Burner Assemblies and Gas Hobs

Abstract

The invention provides a burner module and a gas stove. The burner module comprises a burner, an outer burner cap and a gas distributing disc, wherein the burner is of an integral structure formed by aluminum alloy through pressure casting, the outer burner cap is located at the upper portion of the burner and connected with the gas outlet end of the burner, and the gas distributing disc is located between the burner and the outer burner cap. The burner is of the integral structure formed by the aluminum alloy through pressure casting, so that the manufactured burner is free of splicing, seamless, good in sealing performance, simple in processing and low in cost. In addition, due to the fact that an aluminum alloy material is light, the manufactured burner is light in weight, and an aluminum alloy pressure casting process is relatively little in environmental pollution.

Description

technical field [0001] The invention relates to the field of kitchen utensils, and more specifically, to a burner assembly and a gas stove including the burner assembly. Background technique [0002] The burner system is the core part of the gas stove, and the structure of the burner head in the burner system directly affects the mixing degree of gas and air, which is an important guarantee for improving the thermal efficiency of household gas stoves, saving gas resources, and reducing environmental pollution. . [0003] The existing burner is mainly made of two kinds of materials and processing schemes: one is made of cast iron material, and the other is made of aluminum alloy material by die casting. However, for the burner head made of cast iron material, for the burner head including multiple ejector tubes, due to its complex structure and heavy cast iron material, the weight of the made burner head is large and heavy, and the cast iron processing is difficult. It is a...

AI Technical Summary

Problems solved by technology

However, for the burner head made of cast iron material, for the burner head including multiple ejector tubes, due to its complex structure and heavy cast iron material, the weight of the made burner head is large and heavy, and the cast iron processing is difficult. It is a high-pollution process and does not meet the requirements of energy conservation and environmental protection; the burner head made of aluminum alloy die-casting, because the ejector tube is a Venturi tube, the burner head cannot be die-cast in one piece, and only a few parts of the burner head can be separated. The parts are processed separately and then assembled, which makes the process of manufacturing the burner complex, high cost, and the joints of the assembly are prone to safety hazards such as air leakage due to thermal expansion and contraction

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