LIU Cong, ZHANG Li-ping. Design and implementation of cycling sport intelligent assistant system[J]. 2019, 38(1): 93-96. DOI: 10.13873/J.1000-9787(2019)01-0093-04.
Designing cycling intelligent assistant system equipped with auxiliary bicycle to ordinary bicycle can make ordinary bicycle becomes intelligent
improve people riding experience
realize the interaction between bicycle and people. This system takes STM32F107VE microcontroller unit( MCU) as the core of bicycle auxiliary intelligent assistant system design. This design uses modular design idea
system hardware circuit design includes STM32 MCU as the core data processing module
liquid crystal display( LCD) module
data acquisition module of multiple sensors
and the Bluetooth communication module. The system integrates velocity measurement
environmental perception
monitoring of heart rate
calculation of calorie consumption in one
when the environment is not suitable for riding or overload riding
the system sends out alarm signal
and through Bluetooth transmission bicycle riding data to mobile phone terminal.