Intelligent system of integrated gas cooker

Abstract

The invention belongs to the field of cookers and discloses an intelligent system of an integrated gas cooker. The intelligent system comprises the gas cooker and a range hood, and the gas cooker comprises burners, temperature sensors, ignition needles, electric control flow valves and a cooker controller. The electric control flow valves include a first electric control flow valve and a second electric control flow valve and are arranged on gas inlet pipelines of the burners respectively and used for controlling heat power of inner fire and outer fire. A range hood controller and a fan are arranged in the range hood. The temperature sensors and the burners fit together to detect bottom temperatures of pots. In cooking, the cooker controller acquires a corresponding cooking mode to control starting of the range hood and ignition of the gas cooker, the electric control flow valves are controlled to adjust heat power of the burners on the basis of a measuring value and a set value of pot temperature in the cooking mode so as to make the measuring valve of the pot temperature reach the set value until the cooking mode is completed, and finally the gas cooker is controlled to flame out while the range hood stops. The intelligent system of the integrated gas cooker is suitable for automatic soup cooking, rice cooking, porridge cooking and pancake making without user participation.

Description

technical field [0001] The invention relates to an integrated stove intelligent system, in particular to a gas integrated stove intelligent system composed of a gas stove and a range hood, which is suitable for automatic cooking of soup, rice, porridge, pancakes, etc., and belongs to the field of stoves. Background technique [0002] The gas stove and range hood in the prior art are separated, and the two cannot work together. When the user cooks food, he must manually adjust the suction force of the range hood and the firepower of the gas range, which is inconvenient to use. In recent years, gas stoves and range hoods that can be controlled remotely have appeared, but they do not have the ability to analyze the firepower required for cooking food. The firepower of the stove and the suction power of the range hood should be adjusted to prevent the pot from overflowing or / and overcooking, and to avoid escaping smoke. In addition, the fire power of the inner and outer ring fi...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the gas stove and the range hood are separated, and the two cannot work together. When the user uses it to cook food, he must manually adjust the suction force of the range hood and the firepower of the gas range, which is somewhat inconvenient to use.

In recent years, gas stoves and range hoods that can be controlled remotely have appeared, but they do not have the ability to analyze the firepower required for cooking food. The size of the firepower of the stove and the suction power of the range hood to prevent the pot from overflowing or / and overcooking, and to avoid escaping smoke

In addition, the firepower of the inner and outer ring fires of the prior art gas stove cannot be adjusted independently, and the pot cannot be evenly heated

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