Safe, efficient and energy-saving firewood stove for heat insulating and rotating dust removing through high-speed gas circulation

Abstract

The invention discloses a safe, efficient and energy-saving firewood stove for heat insulating and rotating dust removing through high-speed gas circulation. The safe, efficient and energy-saving firewood stove structurally comprises a feeding inlet, a gas discharging pipe, a movable combustion device, a gas pump frame and a base; the movable combustion device is located on the upper side surfaceof the base, and the movable combustion device and the base are mutually perpendicular and constitute an integrated structure in a welded mode; a gas flow is continuously input through the gas pump frame, then enters the firewood stove through a pipeline frame and meanwhile is diverted through the pipeline frame, thus the outer side of the pipeline frame and an inner combustion frame have a certain cooling gas interval, and the situation of scalding during displacement is prevented; and lower blade plates are pushed through the diverted gas flow to enable an upper rotating sleeve to roll in abearing, thus the upper combustion frame internally placed with wood rotates to make full contact with oxygen in the pipeline frame, the combustion rate is increased, and combustion is more complete.

Description

technical field [0001] The invention relates to the field of wood stoves, in particular to a safe, high-efficiency and energy-saving wood stove through high-speed gas circulation, heat insulation and rotary ash removal. Background technique [0002] The wood stove is to pass the firewood into the interior of the container as the burning medium. By igniting the wood to burn inside the container, it is used for various thermal processing, but in this way: [0003] When performing combustion work, through the combustion limit of the container, it is easy to increase the internal temperature while causing the surface of the container to be overheated, and at the same time, it is easy to cause burns to the user when the wood stove is displaced. The appearance of the situation, and the internal wood is usually in contact with the airflow at one end, it is easy to make the internal wood burn too slowly, incompletely burn and collect ash, making the equipment not perfect. Contents...

AI Technical Summary

Problems solved by technology

[0003] When performing combustion work, through the combustion limit of the container, it is easy to increase the internal temperature while causing the surface of the container to be overheated, and at the same time, it is easy to cause burns to the user when the wood stove is displaced. The appearance of the situation, and the internal wood is usually in contact with the airflow with one end surface, it is easy to make the internal wood burn too slowly, incompletely burn and collect ash, making the equipment not perfect

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