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.

The present invention relates to a fire pit wind screen device for protecting or shielding flames of a fire pit from the wind. The wind screen device can be used with any fire pit to block a portion of the fire pit from wind. The device includes vertical bolted stakes, a lower circular ring bolted to the inner surfaces of the stakes proximal to the bottom of the stakes, and an upper circular ring bolted to the inner surfaces of the stakes. The rings can move vertically along the longitudinal axis of the stakes to adjust the effective height of the device. The wind screen is a convex shaped guard or shield that can block the wind and shield the flames of the fire pit. The shield is configured to rotate to a position and direction wherein the convex surface faces into the wind.

A burner for burning fuels and modular heat utilizing appliances therefor. The burner includes a fuel holder, an outer wall surrounding the fuel holder and defining a combustion chamber, and optionally, a second wall surrounding the outer wall. Air is inducted from an inlet which may be an ash pan pivotally coupled to the outer wall at the bottom to open the combustion chamber. Supplementary combustion air is conducted to just above the fuel holder by the outer wall. Additional supplementary combustion air is conducted to just above the fuel holder by the second wall. The burner may include a pivotally mounted cooking grate and a pivotally mounted solid cover for closing the combustion chamber, and supporting legs. Modules individually yet replaceably attachable to the burner include a closed or open cooker, a smoker, a space heater, and a pyrolyzer.

A fire shield assembly includes a housing that may be mounted to a vertical support surface. A shield is movably coupled to the housing and the shield may be manipulated. The shield is selectively deployed from the housing. Thus, the shield may extend between a stove and the vertical support surface. The shield is comprised of a heat resistant material. Thus, the shield may inhibit the stove from heating the vertical support surface thereby reducing a fire hazard with respect to the stove.

A fire display fire pit for burning pelletized fuel and associated components and methods. The fire display pit can include a conveyor for moving pelletized fuel from a hopper to a burn chamber. The fire pit may be configured to produce flames in a vortex pattern, such as inside a flame tower.

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.

Embodiments of the inventive concept provide a high-capacity, sparkless, mobile, double-insulated wood pellet burner unit. The wood pellet burner unit is safely operated on a wood floor or deck. The wood pellet burner unit produces a large radiant flame that enhances the surrounding area, free from dangerous sparks and smoke. The ash and coals from the fire are enclosed within a double-insulated housing. A wind break radiant heat reflector protects the flame from being distorted, enhances the flame so that it remains in a substantially upright column, and reflects some of the heat outwardly toward the users. Casters disposed on the bottom of the wood pellet burner permit easy and convenient movement of the unit. The wood pellet burner unit disclosed herein produces a larger and fuller flame than a pure gas fire pit based on a balanced multi-directional flow of heated combustion air flow through the unit.

A heat shield having front and rear layers is attachable via magnets to cooking appliances for resisting or absorbing heat and, as a result, for preventing damage to adjacent structures or to human skin. A layer of heat resistant materials protects the integrity and function of the magnets.

A hearth pad for live ember protecting a floor. The hearth pad comprises a backing for being placed onto the floor. The backing is made of a flexible sheet material. A plurality of tiles is disposed on the backing and adhered thereto using a flexible adhesive. The tiles are made of a rigid material. A flexible filler is disposed in gaps between adjacent tiles.

An insert ring that suspends a fire pit at least partially within an opening of a support structure, and provides ventilation into the support structure to an outer wall of the fire pit.