A cooking appliance includes a heating cavity with a heat source. A cavity connector is disposed within the heating cavity and a rack is slidably coupled with a sliding structure disposed within the heating cavity. A powered accessory has a connecting plug and is engageable with the rack. The connecting plug is configured to be in selective communication with the cavity connector. A first locating assembly is configured to locate and engage the powered accessory with the rack and is coupled to the powered accessory. A second locating assembly is disposed between the sliding structure and a pair of opposing sidewalk of the heating cavity.

A grilling apparatus for use in a cooking chamber of an oven, wherein the apparatus comprises: a panini press which comprises: an upper grill comprising a pair of oppositely disposed downwardly facing first guide rails; a lower grill comprising a pair of oppositely disposed upwardly facing guide surfaces; wherein the upper grill is reciprocally movable in a vertical direction towards and away from the lower grill by a pair of oppositely disposed alignment devices connected to opposing sides of the upper grill and disposed within a respective pair of upwardly facing guide surfaces connected to lower grill; and a paddle for holding at least one food product, which paddle comprises: a base portion, and a pair of oppositely disposed upward facing second guide rails which align with their respective the first guide rails, such that when the paddle enters the cooking chamber the second guide rails contact their respective the first guide rails which causes the upper grill to move upwardly away from the lower grill, thereby allowing the food product to be disposed between a lower surface of the upper grill and an upper surface of the lower grill; wherein upon removal of the paddle, the upper grill moves toward the food product and applies sufficient pressure to condense and impress grill marks on the food product during a cooking process.

A cooking device according to the present invention may comprise: a frame forming a cooking chamber; and a rack support mechanism detachably installed to the frame and supporting a rack such that height of the rack can be adjusted.

A cooking device according to the present invention may comprise: a frame forming a cooking chamber; and a rack support mechanism detachably installed to the frame and supporting a rack such that height of the rack can be adjusted.

A cooking appliance is disclosed that includes a cooking cavity, a first heating element disposed adjacent a top of the cooking cavity, a second heating element disposed adjacent a bottom of the cooking cavity, a temperature sensor adapted to sense the temperature of air within the cooking cavity, a blower arranged to agitate the air within the cooking cavity, a cookware device removably disposed above and in thermal communication with the second heating element, and a controller adapted to manually receiving cooking parameters from a user and sensed temperature information and to independently and selectively control the heating elements and the blower according thereto.

A cooking appliance is disclosed that includes a cooking cavity, a first heating element disposed adjacent a top of the cooking cavity, a second heating element disposed adjacent a bottom of the cooking cavity, a temperature sensor adapted to sense the temperature of air within the cooking cavity, a blower arranged to agitate the air within the cooking cavity, a cookware device removably disposed above and in thermal communication with the second heating element, and a controller adapted to manually receiving cooking parameters from a user and sensed temperature information and to independently and selectively control the heating elements and the blower according thereto.

A rack assembly for a cooking appliance includes a rack operable between a stowed position and a deployed position. At least one telescoping actuator is operable between a retracted position and an extended position. At least one connector has a first end coupled to a distal end of the telescoping actuator and a second end coupled to the rack. The rack is adjusted from the stowed position to the deployed position as the telescoping actuator adjusts from the retracted position to the extended position.

A rack assembly for a cooking appliance includes a rack operable between a stowed position and a deployed position. At least one telescoping actuator is operable between a retracted position and an extended position. At least one connector has a first end coupled to a distal end of the telescoping actuator and a second end coupled to the rack. The rack is adjusted from the stowed position to the deployed position as the telescoping actuator adjusts from the retracted position to the extended position.

A cooking apparatus includes an outer housing, an inner housing forming a cooking chamber, a plurality of heaters arranged on an upper side of the cooking chamber, a tray including a plurality of cooking surfaces heated at different temperatures by the plurality of heaters, the tray being arranged to be detachable from the cooking chamber, a turn table rotatably arranged under the tray, and a magnetron arranged outside the cooking chamber at a lower height than the tray to emit high-frequency waves to an area between the tray and the turn table.

An electric composite heat oven provided with a sight window of a transparent planar heating element is provided. Since the electric composite heat oven has a structure in which a heater heating element is installed, being lower than the upper end of a cooking container, on the front and rear sidewalls of a cooking chamber of an enclosure and a transparent planar heating element is installed over an opening of the cooking chamber of the enclosure, radiant heat may actively control various disturbances that occur during cooking depending on a place where the oven is installed and a change in temperature, whereby there is an effect of providing the optimum heat power depending on a cooking material and also shortening cooking time.