04-21-2014 08:46 AM
04-21-2014 10:12 AM
"KaTsuoo1" wrote:
When a finger touch a virtual object, it adds resistance to the band that goes on top of the finger, which causes the cup to be pressed against the tip of the finger. The rings would be tight enough so that the tips doesn't immediately pushes in to the cup, but the rings would also be loose enough so that they can slide back once resistance is applied.
Haptic Feedback.gif
04-21-2014 11:08 AM
"geekmaster" wrote:"KaTsuoo1" wrote:
When a finger touch a virtual object, it adds resistance to the band that goes on top of the finger, which causes the cup to be pressed against the tip of the finger. The rings would be tight enough so that the tips doesn't immediately pushes in to the cup, but the rings would also be loose enough so that they can slide back once resistance is applied.
Haptic Feedback.gif
I did something similar a few years ago. The backs of your knuckles get sore rather quickly when tension is applied, so I threaded the cords (nylon fishing line) through hollow tubes (coffee stirring sticks) routed to take the pressure off the knuckles. I never did get around to replacing the finger-pull loops with my R/C hobby servos I bought for that purpose. Some day RSN...
This was just discussed a few days ago in another thread (where you can find more useful related info):
viewtopic.php?f=26&t=7959#p108989
04-21-2014 11:17 AM
"JohnyX" wrote:
... What is your take on something that would be inside of palm...
Like small cell honey comb type or some other small cell based device... think of wad of deflated airbags where computer tells which airbags will inflate to mimic/form shape of 3d object.
Regards!
04-21-2014 01:46 PM
04-21-2014 02:08 PM
"raidho36" wrote:
... I don't think pneumatic machinery will even be applicable for "macrohaptics" come to think of it, it needs to be elecrtically driven motors.
04-21-2014 04:18 PM
04-22-2014 02:09 PM
"Davideus" wrote:
Not glove, but interesting things
04-22-2014 09:48 PM