a bottle of fire

Abstract

The invention discloses a flame vessel. The flame vessel comprises an outer-ring-flame base, an outer-ring-flame large shell, an outer-ring-flame small shell, an outer perforated mesh, an outer combustion front, an inner-ring-flame base, an inner-ring-flame shell, an inner perforated mesh and an inner combustion front. The outer-ring-flame base is provided with first air inlets, a first flow-guiding air distributing plate is arranged above every first air inlet, a second air inlet is formed in the middle of the inner-ring-flame base, a second flow-guiding air distributing plate is arranged above the second air inlet, a first ejector mixing pipe is welded below every first air inlet, and a second ejector mixing pipe is welded below the second air inlet. The flame vessel adopts an outer flame and inner flame combustion heating structure, a plurality of evenly distributed first ejector mixing pipes are arranged on the outer-ring-flame base, the second ejector mixing pipe is arranged in the middle of the inner-ring-flame base, and the first flow-guiding air distributing plates and the second flow-guiding air distributing plate are mounted above the first ejector mixing pipe and the second ejector mixing pipe respectively, so that a heating mode is added and usability is improved.

Description

technical field [0001] The invention relates to the technical field of burners, in particular to a fire bottle. Background technique [0002] The existing gas combustion heating is mainly gun-type burner and burner structure. The existing burner adopts air-gas proportional type, large and small two-stage fire and peroxygen combustion and other heating methods. These products are mainly convective heating of blue flame, which cannot Two modes of infrared radiation heating and blue flame convection heating are realized on the same burner; and the existing high-power burner cannot fully burn due to the lack of oxygen in the combustion process of the existing high-power burner, which requires Auxiliary air intake equipment such as a blower supplies oxygen to realize heating. Such an overall structure takes up a lot of space, requires high costs, and is inconvenient to operate, thereby reducing the performance of the high-power burner. [0003] Therefore, must improve at above-m...

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by the present invention is to provide a fire bottle, which solves the problem that the burner has a single heating mode and the combustion of a high-power burner does not require a fan to supply oxygen

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