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Hands-on with wireless, ultrasonic stylus and touchless gestures at MWC (video)
This isn't the first time you've heard of EPOS or XTR, but it's been quite some time since we've checked in with either of the outfits. So, imagine our surprise as we stumbled on new developments from each company as we perused the Texas Instruments booth at MWC. In the case of EPOS, we're shown a stylus that, in addition to offering traditional physical touch input, also allows users to interact with a device via ultrasound. The system is built upon TI's OMAP4 platform and requires that four microphones be placed at the corners of the screen. In this demonstration, we're shown how users can manipulate objects on a 3D plane via the Z-axis by pulling the pen away from the display. Next, we're shown a new application for the touchless gesturing system that XTR first debuted back in 2010. In this scenario, it's demonstrated how tablet owners could use the front-facing camera (at merely QVGA resolution) to flip through pages of a cookbook without worry of getting ingredients on the device. The concept software was developed by a French outfit known as Stonetrip, and also allows users to zoom and pan through the pages. You'll find demonstrations of each technology in a video after the break.
Ultrasonic screwdriver sniffs out carbon fiber damage, planes book a check-up with The Doctor
Lighter planes means less fuel, means less money and, hopefully, lower ticket prices. Carbon fiber reinforcements are a major part of this plan; both Boeing's latest bird and the double-decker Airbus make liberal use of the light and strong composite. However, they're not without their own dangers; minute amounts of water can get into the carbon fibers, which then form ice at high altitude, damaging the fiber structures. This sort of miniature damage is -- unlike aluminum versions -- very difficult to spot. Embarrassingly, the engineers' best bet to detect the ruined fibers until recently was to tap on the composite structures with a small hammer and listen for a hollow noise that would signpost water damage. EADS, which depends on carbon fiber reinforced plastic (CFRP) for its own Airbus fuselage, has now created an ultrasonic gun that can detect this damage. This sonic screwdriver is able to detect and visualize these invisible problems by bouncing sound off the plane's surface and, well, it's like that hammer test, but a heck of a lot more precise. The company hopes to ready the device for regular use by the end of next year.
Tacit sonar gauntlet gives the blind ultrasonic eyes (video)
Sure, your Arduino project can make a stuffed monkey dance, but is it really doing anything for the greater benefit of mankind? Okay, maybe -- but not to the same degree as Grathio Labs' Tacit glove, an Arduino powered sonar device that can help the vision impaired navigate foreign environments. This wrist-mounted gauntlet is comprised of an Arduino microcontroller, a few ultrasonic sensors, and a pair of servomotors to apply variable pressure to the user's wrist to indicate their distance from an object or obstacle. Best of all, the gizmo's circuit and software are registered under Creative Commons, which means you're free to snag the plans from the source link below, and build your own. Go on, build one. Sure, it's a lot of work, but would you rather rock a wrist-mounted sonar gun, or don an ear-tugging bicycle helmet? Your choice.
Zoosh does mobile payments using ultrasound, no NFC chip required
Zoosh. That may or may not be what an ultrasonic payment sounds like to a dolphin, but it is definitely the name of a new mobile wallet technology developed by Silicon Valley start-up, Naratte. While Google and other major players have focused on traditional radio-based NFC, Naratte has been quietly testing its ultrasound system instead, motivated by the fact that it can work on ordinary handsets without the need for specialized NFC circuitry. Two phones can "zoosh" each other using nothing but their built-in microphones and speakers, so long as they're both running the necessary app. Moreover, Naratte claims that cash tills can be upgraded to hear the sweet jangle of ultrasonic cash for just $30 -- around a third of the cost of installing radio-based NFC hardware. So who knows? The last time you came this close to ultrasound was probably just before you were born, but one day you might find yourself using it to buy diapers. Scary.
uBeam developing "Wi-Fi for energy" to enable wireless charging
The day when we don't have to plug in our consumer electronics is getting closer, thanks to a new startup named uBeam that has developed a safe way of beaming power to your devices. Rather than using inductive charging, which has a very short effective range and usually requires that the charger and device be in close proximity to each other, uBeam uses an ultrasonic transducer to convert power from your wall socket into inaudible sound energy. On the device side, there's a battery adapter that converts the sound energy back into power to charge your batteries. The ultrasonic frequency used is well above the range that can be heard by humans or dogs. uBeam wants to develop wireless charging units for home and commercial use, with the idea that businesses like Starbucks could install a transducer on the ceiling of each coffee shop to provide power to gadget-happy customers who have a uBeam battery adapter. The product idea was developed by two recent University of Pennsylvania graduates, and they demoed a proof of concept device made from off-the-shelf parts for Walt Mossberg and Kara Swisher at the D9 conference. Check out the video below for more information about the technology and the plans uBeam has for making your future even more wireless.
