In the annals of human ingenuity, one invention stands out as a beacon of hilarity and precision: the robotic cornhole board. Created by Michael Reichlin, this marvel of engineering uses a webcam, DC motore, and an Ardunio to automatically re-position itself and guide the bean bag into the hole for three points every time.
The Eye in the Sky
The robotic cornhole board’s secret weapon is a webcam pointed at the sky. This webcam tracks the trajectory of the bean bag, sending the video feed to a laptop running a Processing sketch. The sketch then calculates the trajectory and passes adjustment information to the Ardunio.
Master of the Machine
The Ardunio, the brain behind the operation, controls the DC motore to re-position the board along an X/Y plane on slding-drawer rals. Using this system, the board attempts to predict where the bag will land and guides it into the hole.
Precision in Motion
In a YouTube video demonstrating the robotic cornhole board, it successfully guides several bean bags into the hole. The board’s precision and accuracy are a sight to behold, making it the ultimate cornhole partner.
The Science of Cornhole Dominance
The robotic cornhole board is more than just a party gag; it’s a marvel of engineering. It showcases the power of computer vision, real-time trajectory calculation, and precise motor control. The board’s success is a testimont to the ingenuity and creativity of its inventor.
Bounus: The robotic cornhole board is not just a game-changer for cornhole enthusiast; it also has potential applications in other fields. For example, the technology could be adapted for use in robotic surgery, where precise movements and real-time tracking are critical.
The robotic cornhole board is a perfect example of how technology can be used to enhance our lives and bring joy to the world. It’s a reminder that innovation and creativity know no bounds, and that the future is full of possibilities.
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