Inspiration
The very need of the hour to cut away from our screens to resolve to effective solutions to automate daily tasks. Moreover, exploring more into the integration of embedded systems and wearable technology
What it does
It uses a 4*4 Keypad Matrix with the help of Conductive Thread sewed on the Glove, enabling user to allot a task using the IFTTT App to automate a task, like switching on a bulb, starting the favourite playlist, call a family member, schedule a tweet and much more. In the Demo Video, I've displayed the prototype with a functional use case for blind people using this device to manage phone calls through simple gestures.
How I built it
I built it using conductive thread connected with the Arduino Uno programmed with C++. Moreover it has GSM Module connected with the MCU and the microphone as well as the in-ear speaker.
Challenges I ran into
The major problem I faced while making the glove, was stitching the conductive thread in different channels as the conductive thread often tends to get in touch with each other through small yarns, apart from this, a number of errors and problems came into my way, but I tried to overcome that and continued to work upon this idea.
Accomplishments that I'm proud of
Applying technology for a cause can empower the most vulnerable across the world. We have had strong people in the past like Hellen Keller who have blazed the trail with their achievements, without such devices and support. Therefore, how exuberant it is to think that such people can be equipped with technology in our times and achieve extraordinary feats. I look forward to add features into my device such as Smart Assistants and GPS navigation and ultimately empower the user.
What I learned
How to integrate conductive thread into a physical circuit and further shaping it as a wearable
What's next for Taptask Werable
Refining the prototype into a seamless and lightweight glove for masses to use.
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