Novel energy-saving gas burner

Abstract

The invention discloses a novel energy-saving gas burner. According to the novel energy-saving gas burner, defects of burners in the prior art in the process of burning are overcome. Compared with a traditional stove burning distributor, the novel energy-saving gas burner has the advantages of being larger in power, more sufficient in burning, higher in heat efficiency, free from influences of gas sources and air pressure, free of lifted frame and flying fire, high in durability, low in manufacturing cost, friendly to environment and capable of saving energy. To overcome the defects in the background technology, the novel energy-saving gas burner is simple and reasonable in structure, and convenient to operate. According to the novel energy-saving gas burner, the structure of the original burner is changed, and therefore the heat efficiency is improved greatly and carbon emission is reduced.

Description

technical field [0001] The invention relates to a core component of a cooker structure, in particular to a gas combustion burner. Background technique [0002] The combustion method of traditional stoves is mainly diffusion combustion. The biggest disadvantages of this kind of combustion are insufficient combustion, low power, low thermal efficiency, excessive carbon emissions, the need to set dampers, and the artificial control of the mixing ratio of gas and air, which is difficult to accurately regulation. There are also a small number of stoves that use a semi-premixed combustion method, which can easily lead to flame separation, tempering, and sparks. If the gas pressure changes, it cannot be used normally. This burner changes the structure of the previous burner and makes up for the disadvantages of the previous cooking stoves. Compared with the traditional stove burner, it has greater power, more complete combustion, higher thermal efficiency, is not affected by ch...

AI Technical Summary

Problems solved by technology

[0002] The combustion method of traditional stoves is mainly diffusion combustion. The biggest disadvantages of this kind of combustion are insufficient combustion, low power, low thermal efficiency, excessive carbon emissions, the need to set dampers, and the artificial control of the mixing ratio of gas and air, which is difficult to accurately control

There are also a small number of stoves that use a semi-premixed combustion method, which can easily lead to flame separation, tempering, and sparks. If the gas pressure changes, it cannot be used normally.

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