An Improved Novel Tactile Interface System for Use in Remote Sensory Processes
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By Bob Nidever in Latest Additions Published: Monday, 16 June 08 - 07:22 PM (GMT) |
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UCLA researchers have developed a pneumatic haptic feedback system that can be used for a variety of applications including remote or robotically-assisted surgical procedures, neuroprosthetics, video-gaming and virtual-reality simulation. The enhanced system design is modular and scalable thereby allowing for easier system re-configuration and integration at a lower cost structure.
A pneumatic haptic feedback system has been designed to be modular, scalable and miniaturized. When the operator applies a force upon an object to be manipulated, a sensor transmits a signal that results in the application of proportional pressure upon the hands of the operator. In addition, a control system has been engineered to regulate the signal input in proportion to the applied force. The adaptability of this system allows for straightforward custom redesigns and lower system integration expenses. In addition, this system has been constructed for wireless applications. MORE [2006-552]
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