Collaborate Disseminate
Many people claim to get a real buzz from listening to music, but if you don a pair of EP 01 sneakers, you really will get a buzz. The “sonic-sensory footwear” has been designed to add a live event feel to music on the move thanks to a transducer in th… Continue reading DropLabs gets ready to rumble with bass you can feel in your feet
For people who rely on Braille, reading displays and signs in public can be a challenge, but a new system could help make things easier. HaptiRead is a haptic feedback device that uses ultrasound pulses in precise patterns to reproduce Braille text in … Continue reading Ultrasound haptic system projects readable Braille into thin air
Haptic feedback is becoming a bigger part of entertainment, with most game controllers for the past 20 years having some form of vibration built in. Now, a German startup is launching the Feelbelt, which adds the element of touch to games, music, movie… Continue reading The Feelbelt adds surround haptic feedback to music, movies and games
Telerobotic systems already allow surgeons in one location to control robotic surgical tools in another, so they can perform operations at a distance. A new proximity-sensing system, however, could make such procedures safer and more precise than ever…. Continue reading Telerobotics tech designed to give surgeons a lighter touch
Virtual reality holds the promise of an immersive experience that can satisfy our senses to a level comparable with… well, reality. The field has come a long way, but Sarah Vollmer makes a good point that many of the VR systems currently in use are bulky and difficult to transfer …read more
Continue reading In Pursuit of Haptics for a Better VR Experience
[Jakob Kilian] is working on a glove that he hopes will let the blind “see” their surroundings.
One of the most fascinating examples of the human brain’s plasticity is in its ability to map one sense to another. Some people, for example, report being able to see sound, giving them …read more
Continue reading Giving Sight to the Blind with A Wave of the Hand
Haptic signing is a process in which a hearing, sighted person conveys information to a deaf and blind individual by touching their back or other parts of their body. It’s effective, but what happens if the deafblind person wants to be more i… Continue reading Haptic-feedback clothing designed to guide the deafblind
A big challenge in the VR world is getting haptic feedback no matter where you are. That’s not so much of a problem when you’re sitting in a chair, the hardware can be attached to the chair or to something near you, what’s referred to as grounded force-feedback. But with VR, we’ve gotten used to at least moving around a room. How then do you feel the recoil of a gun, the pressure against a shield, the inertia of a sword slicing through the air, or the pulsations of magic sword emitting lightning?
A team of researchers at the [MAKinteract …read more
Continue reading Wind-Blaster: Haptic Feedback That’ll Make You Recoil
When it comes to training robots, you could grab a joystick or carefully program movements in code. The better way, though, is to move the robot yourself, and have the robot play back all those movements ad infinitum. This is training robots by touch, and it’s the subject of this week’s Hack Chat over on hackaday.io.
Our guest for this week’s Hack Chat will be [Kent Gilson], inventor, serial entrepreneur, and pioneer in reconfigurable computing. [Kent] is the creator of Viva, an object-oriented programming language and operating environment that harnesses the power of FPGAs into general-purpose computing He’s launched eight …read more
Looking for ideas for your haptics projects? [Destin] of the Smarter Every Day YouTube channel got a tour from the engineers at HaptX of their full-featured VR glove with amazing haptic feedback both with a very fine, 120-point sense of touch, force feedback for each finger, temperature, and motion tracking.
In hacks, we usually stimulate the sense of touch by vibrating something against the skin. With this glove, they use pneumatics to press against the skin. A single fingertip has multiple roughly 1/8 inch air bladders in contact with it. Each bladder is separately pneumatically controlled by pushing air into …read more