Horizontal gasification and clean combustion stove

Abstract

The invention relates to a horizontal gasification and clean combustion stove. The horizontal gasification and clean combustion stove comprises a stove body, wherein a stove cavity is arranged in the stove body; a combustion cavity and a smoke exhaust cavity are arranged at left and right sides of the stove cavity side by side; the combustion cavity is sequentially provided with a slag exhaust bin, a stove hearth and a gasification chamber from bottom to top; the upper part of the side wall of the gasification chamber communicates with the smoke exhaust cavity; a partition plate is vertically arranged in the smoke exhaust cavity for dividing the smoke exhaust cavity into a U-shaped flue; and a smoke exhaust opening is formed above the U-shaped flue. The horizontal gasification and clean combustion stove is reliable and durable in structure; an embedded chimney can prevent water condensed at the chimney from dropping on the top surface of the stove; by virtue of a switching handle, switching of cooking and heating functions of the stoke can be realized; and by virtue of tertiary air distribution, combustion materials are sufficiently combusted in the stove.

Description

technical field [0001] The invention relates to the technical field of heating equipment, in particular to a horizontal gasification clean combustion stove. Background technique [0002] The cooking and heating stoves currently on the market have low heat absorption efficiency due to structural limitations; the oxygen supply structure inside the furnace body cannot provide an effective oxygen supply method, and the flame is unstable; the existing furnace flue It is easy to form ash and slag, which requires manual poking with an iron drill, which is easy to cause smoke and is not easy to clean; the existing stove structure, in the second half of the fuel combustion, due to insufficient oxygen supply, it is easy to cause insufficient combustion and reduce the combustion rate. A large amount of smoke and dust is generated, and the flue gas emission is not up to standard, which affects the clean use of the furnace; the chimney is placed above the furnace roof, and it is easy to ...

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Problems solved by technology

[0002] The cooking and heating stoves currently on the market have low heat absorption efficiency due to structural limitations; the oxygen supply structure inside the furnace body cannot provide an effective oxygen supply method, and the flame is unstable; the existing furnace flue It is easy to form ash and slag, which requires manual poking with an iron drill, which is easy to cause smoke and is not easy to clean; the existing stove structure, in the second half of the fuel combustion, due to insufficient oxygen supply, it is easy to cause insufficient combustion and reduce the combustion rate. A large amount of smoke and dust is generated, and the flue gas emission is not up to standard, which affects the clean use of the furnace; the chimney is placed above the furnace roof, and it is easy to condense water droplets on the furnace roof, which is easy to corrode the furnace body and affect the cleanliness; the structure of the soot cleaning port of the existing furnace Unreasonable, not only inconvenient to clean, but also difficult to clean, resulting in accumulation of soot and reducing the ventilation efficiency of the flue

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