A fire pit includes a top plate, upright poles, side plates, and limiting members. The top plate has a central through hole and connecting parts on its lower surface. An upper end face of each upright pole is rotably connected to a corresponding one of the connecting parts in a snap-on manner. Each upright pole has mounting grooves its sides. The mounting grooves extend downwardly along an axial direction of the upright pole and pass a lower end face of the upright pole. Two ends of each side plate are insertedly connected to the mounting grooves of corresponding two of the upright poles from lower ends of the corresponding upright poles. The limiting members are movably connected to lower end portions of the sides of the respective upright poles for limiting and preventing the side plates from falling out of the mounting grooves of the upright poles.

Examples are disclosed that relate to grills and methods of adjusting airflow through a fuel bowl of a grill. In one example, a grill includes a cooking grate and a fuel bowl configured to removably support the cooking grate. The fuel bowl includes an ash grate at a bottom surface. A base supports the bottom surface of the fuel bowl. The base comprises a first base side wall that defines a first base venting aperture, and a second base side wall opposite to the first base side wall that defines a second base venting aperture. A venting drawer is slidably received within the base, with the venting drawer comprising a first drawer side wall that defines a first drawer venting aperture, and a second drawer side wall opposite to the first drawer side wall and defining a second drawer venting aperture.

Examples are disclosed that relate to grills and methods of adjusting airflow through a fuel bowl of a grill. In one example, a grill includes a cooking grate and a fuel bowl configured to removably support the cooking grate. The fuel bowl includes an ash grate at a bottom surface. A base supports the bottom surface of the fuel bowl. The base comprises a first base side wall that defines a first base venting aperture, and a second base side wall opposite to the first base side wall that defines a second base venting aperture. A venting drawer is slidably received within the base, with the venting drawer comprising a first drawer side wall that defines a first drawer venting aperture, and a second drawer side wall opposite to the first drawer side wall and defining a second drawer venting aperture.

A conversion ring for a portable fire pit allows the portable fire pit to be used within a block fire pit ring. If desired, the owner can remove the fire pit from the conversion ring and the block ring and use it in different locations. The conversion ring and the fire pit can lock together to limit rotational movement after installation. The conversion ring includes locking fingers that cooperate with elements of the fire pit. In one configuration, the locking fingers of the conversion ring cooperate with the legs of the fire pit when the fire pit is installed through the conversion ring.

A conversion ring for a portable fire pit allows the portable fire pit to be used within a block fire pit ring. If desired, the owner can remove the fire pit from the conversion ring and the block ring and use it in different locations. The conversion ring and the fire pit can lock together to limit rotational movement after installation. The conversion ring includes locking fingers that cooperate with elements of the fire pit. In one configuration, the locking fingers of the conversion ring cooperate with the legs of the fire pit when the fire pit is installed through the conversion ring.

Disclosed herein is a self-assembly brazier. The self-assembly brazier includes: a pair of floor plates arranged bilaterally symmetrical to face each other; a pair of side wall modules having a plurality of side panels disposed to be rotatable, being combined with each other to face each other symmetrically so that a combustion space is formed, and being arranged on upper surfaces of the floor plates to be erected; and a pair of fuel loading parts seated inside lower portions of the side wall modules so that fuel is loaded on the upper surfaces of the fuel loading parts.

A conversion ring for a portable fire pit allows the portable fire pit to be used within a block fire pit ring. If desired, the owner can remove the fire pit from the conversion ring and the block ring and use it in different locations. The conversion ring and the fire pit can lock together to limit rotational movement after installation. The conversion ring includes locking fingers that cooperate with elements of the fire pit. In one configuration, the locking fingers of the conversion ring cooperate with the legs of the fire pit when the fire pit is installed through the conversion ring.

A conversion ring for a portable fire pit allows the portable fire pit to be used within a block fire pit ring. If desired, the owner can remove the fire pit from the conversion ring and the block ring and use it in different locations. The conversion ring and the fire pit can lock together to limit rotational movement after installation. The conversion ring includes locking fingers that cooperate with elements of the fire pit. In one configuration, the locking fingers of the conversion ring cooperate with the legs of the fire pit when the fire pit is installed through the conversion ring.

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 fire pit cover includes a cap body, a bottom sleeve, a first high-temperature thread, a second high-temperature thread, a weighted ring, and a pair of handles. The cap body includes a flat top portion and an annular lateral portion. The flat top portion, the annular lateral portion, the bottom sleeve, and the pair of handles is made of a silica-glass-fabric material to withstand high temperature of the fire pit/stove. A top end of the annular lateral portion is perimetrically hermetically connected around the flat top portion to the flat top portion through the first high-temperature thread. The bottom sleeve is perimetrically positioned around a bottom end of the annular lateral portion and hermetically connected to the annular lateral portion through the second high-temperature thread. The weighted ring is enclosed within the bottom sleeve. The pair of handles is laterally connected to the annular lateral portion.