#NeuralFlex prosthetic finger Welcome to the open-source project for the development of a prosthetic finger with neural interface capabilities.
#overview This project aims to create a bionic prosthetic finger that leverages neural signals for natural movement. By interfacing with the muscles in the remaining part of the finger, we can capture electromyographic (EMG) signals to control the bionic finger's movements.
#features Neural interface: Capture muscle signals to control the prosthetic finger. Bionic movement: mimics natural finger movements for enhanced fonctionality. Open Source: Collaborative development with the community.
Components Muscle electrode: Captures EMG signals for movement detection. Circuit board: processes signals and controls bionic finger movements. Bionic finger: mechanism for natural finger movement.
##circuit board diagram Comming soon
CAD files Comming soon
Parts list
- Muscle electrode
- Circuit board
- Bionic finger
##assembly instructions
- Connect muscles to the designated muscle area
- Attach the circuit board to the bionic finger mechanism
- Ensure all components are securely connected
- Step by step instruction with images and diagrams Comming soon
##code setup Information about the programming environment, libraries, and any setup instructions Comming soon.
We welcome contributors and collaborators. If you have ideas, improvements, or bug fixes, please submit a pull request.
##license MIT license
##acknowledgments Thank you to everyone contributing to the development of this innovative prosthetic finger
##contact For questions or collaboration inqueries contact Joe Bou Khalil Boukhaliljoe9@gmail.com