Multifunctional furnace with backflow dual combustion-chamber device
A dual-combustion chamber, multi-functional technology, applied in coking ovens, household furnaces/stoves, solid heating fuels, etc., can solve problems such as insufficient fuel combustion, enlarged furnace structure, and increased costs, and achieve process lengthening and improvement Effect of heat transfer efficiency and harmful gas reduction
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[0028] exist figure 1 Among them, taking the smoke outlet 14 as the front portion of the stove, the upper burner 9 is located at its rear portion, so the upper burner 9 is said to be at the rear portion of the dividing plate 6 . The further back the position of the upper burner port 9 is, the greater the flame flow resistance is, but the longer the heat transfer route is. Taking the outflow direction of the smoke in the smoke outlet 14 as the positive direction, the flow from the lower combustion chamber to the upper burner port 9 is a reverse flow, so it is called reverse flow. A lower combustion chamber is formed between the furnace gall 4 and the dividing plate 6 , and an upper combustion chamber is formed between the dividing plate 6 and the furnace mouth 10 . Light the fire, turn the regulating plate 15 to the top of the smoke outlet 14, the flame flows out from the bottom of the smoke outlet 14, the resistance is small, the suction force is large, and the fire speed is ...
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