Internal suction integrated flameout protection frying stove

Abstract

The invention discloses a suction integrated flame-out protection frying kitchen stove. The suction integrated flame-out protection frying kitchen stove comprises a stove shell, a stove plate is mounted at the top of the stove shell, the upper portion of the stove shell is provided with a hearth, the bottom of the stove shell is provided with an air inlet, a cyclone guide head is mounted in the middle of the lower portion of the stove shell, the top of the cyclone guide head is provided with an air guide hole, a gas collection chamber is formed in the middle of the cyclone guide head, a gas inlet pipe is arranged on the side wall of the gas collection chamber, a mixing cover is arranged at the top of the gas collection chamber, a casing is arranged at the bottom of the mixing cover, the surface of the casing is provided with gas ejection holes, the stove plate is of trilayer structure, a right-cone surface structure is arranged on the upper portion of the inner side of the outer layer, the lower portion of the inner side of the outer layer is cylindrical, and the stove plate is provided with a fire hole ring, a silencing hole ring and a cooling hole ring outwardly by taking the central axis as the center. The outer side of the stove shell is provided with an air baffle chamber, and an ignition needle, a kindling and a flame-out protection needle are assembled in the air baffle chamber. The suction integrated flame-out protection frying kitchen stove is sufficient in gas burning, low in noise and capable of sucking fire from outside to inside to realize flame-out protection and has high popularization and application value.

Description

technical field [0001] The invention relates to the technical field of frying stoves in kitchen utensils, in particular to a frying stove with internal suction integrated flameout protection. Background technique [0002] The traditional frying stove burner is composed of a burner shell, a gas pipeline, a kindling cap and an ignition intake pipe, wherein the upper part of the burner shell is provided with an isolation plate, and a combustion chamber is formed between the isolation plate and the top of the burner shell, and the isolation plate There is a circle of air outlet holes around the burner shell. There is an air duct at the bottom of the burner shell. The gas pipe extends into the air duct and is equipped with an atomizer. The tinder cap is connected with the ignition intake pipe. After the gas in the pipeline is sprayed out by the atomizer, it enters the premixing chamber driven by the air in the air duct, and enters the combustion chamber from the air outlet, and i...

AI Technical Summary

Problems solved by technology

This kind of gas loss generally reaches 10% of the total gas consumption, which not only wastes energy, but also causes environmental pollution. In addition, this straight-through premixing method causes uneven mixing of air and gas in the burner, and low combustion efficiency. , the gas combustion is not sufficient, the flame is not strong enough, and the noise is very loud, which brings a lot of inconvenience to the chef's work, and the existing frying stove flameout protection electric thermocouple is very close to the stove plate on the stove head and the stove in the hearth When the fire is working, it will be pressed down under the action of the frying pan. The temperature of the fire can reach 1300°, and it is easy to burn out the thermocouple. Therefore, it is very important to design a frying stove that can solve the above problems well. Necessary

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