Water-saving, energy-saving and low noise oil gas dual-purpose air blast range

Abstract

A water saving and energy saving low noise oil gas dual purpose blast hearth, wherein the burner is composed of an inner and an outer fire vessels, the top nozzle of the wind pipe is screwed on the bottom pot of the outer fire vessel, the bottom nozzle of the wind pipe is screwed with a pipe plug, the center of which is provided with a tubing head base, the central hole of the tubing head base is communicated with a fuel gas assistant burning supply pipe, the center of the inner fire vessel if provided with a tubing head cap seat, the center of which is provided with an air outlet. The center of the wind pipe is equipped with a sleeve, the upper end of which is screwed with the tubing head cap seat, while the lower end is in gap matched with the tubing head cap seat. The central nozzle of the wind pipe is connected with a fan, a heat insulating mattress is arranged between the flange on the inner fire vessel upper part and the circular flange of the outer fire vessel upper part, the side walls of the inner and the outer fire vessels are opened with screws, and the air inlet pipe traversely passes through the interlining chamber between the inner and the outer fire vessels to screw with the bolt hole. The invention is provided with conflagration and nagaaki fire, which controls the conflagration by the foot valve to save fuel gas; and provided hot water using the remaining heat, meanwhile reduces the temperature of the hearth, saves water with small fan and low noise.

Description

technical field [0001] The invention relates to fuel oil and gas stoves, in particular to a high-efficiency, energy-saving and low-noise blast stove. Background technique [0002] The burner of existing gas-fired stove is mainly made of inner and outer fire bowls, the tops of the inner and outer fire bowls have corresponding flanges, and the flanges of the inner and outer fire bowls are in close contact and fastened by screws. There is an air distribution cap in the middle of the inner fire bowl, and air holes are opened on the air distribution cap, and air holes are opened on the side wall of the inner fire bowl. The interlayer between the inner and outer fire bowls is an air chamber, which communicates with the blower. Under the action of the blower, the air in the air chamber is ejected from the air eye, mixed with the fuel ejected from the air eye, and burned in the inner cavity (combustion chamber) of the inner fire bowl. This burner mainly has the following disadvanta...

AI Technical Summary

Problems solved by technology

[0003] 1. The flanges on the top of the inner and outer fire bowls are in close contact, and the heat generated by combustion is easily transferred to the outer fire bowl through the flange of the inner fire bowl, and then transferred to the outside air through the outer fire bowl, resulting in heat loss

[0004] 2. The splitter cap is set in the center of the combustion chamber. The heat generated by the combustion can easily burn the splitter cap. The gas hole on the splitter cap is small and easily blocked by carbon deposits.

[0006] 4. The stove ring of the existing gas blast stove is a solid body, which is easy to be burned out. Since cooking is mostly used on a large fire, the firepower is as high as 50,000 calories. A

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