A liquid fuel stove comprising:
- a container, a base, a relief pipe, a control flame pipe, an adjustment structure, and multiple combustion structures;
- wherein the container is configured to accommodate liquid fuel and comprising an opening defined on a top thereof, the base is connectable with the container, the control flame pipe and the multiple combustion structures are mounted in the base, the multiple combustion structures are arranged around the control flame pipe, a bottom of the control flame pipe extends inside the container, a top of the control flame pipe extends above the base, and the control flame pipe comprising a heat connection part formed on a top thereof, the control flame pipe further comprising multiple primary vapor orifices passing through a wall of the control flame pipe and located between a top of the base and the heat connection part, wherein the control flame pipe further comprising a primary wick accommodated therein, and the primary wick is made of heat resistant material, the adjustment structure is arranged on the control flame pipe and is configured to adjust small flames;
- wherein the multiple combustion structures respectively comprising multiple vaporization pipes, multiple conduction plates, and multiple main flame pipes, wherein the multiple vaporization pipes are connected on the base, the multiple conduction plates are coupled with tops of the multiple vaporization pipes respectively, the multiple main flame pipes are connected with tops of the multiple conduction plates individually and have flame ports formed on tops of the multiple main flame pipes respectively, wherein the multiple conduction plates are respectively defined between the multiple vaporization pipes and the multiple main flame pipes which are adjacent to the control flame pipe, such that some of the heat of the small flames is conducted to the multiple vaporization pipes respectively so that the liquid fuel vaporizes and sprays out of multiple tertiary air orifices, each thereof arranged to each of the multiple vaporization pipes, to shield the small flames and the multiple tertiary air orifices and to avoid the small flames being drawn into the multiple main flame pipes individually, wherein bottom of each of the vaporization pipes extends inside the container and has a wick made of heat resistant material, the liquid fuel flows by capillary action into the vaporization pipe where it is heated into a combustible gas, which then flows to the multiple main flame pipes, creating a large flame;
- wherein the vaporization pipes comprise the wicks, and tertiary vapor orifices arranged at top ends of the vaporization pipes, so as to enhance flowing speeds of gaseous fuel in the vaporization pipes and to absorb combustible vapor into the multiple main flame pipes.