A representative enclosure includes: a base defining an interior configured to receive combustible materials, the base having an aperture defining an opening, which communicates with the interior, the opening being configured to receive therethrough the combustible materials; a spark screen configured to prevent access to the interior via the opening when in a closed position in which the spark screen engages the base, the spark screen being further configured to permit a flow of air into and out of the interior; and a wind shield, mounted to the base, having a shield portion extending upwardly from the base and disposed exterior to the spark screen, the shield portion being movable relative to the base.

A representative enclosure includes: a base defining an interior configured to receive combustible materials, the base having an aperture defining an opening, which communicates with the interior, the opening being configured to receive therethrough the combustible materials; a spark screen configured to prevent access to the interior via the opening when in a closed position in which the spark screen engages the base, the spark screen being further configured to permit a flow of air into and out of the interior; and a wind shield, mounted to the base, having a shield portion extending upwardly from the base and disposed exterior to the spark screen, the shield portion being movable relative to the base.

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).

A heat reflective apparatus for use on the ground adjacent to campfires. The apparatus include a plurality of separate panels. Each of the plurality of panels are configured for vertical orientation and have a top edge and an opposing bottom edge defining a height and opposing side edges defining a width. A plurality of vertically oriented hinges, with each being connected to a side edge of two adjacent panels of the plurality of panels. This allows each of the connected adjacent panels to move between a collapsed position facing the other adjacent panel and an open position in relation with the other adjacent panel. At least two of the plurality of panels have at least one ground spike secured to the bottom edges thereof. The ground spikes are configured to secure the plurality of panels to the ground.

A heat reflective apparatus for use on the ground adjacent to campfires. The apparatus include a plurality of separate panels. Each of the plurality of panels are configured for vertical orientation and have a top edge and an opposing bottom edge defining a height and opposing side edges defining a width. A plurality of vertically oriented hinges, with each being connected to a side edge of two adjacent panels of the plurality of panels. This allows each of the connected adjacent panels to move between a collapsed position facing the other adjacent panel and an open position in relation with the other adjacent panel. At least two of the plurality of panels have at least one ground spike secured to the bottom edges thereof. The ground spikes are configured to secure the plurality of panels to the ground.

A digital mantel for changeable art and photo displays. The digital mantel may include at least one screen, a power source, and a remote. The displays are structured and arranged to display digital pictures and artwork as desired by a user. The screens may include digital memory, useful for storing digital pictures and artwork for future display. The remote may include selectors, useful for accessing the digital memory. The screens may be accessed via a door in the mantel.

A digital mantel for changeable art and photo displays. The digital mantel may include at least one screen, a power source, and a remote. The displays are structured and arranged to display digital pictures and artwork as desired by a user. The screens may include digital memory, useful for storing digital pictures and artwork for future display. The remote may include selectors, useful for accessing the digital memory. The screens may be accessed via a door in the mantel.

A representative fire pit system incorporates: a base having an upper surface and defining an outer perimeter; a housing defining an interior, a bottom opening and a top opening, the bottom opening communicating with the interior and the top opening communicating with the interior, the housing having legs spaced from each other, the legs being attached to the base and configured such that the bottom opening is displaced from the upper surface of the base and the housing extends upwardly from the upper surface; a fire platform disposed within the interior of the housing between the bottom opening and the top opening, the fire platform extending across the interior and being configured to support combustible materials placed thereon, the fire platform defining openings therethrough; and support legs extending downwardly from the base, the support legs being configured to raise the base from surface upon which the base is positioned.

A representative fire pit system incorporates: a base having an upper surface and defining an outer perimeter; a housing defining an interior, a bottom opening and a top opening, the bottom opening communicating with the interior and the top opening communicating with the interior, the housing having legs spaced from each other, the legs being attached to the base and configured such that the bottom opening is displaced from the upper surface of the base and the housing extends upwardly from the upper surface; a fire platform disposed within the interior of the housing between the bottom opening and the top opening, the fire platform extending across the interior and being configured to support combustible materials placed thereon, the fire platform defining openings therethrough; and support legs extending downwardly from the base, the support legs being configured to raise the base from surface upon which the base is positioned.

A representative enclosure includes: a base defining an interior configured to receive combustible materials, the base having an aperture defining an opening, which communicates with the interior, the opening being configured to receive therethrough the combustible materials; a spark screen configured to prevent access to the interior via the opening when in a closed position in which the spark screen engages the base, the spark screen being further configured to permit a flow of air into and out of the interior; and a wind shield, mounted to the base, having a shield portion extending upwardly from the base and disposed exterior to the spark screen, the shield portion being movable relative to the base.