Motion Based Message Conveyer For Paralytic/Disabled People
Robotics & Engineering
Project Results
Successfully developed a low-cost communication device for disabled patients, utilising an accelerometer connected to movable body parts to transmit signals via RF technology. The system enables effective communication with medical personnel, enhancing patient care and well-being while remaining cost-effective and accessible.
Project Description
I've embarked on a project to address the communication challenges faced by paralytic or disabled patients by developing a low-cost, dependable device. This device enables patients to communicate with medical personnel simply by tilting an accelerometer connected to any movable body part.
The system works by interpreting the angle of tilt whenever the bedridden patient moves their limb. This information is then transmitted via an RF transmitter, encoded for security, and received by an RF receiver. At the receiving end, I have added a microcontroller that decodes the data, displaying messages on a screen. Additionally, a buzzer is triggered to alert nurses or attendants upon receiving a motion signal from the accelerometer.
By providing a reliable and effective means for disabled patients to communicate their needs, this solution enhances their quality of care and overall well-being. Moreover, it achieves these objectives while remaining cost-effective, making it accessible to a broader range of patients in need.
Mentee
Ben Peter
Remarks
Working on the communication device project for disabled patients was an incredible journey. Seeing firsthand how our invention could bridge the gap between patients and medical staff was truly heartwarming. As someone passionate about using technology for good, I couldn't be prouder of the progress made under my mentor's guidance. Their expertise and support were invaluable, guiding me through the challenges and inspiring me to push the boundaries of what's possible. My mentor gave me valuable feedback and guided me in writing the code for the project. Knowing that this device has the potential to bring comfort and ease to those in need fills me with immense gratitude and a sense of fulfilment.