Since country has issued a "one helmet and one area" policy, the demand for non-motorized vehicle helmets has increased significantly, and the intelligence and digitalisation of wearing equipment have become an inevitable trend. This project takes the smart riding helmet as the entry point. From the physiological, safety, and psychological needs, integrated steering lights, brake induction lights, camera records, positioning detection, honeycomb structure buffer layer, Bluetooth audio, speed itinerary monitoring function and other functions. Dedicated to protecting the security of users and providing a lightweight and comfortable experience, it is also committed to making the appearance details more in line with people's cognitive preferences. Further, it is hoped to increase the usability and user experience of the helmet through the non-disturbing humanised intelligent interaction mode during riding, facilitate communication with peers, provide all-round protection and intelligent experience for riders, and help users to have a safer, cheerful and eclectic riding trip.

Ruitong Chang. Research on the design of intelligent riding helmet system. Frontiers in Art Research (2024) Vol. 6, Issue 5: 7-13. https://doi.org/10.25236/FAR.2024.060502.

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