Abstract: A spill-resistant appliance may be constructed to prevent spilled liquids from entering a control housing and contacting electronics with the use of a first sealant preferably formed out of santoprene and a second sealant preferably formed out of a very high bond, double-sided foam tape. The first sealant and the second sealant may be used in various areas of the control housing that contains electronics for operating the appliance. The first and second sealants may also be used to help attach the control housing to other components of the appliance.

Abstract: An indoor or outdoor induction cook top with a heat management system is disclosed. The cook top controls heat generated by various components, including the electronic controller, mechanical controls, and the induction generators. The heat management system provides precise temperature control and an efficient way of removing heat from the cooktop. The cook top construction provides the ability to incorporate a smooth ceramic glass cook top and a number of induction hobs in multiple arrangements. The cook top also features a reduction in the number of components, the efficient removal of generated heat, the reduction of noise, an increase in performance and a barrier airflow director. Consequently, the cook top may be installed in a countertop without the need for venting above the counter.

Abstract: An indoor or outdoor induction cook top with a heat management system is disclosed. The cook top controls heat generated by various components, including the electronic controller, mechanical controls, and the induction generators. The heat management system provides precise temperature control and an efficient way of removing heat from the cooktop. The cook top construction provides the ability to incorporate a smooth ceramic glass cook top and a number of induction hobs in multiple arrangements. The cook top also features a reduction in the number of components, the efficient removal of generated heat, the reduction of noise, an increase in performance and a barrier airflow director. Consequently, the cook top may be installed in a countertop without the need for venting above the counter.

Abstract: An induction cook top may include a heat management system. The heat management system controls heat produced both internally by the electronic components within the cook top as well as heat produced above the cook top when cooking. The heat management system provides improved air flow past and around the internal electronic components. The cook top features an efficient removal of generated heat and may optionally provide a vented housing and direct airflow into and out of the housing or provide a thermoelectric cooling device which permits a ventless housing.

Abstract: A spill-resistant appliance may be constructed to prevent spilled liquids from entering a control housing and contacting electronics with the use of a first sealant preferably formed out of santoprene and a second sealant preferably formed out of a very high bond, double-sided foam tape. The first sealant and the second sealant may be used in various areas of the control housing that contains electronics for operating the appliance. The first and second sealants may also be used to help attach the control housing to other components of the appliance.

Abstract: An electronically controlled warmer drawer for food or non-food items having a housing including a heating element based on several heat-producing technologies, temperature and/or humidity sensor(s), and a fan to effectively warm items placed therein. The system is controlled by way of the user interface that interacts with an electronic control system to operate the heating element and fan. The user interface provides user programmable controls and automatic overrides, can be placed in a variety of locations, and can be concealed by a variety of elements. The interface can also utilize a variety of touch sensitive technologies. As well, the device may have a receptacle for adding fragrance or flavor to the objects within.

Abstract: An electronically controlled warmer drawer for food or non-food items having a housing including a heating element based on several heat-producing technologies, temperature and/or humidity sensor(s), and a fan to effectively warm items placed therein. The system is controlled by way of the user interface that interacts with an electronic control system to operate the heating element and fan. The user interface provides user programmable controls and automatic overrides, can be placed in a variety of locations, and can be concealed by a variety of elements. The interface can also utilize a variety of touch sensitive technologies. As well, the device may have a receptacle for adding fragrance or flavor to the objects within.

Abstract: An electronically controlled warmer drawer that supports a plurality of products, e.g., towels, in a drawer that is attached to a housing is disclosed. The housing includes a plurality of flow paths constructed to facilitate the passage of a heated gas flow through the cavity defined by the drawer. The drawer further includes a plurality of brackets constructed to support the articles to be heated along with a user interface, vents, blower fan, electrical heating element and two internal chambers. The system is controlled by way of the user interface on the front of the housing that interacts with an electronic control system to operate the heating element and fan. A sensor sends signals to the electronic control system to regulate the heating element and fan.

Abstract: An induction cook top with a heat management system is disclosed. The heat management system controls heat produced both internally by the electronic components within the cook top as well as heat produced above the cook top when cooking. The heat management system provides improved air flow past and around the internal electronic components. The cook top features an efficient removal of generated heat and may optionally provide a vented housing and direct airflow into and out of the housing or provide a thermoelectric cooling device which permits a ventless housing.

Abstract: An electronically controlled warmer drawer includes an enclosure having sides and a top and a bottom defining a chamber. A movable holder is coupled to the enclosure for movement between a retracted position to support objects within the chamber and an extended position external to the chamber to permit access to the objects by a user. A heating system operates to heat the chamber and a ventilation system operates to move air through the chamber. A user interface with multiple inputs controls a temperature within the chamber. A detection system detects a condition within the chamber and provide a signal representative of the condition. A display device displays information for perception by a user, and an electronic control system interfaces with the heating system and the ventilation system and the user interface and the detection system and the display device so the objects can be maintained at a desired temperature.

Abstract: An indoor or outdoor induction cook top with a heat management system is disclosed. The cook top controls heat generated by various components, including the electronic controller, mechanical controls, and the induction generators. The heat management system provides precise temperature control and an efficient way of removing heat from the cooktop. The cook top construction provides the ability to incorporate a smooth ceramic glass cook top and a number of induction hobs in multiple arrangements. The cook top also features a reduction in the number of components, the efficient removal of generated heat, the reduction of noise, an increase in performance and a barrier airflow director. Consequently, the cook top may be installed in a countertop without the need for venting above the counter.

Abstract: A warming appliance having factory preset temperature modes. The warming appliance comprises an enclosure having a wall. The enclosure defines an interior space having an opening. A drawer is configured to be reciprocally moved within the interior space. The drawer having a wall configured to close the opening. The heating apparatus is configured to change the temperature inside the drawer. The user interface is associated with the drawer and configured to control the heating apparatus. The temperature control apparatus is coupled to the heating apparatus and user interface. The temperature control apparatus is associated with the enclosure, wherein food stuff and objects contained in the drawer are maintained at a predetermined temperature.

Abstract: An electronically controlled warmer with a user interface, a venting/cooling system, a fan, and an element uses one or more seals to protect objects in the chamber from the elements and facilitate use outdoors. The system is controlled by way of a user interface that interacts with the electronic control system to operate the heating elements. A sensor or sensor system sends signals to the electronic control system that then regulates the venting system and fans. The drawer has programmable operations, functions, and numerous set points.

Abstract: An electronically controlled warmer drawer includes an enclosure having sides and a top and a bottom defining a chamber. A movable holder is coupled to the enclosure for movement between a retracted position to support objects within the chamber and an extended position external to the chamber to permit access to the objects by a user. A heating system operates to heat the chamber and a ventilation system operates to move air through the chamber. A user interface with multiple inputs controls a temperature within the chamber. A detection system detects a condition within the chamber and provide a signal representative of the condition. A display device displays information for perception by a user, and an electronic control system interfaces with the heating system and the ventilation system and the user interface and the detection system and the display device so the objects can be maintained at a desired temperature.

Abstract: A warming appliance having factory preset temperature modes. The warming appliance comprises an enclosure having a wall. The enclosure defines an interior space having an opening. A drawer is configured to be reciprocally moved within the interior space. The drawer having a wall configured to close the opening. The heating apparatus is configured to change the temperature inside the drawer. The user interface is associated with the drawer and configured to control the heating apparatus. The temperature control apparatus is coupled to the heating apparatus and user interface. The temperature control apparatus is associated with the enclosure, wherein food stuff and objects contained in the drawer are maintained at a predetermined temperature.