hapticfeedback
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Kinect and haptics combine at the University of Washington to let you feel the future (video)
Sure, looking at the future is great and all, and that's what we feel like we're doing with all these wonderful Kinect hacks we've been covering lately. But what about feeling the future, man? That's what the kids at the University of Washington BioRobotics Laboratory are up to, taking the 3D images created by Microsoft's gaming peripheral and combining that with a 3D haptic controller, what looks to be a SensAble Phantom to us. The result? A so-called "haptic handshake," which looks even more uncomfortable than when Hank and Dean do their "Go Team Venture" routine. You can see both embedded after the break and decide for yourself. [Thanks, Jonas]
MS applies for patent on 'light-induced shape-memory,' a touchscreen that could touch back
Touchscreens are selfish lovers, taking your gentle caresses and impatient taps without offering a hint of feedback to you. We've seen attempts to change that, like prototypes from Toshiba and Senseg that add a bit of texture to a touchable surface, but now Microsoft might be looking to bring such dynamic tactility to the one of the biggest touchable surfaces: Surface. A recent patent application entitled "Light-induced Shape-memory Polymer Display Screen" describes a technique for a display that uses infra-red light to detect touch, but also to "selectively change a topography of the topography-changing layer." In other words: to make it bumpy or smooth. Certain wavelengths of light projected on the screen can cause areas of that topography layer expand or contract, which could finally mean all our cries for attention might finally be responded to in kind.
Shear feedback GPS navigation tells your fingers where to go, you just have to follow (video)
Keeping your eyes on the road gets ever more difficult with ever-bigger, ever-brighter GPS navigation units hitting retail. This product of University of Utah research could obsolete them entirely by tickling your fingers. It's called "shear feedback," effectively stretching the skin on your fingertip to tell you which way to go, achieved via a pair of old Thinkpad trackpoints, which were always too coarse a grit for our delicate tastes. The nub moves left or right to tell you where to go, and in a test distracted drivers were 24 percent more likely to follow directions through their digits than when told by cold, uncaring GPS lady. It's demonstrated after the break and looks like it would be perfect if we always drove at ten and two -- and wanted to get our fingerprints sandpapered off on every trip to the mall.
UC San Diego researchers repurpose 3D HDTV for heads-up VR system
Off the shelf 3D HDTVs may still be a bit expensive from a consumer's point of view, but they're a downright bargain compared to the usual high-end virtual reality gear. This gave some researchers at UC San Diego a bright idea: they've paired a $2,300 Samsung 3D TV with a half-silvered mirror and a touch-feedback controller for a haptic-enabled heads-up virtual reality system (or HUVR) that costs just $7,000 (without head tracking). What's more, they say their system actually outperforms the PARIS HUVR system developed twelve years ago (and still in use), which cost a full $100,000. Head on past the break for a quick video of the rig in action. [Thanks, Chase]
Apple patents another haptic feedback solution
AppleInsider reports that Apple is still bouncing around ideas for a screen that allows for haptic feedback on its iOS devices. A new patent filed this week outlines a system of screens on a device designed to not only detect touch and protect the underlying technology but also provide physical feedback in various areas of the screen. We've talked about this before, and Apple's been working on it for a while; as nice as the iPhone and iPad's screens are, there are some functions (like typing on a keyboard or hitting buttons in games) that call for a little more physical feedback. The patent also mentions things like giving users notice when they've reached a limit (as in scrolling or panning across pictures) or providing clicks on a scroll wheel. Unfortunately, this is all still in the prototype stages. For whatever reason (I can guess a few, from power requirements to manufacturing costs), Apple still hasn't included any of this technology in a production device. But they're obviously very interested in providing haptic feedback, so hopefully, it won't be too long before we see an idea like this come to fruition.
Toshiba brings texture to touch (video)
Reach out and touch whatever screen you're reading this on. What if, instead of feeling the glass or plastic beneath your finger, you could experience the texture of a brush, woodgrain, or even a stone? Well, Toshiba's working on just such a project, which operates on the basis of a film affixed to, say, a smartphone's touch panel -- electrical currents are sent through this layer, and your digits are shot up with the simulated sensation of touching those various surfaces. Senseg, the company behind this tech, has been around since 2008, but perhaps this recent prototype demo is a sign that things might actually start going places. It's not like there'll be a shortage of imaginative uses for such precise tactile feedback. Video after the break.
