Turbine furnace shell

Abstract

The invention belongs to the technical field of gas stove furnace shells, and particularly relates to a turbine furnace shell. The turbine furnace shell includes a furnace shell body, a turbine-shapedejector tube arranged on one side of the furnace shell body and a furnace core covered on the top of the furnace shell body. A high fire channel and a low fire channel are arranged in the furnace shell body. The high fire channel includes an air inlet, a high fire air inlet, a high fire flow channel and a plurality of high fire air outlets. The low fire channel includes a low fire air supply portfor supplying air to a low fire flow channel, a low fire air inlet, the low fire flow channel and a plurality of low fire air outlets. The low fire flow channel is arranged at the center of the furnace shell body, the high fire flow channel is arranged on the outer circle of the low fire flow channel in a surrounding mode, the top end of the low fire flow channel and the top end of the high fireflow channel are connected with the furnace core, the multiple high fire air outlets are evenly formed in the connection position of the furnace core and the high fire flow channel, and the multiple low fire air outlets are evenly formed in the connection position of the furnace core and the low fire flow channel. The low-fire combustion is more stable, the overall combustion fire force is stronger, and the service life is longer.

Description

technical field [0001] The invention belongs to the technical field of gas stove shells, and in particular relates to a turbine shell. Background technique [0002] Gas stove has become a kind of widely used kitchen utensils, is the kitchen utensils that carry out direct fire heating with gaseous fuels such as artificial coal gas, natural gas. During the use of the gas stove, it is necessary to manually adjust the size of the flame and control the heat to match the cooking. When the gas stove is working, it is first ignited by the small fire in the inner circle of the induction ignition needle, and then ignites the big fire in the outer circle with the small fire. [0003] Traditional commercial gas stoves have only gas supply and no air supply inside the small fire, while there are both gas supply and air supply inside the big fire. Oxygen around the core, so a small fire that only relies on oxygen around the core for combustion is likely to burn weakly or go out directly...

AI Technical Summary

Problems solved by technology

[0003] Traditional commercial gas stoves have only gas supply and no air supply inside the small fire, while there are both gas supply and air supply inside the big fire. Oxygen around the core, so a small fire that only relies on oxygen around the core for combustion is likely to burn weakly or go out directly due to insufficient oxygen supply, and it is easy to extinguish when there is air blowing outside or liquid dripping during cooking

After the low fire is extinguished, not only the overall combustion firepower of the gas stove is reduced, but also when the high fire needs to be adjusted back to low fire, the low fire is not easy to ignite, which will directly cause the gas stove to go out as a whole, and it needs to be re-ignited to continue cooking, reducing the gas stove. If the gas stove is not turned off in time after the overall extinguishment, it will easily cause safety hazards and bring loss of life and property to users

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