A fire pit includes a wall panel that cooperates to define a lateral boundary of a burn chamber. The sidewall also defines an upwardly facing opening into the burn chamber. An ash catch is removably received in the fire pit through the upwardly facing opening and may be moved downwardly through the burn chamber to a resting location where the ash catch defines a lower boundary of the burn chamber. The wall panel has an exterior wall segment spaced apart from an interior wall segment to define a passageway there between. The wall panel has a lower opening through which air may flow up into the passageway. The interior wall segment includes a plurality of openings therein through with air may flow out of the passageway into the burn chamber to help fuel a fire in the burn chamber.

A fire pit includes a wall panel that cooperates to define a lateral boundary of a burn chamber. The sidewall also defines an upwardly facing opening into the burn chamber. An ash catch is removably received in the fire pit through the upwardly facing opening and may be moved downwardly through the burn chamber to a resting location where the ash catch defines a lower boundary of the burn chamber. The wall panel has an exterior wall segment spaced apart from an interior wall segment to define a passageway there between. The wall panel has a lower opening through which air may flow up into the passageway. The interior wall segment includes a plurality of openings therein through with air may flow out of the passageway into the burn chamber to help fuel a fire in the burn chamber.

A fire pit assembly having a combustion area along an upper portion of a base, wherein a fan is within the base. An overhanging hood is disposed upward of the combustion area, wherein a passageway fluidly connects the hood and the base so that airflow urged by the fan urges air above the combustion area into the hood, through the passageway, and out exhaust vents in the base disposed below the combustion area.

Disclosed herein is a partition wall assembly for a stove. The partition wall assembly for a stove includes a plurality of partition walls (100, 100a, 100b, 100c). Each of the partition walls includes: an outer panel (110) having first air intake holes (111a) formed at a lower portion thereof so that first air is induced; an inner panel (120) coupled to the inside of the outer panel (110), and having an air moving space (119) formed between the outer panel (110) and the inner panel (120) so that the first air induced through the first air intake holes (111a) moves in the air moving space (119) while temperature of the first air is elevated, and second air outlets (121b) formed at an upper portion thereof to discharge the second air with the elevated temperature toward fuel; and a pair of side coupling members (130) disposed at both sides of the outer panel (110) to couple the outer panel (110) and the inner panel (120) with each other. The inner panel (120) includes: an inner panel body (121) curved to have a predetermined curvature in a height direction; a lower inside coupling plate (122) extending from a lower portion of the inner panel body (121) to a predetermined area and coupled with the outer panel (110); and an upper inside coupling plate (123) extending from an upper portion of the inner panel body (121) to a predetermined area and coupled with the outer panel (110).

The present invention provides a method for prefabricating, transporting, and rapidly assembling a portable, rigid, dome-shaped structure, with the structural integrity to enable the suspension of extensive hardware and supplies. Said structure would be shaped for acoustic purposes, extremely durable, and allow for extensive climate control. Said structure would be able to be fabricated in a wide range of sizes and shipped to remote locations.

The present invention provides a method for prefabricating, transporting, and rapidly assembling a portable, rigid, dome-shaped structure, with the structural integrity to enable the suspension of extensive hardware and supplies. Said structure would be shaped for acoustic purposes, extremely durable, and allow for extensive climate control. Said structure would be able to be fabricated in a wide range of sizes and shipped to remote locations.

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 vented campfire tarp is provided that includes a base portion and a plurality of vents formed in the base portion, wherein each vent allows for air, smoke, and carbon dioxide to pass through the vent from one side of the base portion to the other. The vented campfire tarp also includes securing devices to couple the base portion to a ground surface over a campfire. In use, the vented campfire tarp covers a campfire and controls a burn rate of wood of the campfire in response to controlling airflow through the plurality of vents of the vented campfire tarp.

A fire pit apparatus is provided. The fire pit apparatus includes an enclosure; a burner assembly comprising a burner, wherein the burner is positioned on or at least partially within the surface of the enclosure; at least one control assembly; an elongate hollow member extending from the burner assembly to a distal end, the elongate hollow member being operatively and fluidly connected to the burner assembly and control assembly; and wherein, the enclosure defines a first aperture and a first compartment and a second aperture and a second compartment, wherein the first aperture provides access to the first compartment and the second aperture provides access to the second compartment and wherein the second compartment defines a third aperture that provides access to the first compartment.