Anti-explosion chamber structure of a gas stove

Abstract

The invention discloses an anti-explosion hearth structure of a gas stove. The anti-explosion hearth structure comprises a cooking bench and a stove ring, the stove ring is enclosed to form a hearth,and the stove ring is provided with a smoke discharging duct; a burner for discharging a mixed gas is arranged in the cooking bench; the burner comprises a main gas mixing tube, a long open fire mixing tube and a burning plate; an ignition needle is arranged at the top of the long open fire mixing tube; a blower is arranged in the cooking bench, the main gas mixing tube is connected with a main gas tube, the long open fire mixing tube is connected with a branch gas tube, the main gas tube and the branch gas tube are connected with the air supply port of the blower through a tee tube, the maingas tube is in bypass communication with the main gas tube, the branch gas tube is bypass communication with the branch gas tube, the main gas tube is provided with a main gas switch, the branch gas tube is provided with a branch gas switch, and the cooking bench is provided with a blower switch and an ignition switch; and the first end of the blower switch is connected with a power source, the first end of the ignition switch and the power line of the blower are co-connected with the second end of the blower switch, and the second end of the ignition switch is connected with the ignition needle.

Description

technical field [0001] The invention relates to the design technology of the gas cooker, in particular to a design structure capable of preventing the gas cooker from bursting when ignited, in particular to an explosion-proof chamber structure of the gas cooker. Background technique [0002] At present, many gas stoves, especially large pot stoves, use electronic ignition. However, since the furnace (also called the furnace chamber) is a relatively closed space, if there is gas accumulation in the furnace before ignition, if the ignition is started at this time, it may cause explosion due to the ignition of these deposited gases. If misoperation, such as opening the gas valve first, and then turning on the electronic ignition will also cause the chamber to explode. Therefore, many manufacturers will carry out strict training for chefs, requiring the sequence of ignition operation to be to first turn on the fan to blow away the silted gas in the furnace, then turn on the ele...

AI Technical Summary

Problems solved by technology

But in reality, due to the high mobility of chefs and the fact that many chefs are older, it is easy to forget or reverse the order of operations

And once the operation is wrong, it may cause danger, so a safe design is the most important

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