Abstract: A kitchen appliance includes a door having an outer panel portion and an inner panel portion, with a plurality of mounting members being spaced about the outer panel portion of the door. A glass panel assembly, including a glass panel and a plurality of mounting elements, is detachably mounted to the door through the interengagement of the plurality of mounting elements with the plurality of mounting members. The mounting elements are adhesively secured to the glass panel. Neither the plurality of mounting members nor the plurality of mounting elements are readily visible normally when viewing the kitchen appliance such that the glass panel appears to float relative to the door.

Abstract: A kitchen appliance includes a door having an outer panel portion and an inner panel portion, with a plurality of mounting members being spaced about the outer panel portion of the door. A glass panel assembly, including a glass panel and a plurality of mounting elements, is detachably mounted to the door through the interengagement of the plurality of mounting elements with the plurality of mounting members. The mounting elements are adhesively secured to the glass panel. Neither the plurality of mounting members nor the plurality of mounting elements are readily visible normally when viewing the kitchen appliance such that the glass panel appears to float relative to the door.

Abstract: A kitchen appliance includes a door having an outer panel portion and an inner panel portion, with a plurality of mounting members being spaced about the outer panel portion of the door. A glass panel assembly, including a glass panel and a plurality of mounting elements, is detachably mounted to the door through the interengagement of the plurality of mounting elements with the plurality of mounting members. The mounting elements are adhesively secured to the glass panel. Neither the plurality of mounting members nor the plurality of mounting elements are readily visible normally when viewing the kitchen appliance such that the glass panel appears to float relative to the door.

Abstract: A cooking appliance includes an exhaust system that substantially eliminates potential smoke generating byproducts carried by oven gases. The cooking appliance includes an oven cavity having a top wall including a recessed portion within which is mounted a broil element. A plurality of openings are formed in the recessed portion that allow exhaust gases to pass into a smoke elimination chamber. Heat generated by the broil element and in the smoke elimination chamber removes substantially all combustion byproducts contained in the exhaust gases. To further remove combustion byproducts, the exhaust gases are passed through a ceramic catalyst prior to being directed into a vent duct. From the vent duct, the exhaust gasses are directed past a blower into an exhaust duct that, ultimately, guides the exhaust gases from the appliance.

Abstract: A rotisserie cooking appliance includes a base and attached wall in the form of a vertically bisected cylinder. The base contains a centrally-located spindle for the attachment thereon of a drip pan and a spit and basket assembly. The spit and basket assembly includes a circular wire basket for containing the food item to be cooked, with a spit attached to the center thereof, the spit having an integral handle at the top to facilitate the insertion and removal of the spit and basket assembly from the rotisserie. A electric heating element is provided which is located to the rear of the rotisserie, which emits more thermal radiation near the bottom of the cooking chamber than at the top thereof. A removable aluminum reflective element is configured behind the heating element to further direct thermal radiation towards the spit and basket assembly. A single door configured as a vertically bisected cylinder made of a transparent heat resistant plastic material is provided.