Cooking equipment and control method thereof
A control method and technology for cooking equipment, which are used in timing control of ignition mechanisms, cooking utensils, household appliances, etc.
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example 1
[0057] As an example 1, step S110 specifically includes:
[0058] Step S1111 , in response to the sum of the rated power of all target cooking units being greater than the aforementioned total power, all target cooking units are divided into multiple cooking groups, and step S1112 is executed. In response to the fact that the sum of the rated powers of all target cooking units is not greater than the aforementioned total power, all target cooking units are directly made to perform cooking operations simultaneously.
[0059] Wherein, the sum of the rated powers of all target cooking units in each cooking group is less than the aforementioned total power.
[0060] Those skilled in the art can understand that, the way of dividing all the target cooking units into multiple cooking groups can be any feasible way, for example, according to the order of rated power from large to small, make the front rated power and the rear The rated power is added one by one. If the result of the...
example 2
[0065] As example two, step S110 specifically includes:
[0066] Step S1121, in response to the sum of the rated powers of all target cooking units being greater than the aforementioned total power, obtaining the ratio of the rated powers of all target cooking units to each other;
[0067] Step S1122, distributing the aforementioned total power to each target cooking unit according to the aforementioned ratio;
[0068] Step S1123, make all the target cooking units perform cooking operations simultaneously according to their allocated power.
example 3
[0069] As an example three, step S110 specifically includes:
[0070] Step S1131, in response to the sum of the rated power of all target cooking units being greater than the aforementioned total power, determine the sequence of cooking operations of all target cooking units according to the target working time and temperature difference of each target cooking unit;
[0071] Wherein, the aforementioned temperature difference is the difference between the current temperature of the food material and the target temperature of the aforementioned target cooking unit. Wherein, the target temperature refers to the highest temperature of the food, that is, the temperature when the food is cooked.
[0072] Specifically, in response to the sum of the rated powers of all target cooking units being greater than the aforementioned total power, the cooking sequence of all target cooking units is determined according to the target working time of each target cooking unit. If there are mult...
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