2. Concept

Here I worked on defining my final project idea even more.

What will it do?

Name of the project: BOR-Glove - a Glove controller for output device-

this would be a glove controlled by stretchsensor - Stretch sensors are a type of sensor designed to measure soft structures, including soft robots and the human body. These stretch sensors are essentially flexible capacitors. When the sensor deforms (due to stretching or squeezing) its capacitance value changes. The sensor sends data about its capacitance to a Bluetooth enabled device. Stretch sensors can be made in various sizes, elasticities, and sensitivities depending on desired application.

stretch sensor structure

There are two main versions of stretch sensor: A silicone based sensor and a fabric based sensor. The silicone variety offers a set of mounting holes to attach to your system, while the fabric variety has a thin sew-able region on each side of the sensor which is perfect for integrating with wearable applications.

I wanted to have a wearable device to control art installation … as I am an architect and its the main goal which is being helpful for designers to control patterns digital or physical from a distance.

Creating a wearable electronics, embeddable sensors gloves… to control parametric Pattern on wall, fabrics …

would start with experimenting laser cut pattern on fabrics

then i would upgrade it to a 3D printed pattern on Fabrics(Better to be Elastics)

Try Different 3D Printed Patterns

Mechanism

Original Sketch