High-efficiency combustion gas-making furnace
A gas-making furnace and high-efficiency technology, which is applied in the production of combustible gas, household stoves/stoves, climate sustainability, etc., can solve the problem of wasting combustible gas, etc., and achieve the effect of improving the utilization rate
Inactive Publication Date: 2011-03-23
李远强
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Problems solved by technology
Because the fuel in the furnace core produces a large amount of carbon monoxide and other combustible gas after the first incomplete combustion, the combustible gas can only be burned with the fresh air entering the combustion holes around the upper end of the furnace core during the rising process, while the furnace The central part of the core cannot produce a flame, thus wasting a considerable part of the combustible gas
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[0007] Below in conjunction with, accompanying drawing, the patent of the present invention is described further.
[0008] As shown in the accompanying drawings, a high-efficiency combustion gas-making furnace includes an inner furnace core (1), an outer furnace shell (2), a ventilation hole (3), a heat collecting basin (4), a combustion plate (5), Stove plate (6), flame hole (7), chimney (8), pot ring (9), furnace bridge (10), when the fuel burns in the furnace core, the negative pressure in the furnace generated by the chimney will pull the gas The air rises from the inner furnace core and the air between the inner furnace core and the outer furnace shell. Among them, the air in the outer layer passes through the ventilation holes, and passes through the flame holes on the stove, and bridges the combustion disk to the center of the stove through a bridging method, and there are several flame holes on the combustion disk. , making full use of the combustion space in the cent...
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The invention discloses a high-efficiency combustion gas-making furnace, which comprises an inner furnace core, an outer furnace shell, vent holes, a heat-gathering basin, a combustion tray, a stove tray, flame holes, a chimney, a boiler ring and a furnace bridge. When a fuel is combusted in the furnace core, gas is pulled to rise from the inner furnace core and air between the inner furnace core and the outer furnace shell is pulled to rise due to negative pressure in the chimney of the furnace, wherein outer-layer air between the inner furnace core and the outer furnace shell passes out of each flame hole on the stove tray through each vent hole; the combustion tray is bridged in the center in a kitchen stove and provided with a plurality of flame holes, so that the combustion space of the central part in the furnace core is fully utilized; inner-layer air in the furnace core is a large amount of combustible gas such as carbon monoxide and the like generated due to the incomplete combustion of the fuel in the furnace core; and the combustible gas contacts outer-layer fresh air emitted from each flame hole so as to generate flame. The gas is completely combusted, so the furnace is energy-saving and environmentally-friendly. A novel gas-making furnace is provided, has greatly improved combustion efficiency, and is energy-saving and environmentally-friendly, and conveniently used by users.
Description
technical field [0001] The patent of the present invention relates to a rural household combustion gas furnace, and more specifically relates to a high-efficiency combustion gas furnace. Background technique [0002] In recent years, energy-saving gas-making stoves have been widely used and welcomed by farmers. The gas-making stove is mainly composed of inner furnace core, outer furnace shell, heat collecting basin, pot ring, chimney and furnace bridge. Between the inner furnace core and the outer furnace shell is a hollow structure that can circulate air. Its top is closed, and only a few combustion holes for air to enter the inner furnace core are opened around the upper end of the inner furnace core. Combustible gas for combustion. Because the fuel in the furnace core produces a large amount of carbon monoxide and other combustible gas after the first incomplete combustion, the combustible gas can only be burned with the fresh air entering the combustion holes around the...
Claims
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IPC IPC(8): F24B1/18C10J3/20
CPCY02P20/10
Inventor 李远强
Owner 李远强