Keywords
Internet of things (IoT)
STM32
Control system
Cloud platform
Submitted : 2026-06-07
Accepted : 2026-06-22
Published : 2026-07-07
Abstract
With the rapid development of electronics, household kitchen appliances are gradually becoming intelligent. To improve the well‑being of office workers and address challenges such as limited time for cooking rice, this paper proposes the structure and control system of a cooking robot. The system uses an STM32 microcontroller as its core and integrates IoT and other new technologies to enable interaction among the smartphone, cloud, and the cooking robot. It supports remote control and monitoring via a mobile app, and on‑device monitoring of the operating status or the cooking curve through a touch screen. Experimental tests show that the robot can automatically complete a series of operations, including rice metering, rice washing, and rice cooking, making the system more user‑friendly and intelligent.
References
Peng D, 2019, Design and Implementation of the Main Functional Control Software of an AH Rice Cooker Based on Microwave Heating Technology. thesis, University of Electronic Science and Technology of China: 1–5.
Zeng G, Kang J, 2025, Noise Analysis and Noise Reduction Research of the IH Rice Cooker. Home Appliance Technology, 2025(02): 36–41.
Liang Q, Long S, Chen B, et al., 2022, A Multifunctional Rice Washing Device: CN113384177B.
Wang H, Chen B, Long S, et al., 2022, A Fully Automatic Rice Washing Method and System: CN113384176B.
Huang C, Luo Y, Huang Y, 2024, Design and Implementation of a Remote-Control System for an Intelligent Rice Cooker. Mechanical Engineer, 2024(11): 1–5 + 13.
Fu W, Wang H, 2022, Design and Implementation of a Temperature and Humidity Acquisition System Based on STM32 Microcontroller and DHT11 Sensor. Light Sources and Lighting, 2022(03): 119–121.
Liu L, Wang J, Zhao G, 2020, Fundamentals and Practice of Embedded Systems. Electronics Industry Press: 22–49.
Liu F, Shen S, Deng S, 2022, Design and Implementation of a Data Acquisition and Monitoring System Based on OneNET. Electronic Production, 30(17): 47–49.
Liang Q, Long S, Deng J, et al., 2019, Design of an IoT Rice Cooker App. Internet of Things Technologies, 9(01): 52–55.
Bai L, Zhu J, Lei H, et al., 2021, Application of HMI Serial Touch Screens in Microcontroller System Development. Journal of Henan Institute of Technology, 29(02): 64–66.
He J, Zhong L, Huang C, 2023, Design and Implementation of Automatic Feeding and Aging Line for Electric Rice Cookers. Mechanical and Electrical Engineering Technology, 52(12): 107–110.