The smart rice cooker that is most used at home now is the smart rice cooker. Using it to cook rice can make the rice softer and more delicious. So how should you use it to cook rice? The following is the Midea smart rice cooker that I have compiled for you.

method, I hope it can help you.

How to cook rice in Midea smart rice cooker Ingredients: one bowl of rice, one and a half bowls of water Steps: 1. Wash the rice and put the washed rice into the rice cooker. 2. Add appropriate amount of water.

3. Then wipe off the water around the inner pot of the rice cooker, otherwise there may be a risk of electric shock.

4. Then, put the inner pot into the rice cooker and close the lid.

5. Plug in the rice cooker and press the power button to start steaming rice.

6. It will take about half an hour to 40 minutes to cook the rice, and the indicator light of the rice cooker will light up.

7. When the rice cooker will automatically trip to the keep warm state, it means the rice is steamed.

Wait about 10 minutes before you can start eating.

How to set the automatic rice cooking function of Midea rice cooker? First cook what you need. For example, if you need to cook porridge, press Porridge first, then press Reserve twice. Generally, a few hours and minutes will appear on the display, and then press + or

-to make adjustments.

Press Start again.

The key to the reservation function is that the reservation time should be greater than the selected function time.

Otherwise, the heating will start immediately.

For example: To make a reservation for cooking (cooking takes up to an hour), select the rice cooking function, then select reservation, and then press +/- to select the time. If the time is 1, the heating will start immediately. If the time is 2, it will start in about an hour.

Heat it up and the rice will be ready in two hours.

Make a reservation to cook porridge (cooking porridge takes up to two hours), select the porridge cooking function, then select reservation, and then press +/- to select the time. If the time is 2, it will start heating immediately. If the time is 3, it will start heating in about an hour.

, the porridge will be cooked after 3 hours.

How long does it usually take for a Midea rice cooker to cook? The cooking time of a rice cooker depends on how much rice you cook. Generally, for a half-pot, it takes about 15 minutes for porridge and about 20 minutes for steamed rice.

But the new high pressure takes 8 to 12 minutes. Normally, it takes 30 minutes to 45 minutes.

These are all my own, because the amounts and ingredients are different, and the cooking time is also different.

Common sense about saving electricity in rice cookers: Electric rice cookers are major power consumers among household appliances. If used and maintained improperly, power consumption will increase significantly.

So how to save electricity? 1. When making rice, it is best to wash the rice and soak it in clean water for about 15 minutes before putting it in the pot. This can greatly shorten the cooking time and the cooked rice will be particularly fragrant.

2. Make full use of the waste heat of the electric hot plate.

When the rice soup in the rice cooker boils, turn off the power switch for 8 to 10 minutes, make full use of the residual heat of the electric hot plate, and then turn on the power again.

When the red light of the rice cooker goes out and the yellow light comes on, it means that the rice in the pot is cooked. At this time, you can turn off the power switch and use the residual heat of the electric hot plate to keep it warm for about 10 minutes.

3. Do not use the rice cooker as an electric kettle.

A rice cooker and an electric kettle with the same power can also boil a thermos of water. It only takes 5 to 6 minutes to use an electric kettle, while it takes about 20 minutes for a rice cooker.

4. Avoiding peak electricity consumption is the best way to save electricity.

For a rice cooker with the same power, when the voltage is 10% lower than its rated value, the power consumption time needs to be extended by about 12%. It is best not to use it or use it less during peak power consumption.

5. Keep the inner and outer pots clean.

If the rice cooker is used for a long time and is not cleaned in time, a layer of oxide will accumulate on the bottom and outer surface of the inner pot. It should be soaked in water and wiped with a rough cloth until the natural metallic luster is revealed.

6. The bottom of the inner pot should be in optimal contact with the electric hot plate, inner pot and lid.

If the inner pot is deformed, that is, concave or convex, it will affect the good contact with the bottom of the inner pot and should be corrected in time.

How to correctly repair a rice cooker. Maintenance practice shows that local melting and deformation of the electric heating plate of a rice cooker often occur.

Here is a brief introduction to the causes of melting and deformation of the electric heating plate for reference.

When the rice cooker is working normally, the heat from the electric hot plate is continuously transferred to the water, and the water temperature in the pot gradually rises to boiling (about 98°C).

After the rice is cooked and the water is dry, when the temperature of the electric hot plate rises to 103°C, the temperature-sensitive magnet installed in the center of the electric hot plate reaches the Curie point and loses its magnetism. The lever of the switch assembly automatically falls, cutting off the contact switch and turning off the main power supply.

The temperature in the pot slowly decreases. When it drops to about 70°C, the bimetal contact thermostat connected in parallel at both ends of the switch assembly (some rice cookers are resistance wire sheet thermostats connected in series in the electric heating plate) automatically turns on the power.

, to achieve the purpose of automatic heat preservation.

If the rice cooker is used for a long time, due to the rust of the magnet, the malfunction, or the position of the thermostat contact switch changes, etc., the electric heating plate will not automatically cut off the power, but will always be in the heating state.

When the temperature rises to 185°C, the thermal fuse blows, disconnecting the power circuit to protect the electric heating plate and other components.