Artificial Muscle ramps up production -- expect touchscreens that push back in 2011
Last we heard from Artificial Muscle, the company was trying to convince hospitals, cell phone manufacturers and more that its technology -- a silicon film that expands and contracts with an applied voltage -- would provide a real sense of touch to their cold, hard touchscreens. On at least three counts, it has succeeded. The San Jose Mercury News reports that two cell phone manufacturers are planning Artificial Muscle-based products in 2011, and that an "electronics entertainment product" will be released this Christmas. The company also plans to produce 1 million of the electronic actuators per month to anticipate further demand. While the Mercury News notes that Artificial Muscle's product isn't the holy grail of haptic feedback -- the entire screen stiffens when pressed, not just the spot you touch -- its adoption means the company may have set events in motion to ultimately reach that goal.
Samsung's WiFi-enabled CL80 adds touch of AMOLED to 14MP sensor
Samsung's AMOLED obsession continues unabated as it has just taken the official wraps off the 3.7-inch touchscreen-equipped CL80. Already well detailed in an earlier leak, this shooter crams a 7x optical zoom lens plus WiFi and Bluetooth antennae inside one of those unreasonably thin enclosures that are all the rage these days. It's the twenty-teens now, so naturally you get a jumbo 14.2 megapixel sensor with optical image stabilization as well as a 720p movie mode. Coming out this spring, the CL80 has already garnered a 2010 CES Innovation Award, but if you can settle for a 3.5-inch conventional LCD and do without the wireless options, Samsung will sell you the otherwise identical TL240 at a presumably more affordable price point this February. Dive past the break for the full PR and specs. %Gallery-81298%
URC debuts MX-5000 universal remote with haptic feedback
URC has rolled out some pretty impressive remotes in its day, and it looks like it now has another claim to fame with what appears to be the first universal remote control with haptic feedback. That comes in the form of the company's new MX-5000 remote (pictured above with the touchscreen-centered MX-6000), which has a 2.7-inch touchscreen that URC says provides a "'very satisfying sensation" when you press one of the onscreen buttons. Otherwise, you can expect it to pack built-in WiFi, narrowband RF and IR to let you control just about anything you can throw at it, along with an included base station to accommodate various IR and RS-232 components and, of course, a built-in rechargeable battery and charging base. No word on a price just yet, but URC says the MSRP will be "less than $1,500." Yes, fifteen hundred dollars.
Apple patent applications offer glimpses of haptic screens, RFID readers, fingerprint ID
Alright, so you know the drill by now. A patent application doesn't necessarily mean an actual product is on the way -- but it's always fun to speculate, right? And this latest trio of applications from Apple certainly provides plenty of speculation fodder. The most notable of the lot is an application for a "multi-touch display screen with localized tactile feedback," which Apple seems to be at least considering as a possibility for the iPhone (or iPod touch). Like some similar systems, Apple's application covers a screen that uses a grid of piezoelectric actuators that can be activated at will to provide vibrational feedback when you touch the screen. Apple even goes so far as to use a virtual click wheel on an iPhone as an example. Other patent applications include a fairly self-explanatory RFID reader embedded in a touch screen, and a fingerprint identification system that could not only be used for security, but to identify individual fingers as an input method -- for instance, letting you use your index finger for play/stop and your middle finger to fast forward.
Viliv S5 Air, HSDPA-equipped Air Ready coming to China in June
The Viliv S5 has had its fair share of positive reviews, in spite of its not-as-friendly $600 price tag, and now it looks like the company's ready to up the ante with the S5 Air and S5 Air Ready, according to a report from our friends at Engadget Chinese. From what we gather, both will see an improved, haptic keyboard and support Chinese character input / handwriting input, while the Air Ready also throws in HSDPA to boot. Those in the country can pick one up reportedly in June for an as of yet unknown price, while the rest of us around the world will just have to wait and see if Viliv decides to launch it anywhere else.
Artificial Muscle makes touchy devices burlier
In the future we envision artificial muscle driving our cybernetic soldiers and helping to repair our fleshier ones. In the present, though, it seems the tech is starting a little smaller, at least it is in the case of Artificial Muscle (the company), which has developed tech enabling a silicon film to expand or contract when a voltage is applied to it. It's currently being used to create small pumps and linear actuators and the like, and is now is being pitched as a solution for feedback in touch-sensitive devices. The silicon film is thin enough to be inserted beneath a touchpad or touchscreen, moving the surface appropriately depending on what you're stroking on-screen as shown in a video demonstration below. Impressively this tech will only cost "a couple dollars" to add to any given device, meaning even cheap netbooks could start coming with fidgity touchpads soon. Now that is progress.
Viliv S5 reviewed, is mostly smiles with good video playback
You've seen its introduction, its unboxing -- in two different languages, no less -- and maybe even fancied the pre-order page. Now Pocketables has what appears to be one of the first full-fledged review of the Viliv S5, and the verdict? It's quite a sturdy and well-built MID, with surprisingly good battery life and video performance from the Intel Atom Z520 processor (same one as found in the Vaio P). The virtual keyboard leaves a lot to be desired for, and it's a shame to hear the joystick's mouse functionality is limited to four directions, but despite these complaints and a $599 price tag, the conclusion is still a overwhelmingly positive for those who like the form factor. Hit up the read link for the full examination.