Qualcomm takes sci-fi one step closer to reality at Computex 2011 (video)
While flying cars are still a pipe dream, other technologies are quickly transitioning from the stuff of sci-fi movies into the very tangible realm of reality. This was definitely the case at the Qualcomm booth here at Computex where we got to experience two interesting new technologies -- zero shutter lag and the ultrasonic pen. What if when you pressed the shutter button on your phone the camera captured 2 frames before, one frame during, and 2 frames after that instant? That's the idea behind Scalado's zero shutter lag and Rewind, which speed up the process of taking pictures on a phone by letting the camera continuously sample images and allowing the user to create a composite shot from the content available in up to 5 frames.Also on display was Qualcomm's ultrasonic pen that we already played with at MWC. By using an ultrasonic transducer attached to a pen and a phone with 3 microphones (like the MSM8660 Mobile Development Platform), the ultrasonic signal can be triangulated to determine the location of the pen. Once calibrated, the phone is able to accurately capture handwriting either on the screen itself or on a standard sheet of paper up to 30cm away. We noticed that accuracy and distance appear to have improved since February -- at this pace, perhaps we'll all have flying cars soon after all? Check out the gallery and hit the break for our hands-on video.%Gallery-125105%
Qualcomm's ultrasonic pen demo transcribes from paper to device (video)
LG's Netflix-lovin' Revolution wasn't the only standout demonstration at Qualcomm's MWC booth -- the company also cut out a bit of space to showcase a wild new ultrasonic pen that's able to transcribe writing on paper directly into one's phone, tablet or laptop. The gist of it is simple: the pen can be equipped with an actual ink pen or a simple nub, and there's a battery-powered transceiver inside. Using standard, off-the-shelf microphones on a mobile device, your future phone or tablet could pick up vibrations from the pen with a radius of around 30 centimeters. Underlying Epos software is used to convert vibration and coordinate information into text, and from there, any 'ole text app can be used to field the results. We were even shown a brief demo of a prototype language translation app that enabled the demonstrator to write a sentence on paper beside the phone, and have the phone itself take in the English phrase, convert it to text, and then translate into a foreign tongue. It's a fairly impressive feat, and there's some pretty obvious usage case scenarios here -- this could easily reinvent the art of note taking in class, where those who prefer to jot down reminders on paper will be able to log those same bullet points on their laptop as they scribble. Vid's after the break, per usual. %Gallery-116712%
Doctor Who's sonic screwdriver is still fiction -- but not forever
Kudos to Bristol University for catching our attention, and doing so in the name of promoting education. Professor of Ultrasonics Bruce Drinkwater is evoking a rather iconic name to better explain how cool science / engineering can be. Though already used in the manufacturing and medical fields -- don't yawn and look away just yet -- Drinkwater expresses some confidence that the future of this technology could very well usher in a pocketable device similar to the sonic screwdriver fancied by a certain former resident of Gallifrey. You know, that do-it-all device that can repair electronic equipment, burn and cut items, fuse metals, scan for information, and render virtually any lock useless... except here we're focusing on ultrasonic sound waves capable of fixing parts together and creating miniature force fields. As for the Time Lord himself, we know of at least one past Doctor who, as joked by a later incarnation, would rather "save the universe using a kettle and some string" (and has, in more recent iterations, pulled out miraculous victories with even a BlackBerry Storm). Point is, you should maybe consider a degree in Physics and an eccentric outfit should you ever find yourself holding a working prototype.
