Steel-Sense: Integrating Machine Elements with Sensors by Additive Manufacturing

2016

Credits: Tatyana Vasilevitsky, Amit Zoran.

Many interactive devices use both machine elements and sensors, simultaneously but redundantly enabling and measuring the same physical function. We present Steel-Sense, an approach to joining these two families of elements to create a new type of HCI design primitive. We leverage recent developments in 3D printing to embed sensing in metal structures that are otherwise difficult to equip with sensors, and present four design principles, implementing (1) an electronic switch integrated within a ball bearing; (2) a voltage divider within a gear; (3) a variable capacitor embedded in a hinge; and (4) a pressure sensor within a screw. Each design demonstrates a different sensing principle, and signals its performance through (1) movement; (2) position; (3) angle (4) or stress.

Publication:

Vasilevitsky, Tatyana and Amit Zoran. 2016. "Steel-Sense: Integrating Machine Elements with Sensors by Additive     

Manufacturing.” The 34th international conference on Human factors in computing systems (CHI '16). ACM, New York,

NY, USA. PDF     

Amit S Zoran

zoran at cs dot huji dot ac dot il

Office A530, Rothberg Family Buildings, The Edmond J. Safra Campus

91904 Jerusalem, Israel

Amit Zoran

Homepage

      Research      Lab and Students      Design and Research Projects      Publications      Teaching      Videos