Plusea

autodesk inventor lt 2017 autodesk inventor professional 2014 autodesk cfd 2019 autodesk media entertainment (me) collection 2022 autodesk navisworks manage 2024 autodesk ecotect analysis 2011 autodesk 3ds max 2010 autodesk alias surface 2020
Just another WordPress weblog

+c
calendar
publications
contact
everything
in process
2023
2022
2021
2020
2019
2018
2017
2016
2015
2014
2013
2012
2011
2010
2009
2008
2007
2006
2005
2004

walks

PLAYING TOGETHER
BECOMING MATERIAL
A WEARABLE STUDIO PRACTICE
ANATOMY OF A PIN
MAKING AS A MEANS OF EXPLORING
MAKE YOUR TECH AND WEAR IT TOO
MAKE TOOLS, NOT PARTS
TRACES WITH ORIGIN
ROOM FOR SPACE
COMMISSIONS

weeds

TEACHING
WRITING
KOBAKANT
How To Get What You Want
A Kit-of-No-Parts
Tools We Want
A Wearable Studio Practice
Swatch Exchange
mi.mu + dev blog
Mastodon
Flickr
YouTube
Riot
Instructables
GitHub
Diaspora

Project Summary (2012)

The aim is to prototype a textile skin that can stretch over or otherwise be attached to robotic arm, like the one pictured bellow. The skin should be able to stretch and twist as the joints of the arm move while simultaneously being able to detect contact with other objects. Gathering both location and pressure intensity data. While bending, stretching and twisting of the skin itself will influence the readings, it should not render them useless. This robot skin aims to imitate human skin both in functionality as well as look and feel.

Summary of criteria and goals for the robot skin:
– reliably detect both location and impact/pressure of objects touching the robot skin
– detect location on the skin at the highest resolution possible (5mm sq or less would be great)
– detect pressure intensity within the range of objects the robot might interact with (keys and chairs, not elephants and feathers)
– be cheap to manufacture (low material and production costs)
– attach to the robotic arm featured in the picture bellow, but also be customizable for people’s unique designs
– ideally the skin will be stretchy, and stretching of the skin does not influence the location and pressure readings

Example of robotic arm


Plusea is proudly powered by WordPress