Gas stove and cabinet applying same

Abstract

The invention relates to a gas stove and a cabinet applying the same. The gas stove comprises a panel, a burner main body and an injection pipe used for providing mixed gas for the burner main body, and the burner main body can laterally rotate relative to the panel. The gas stove is characterized in that the panel is provided with a mounting seat, and a driving mechanism for driving a burner to rotate laterally, and a gas supply passage concentric with the gas inlet end of the injection pipe are arranged in the mounting seat. Compared with the prior art, the gas stove has the advantages thata burner can laterally rotate relative to the panel so that the burner can laterally rotate relative to the panel in a non-cooking state, the panel of the gas stove is in a pure plane state, and the effects of dust prevention and attractiveness are achieved while a storage plane is formed. Meanwhile, the invention further provides the cabinet applying the gas stove. The cabinet surface of the cabinet is directly used as the panel of the gas stove, so that the gas stove and the cabinet surface of the cabinet can be integrated, the overall attractiveness of the cabinet is improved, and meanwhile, sanitary dead corners of the cabinet surface of the cabinet can be reduced.

Description

technical field [0001] The invention relates to a gas cooker, in particular to a gas cooker with a burner capable of turning sideways and a cabinet using the gas cooker. Background technique [0002] At present, most of the burners of domestic gas stoves used in the market adopt the bottom air intake method. For the embedded gas stoves, this air intake method is easy to cause the internal temperature of the gas stove, and the gas leakage is difficult to find and eliminate, and the structure will cause Difficult to clean, it is not suitable for fully enclosed cabinets, and some burners use upward air intake combustion, but no matter whether it is downward intake air or upward intake air combustion, the burner is fixed and cannot be moved. With the improvement of people's requirements for the cleaning performance of household gas stoves, the above-mentioned burners cannot overcome the shortcomings of poor pollution resistance of the burners. A burner with a completely upward a...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the burners of domestic gas stoves used in the market adopt the bottom air intake method. For the embedded gas stoves, this air intake method is easy to cause the internal temperature of the gas stove, and the gas leakage is difficult to find and eliminate, and the structure will cause Difficult to clean, not suitable for the fully enclosed cabinet layout, and some burners use the upward air intake combustion method, but whether it is the downward intake air or upward intake air combustion mode, the burner is fixed and cannot be moved

With the improvement of people's requirements for the cleaning performance of household gas stoves, the above-mentioned burners cannot overcome the shortcomings of poor pollution resistance of the burners. A burner with a completely upward air intake, such as the patent number ZL201520107245.4 (authorized announcement number is CN204494508U) The Chinese utility model patent "A Gas Stove with Reversible Burner" provides an easy-to-clean gas stove, which can solve the problem of the burner's pollution resistance. The burner can be turned sideways to make cleaning convenient, but this The processing and assembly process of the injector tube of this kind of burner is complicated, and the disassembly and assembly of some parts of the burner are also relatively complicated, which makes the overall performance of the burner unstable

[0003] For this reason, a Chinese utility model patent "a kind of reversible burner" whose patent number is ZL201520969796.1 (authorized announcement number is CN205208646U) provides a reversible burner, which includes a panel and is arranged on the panel The mounting seat on the top, and the burner body movably connected with the mounting seat, the mounting seat is provided with a gas nozzle and a gas inlet connected to the gas nozzle, and the burner body is provided with a gas nozzle at the same level And the outer ring fire injection tube and the inner ring fire injection tube arranged in parallel, when the burner body is turned over to the panel surface, the injection inlet of the outer ring fire injection tube and the injection port of the inner ring fire injection tube The injection ports are respectively opposite to the gas nozzles and the centerline of the outer ring fire injection tube and the inner ring fire injection tube coincide with the center line of the corresponding gas nozzle, but due to the long-term use of the inner ring fire injection tube and the outer ring fire injection tube The rotation of the injection pipe may cause inconsistent alignment with the gas nozzle, which will affect the injection effect. For this reason, further improvement is needed

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