Red Dot Design Award Smart and Safety Bicycle Circuit Diagram Project Description: Smart Bicycle with Sensor IntegrationFor our school project, we are building a smart bicycle equipped with various sensors. These sensor The Smart Bike Helmet is designed to enhance the safety of cyclists by incorporating various sensors and communication modules to detect accidents and notify emergency contacts. Smart Bike Helmets with an RF transmitter and receiver allow for wireless communication between the helmet and a base station or another device, enabling features such Keywords—Emergency response, Accident detection, Smart bike, helmet detection, Yolov8 . The Integrated Smart Bike Safety System with Accident Detection functions through a two-part processing and sensor network. The Raspberry Pi 5, a powerful single-board computer (SBC), acts as the system's brain, handling image processing
This project implements a smart bicycle safety system using Android devices to monitor a child's safety during cycling activities. The system leverages embedded hardware sensors (gyroscope, accelerometer, GPS, microphone, antenna) in conjunction with mobile devices to provide real-time monitoring and alerts to parents. The introduction of such forms of information and communication services in public bicycle systems can reduce the cost of introducing and maintaining the system, and create a full range of The first one is whether the bike rider is wearing a helmet or not by the help of a position sensor. The second one is detection of alcohol content in the rider's breath with the help
Smart Bike Safety Alert System Using Arduino And Rf ... Circuit Diagram
Hey Friends In This Video I Will Show You How To Make a Smart Bike Safety Alert System Using an RF Transmitter And RF Receiver With ArduinoI Am Sorry to say Abstract—This paper presents a system design for a smart bike helmet with multiple safety features that are intended to empower bicycle riders to proactively avoid potential sources of danger or injury. A Smart Sensor/Actuator Node (SSAN), driven by an Arduino Uno single-board microcontroller, contains input sensors
