A mechanism for raising and lowering a cooking surface within a recessed combustion chamber is provided.

A mechanism for raising and lowering a cooking surface within a recessed combustion chamber is provided.

A mechanism for raising and lowering a cooking surface within a recessed combustion chamber is provided.

Apparatuses for safely warming food and methods of manufacturing such an apparatus are provided. A heating element may be connected to a base such that there is air between the heating element and the removable top plate, the heating element cannot directly heat a removable top plate of the apparatus, and the heating element must heat the air between the heating element and the removable top plate before heating the removable hot plate. A resetting thermal fuse may be connected to a fuse holder connected to a wall of the base of the apparatus such that the thermal fuse is not directly affected by changes in temperature in the housing of the apparatus, and is affected by changes in temperature of the air between the heating element and the removable top plate.

Apparatuses for safely warming food and methods of manufacturing such an apparatus are provided. A heating element may be connected to a base such that there is air between the heating element and the removable top plate, the heating element cannot directly heat a removable top plate of the apparatus, and the heating element must heat the air between the heating element and the removable top plate before heating the removable hot plate. A resetting thermal fuse may be connected to a fuse holder connected to a wall of the base of the apparatus such that the thermal fuse is not directly affected by changes in temperature in the housing of the apparatus, and is affected by changes in temperature of the air between the heating element and the removable top plate.

A mechanism for raising and lowering a cooking surface within a recessed combustion chamber is provided.

A mechanism for raising and lowering a cooking surface within a recessed combustion chamber is provided.

The present disclosure provides a portable stove. The portable stove includes a housing having a bottom part and a cover lid part, wherein the cover lid part is hinged to the bottom part, a handle attached to the portable stove and movable between an open position and a closed position, and a locking mechanism operable by the handle, wherein the locking mechanism is configured to lock the cover lid part to the bottom part when the handle is in the closed position.

The present disclosure provides a portable stove. The portable stove includes a housing having a bottom part and a cover lid part, wherein the cover lid part is hinged to the bottom part, a handle attached to the portable stove and movable between an open position and a closed position, and a locking mechanism operable by the handle, wherein the locking mechanism is configured to lock the cover lid part to the bottom part when the handle is in the closed position.

The present invention provides for a portable, wireless and rechargeable heating container (HC) that allows an individual to warm up food. The heating of the food is achieved through an electric heating system powered by the accumulators and controlled by an electronic circuit. HC can heat up the food or drink, up to 40 degrees Celsius (104 Fahrenheit). HC can be used for multiple complete heating cycles on one charging. It contains an on and off switch to activate heating mechanism and an LED indicator for the accumulators, heating and charging status. HC can include a Wi-Fi, BLUETOOTH chip, or any other wireless solution that will enhance its versatility and mobility, allowing it, for example, to access the Internet from a plurality of access points. For purposes of such communication, device preferably includes either or both a wired communications port and a wireless communications port. The system makes it perfect for frequent traveling, outdoors activities and work. The heating container has a convenient design both holding carrying in a bag, an attaching.