With what is probably the most anticipated gadget of the century, Google has added yet another feature to the technological attire that is likely to push it even further. A lightweight, monochrome laser projector has been mounted on one side of the glasses and a camera on the other, to create a projection that can be beamed onto any surface, including the user’s palm.
Its touch capabilities mean you can transform your hand or another surface, into a keyboard or controls for a game you’re playing on the Google device. With some similarities to the Microsoft Kinect game, the further developments to this technology mean that despite head or hand movements, whilst say walking, the interface will stay centred, creating a smooth journey.
How the projector will work
With interactive LCDs continuing to prove popular among both educational environments and offices, manufacturers BenQ have jumped at the opportunity to join the likes of Clevertouch and C-Touch models on the market. Their interactive displays, which are available in 42, 55 or 65 inches are simply connected to your PC via USB thanks to Optical Sensing Touch technology and are ready to go. Turning into a dual touch LCD flat panel with a thin frame has proved to be a more engaging tool for learning and has also been researched to show extra efficiency in offices.
An ambient light senor built into the TL range helps the user and viewers to achieve an optimal picture quality, regardless of the lighting in the room, whilst an integrated speaker means that the screen can be the home to all sorts of multimedia, including video with sound.
If you would like more information about this project, or any other interactive classroom equipment, please do not hesitate to contact us.
We’ve all gotten used to the idea of pinching, sliding and prodding our touchscreen devices but we’d never expect to actually pick up a piece of the action. MIT’s Media Lab has created the option with an elasticated touchscreen that lets you experience “2.5D”, a dimension that has not been mentioned in the technology world before. The prototype, which has been named Obake, looks to bring even more touch to the touchscreen — using actuators, depth cameras, a projector, and a silicone screen to make pinch-to-zoom and other gestures a 3D reality.
The silicon display is supposed to mimic the fluidity of water whilst still allowing the gestures to create geometric shapes. Due to the large set up needed to create this dimension, it’s unlikely we will see this on the next smart phone, but it is likely to become a create concept for 3D displays in tourist attractions and educational purposes.
Check out the video below to see the set up behind the magic and see the “screen” in action.