Gasification combustor of solid fuel cooking range

Abstract

The invention provides a gasification combustor of a solid fuel cooking range which comprises a first core body and a movable whirlwind combustion-supporting device. A plurality of air-in and gasification combustion-supporting holes are arranged on the first core body, a fire-sealing cover baffle plate is arranged on the inner wall of the first core body, and when an air blower is used for compulsorily supporting air for combustion supporting, the movable whirlwind combustion-supporting device is arranged on the fire-sealing cover baffle plate in the first core body. The movable whirlwind combustion-supporting device comprises a second core body, a top wall and a bottom wall, wherein the top wall is arranged on the upper portion of the second core body, and the bottom wall is arranged on the lower portion of the second core body. A plurality of second air-in and gasification combustion-supporting holes are arranged on the periphery of the second core body, and the bottom wall of the second core body is provided with a plurality of third air-in and gasification combustion-supporting holes which are coincident in slant directions. A cold furnace is easy to fire up and fast to inflame; flame rotates for combustion; and heat power is strong. The gasification combustor saves energy and is environment-friendly; and when fire is sealed, the movable whirlwind combustion-supporting holes are taken out, and the movable fire-sealing cover is arranged on the fire-sealing cover baffle plate to seal the fire. The gasification combustor is applicable to a boiler or a hot blast stove with solid fuel combusted, and use of combustion equipment with any structure such as the cooking range in a matched mode.

Description

technical field [0001] The invention relates to the technical field of gasification burners, in particular to a gasification burner used on solid fuel stoves capable of burning coal and biomass. Background technique [0002] At present, due to the shortage of non-renewable energy sources and the rise in energy prices, more and more biomass resources need to be developed and utilized. Most of the existing gasification burners used on various stoves use a single fuel, and most of them are Non-renewable energy sources or high fuel requirements all have insufficient oxygen supply, uneven air intake, unstable and insufficient combustion, large smoke and dust, slow ignition of cold furnaces, short sustainable combustion time, and slow heat exchange speed. The problem of low thermal efficiency, and there is no fire sealing device on the burner, especially when using biomass solid fuel, the fire cannot be sealed. Every time it is used, the fire needs to be re-ignited, which is time-...

AI Technical Summary

Problems solved by technology

[0002] At present, due to the shortage of non-renewable energy sources and the rise of energy prices, more and more biomass resources need to be developed and utilized. Most of the existing gasification burners used on various stoves use a single fuel, and most of them are Non-renewable energy sources or high fuel requirements all have insufficient oxygen supply, uneven air intake, unstable and insufficient combustion, large smoke and dust, slow ignition of cold furnaces, short sustainable combustion time, and slow heat exchange speed. The problem of low thermal efficiency, and there is no fire sealing device on the burner, especially when using biomass solid fuel, the fire cannot be sealed. Every time it is used, the fire needs to be re-ignited, which is time-consuming and troublesome. Although the fire can be sealed when using coal, But in the process of sealing the fire, coal is still being consumed continuously, which wastes energy and pollutes the environment

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