An indoor/outdoor cabinet operable by multiple power sources that includes an internal cavity that may be maintained at a desired temperature by a first power source when the cabinet is being used indoors and may be maintained at a desired temperature by a second power source when the cabinet is being used outdoors without the need for an externally located generator or gas supply.

An indoor/outdoor cabinet operable by multiple power sources that includes an internal cavity that may be maintained at a desired temperature by a first power source when the cabinet is being used indoors and may be maintained at a desired temperature by a second power source when the cabinet is being used outdoors without the need for an externally located generator or gas supply.

A lightweight liquid fuelled heater for use in tents or shelters. A removable liquid fuelled burner is supplied by a fuel cannister and a pump to create pressure in the cannister. A flame plate restrains the flame in a desired position during combustion. The burner is positioned within a support plate in the heater and the burner is removable from the support plate and heater. The flame plate is likewise removable from the burner. An adjustable damper is mounted in the stack and an adjustment wheel is located externally of the heater to allow variable draft between startup and steady state combustion. A removable tray may be used for wood burning.

A lightweight liquid fuelled heater for use in tents or shelters. A removable liquid fuelled burner is supplied by a fuel cannister and a pump to create pressure in the cannister. A flame plate restrains the flame in a desired position during combustion. The burner is positioned within a support plate in the heater and the burner is removable from the support plate and heater. The flame plate is likewise removable from the burner. An adjustable damper is mounted in the stack and an adjustment wheel is located externally of the heater to allow variable draft between startup and steady state combustion. A removable tray may be used for wood burning.

An assemblable grill can be dismantled and is easy to clean, and a grill bridge may also be dismantled and is easy to clean. Additionally, the assemblable grill includes first and second stands, and multiple grates assembled such that both side portions thereof are inserted in and coupled to the first and second stands. Furthermore, grates can easily be separated from the first and second stands for cleaning.

Provided is a robotic cooking device including: a chassis; a set of wheels; a processor; an actuator; one or more sensors; one or more motors; and one or more cooking devices. An application of a communication device wirelessly connected to the robotic cooking device is used for one or more of: choosing settings of the robotic cooking device, choosing a location of the robotic cooking device, adjusting or generating a map of the environment, adjusting or generating a navigation path of the robotic cooking device, adjusting or generating boundaries of the robotic cooking device, and monitoring a food item within the one or more cooking devices.

A burner assembly for a cooking hob includes a gas burner portion having a lower housing and a burner housing assembled with and supported by the lower housing. The burner housing defines a gas distribution path open at least on an outer surface of the burner housing through a plurality of outlets. A central region of the gas burner portion is defined by an opening within the burner housing and is at least partially enclosed beneath the gas burner portion by the lower housing. The burner assembly further includes a first electric heating element disposed beneath a portion of the lower housing within the central region of the gas burner portion.

A burner assembly for a cooking hob includes a gas burner portion having a lower housing and a burner housing assembled with and supported by the lower housing. The burner housing defines a gas distribution path open at least on an outer surface of the burner housing through a plurality of outlets. A central region of the gas burner portion is defined by an opening within the burner housing and is at least partially enclosed beneath the gas burner portion by the lower housing. The burner assembly further includes a first electric heating element disposed beneath a portion of the lower housing within the central region of the gas burner portion.

Provided is a cooking apparatus including a first heating unit that has a first hole and generates heat using a first heat source, a second heating unit that is arranged to be stacked on the first heating unit, has a second hole formed at a position corresponding to the first hole, and generates heat using a second heat source, and a temperature detection unit that is arranged to protrude to the outside of the second hole while being arranged in the first hole of the first heating unit and the second hole of the second heating unit, and detects a temperature of a cooking vessel when the cooking vessel is brought into contact with the temperature detection unit. The output of each of the first heating unit and the second heating unit is controlled at levels of multiple stages by detecting a temperature of a lower portion of the cooking vessel, and food is cooked at an optimum temperature, thereby improving the taste of the food resulting in improved user satisfaction. The first heating unit and the second heating unit is operated together, so that it is possible to prevent emission of the heat of the second heating unit to the outside by the heat generated by the first heating unit, thereby reducing energy consumed in the second heating unit while increasing the heating rate.

Provided is a cooking apparatus including a first heating unit that has a first hole and generates heat using a first heat source, a second heating unit that is arranged to be stacked on the first heating unit, has a second hole formed at a position corresponding to the first hole, and generates heat using a second heat source, and a temperature detection unit that is arranged to protrude to the outside of the second hole while being arranged in the first hole of the first heating unit and the second hole of the second heating unit, and detects a temperature of a cooking vessel when the cooking vessel is brought into contact with the temperature detection unit. The output of each of the first heating unit and the second heating unit is controlled at levels of multiple stages by detecting a temperature of a lower portion of the cooking vessel, and food is cooked at an optimum temperature, thereby improving the taste of the food resulting in improved user satisfaction. The first heating unit and the second heating unit is operated together, so that it is possible to prevent emission of the heat of the second heating unit to the outside by the heat generated by the first heating unit, thereby reducing energy consumed in the second heating unit while increasing the heating rate.