The present invention relates to forced air cooking stoves, in particular, to efficient cooking stoves for use by the military, those undertaking general camping or other outdoor leisure pursuits, or by larger groups of people for entertaining or humanitarian purposes. The cooking stoves include a fan to aid combustion, and a collar to focus the exhaust gasses onto the cooking vessel. They are designed to make efficient use of any type of fuel, including biomass such as wood, and solid fuel blocks. They are also designed to minimise the soot deposited on the cooking vessel.

An energy guidance/heat deflecting device for redirecting convective and radiant energy leaving from an interior volume of a smokeless fire pit out an open top of the smokeless fire pit. The energy guidance/heat deflecting device typically includes: a circular, planar bottom support; at least three upwardly extending supports each spaced from one another and spaced about the exterior perimeter portion of the circular, planar bottom support and proximate the exterior perimeter edge of the circular, planar bottom support; and a downwardly facing truncated cone shaped energy deflecting material.

A heat deflector is disclosed that includes a first portion having a first outer edge and a center and a first surface extending from the first outer edge to the center of the first portion. The first surface sloping downward from the first outer edge toward the center of the first portion. The heat deflector further includes a second portion having an inner edge and an outer edge. The inner edge of the second portion is adjacent to the first outer edge of the first portion. The heat deflector further includes a third portion having a third outer edge and a third inner edge and a second surface extending from the third outer edge of the third portion to the third inner edge of the third portion. The second surface sloping downward from the third outer edge of the third portion to the third inner edge of the third portion.

A heat deflector is disclosed that includes a first portion having a first outer edge and a center and a first surface extending from the first outer edge to the center of the first portion. The first surface sloping downward from the first outer edge toward the center of the first portion. The heat deflector further includes a second portion having an inner edge and an outer edge. The inner edge of the second portion is adjacent to the first outer edge of the first portion. The heat deflector further includes a third portion having a third outer edge and a third inner edge and a second surface extending from the third outer edge of the third portion to the third inner edge of the third portion. The second surface sloping downward from the third outer edge of the third portion to the third inner edge of the third portion.

The present invention relates to an enhanced design of a HeatSaver which improves the effectiveness of your gas fire pit by redistributing the heat laterally towards those sitting around gas fire pit. HeatSaver which is versatile, with leg attachment locations and leg extensions that allow HeatSaver to work in a variety of operating environments. The dish can be tilted to provide more directional heat, raised/lowered to match heating needs, used in a convex or concave fashion, and can act as a cover for your gas fire pit when not in use.

A wood pellet patio heater having a rocket stove with a replaceable cartridge, secondary air control, and a heat reflector is described. The rocket stove having the replaceable cartridge of the wood pellet patio heater provides increased efficiency (i.e. less consumption of fuel over time). The secondary air control of the wood pellet patio heater facilitates combustion, and thus provides temperature control, where temperature control will require varying amounts of air depending on the quality of the fuel source. The heat dome provides increased heat profile.

A heat deflector for a firepit includes a first fire screen, and a top assembly that reflects radiant heat. The heat deflector has an operational configuration wherein the top assembly covers the top fire screen, which is placed over a receptacle of the firepit. The heat deflector has a storage configuration wherein at least the first fire screen is stored within the receptacle.

A heat deflector is disclosed that includes a first portion having a first outer edge and a center and a first surface extending from the first outer edge to the center of the first portion. The first surface sloping downward from the first outer edge toward the center of the first portion. The heat deflector further includes a second portion having an inner edge and an outer edge. The inner edge of the second portion is adjacent to the first outer edge of the first portion. The heat deflector further includes a third portion having a third outer edge and a third inner edge and a second surface extending from the third outer edge of the third portion to the third inner edge of the third portion. The second surface sloping downward from the third outer edge of the third portion to the third inner edge of the third portion.

A heat deflector for use with a fire pit has at least one heat deflector panel, and a support structure engaged with the at least one heat deflector panel and supporting the at least one heat deflector panel in a spaced apart relationship with respect to the fire pit.

Systems and methods for a fire device, comprising injecting multiple gaseous fuel streams upwards to a focal point via corresponding fuel injection ports, wherein the multiple gaseous fuel streams intersect at the focal point; and igniting the multiple gaseous fuel streams at the focal point via the pilot light flame. Deflections panels are coupled to the fire device, in one or more examples.