A cooking grill includes a container defining a combustion area and a cooking surface over the combustion area. The grill features a pellet burner unit disposed within the container under the cooking surface and a pellet feeding device arranged to feed pellets into the burner unit. The burner unit comprises a trough into which the pellets are fed. The trough is mounted in a movable support which can be pulled out from within the container. The feeding device includes a removable cartridge for containing pellets and a receptacle for receiving the cartridge inserted thereon so that the cartridge supplies pellets for transfer to the pellet burner unit. In addition, a gas burner system is arranged in the container adjacent to the pellet burner unit so as to apply heat from the gas burner system to the cooking surface in addition to or as an alternative to the pellet burner unit.

A system includes a cooking chamber defining a space for food to be cooked, a firepot inside the cooking chamber that is configured to utilize pelletized fuel to provide heat or smoke within the cooking chamber for cooking the food, and a fuel hopper defining a storage space for the pelletized fuel before delivery to the firepot. A battery powered auger interposes the fuel hopper and the firepot and is configured to selectively convey the pelletized fuel from the fuel hopper to the firepot for combustion. A rechargeable battery selectively provides power to the auger.

Disclosed is a wind-resistant heating device using a non-electric source. To this end, a non-electric heating body is received in the inner lower part of a main casing of a wind-resistant heating device. Air supply holes for supplying air for combustion are formed in the main casing. An upper opening for upward discharging heat generated when the non-electric heating body is combusted is formed in the main casing. Wind-resistant casings are spaced apart at a specific interval on the inside or outside of the main casing, thus preventing a head wind from flowing into the air supply holes of the main casing. Accordingly, although a head wind flows into the air supply holes of the main casing or the heating device is carried and moved, air can be changed into a flow of air to enable continuous combustion.

Disclosed is a wind-resistant heating device using a non-electric source. To this end, a non-electric heating body is received in the inner lower part of a main casing of a wind-resistant heating device. Air supply holes for supplying air for combustion are formed in the main casing. An upper opening for upward discharging heat generated when the non-electric heating body is combusted is formed in the main casing. Wind-resistant casings are spaced apart at a specific interval on the inside or outside of the main casing, thus preventing a head wind from flowing into the air supply holes of the main casing. Accordingly, although a head wind flows into the air supply holes of the main casing or the heating device is carried and moved, air can be changed into a flow of air to enable continuous combustion.

A stove includes a combustion chamber, a fuel grate positioned within the combustion chamber, and a pellet adapter removably positionable on the fuel grate. The fuel grate includes a number of first ventilation holes. The pellet adapter includes a number of second ventilation holes sized and shaped to prevent passage of a fuel pellet. The pellet adapter also includes a raised outer rim and a central protuberance with a height greater than the height of the raised outer rim.

A stove includes a combustion chamber, a fuel grate positioned within the combustion chamber, and a pellet adapter removably positionable on the fuel grate. The fuel grate includes a number of first ventilation holes. The pellet adapter includes a number of second ventilation holes sized and shaped to prevent passage of a fuel pellet. The pellet adapter also includes a raised outer rim and a central protuberance with a height greater than the height of the raised outer rim.

A fire pit includes an engine having at least one wall defining an inner chamber. At least one primary air aperture is defined through the inner chamber wall at a first, lower level, and at least one secondary air aperture is defined through the inner chamber wall at a second, upper level. A fuel grate is supported within the inner chamber at a level between the lower level and the upper level.

A fire pit includes an engine having at least one wall defining an inner chamber. At least one primary air aperture is defined through the inner chamber wall at a first, lower level, and at least one secondary air aperture is defined through the inner chamber wall at a second, upper level. A fuel grate is supported within the inner chamber at a level between the lower level and the upper level.

A collapsible smoke reducing fire pit comprises a combustion barrel with an open end and a base end, a locking lid with ash screen, an insulated ash container with heat shield, a folding leg assembly, and a component mount for items such as an attachable grill. The collapsible smoke reducing fire pit is designed to be portable and collapsible with the insulated ash container and folding leg assembly being able to fit inside the combustion barrel for storage and transportation. It is further designed to promote efficient combustion, reduce and prevent the ejection of embers, provide for the efficient collection and disposal of ashes, and conduct heat in such a way so as to prevent burning of objects around and beneath the fire pit.

A collapsible smoke reducing fire pit comprises a combustion barrel with an open end and a base end, a locking lid with ash screen, an insulated ash container with heat shield, a folding leg assembly, and a component mount for items such as an attachable grill. The collapsible smoke reducing fire pit is designed to be portable and collapsible with the insulated ash container and folding leg assembly being able to fit inside the combustion barrel for storage and transportation. It is further designed to promote efficient combustion, reduce and prevent the ejection of embers, provide for the efficient collection and disposal of ashes, and conduct heat in such a way so as to prevent burning of objects around and beneath the fire pit.