A project that saw a prototype form some five years back is finally nearing commercialization, as ELIA Life Technology has recently been licensed to bring a tactile graphic display device and fingertip graphic reader to market. Originally developed by NIST researchers, the aforementioned screen enables individuals to feel an array of images on a reusable surface by raising around 3,600 actuator points into a certain pattern, each of which can be sent electronically to the reader. Separately, a finger-based device utilizes 100 minuscule pins that can be activated as a person scans a given surface, which enables the pins to move across one's skin as it "translates" the text / image / etc. Regrettably, a concrete release date wasn't mentioned, but judging by the looks of it, it shouldn't be long now before it's widely available to those interested.

[Via Coolest-Gadgets]

Tactile feedback isn't exactly new to the mobile device arena, but Apple is apparently looking to add a bit of tactility to on-screen keyboards of the future. In a recent patent filing, the gurus in Cupertino have described four arrangements for accomplishing the aforementioned goal, some of which include adding dots / bars to keys and throwing an articulating frame underneath the panel to enable users to feel varying levels of resistance when mashing down. Per usual, we're left to imagine where such technology could eventually end up (tough job, we know), but considering that this is the third touchpad-related filing seen from Apple in the past 20 days, who knows what is (or isn't) brewing.

UPDATE: Check it out -- seems this diagram looks an awful lot like something designed by Fingerworks. Thanks for the heads-up, Jason!

[Via UnwiredView]

If you were a tad freaked out by a robotic hand clothed in cucumbers, we promise this one's a bit tamer. A team of researchers at the University of Leeds have put forth a proposal to create an "artificial finger" in order to better understand why we react differently to different textures / surfaces. The finger will purportedly be used in testing rigs that "measure variables such as friction and compliance," and when combined with data from "a series of self-report experiments," the team aims to identity relationships between certain surface profiles and emotions. Of course, this kind of analysis would be a marketers dream come true, and let's face it, you know we couldn't resist picking up a Winnie the Pooh DAP that was inexplicably fuzzy.

[Via Core77]

Regardless of general consensus, it looks like 3D display technology is making a run for our wallets (and to a lesser extent, our hearts), and just days after getting wind of Philips' latest iteration, NTT is hitting back with a newfangled approach of its own. Based around an improved version of the company's original 3D display, this prototype system relies on a sophisticated array of cameras and an actuator-stuffed glove that can allow the wearer to "feel the image" that shows up on the LCD. As the object changes, the glove moves along in real-time to give the user a lifelike idea of what the on-screen matter actually feels like, but unfortunately, it doesn't allow the individual to react. Thankfully, a two-way system that will enable tactile transmissions to be channeled in both directions is in the works, but those parked in Japan can check out the current system at the Industrial Virtual Reality Expo later next week.

[Via Slashgear image courtesy of Mainichi]

Toshiba has shown off some auto-related products at the Automotive Engineering Expo 2007, including a mobile HD DVD player and a fresh take on touch panels. The high-definition in-dash player is under co-development with Alpine, and is planned for a 2008 release. The LCD is an improvement on traditional touchscreen technology, with no film coating -- which traditionally reduces contrast ratio and brightness -- to handle the user input, instead bundling optical sensors alongside each pixel. These sensors can then detect the shadow of a press during the day, and the reflection of the backlight at night. Toshiba also plans to upgrade that tech to use infrared instead of day/night sensors. Who cares if you can't see the difference between 1080 and 720 on a 7-inch screen, we just want our mobile touchscreen HD now!

Although Matsushita and Activelink have rolled out a rehabilitating robotic suit aimed at giving handicapped individuals their ability to maneuver their own body parts once again, it appears that Claudia Mitchell has regained her sense of movement using a slightly different apparatus. Touted as wearing the "world's first" bionic arm controlled by thought alone, she now has the ability to carry out simple, albeit quite critical tasks again such as cutting up food. Doctors have re-routed the nerve endings in her arm to "a patch of skin on her chest," essentially enabling her prosthetic arm to respond to her thoughts concerning movement. Furthermore, a recent study of her wrist, hand, and elbow functions revealed that she could perform tasks "four times quicker than with a conventional prosthesis," and the team hopes to install "touch sensors" on the artificial hand in order to allow for tactile feedback in the future. Claudia seems to be understandably thrilled with the results thus far, as it even allows her to accomplish tasks such as putting on makeup and feeding herself -- but we're slightly disappointed that she apparently hasn't given a round of Wii Sports a go to build up those oh-so-crucial hand-eye coordination skills, but we're sure that challenge is just around the bend.

[Via Digg]

Although glitzy, stat-filled jerseys are certainly sufficient ways to get information off your chest (ahem), a new vibrating vest could give "body language" an entirely new meaning. Joining the air-conditioned and insulating renditions, this snazzy vest features a "tactile display" on the back, which is created by 16 small vibrating motors that are connected to an internal wireless control unit. The jacket "writes symbols and messages on its wearer's back," and while the actual writing resembles Braille more than text, it can supposedly be used to "send important commands to soldiers or firefighters, warning them of imminent danger when ordinary radios cannot be used." Commands are beamed to the vests via a wirelessly-enabled computer, and can stealthily inform platoons to stop, look in a specific direction, run, or slow down. The US Army is partially funding the research, as it hopes to investigate different ways to communicate when hand signals and / or radio transmissions aren't effective. During initial testing, results have shown nearly flawless interpretation by participants, and while we're not exactly sure when we can expect rumble-equipped gear to grace our armed forces, the problem of "excess noise from the motors" has to be quelled before hitting the battlefield.

[Via BoingBoing]