Cooking device, control method, and storage medium

A cooking device, wherein comprising:

• a cooking body having a first cooking area and a second cooking area, wherein the first cooking area is different from the second cooking area;
• a first heating unit having a power input terminal;
• the first heating unit is in an on state when its power input terminal is connected to power to heat food on the cooking pot body from the first cooking area, and the first heating unit is in an off state when its power input terminal is disconnected from power to stop heating;
• wherein the first heating unit heats the first cooking area;
• a second heating unit having a power input terminal;
• the second heating unit is in an on state when its power input terminal is connected to power to heat food on the cooking pot body from the second cooking area, and the second heating unit is in an off state when its power input terminal is disconnected from power to stop heating the second cooking area;
• a first driving circuit having a control terminal, a power terminal, and a driving terminal, wherein the power terminal of the first driving circuit is configured to connect to power, and the driving terminal is connected to the power input terminal of the first heating unit;
• the first driving circuit is in a conduction state when a first conduction signal is input to its control terminal, so that its power terminal and driving terminal are conducted to drive the first heating unit to be in an on state, and the first driving circuit is in a cut-off state when a first cut-off signal is input to its control terminal, so that its power terminal and driving terminal are disconnected to drive the first heating unit to be in an off state;
• a second driving circuit having a control terminal, a power terminal, and a driving terminal, wherein the power terminal of the second driving circuit is configured to connect to power, and the driving terminal is connected to the power input terminal of the second heating unit;
• the second driving circuit is in a conduction state when a second conduction signal is input to its control terminal, so that its power terminal and driving terminal are conducted to drive the second heating unit to be in an on state, and the second driving circuit is in a cut-off state when a second cut-off signal is input to its control terminal, so that its power terminal and driving terminal are disconnected to drive the second heating unit to be in an off state.

A cooking device, wherein comprising:

• a cooking body having a first cooking area and a second cooking area, the first cooking area is different from the second cooking area;
• a first heating unit defined in the first cooking area;
• a second heating unit defined in the second cooking area;
• a control unit configured to:
• determine a priority relationship between the first heating unit and the second heating unit;
• obtain respective preset conditions for turning on and turning off the first heating unit and the second heating unit to independently control turning on and turning off of the first heating unit and the second heating unit, respectively;
• control a high-priority heating unit to perform heating and stop heating of a low-priority heating unit, when a preset condition corresponding to turning on a high-priority heating unit is satisfied;
• and control the high-priority heating unit to stop heating to complete one heating cycle of the high-priority heating unit and enter a non-heating cycle of the high-priority heating unit, when a preset condition corresponding to turning off the high-priority heating unit is satisfied;
• wherein the high-priority heating unit is the first heating unit and the low-priority heating unit is the second heating unit, or the high-priority heating unit is the second heating unit and the low-priority heating unit is the first heating unit;
• and
• wherein control the low-priority heating unit to perform heating, during the non-heating cycle and when a preset condition corresponding to turning on the low-priority heating unit is satisfied;
• and control the low-priority heating unit to stop heating, when a preset condition corresponding to turning off the low-priority heating unit is satisfied.