Video: ultrasonic water level dish pings owner when kitty needs a drink
Given that most cats aren't really the talkative type, we can definitely understand scoopmycatbox's desire to rig up a water dish (vid's after the break) that does the yapping for his dearest kitty. Put as simply as possible, the ultrasonic water level cat dish combines an Arduino, Parallax range finder, some scrap wood and a good deal of wires in order to measure when the water bowl needs to be refilled. He's still working to get the contraption to send him a Tweet when the level gets below a certain point, and we can only assume that part II will see an automatic refilling tool hooked in to said alerting system. And you thought pets had it good before the advent of technology...[Via MAKE]
Sony patents ultrasonic controller [update]
A new patent has surfaced from Sony for a PlayStation 3 controller that is tracked "using hybrid video capture and ultrasonic tracking system." The video capture, according to the patent, will be used to track the horizontal and vertical position (as it would be captured on a two-dimensional image) and the sonar will be used to detect the distance between the controllers, the distance from the controllers to the system and nearby nuclear submarines.What's interesting to note as well is that the diagrams included in the patent show a pair of nunchuk-style devices for two of the the three shown people, perhaps related to recent rumors of a "break apart" PS3 controller. We'll poke Sony for the usual "no comment," "patents get filed all the time, nothing to see here" and "hey look, a hamster!"Update: The official statement: "Sony Computer Entertainment files numerous patents globally for the purpose of protecting our inventions. However, it doesn't mean that every patent we file becomes a commercial product. We do not comment on rumors or speculation or comment on each and every patent we file."[Via GamesIndustry.biz]
Sony patent app details motion sensing break-apart controller
We heard some pretty far-fetched stuff back in June to the tune of a break-apart DualShock 3, and lo and behold, it seems that someone at Sony Computer Entertainment America is taking the idea quite seriously. A recent patent application was filed by the company, and it fairly clearly lays out the very kind of design we'd (not really) been expecting. In essence, the gamepad would consist of two pieces, each of which would utilize an "ultrasonic tracking system" for some type of game console / peripheral to recognize 3D inputs. Best of all, the approach here sounds significantly different enough from what's used in the Wiimote that Sony could avoid months upon months of litigation -- imagine that, right? It's hard to say whether this stroke of genius will ever amount to anything, but at least there's a chance, however minuscule.[Via PS3 Fanboy]
NanoVibronix cleared to market ultrasonic painkiller PainShield MD
NanoVibronix's PainShield MD reminds us (a little bit) of DARPA's wound-healing ultrasound wrap, but its purpose is to stop pain, not bleeding. The pocket-sized device emits ultrasonic waves through a disposable patch that can easily be slapped onto the patient's skin. The fundamental tech isn't new, but NanoVibronix is hoping doctors and patients will pick PainShield up because it's portable and convenient; the patch means medical personnel don't have to hold or operate anything during treatment. It's just been cleared by the FDA, so it should reach the market soon-ish.
In2Games shows off Gametrak Freedom: motion controller for Xbox 360 / PS3
We're tempted to say that peripheral makers are taking this whole motion controlling thing a touch too far, but we suppose there's no stopping "progress," huh? In2Games, the outfit that already sought to bring motion sensing to the PS2, has just unveiled the first image of its motion controller for the Xbox 360 and PlayStation 3. The Wii Nunchuck-esque Gametrak Freedom is explained as being a "remarkable ultrasonic 3D motion sensing technology which delivers performance, control and flexibility far in excess of that offered by existing technologies." Supposedly, the device tracks the true 3D position and "precise movements of up to four players anywhere within a given environment," though it remains to be seen how much support it'll get from software developers. Initially, the controller will launch alongside undisclosed titles that can utilize the tech, but as for now, all you have to look forward to is Squeeballs. Yes, Squeeballs.
DIYer constructs Ultrasonic Batgoggles, doles out instructions
To be exceptionally honest with you, Ultrasonic Batgoggles don't exactly need any pimping from us. What you see above is a homegrown device that enables humans to discover how bats must feel when using echolocation in order to judge how far away certain objects are. The main components are an Arduino microcontroller clone, Devantech ultrasonic sensor and a set of welding goggles -- oh, and a sick poker face to really round things out. Check out the links below to get a gist of the background as well as a step-by-step guide to concocting your own.Read - Ultrasonic Batgoggles project pageRead - Ultrasonic Batgoggles How-to guide
Coway intros SWV-08AM megasonic cleaning apparatus
Now that the Ultreo toothbrush has made you a believer in the cleaning power of ultrasonic waves, why not pick up a cleaner sure to do the same for objects not located in close proximity to your incisors. The oh-so-sleek SWV-08AM megasonic cleaning apparatus is reportedly designed to "remove dirt and agrochemicals" from fruits, dishes, etc. with little to no detergent. There's also an integrated P-Sediment filter to make sure the water coming out is ultra-pure, and those two large buttons determine whether the blasts are strong or soft. Honestly, we're not exactly sure what this piece of kit will run you, but to our ears, it's just screaming "pricey."
