Human-machine device

This ingenious device enables you to deploy AI opponents in your game to strategically lower your ranking! However, it's crucial to understand that this device requires coordination with a robotic arm or a mechanism capable of manipulating the directional control pad! A stepper motor-controlled robotic arm would be ideal, of course. Furthermore, simply using electromagnets to tap the screen won't suffice; conductive rubber sleeves, a voice recognition module, and well-written programming are essential. The principle is quite straightforward: upon receiving a command, the voice recognition module outputs high and low voltage signals to the electromagnet, effectively acting as a switch—this module simply replaces a manual switch. To achieve one-button combos, using the example of Lian Po's 1213 combo, only requires one electromagnet tap, followed by a second tap after a 200-millisecond delay, then a third tap on the first electromagnet after another 200-millisecond delay, finally culminating in a fourth tap on the third electromagnet after a final 200-millisecond delay. It's important to note that the electromagnets shown in the video are 12V, while the voice recognition module outputs 5V, necessitating the use of a four-channel relay module to control the 12V electromagnets. This is, of course, a simplified design, and I eagerly anticipate your refinements and innovative improvements. For any inquiries, please feel free to share your valuable suggestions in the comments section!

(Robotic arm sourced from: Achi Design Share)

Materials List: Five 8mm passive conductive silicone sleeves, four M3*12 socket head cap screws, two M4*8 socket head cap screws, four 12V push-pull type 5mm stroke DC electromagnets, one CI-03T voice recognition module, one four-channel 5V relay module, several DuPont wires, a 12V to 5V step-down module, a 12V adjustable power supply, one 60mm long M3 socket head cap screw, eight M3 nuts, and a 5V speaker for the voice recognition module