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“Xingzhe” Bicycle Parking System

"A smart parking facility featuring unified access control and IoT-enabled management has been developed to regulate bicycle parking in urban corridors.

  • Product display panels

  • Product model

  • Model rendering

What it does

"Resolving bicycle parking issues that disrupt urban traffic flow"


Your inspiration

"Inefficient resource allocation stemming from disorderly dockless-bicycle parking in university precincts"


How it works

"The embedded ESP32 microcontroller enables wireless signal transmission, while IR sensors facilitate parking bay detection. The user-facing app displays real-time bay availability, reservations, and payment functions. The management backend monitors device status, performs data analytics, and triggers failure alerts, with third-party integrations linking dockless bike platforms and municipal traffic management systems."


Design process

"Through continuous observation of bicycle parking behaviors and usage patterns, combined with market analysis of existing bike racks, we identified critical pain points and user requirements. This informed the conceptualization of core form factors and functionalities, realized via 3D modeling to produce photorealistic renderings."


How it is different

"Leveraging cutting-edge chip technologies and IoT convergence advantages to address shortcomings in existing products."


Future plans

"Continuously pioneering innovative functionalities and relentlessly refining product capabilities."


Awards


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