Energy-saving stove with mesh enclosure and silk screen

Abstract

The invention discloses an energy-saving stove with a mesh enclosure and a silk screen. The energy-saving stove comprises a stove body, wherein a burner body is arranged in the middle of the inner surface of the stove body; a hearth bracket is arranged at the periphery of the inner surface of the stove body; a silk screen body is arranged above the hearth bracket; a spacing layer is arranged between the silk screen body and the inner surface of the hearth bracket; an upwards protruded middle burner is arranged in the middle of the upper surface of the burner body; a mesh enclosure body covers the outer ring of the middle burner; a mesh enclosure body of the silk screen body covers the burner; the mesh enclosure is integrally combusted in the flame of the burner; during normal combustion, relatively high flame exists, so that the burner is difficult to flame out; the silk screen body serves a ventilation transitional body of the inner surface of a hearth; materials of the silk screen structure are readily available; the silk screen is convenient to process and easy to replace; an overall practical effect is good; thickly dotted meshes are formed in the silk screen; a ventilation effect is good; the hearth bracket is arranged at the bottom, so that the structural strength is high, and the service life is long; and the spacing layer is arranged between the hearth bracket and the silk screen body, so that the ventilation space is large, and the air discharging smoothness is high.

Description

technical field [0001] The invention relates to the technical field of gas stoves, in particular to an energy-saving stove provided with a mesh cover and a wire mesh. Background technique [0002] Gas stoves are mostly used for catering, household and other food processing purposes. How to improve the benefits of gas stoves and maximize the energy-saving effect, one of the more important parts is the furnace support structure of the gas stove, because the furnace support directly involves the combustion of gas. Oxygen supply and rapidity of exhaust emissions. [0003] Energy-saving gas stoves in the prior art, such as the Chinese invention patent "A Safe and Energy-Saving Gas Cooker" (notification number CN202328399U) whose patent number is CN201120445916.X; The stove pot body on the table top has a convex edge body on the outside of the ejector head, and the convex edge body is fixedly connected with the inner surface of the stove pot body; the ejector is equipped with a s...

AI Technical Summary

Problems solved by technology

[0003] Energy-saving gas stoves in the prior art, such as the Chinese invention patent "A Safe and Energy-Saving Gas Cooker" (notification number CN202328399U) whose patent number is CN201120445916.X; The stove pot body on the table top has a convex edge body on the outside of the ejector head, and the convex edge body is fixedly connected with the inner surface of the stove pot body; the ejector is equipped with a small fire channel in the middle, and the ejector inner cavity is located The space outside the fire channel is set as the main fire channel; one side of the lower part of the ejector is equipped with a main fire mixed air chamber, and the main fire mixed air chamber communicates with the main fire channel; the lower part of the small fire channel protrudes from the bottom of the ejector end, and the lower part of the small fire channel is equipped with a small fire mixing chamber; the tray of this design is equipped with a porous plate, that is, the porous plate is used to realize the circulation of external oxygen and the exhaust gas discharge. Due to the defects in the structure of the porous plate, a porous plate The thickness of the plate is thick, and the circulation of oxygen or exhaust gas is not smooth; the second is that the number of vent holes on the porous plate cannot be made more due to structural factors, which limits the flow rate of oxygen or exhaust gas in the porous plate

[0004] The burner head of the existing gas stove is directly equipped with the middle bottom of the furnace body, and there is no cover on the upper part of the burner head. In daily use, the flame of the burner head is directly upward. ; Or sometimes when the flame of the burner is small, the flame of the burner is easily affected by the external wind and is easy to extinguish, and the design does not have a protective effect

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