Intelligent control method for cooking system

Abstract

The invention discloses an intelligent control method for a cooking system. The method comprises the steps that the amount of rice is detected by a rice drum; the rice drum sends the rice amount to a rice cooker; the rice cooker receives the rice amount sent by the rice drum; and the rice cooker determines a cooking mode based on the amount of rice. According to the intelligent control method for the cooking system, rice amount monitoring and an intelligent cooking process are effectively combined; the optimal rice amount of a user is determined by the intelligent rice drum; the problem that the rice amount of the user does not match the actual demand is solved; the rice cooker can automatically choose the cooking mode; and the intelligent experience of the user is enhanced.

Description

technical field [0001] The invention relates to the technical field of kitchen appliances, in particular to an intelligent control method for a cooking system. Background technique [0002] Traditional rice cookers and rice buckets are generally in a relatively independent state, and there is no information interaction, so users cannot experience a more intelligent cooking process. [0003] An intelligent rice bucket control method and system in the prior art, comprising collecting rice volume information in the rice bucket at the rice bucket end, and comparing the collected rice volume information with a rice volume threshold, when the rice volume information is less than the rice volume When the threshold is reached, a prompt message for buying rice is generated, and the prompt information for buying rice is sent to the monitoring terminal; the monitoring terminal receives the prompt information for buying rice sent by the rice bucket terminal, displays the prompt informat...

AI Technical Summary

Problems solved by technology

[0006] In this solution, there is no information interaction between the main body of the rice cooker and the rice bucket, so it cannot solve the leftover problem caused by the mismatch between the amount of rice added by the user and the actual demand. At the same time, the rice cooker cannot automatically select the cooking mode, and the user experience is poor.

In addition, the rice cooker and the rice bucket have an integrated mechanical structure, and are equipped with a water tank at the same time, resulting in too large volume and poor practicability

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