Viliv S5 unboxed in beautiful, epic video
We've had our eyes and hands all over Viliv's S5 for quite some time now, but we'll freely admit that we kind of can't get enough of the little guy. Well, until now, maybe. jkkmobile's got an exhaustive video unboxing which shows the device off quite nicely -- its 4.8-inch haptic touchscreen looks super responsive -- and overall, this UMPC is shaping up to be one decently impressive piece of work. They're expected to ship around May 8th in the U.S. for $599. Video is after the break -- it's a little long, but be sure to stick with it until the end, when Ilsa takes off in a plane for America, leaving a teary-eyed Rick on the tarmac. You won't be disappointed.
Viliv S5 pre-order details firm up: $599 and it's yours May 8th
It's been a long and winding road filled with unboxings, impressions, and comparisons, but it looks like the last few details surrounding the U.S. release of Viliv's Atom-powered S5 MID have now finally been firmed up. According to retailer Dynamism, the device will be available for pre-order on April 27th (at 1PM Eastern) for just $599, or $50 less than previously expected, with the first orders expected to ship on May 8th. Better still, those that pre-order the S5 will also get a free spare battery, a car kit, and a leather pouch, which Dynamism says is a $135 value. No word on the number of units available in that initial batch but, if the Hong Kong and Korean releases are any indication, they could sell out pretty quickly.[Via thegadgetsite, thanks K.C.]
Philips wants to get you in the movies -- or at least into a goofy vibrating jacket
Philips has definitely done more for sensory immersion than most with its amBX line of... things, but a general shortage of people willing to mount fans or rumbling wrist rests on their keyboards hasn't kept the company from developing what it thinks is next: a vibrating jacket. The unnamed and triangle-patterned coat features 64 little rumblers distributed throughout, all powered by a pair of AA batteries. The intent is to better immerse you into movies by, say, replicating a light touch running up either arm or simulating an actor's beating heartbeat -- "emotional immersion" they call it. We're not so sure this will be any more compelling than the vibrating vests companies have been trying to sell gamers (and the military) for years, but we do know that Philips had better watch out for lawyers from Immersion.[Via Slashdot]
Viliv's S5 MID goes haptic, will move you in March
Viliv has been showing some potential lately with its touchable upcoming products, the clean looking S7 netbook tablet and S5 MID. We received some further information on the latter of those two this morning, most notable being the inclusion of haptic feedback that should make its 4.8-inch, 800 x 480 1024 x 600 screen feel a little more tactile. We also got confirmation that the device will be running Windows XP hidden behind a custom UI overlay that, we presume, will be similar to the one we saw running at CES on the S7. Still no price, but the company is aiming for a March release domestically. Our fingers are tingling with anticipation.%Gallery-43717%
Immersion ready to get haptic technology into Android phones
Immersion's no stranger to bringing haptic feedback to cellphones, and if it has its way, it'll be on an Android-powered cellie in the very near future. The developer and licensor of touch feedback technology has proudly (very proudly, in fact) announced that its touch tech is now available for implementation in Android phones. Few details are spilled to the general populace, but we are informed that makers of Android handsets can "now easily add haptics to dramatically improve the mobile user experience." Of course, the back end of that statement is totally subjective, but don't blame these guys if your next Android phone doesn't buzz with each button press.
Oracom's W30 PMP, slathered in haptic goodness
It's been a while since an Oracom PMP caught our attention, but our ears perked up with news of its W30 rolling out later this month. Although the specs aren't anything out of the ordinary -- dictionary, DMB TV / FM tuner, and 4GB of memory to store whatever your little heart desires -- we're intrigued to see a haptic touchscreen device selling for the reasonable price of $180. The tiny 240 x 400 3-inch display is our only deterrent -- show us a flexible widescreen version and we'll talk.[Via Electronista]
Airborne Ultrasound Tactile Display creates haptic 3D objects you can poke
Sure, you may have your fancy vibrating controllers and liquid-injecting touch screens, but Takayuki Iwamoto wants you to play with the air. Iwamoto and some of his buddies at the University of Tokyo have come up with a way to use focused ultrasound to create manipulable virtual objects in space. Using multiple transducers, the "Airborne Ultrasound Tactile Display" creates an acoustic radiation pressure field. Holding your hand in the field allows you to "feel" the object, manipulate it, and feel response. Right now, the system only creates a vertical field, but you had better bet that Iwamoto is working on that. As for suitable applications, interest has already been shown from both industrial and gaming developers. No word on the hentai industry taking note, but that can't be too far away. Check the video after the break to see this tech in action.[Via BBC News]
