Double-electronic-ignition kitchen range with circular perforated windproof stent and standing valve

Abstract

The invention relates to a double-electronic-ignition kitchen range with a circular perforated windproof stent and a standing valve. The double-electronic-ignition kitchen range comprises a kitchen range body, the circular perforated windproof stent, a burning bearing plate, fire holes, a switch, double-electronic-ignition devices, a fuel gas inlet pipe, an output pipe and the gas pressure standing valve, wherein the circular perforated windproof stent is installed at the upper surface of the kitchen range body, and the burning bearing plate is arranged at the upper surface of the kitchen range body; the switch is embedded into the kitchen range body, and a certain number of fire holes are formed in the burning bearing plate; the double-electronic-ignition devices are installed at two sides of the burning bearing plate, and the gas pressure standing valve is fixed between the fuel gas inlet pipe and the output pipe. The double-electronic-ignition kitchen range has the advantages of simple structure, low manufacturing cost, high ignition success rate, fuel conservation, less heat loss, uniform heating and waste gas reduction, and the service life of the switch is prolonged.

Description

technical field [0001] The invention relates to a cooker, in particular to a circular windproof bracket with holes and a double electronic ignition cooker with a fixed valve. Background technique [0002] Nowadays, every household enters a well-off level, and stoves have become a necessity of life, including gas stoves, gas stoves, etc., but they only have a single ignition device, and sometimes it takes many times to ignite, or when the ignition device is damaged, There is no backup ignition device, resulting in waste of gas, reducing the service life of the switch or not being able to use it at all. If there is wind blowing, part of the fuel is often blown away without safe combustion, resulting in heat loss, uneven heating of the cooker, and A large amount of carbon monoxide and carbon oxide compounds are extremely unsafe, bringing inconvenience to life, and fuel waste, directly causing economic losses. Most stoves are directly connected to gas when they are used. In some...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, every household enters a well-off level, and stoves have become a necessity of life, including gas stoves, gas stoves, etc., but they only have a single ignition device, and sometimes it takes many times to ignite, or when the ignition device is damaged, There is no backup ignition device, resulting in waste of gas, reducing the service life of the switch or not being able to use it at all. If there is wind blowing, part of the fuel is often blown away without safe combustion, resulting in heat loss, uneven heating of the cooker, and A large amount of carbon monoxide and carbon oxide compounds are extremely unsafe, bringing inconvenience to life, and fuel waste, directly causing economic losses. Most stoves are directly connected to gas when they are used. In some areas, the temperature difference between day and day is large. When using gas, the gas pressure is extremely unstable, and the firepower will fluctuate, which will make the heat output unstable, which will bring great inconvenience to the user. Inconvenience to users

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