In one aspect, a stove can include a first cover including a cavity, and a second cover including a cavity. The stove can include a main portion including a first end portion and a second end portion. The first end portion can define a first opening and the second end portion define a second opening. In a stowed configuration, the first end portion of the main portion can be disposed in the cavity of the first cover and the second end portion of the main portion can be disposed in the cavity of the second cover. In a deployed configuration, the second cover can be arranged so that the cavity of the second cover is facing in a downward direction away from the main portion.

A leveling kit for a portable stove is provided. The leveling kit can include a plurality of leveling devices. Each leveling device can include a mounting plate having a plurality of openings. Each leveling device can further include a fastener that extends through the mounting plate to couple the leveling device with the portable stove and a leveling member having a foot. The leveling member can be configured to have an adjustable height.

The invention provides a combustion cooker with an integrated and optionally removable thermoelectric generator.

The invention provides a combustion cooker with an integrated and optionally removable thermoelectric generator.

A portable heater shield assembly for directing heat laterally away from a heat source includes a plurality of panels that removably engaging each other to form a disk. Each of the panels is comprised of a heat resistant material. A plurality of brackets is each removably coupled to a heat source having the brackets being vertically oriented. The disk is positionable on top of the brackets when the brackets are removably coupled to the heat source having the disk spaced upwardly from the heat source. In this way the disk directs heat laterally away from the heat source for warming users sitting around the heat source.

A portable heater shield assembly for directing heat laterally away from a heat source includes a plurality of panels that removably engaging each other to form a disk. Each of the panels is comprised of a heat resistant material. A plurality of brackets is each removably coupled to a heat source having the brackets being vertically oriented. The disk is positionable on top of the brackets when the brackets are removably coupled to the heat source having the disk spaced upwardly from the heat source. In this way the disk directs heat laterally away from the heat source for warming users sitting around the heat source.

A portable warming assembly includes a canister and a lid that is removably attachable to the canister for closing the canister. A roll of solid fuel is positionable inside of the canister and the roll of solid fuel is comprised of a combustible material. A container containing a liquid fuel is provided and a pre-determined amount of the liquid fuel is pourable onto the roll of solid fuel when the roll of solid fuel is positioned in the canister. In this way the liquid fuel enhances combustion of the roll of solid fuel. A plurality of rocks is provided and each of the rocks is positionable on top of the roll of solid fuel when the roll of solid fuel is positioned in the canister. Each of the rocks heats the ambient air when the roll of solid fuel and the liquid fuel are burned for heating an interior space.

This invention relates to cooking stoves, in particular, to lightweight, efficient, and portable outdoor cooking stoves for use primarily by those undertaking general camping or other outdoor leisure pursuits, or by larger groups of people for entertaining or humanitarian purposes. The cooking stoves are designed to make efficient use of solid fuel blocks and to minimise the soot deposited on the cooking vessel.

A cooking stove (2) comprising a fan (14) configured to force air into a combustion chamber (8) through air inlets (10) in the walls (4) of the combustion chamber (8). The air inlets (10) are positioned at least 30 mm from the base (6) of the combustion chamber (8) and direct the forced air to the headspace above the fuel (20). Clean combustion of high energy fuels can be achieved by the cooking stove (2).

A cooking stove (2) comprising a fan (14) configured to force air into a combustion chamber (8) through air inlets (10) in the walls (4) of the combustion chamber (8). The air inlets (10) are positioned at least 30 mm from the base (6) of the combustion chamber (8) and direct the forced air to the headspace above the fuel (20). Clean combustion of high energy fuels can be achieved by the cooking stove (2).