heat and flame resistant, and that is preferentially also stain and stick resistant. The benefits of this invention include ease of application, protection to the user's range surface and basin surfaces, increased mess control while using the range, ease of removal and cleaning of the product, increased range durability, and enhanced aesthetic appearance of the user's range and counter-top.

A collapsible camp stove having a cover, a chassis having a fuel burner and a pot support; and the pot support and the chassis and the cover are all pivotally interconnected to one another in a parallelogram structure wherein pivotal opening of the cover relative to the chassis causes the pot support to raise upwardly away from a top surface of the chassis while the pot support continuously remains parallel to the top surface of the chassis.

A cooktop includes a cooking surface and a heating element. A cover for the cooktop includes a top sheet extending between a left side and a right side and between a front side and a back side. A locator opening is defined in the top sheet. A first peripheral flange extends from one of the left side and the front side, and a second peripheral flange extends from one of the right side and the back side. A first plurality of cooling slots is between the top sheet and the first peripheral flange. A second plurality of cooling slots is between the top sheet and the second peripheral flange. The cover is configured to overlie the cooktop such that the locator opening corresponds to the heating element of the cooktop.

This present invention provides a ceramic burner cover for gas stovetops. The ceramic burner cover is a solid ceramic cover that is able to removably rest above and cover a gas burner assembly on a stovetop. The ceramic burner cover has a planar ceramic plate and a support member for supporting the plate above the burner assembly. The support member can be formed as a perforated continuous peripheral flange or as a pair of protruding handles secured to outer peripheral edge of the ceramic plate. The burner cover is sized and shaped to cover one or more burner assemblies, while supporting cooking vessels. A metallic insert is incorporated in the burner cover to reduce weight and to more efficiently distribute heat from the burner assembly to a cooking vessel.

A modular cooking apparatus is disclosed. The modular cooking apparatus includes a housing for containing a first and second interchangeable cooking modules. The first interchangeable cooking module contains a first oven, and the second interchangeable cooking module contains a second oven. A grease shield is located within the first oven. The second oven is different from the first oven. The modular cooking apparatus also includes a control panel for receiving cooking inputs, a controller for controlling the first and second interchangeable cooking modules, and a single power plug for receiving electrical power from a wall outlet.

The invention relates to an electromagnetic oven, in particular to a cantilever type elastic flat-concave dual-purpose electromagnetic oven. A preparation method of the cantilever type elastic flat-concave dual-purpose electromagnetic oven comprises the steps of forming a cantilever type elastic structure by connecting an elastic sliding module with a middle barrel, an inner barrel and an outer barrel, installing the cantilever type elastic structure between an upper shell and a lower shell, realizing the two states of an inner circle panel and an outer ring panel in combination with electromagnetic coil panels installed on the cantilever type elastic structure as well as the up and down vertical sliding of the inner circle panel and the outer ring panel, wherein in one state, when a pan is used, all the panels are positioned in the same horizontal plane, and in the other state, when a round bottom pot is used, the cantilever type elastic structure bears the pressure and drives all the panels to be positioned in different horizontal planes, so that a reversed terraced field-shaped concave surface is formed and clings to the bottom of the pot. Therefore, after the cantilever type elastic flat-concave dual-purpose electromagnetic oven is used, the pan and the round bottom pot can be used on the same stove at the same time; a temperature sensing device is closely jointed with the bottom of the pan or the pot, so that the accurate temperature is sensed, and the power consumption and failure rate of the electromagnetic oven are effectively reduced. The cantilever type elastic flat-concave dual-purpose electromagnetic oven has the characteristics of being simple in structure, reasonable in design, energy-saving and environmental protection, and meets the different using habits of Chinese people for cookware.

The invention discloses an installation method of a cooker panel of an integrated stove. The installation method comprises following steps: a, preparation before installation; b, installation of a panel bottom casing; c, installation of a lifting adjusting assembly; d, installation of the cooker panel; e, installation of a wok stand and a burner cap; f, ignition testing. The cleaning operation forinside of the cooker panel is simple, the need for the dismounting and installation of the cooker panel due to cleaning is avoided, and the service life of a cooker in the integrated stove is greatlyprolonged.