Soporte para radar tablet Maxwell

thingiverse

Building an Automatic Traffic Light Radar System with the Tabet Maxwell Board and the ZUM Kit from BQ Robotics. Overview and Background ------------------------ This project aims to create a self-sustaining traffic light radar system utilizing the Tabet Maxwell board in conjunction with the ZUM kit from BQ Robotics. The proposed system will enable real-time monitoring of traffic flow, thereby enhancing road safety and efficiency. Lesson Plan and Activity ------------------------- ### Lesson Objectives * Design and develop an automatic traffic light radar system using the Tabet Maxwell board and the ZUM kit. * Implement a real-time traffic flow monitoring system to enhance road safety and efficiency. * Utilize the Tabet Maxwell board's capabilities to integrate with the ZUM kit for seamless data transmission. ### Materials Needed * Tabet Maxwell Board * ZUM Kit from BQ Robotics * Jumper Wires * Power Supply * Breadboard (Optional) ### Procedure 1. Connect the Tabet Maxwell board to the ZUM kit using jumper wires, ensuring a stable power supply. 2. Configure the Tabet Maxwell board's firmware to transmit real-time traffic flow data to the ZUM kit. 3. Integrate the ZUM kit with a display module (e.g., LCD) to visualize the traffic flow data in real-time. 4. Implement a control system to adjust traffic light timings based on real-time traffic flow data. ### Safety Precautions * Ensure proper power supply and grounding of all components. * Use protective gear when handling electronic components. * Avoid exposing the system to extreme temperatures or moisture. ### Conclusion The automatic traffic light radar system built with the Tabet Maxwell board and the ZUM kit from BQ Robotics will provide real-time monitoring of traffic flow, enhancing road safety and efficiency.