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from Instructables: exploring - technology - robots http://ift.tt/1IAqBea
This family-friendly humanoid robot designed by Aldebaran Robotics is also a multi-functional robot with features including microphones, HD cameras, Wi-Fi connectivity, Hi-Fi speakers, pressure sensors, a voice synthesizer and much more. It has made appearances at events including the Shanghai Expo in China with a synchronized dance routine, at Robocup participating with its own football team, in the UK teaching autistic children, and even demonstrating a stand-up comedy routine in December 2011. Read more at http://realitypod.com/2014/10/the-top-five-mind-blowing-robots-of-2014/#TajsM2ZH5iDAbyEE.99
This robot created by artist and researcher, Patrick Tresset, is a sketcher shaped like an arm that is able to draw portraits of people. It was primarily designed for Tresset’s “New Work” gallery installation which occurred in London in 2011. Read more at http://realitypod.com/2014/10/the-top-five-mind-blowing-robots-of-2014/#TajsM2ZH5iDAbyEE.99.
Another robot by Aldebaran Robotics, this emotional humanoid bot is designed to be able to assess moods, and interact with humans. It is able to shake hands, dance and display messages on the display screen on it’s chest. Read more at http://realitypod.com/2014/10/the-top-five-mind-blowing-robots-of-2014/#HQIHMayVl2ASCduX.99.
is composed of two snake-like machines that attach via magnets to a UAV. After being carried to the site by the quadcopter, snake bots can detach themselves, slip through the holes and cracks of a collapsed building, for instance, and slither to their destinations.
It was inevitable that funding for these projects by the US Military’s Defense Advanced Research Projects Agency (DARPA) would lead to spin-offs finding their way into private startups. There are now at least another three companies developing exoskeletons for commercial use and the focus is on creating them to help people with spinal injuries. A Swedish company, Ekso Bionics, makes a 20kg titanium and aluminium suit that costs $100,000 a pop, which has helped several crippled individuals walk again for the first time.
You can find our Litter-Robot II troubleshooting guides here:
You can refer to our advanced troubleshooting guide to help you open up your Litter-Robot II.
Replacing the Litter-Robot II motor
To replace the motor, you will need a 5/16″ socket with a ratchet.
First, remove the black cover from the top part of your Litter-Robot base to reveal the motor connections.
Using the ratchet, loosen the 5/16″ motor nuts.
Disconnect the motor from the sensor harness.
You can now remove the motor from the Litter-Robot.
Place the new motor inside your Litter-Robot base.
Connect the motor to the sensor harness, by making sure to plug the white wire with the brown wire and the red wire with the green one.
Using the ratchet, tighten the 5/16″ motor nuts.
Properly place the motor connections and install the cover.