Abstract: A venting system for a stove includes a screen disposed beneath a bottom opening of the stove and an elevation means for adjusting a height of the screen so as to enable the screen to selectively move close to or away from the bottom opening. More specifically, the elevation means includes a main body and an adjuster, and the screen includes an elevator. The main body has a fixation portion and a connecting portion. The fixation portion is fixed to a bottom of the stove, and the adjuster is movably connected to the connecting portion. The elevator and the adjuster are in a motional operative relationship. As such, the elevator can be elevated, by the adjuster to selectively move close to or away from the bottom opening.

Abstract: A stove, body of the present invention includes a stove body, a coal grid, an igniting grid and an incloser. The stove body has an annular shell which defines an upper opening and a lower opening. The coal grid is disposed in the stove body, and the igniting grid is detachably disposed at a center of the coal frame. The igniting grid has a protrusive arc grid surface and a cup disposed under the arc grid surface. The incloser detachably surrounds the igniting grid. Both end of the incloser are open ends. A fire-starting space is defined between the igniting grid and the incloser for solid fuel to dispose therein when the solid fuel is being lit. When the solid fuel is lit, the incloser is detached from the igniting grid, whereby the solid fuel rolls onto the coal grid along the arc grid surface automatically.

Abstract: A venting system for a stove includes a screen disposed beneath a bottom opening of the stove and an elevation means for adjusting a height of the screen so as to enable the screen to selectively move close to or away from the bottom opening. More specifically, the elevation means includes a main body and an adjuster, and the screen includes an elevator. The main body has a fixation portion and a connecting portion. The fixation portion is fixed to a bottom of the stove, and the adjuster is movably connected to the connecting portion. The elevator and the adjuster are in a motional operative relationship. As such, the elevator can be elevated, by the adjuster to selectively move close to or away from the bottom opening.

Abstract: A multi-functional cooking stove of the present invention includes a stove body, a position frame and a stove element. The stove body has an annular shell which defines an upper opening and a lower opening. The lower opening is smaller than the upper one. The position frame is disposed in the stove body and defines a through hole at its center for a container body of the stove element to pass therethrough. The stove element is adapted for fuel to dispose therein. A convection space is defined between the stove body and the stove element. At least one convection bore is formed on a periphery of the container body to communicate the convection space with an interior of the container body.