Gas cooking device and method for controlling flame size
a technology of gas cooking device and flame size, which is applied in the field of kitchen utensils, can solve the problems of only modulating the flame size, difficult to control the heated temperature within a certain reasonable range, and inaccurate control of the temperature of the cooking device, so as to overcome the hysteresis problem of temperature control and accurate control
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embodiment 1
[0047]As shown in FIG. 1, the present invention relates to a gas cooking device, such as a gas stove, etc. The gas cooking device comprises a gas stove 2 and a cooking utensil 1 arranged above the gas stove 2. The cooking utensil is preferably a cookware 1. The gas stove 2 comprises a burner 21, a furnace frame 22, a panel 23, a gas feed tube 25, and a control valve 24. The panel 27 is provided with an installation hole, the burner 21 is arranged in the installation hole, the furnace frame 22 is arranged on the panel 23, and the furnace frame 22 and the burner 21 are arranged as concentric circles, i.e., the furnace frame 22 is arranged at a periphery of the burner 21 to support an object to be heated. The gas feed tube 25 is communicated with the burner 21 to provide a tube for gas supply, the gas feed tube 25 is provided with the control valve 24, and the control valve 24 can be an electromagnetic valve or other valves with a function of adjusting a gas flow. The gas cooking devic...
embodiment 2
[0065]As shown in FIG. 3, the present embodiment improves the temperature control layer 11 on the basis the Embodiment 1. In the present embodiment, the temperature control layer 11 exists independently of the cookware instead of being arranged on the cookware 1. Specifically, a support plate is arranged above the furnace frame 22, and the support plate is placed on the furnace frame 22. As another preferred embodiment, the support plate can also be integrated with or fixedly connected to the furnace frame 22, the temperature control layer not only is made into a sheet, but also can be made of a powdery or granular precision alloy material or iron-nickel alloy material, and is attached to the support plate. Certainly, in the Embodiment 1, the temperature control layer can also be made of the powdery or granular precision alloy material or iron-nickel alloy material, and is attached to a bottom of the cookware.
[0066]In addition, the temperature control layer can also be arranged on a...
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