The question of tactile feedback for touch screens are still relevant,and NEC, in collaboration with the Tokyo Institute of Technology (TIT)have presented a new development in this direction.
In contrast to the company Senseg, which used a prototype of itselectrostatic field, NEC and TIT engineers decided to use theirdeveloping quite a stir. The screen surface can move under theuser's hand, creating a sense not only vibration, but also the direction, as well as allowing you to feel the virtual object attached to the force.
More design of the prototype, you can review the video below, here is just worth noting that the control screen with the help of ropesattached to the corners is not very compact, and certainly not ashigh-tech as the development of Senseg, but it certainly is mucheasier to implement.
Unfortunately, the plans for the development of technology or gadgetrelease date based on it not yet known.
In contrast to the company Senseg, which used a prototype of itselectrostatic field, NEC and TIT engineers decided to use theirdeveloping quite a stir. The screen surface can move under theuser's hand, creating a sense not only vibration, but also the direction, as well as allowing you to feel the virtual object attached to the force.
More design of the prototype, you can review the video below, here is just worth noting that the control screen with the help of ropesattached to the corners is not very compact, and certainly not ashigh-tech as the development of Senseg, but it certainly is mucheasier to implement.
Unfortunately, the plans for the development of technology or gadgetrelease date based on it not yet known.
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