Gas stove

Abstract

The invention discloses a gas stove. According to the gas stove, a single-combustor double-nozzle structure is adopted, and a gas valve and a second valve are connected in series, so that an air channel is simplified, the gas stove is safer and more reliable, heat load can be instantly increased, a normal combustion state is converted into a high-fire combustion state, stir-frying cooking requirements of people are met, high-fire combustion state closing modes are diversified, and operation is convenient.

Description

technical field [0001] The invention relates to a household gas stove, in particular to a high-fire gas stove. Background technique [0002] The maximum heat load (power) that a domestic gas stove can achieve under the conditions of meeting various indicators of national standards such as carbon monoxide content and thermal efficiency is called the nominal maximum heat load of the gas stove. And existing household gas cooker can only be adjusted in the range of the nominal maximum heat load, and the burner user can't obtain bigger cooking environment than the nominal maximum heat load, and this can't fully satisfy the demand of modern family user. In particular, some cooking methods that require fierce fire to achieve cooking effects, such as stir-frying, cannot be achieved by ordinary gas stoves. Some gas stoves use a double-channel double-nozzle design to increase the heat load. The first gas channel is controlled by the gas valve, and the second gas channel is controlled...

AI Technical Summary

Problems solved by technology

However, the existing household gas stoves can only be adjusted within the range of the nominal maximum heat load, and users of combustion stoves cannot obtain a cooking environment larger than the nominal maximum heat load, which cannot fully meet the needs of modern home users

Especially some cooking methods that require fierce fire to achieve cooking effects, such as stir-frying, cannot be achieved by ordinary gas stoves

Some gas stoves use a double-channel double-nozzle design to increase the heat load. The first gas channel is controlled by the gas valve, and the second gas channel is controlled by the second valve. The gas valve and the second valve are connected to the main gas pipe in parallel. The stove is connected with an additional gas pipeline from the main gas pipe, which relatively increases a potential safety hazard of gas leakage, and also increases product materials and processing costs

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