Ever wondered how researchers and developers create devices powered by motion or muscle stimulation? Have you ever wanted to develop a product geared toward helping patients with nervous system disorders, paralysis, or amputees? How about custom applications based on body signals or applications for health monitoring?
These are just some of the ideas and concepts that can be developed with Bitalino, a low cost, biomedical toolkit microcontroller with Bluetooth connectivity and built in sensors for EKG, muscle activity, nervous system, and accelerometry.
The Bitalino world community is creating various do it yourself projects in addition to commercial grade projects to aid in the advancement of many of these functions useful to the world today.
Some example applications include:
Components Geared for Wearable Gadgets
Components can be snapped off to create your own wearable gadgets (like some of these creations between Printoo and BITalino for EKG monitoring for cardiac monitoring, activity tracking, device function triggers, and more). Inputs valuable to these projects include accelerometers, temperature sensors, solar cells, electrochromic displays, LEDs, Bluetooth and low-energy communication.
Prosthetics and Gadgets Triggered by Muscle Activity
BITalino’s muscle sensors enable gadget functionality that can be triggered by muscle activity. This DIY tutorial for example on building your own Wolverine claw. We are a few steps closer to becoming real live super heroes.
Signal processing and motor activation also enable projects like robotic, prosthetic hand controlled purely by muscle stimulation.
Gadgets Triggered by Motion Activity
BITalino’s motion sensors enable gadget functionality that can be triggered by motion activity. In this instance, the BITalino API and the libardrone Python library are used to control an AR.Parrot drone. The EMG sensor is used to trigger the takeoff and landing; each time the muscle on the hand palm is activated the drone takes off or lands alternately.
System for inducing movement in muscular rehabilitation for Spinal Cord Injury (SCI) patients.
Another rewarding use for BITalino is this rehabilitation project developed for patients with motor deficits and spinal cord injuries to combine benefits from both physiotherapy exercises and from functional electrical stimulation.
The developed system allows a patient to reproduce specific movements performed by a physiotherapist due to an electrical impulse that activates the needed muscles.
The applications for BITalino are exciting and endless. With muscle and motion control capability, medical applications along with robotic consumer grade applications are now possible and likely to be found in the mainstream market in near future.