WPI students create wireless 3D ring mouse
No doubt we've seen some snazzy takes on mousing instruments, but when Popular Science dubs your twist on the critter we couldn't do without an Invention of the Year, you've accomplished something. A team of WPI undergraduate students were able to win such an honor by crafting the MagicMouse, a "three-dimensional computer mouse" that allows users to "control and manipulate items on a computer screen just by pointing at the monitor." While we've seen similar ideas for helping disabled individuals interface with a computer, this wee iteration actually fits around one's finger and "uses an array of receivers to track the motion of a tiny ultrasonic transmitter." The cursor is moved by waving one's hand back and forth, while moving closer and backing away enables zooming functions to be utilized, which should make handling those CAD drawings a good bit easier. Perhaps most notable, however, is the relatively low cost of assembly, as the entire contraption (rechargeable Li-ion and all) cost just $155, and we're sure you know how far that could fall if a bulk buying manufacturer brought it to commercialization. A few more pictures after the jump.[Via Popular Science and Gizmag]
Ultreo toothbrush uses ultrasound, but can it clean teeth?
Riveting news from the world of dental hygiene: the Ultreo ultrasonic toothbrush has officially launched, promising what sounds like the ultimate brush session -- oh you know, "ultrasound waveguide technology" and "precisely tuned sonic bristle action" and stuff like that. Unlike traditional sonic units that only use audible frequencies of 20Hz to 20,000Hz, Ultreo uses a tuned sonic / ultrasonic (over 20,000Hz) combo to offer more enamel-rattling power without compromising the user's veneers, bridges, or general safety. There's a programmable replacement indicator that prompts a brush head switch-out every 3 months, and the 2-minute auto shut-off timer makes sure you don't cop out too early. For about $149.00, true tooth-o-philes can sink their chompers into this latest addition to the bourgie toothbrush market.[Thanks, Eric B]
USB-powered Posture Reminder keeps slouching in check
Those kind, considerate folks over at Brando are continuing to look out for the chair-sitter's well-being, as the USB Posture Reminder ranks right up there with the USB drink chiller and USB hair trimmer as goods that any desk-strapped individual should keep nearby. This USB-powered device clips onto the top of your monitor's frame, but instead of enabling video chats, it keeps a constant eye on the distance of your forehead in relation to the screen. The VISOMATE uses an ultrasonic sensor to determine whether your eyes are too close (or not close enough) to your screen; if you see a blue light being emitted, you're doing just fine staying in the 35- to 60-centimeter range, but if you manage to slouch too close and break the 35-centimeter barrier, a flashing red light will alert you to your mistake. If blinking lights aren't enough to cause epileptic fits straighten you out, you can even turn a "Chime" function on to reinforce the severity of bad posture, and you can take the first step in correcting your atrocious leaning habit by plopping down $26 and vowing to actually install it when it arrives.[Via Uber-Review]
LipoSonix aiming for non-invasive body sculpting
We're sure there's quite a few of you out there that have already vowed to make good use of that Nike+iPod kit you received this holiday season in order to shape up in 2007, but for those who just don't have the time (or adequate willpower), LipoSonix could help you fool everyone into thinking you actually kept your resolution. While liposuction has become frighteningly common here in the States, a Seattle-based medical device company is hoping to give folks a "less invasive" alternative to the messy methods currently used. Preferring the term "body sculpting," the company claims that its technology "works by focusing high-intensity ultrasound through the skin into precise locations within subcutaneous adipose tissue, which permanently disrupts the adipocytes without damaging the epidermis, dermis, or underlying tissues and organs." In short, a specially crafted ultrasound transducer can purportedly eliminate unwanted tissue quickly, causing "minimal downtime and bruising" to patients, and hopefully costing less than procedures done today. Although we can't promise this (admittedly bizarre) technology will be available by year's end, initial clinical testing has reportedly been quite successful, but until a few more guinea pigs have survived for an extended period of time, we'll be sticking with the tried and true "working out" method.
New low-intensity pulsed ultrasound device helps re-grow teeth
We'd gladly trade in most of our gadgets if it meant we never had to go under the drill at the dentist again. But researchers at the University of Alberta in Canada don't want our electronics, they just want a few more years to perfect their low-intensity pulsed ultrasound (LIPUS) technology that they hope will ultimately be able to re-grow lost or severely damaged teeth from the root, eliminating the need for pricey prosthetics and painful procedures. The pea-sized device, which can be held in place by a bracket or a crown, is controlled by a wireless remote and needs to gently massage the gums for 20 minutes a day over the course of four weeks to attain noticeable growth. This tech isn't expected to be available to the public for another two years, so hold off on that all-candy and Red Bull diet you've been planning for just a little longer while you ponder the rather incredible possibility that this method could eventually be used to grow human bones and actually make people taller without subjecting them to any kind of medieval torture.
