Environment-friendly heating stove integrating high temperature energy-gathering rings for air distribution and oxygen storage

Abstract

The invention relates to an environment-friendly heating stove integrating high temperature energy-gathering rings for air distribution and oxygen storage. The heating stove comprises a stove body, a water tank, a stove chamber, a combustion chamber, a feeding port and a slag removal port; the stove chamber comprises a stove chamber upper wall, a stove chamber side wall, a stove chamber bottom wall, a combustion chamber upper wall, a combustion chamber side wall and a combustion chamber bottom wall; an oxygenation first channel, an oxygenation second channel, an oxygenation third channel, an oxygenation fourth channel and an oxygenation fifth channel are arranged; an interlayer oxygen storage device is arranged; the interlayer oxygen storage device comprises an oxygen storage sleeve, an oxygenation sleeve and a fire banking device; the feeding port is arranged in an inclined mode. By means of the environment-friendly heating stove, the flue gas emission and dust pollution of funnels are greatly reduced, energy is saved, the thermal efficiency is high, the use is safe, the single stove can be used for multiple purposes, the combustion controllability of fuel and the fire banking capability of the stove are improved, the working efficiency and thermal utilization efficiency of coal resources are raised, the stove maintains aesthetic, meanwhile, potential safety hazards are reduced, the stove is environment friendly, and the structure is reasonable.

Description

technical field [0001] The invention relates to a heating furnace, in particular to an environment-friendly heating furnace with a high-temperature energy-gathering ring and an air-storage oxygen storage. Background technique [0002] At present, the heating furnaces on the market generally set the oxygen increasing sleeve at the upper outlet of the combustion chamber, and connect the oxygen increasing sleeve to the outside through the side wall of the furnace body to supply oxygen, thereby increasing the oxygen supply, making the fuel fully combustible, reducing dust generation and Energy waste, however, the oxygen supply of the aeration sleeve is limited. When the fire is burning vigorously, it cannot provide sufficient oxygen supply, that is, the oxygen supply cannot be buffered and stored, and it cannot meet the requirements of unbalanced oxygen consumption for combustion, and the oxygen supply is not sufficient. adjustment, resulting in unnecessary energy consumption. ...

AI Technical Summary

Problems solved by technology

[0002] At present, the heating furnaces on the market generally set the oxygen increasing sleeve at the upper outlet of the combustion chamber, and connect the oxygen increasing sleeve to the outside through the side wall of the furnace body to supply oxygen, thereby increasing the oxygen supply, making the fuel fully combustible, reducing dust generation and Energy waste, however, the oxygen supply of the aeration sleeve is limited. When the fire is burning vigorously, it cannot provide sufficient oxygen supply, that is, the oxygen supply cannot be buffered and stored, and it cannot meet the requirements of unbalanced oxygen consumption for combustion, and the oxygen supply is not sufficient. adjustment, resulting in unnecessary energy consumption

[0003] In addition, due to the ventilation holes on the side wall, if the holes are too large, convection will cause heat loss, and if the holes are too small, the oxygen supply will be insufficient.

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