Energy-saving stove with inductive fire-control pot frame and fire control method

Abstract

The invention relates to an energy-saving stove with an inductive fire-control pot frame and a fire control method. A fire-side pot frame for temporarily placing a pot in a cooking process is arranged on the edge of one side, close to an operator, of a cooking bench surface and is provided with support legs, and induction facilities for sensing the position of the pot are arranged in the support legs; and the induction facilities include a first pot position sensing facility and a second pot position sensing facility, the first pot position sensing facility is used for sensing the existence of the pot above a hearth, the second pot position sensing facility is used for sensing the existence of the pot on the fire-side pot frame, and the induction facilities are used for lighting furnace fire when sensing that the pot is placed on a stove hole and turning down or quenching the fire when the pot is taken away from the stove hole. A space between a stove cycle and the pot is closed, and fresh air is introduced to cool the fire-side pot frame and a fire controller. Based on the practicality, the inductive fire control and energy saving of the pot capable of stably working for a long time are truly realized, and the working stability and safety of a system are improved.

Description

technical field [0001] The invention relates to an energy-saving technology for a kitchen stove, in particular to an energy-saving stove with an induction-controlled hot pot rack. Background technique [0002] During the cooking process, the chef will often perform operations such as turning the pot upside down or adding and changing materials in the middle, and the pot is moved away from the furnace mouth more frequently, resulting in a reduction in the heating efficiency of the stove fire on the pot and a waste of energy. [0003] In order to save energy and strengthen firepower control, a new technology of setting a pot support with pressure sensing facilities on the combustion port has appeared in the prior art. When the pressure is significantly reduced, the fuel valve is turned off or reduced. However, in practical applications, it is found that this method of setting the pressure sensor at the pot frame of the burner does not work well. It cannot work continuously an...

AI Technical Summary

Problems solved by technology

However, in practical applications, it is found that this method of setting the pressure sensor at the pot frame of the burner does not work well. It cannot work continuously and stably, and is easy to be damaged; mechanical switches cannot be made fine and durable

On the other hand, during the cooking process, it is very frequent for the chef to overturn the pot and temporarily remove it from the furnace mouth, temporarily put it aside for feeding or refueling operations, and it cannot be determined that the fire should be turned off just because the pot is temporarily removed. And re-ignition in the original way

Therefore, the current method of setting pressure sensors at the combustion port cannot achieve energy-saving effects well, and there is still a gap between practical application or long-term stable use

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