Novel energy-saving gas burner

Abstract

The invention relates to a novel energy-saving gas burner. The novel energy-saving gas burner changes the structure of a previous burner and overcomes the defects of a previous cooker during burning.Compared with a traditional cooker combustion distributor, the novel energy-saving gas burner has the advantages of large power collector, more sufficient combustion, higher thermal efficiency, and non influence of changes in air source and air pressure, has strong durability, energy conservation and environmental protection, and low manufacturing cost. The novel energy-saving gas burner is simplein structure, reasonable and convenient to operate, and the shortcomings of the background technology are overcome. The novel energy-saving gas burner mainly changes the structure of an original burner, thereby greatly improving the thermal efficiency and reducing the carbon emission.

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 higher power, more complete combustion, higher thermal efficiency, is not affected by chang...

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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