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Google Glass patent application shows detailed diagrams
Along with a lot of publicity, Project Glass from Google has generated a bevy of approved patents and applications, but the latest one shows that the search giant's trying to wrap up the whole kit and kaboodle -- replete with detailed diagrams and descriptions to back it up. Specifically, Mountain View is claiming the design of the frame itself including the bridge, brow portion, transparent display, input device plus the means for affixing everything. There are detailed descriptions of how the device can be configured -- for instance, one claim states that the screen could be adjusted "normal to the focal center of the eye," and the position of the electronics placed "over a first side of the ear." It goes on to explain the need for a balancing weight "over the second side" of the same ear in the latter case, such that "a majority of the overall weight is applied" to one side, which certainly jibes with some of what we've seen. That's just for starters, though -- head after the break to see more diagrams and details.
Apple patent app describes flexible, wearable, watch-like AMOLED device
Apples and oranges watches. Today's bumper pack of patent applications from Cupertino included this nugget, outlining a small flexible screen that's paired with a "bi-stable spring." In normal lexicon, we're talking about one of those slap bracelets that go from completely straight to wrap-around in an instant. Interestingly enough, Apple isn't the only tech company sniffing around these bracelets as a possible holster for their tech -- Nokia mused on slightly similar notions back in March 2012. This is an application, so most of what today's filing tells us is certainly not set in stone, but new ideas include a "kinetic energy gathering component" within the band -- like the trickle charge feature found on watches -- to pump energy back into the device. One example embodiment of the idea includes a touchscreen interface that will allow music browsing, phone call reviews and even text input through a "simple virtual keyboard." The concept also mentions AMOLED screen tech, as those deactivated (so, black) pixels would assist in eking out battery life in a device where space is definitely at a premium. The filing also suggests that the device could house an end-detection sensor, allowing the wearable to configure itself to each user, regardless of differing wrist measurements, and deactivate sections of the flexible display that aren't on show. This particular application was made in August 2011 -- a fair while before the recent increase in iWatch murmurings. As is the case with Apple's patent contributions, however, we'll wait to see whether the patent is granted and whether these ideas will ever crystallize into a genuine product. In the meantime, maybe it's time to buy up some snap bracelets on eBay: they might just be making a comeback.
BlackBerry files patent application for 180-degree hinge, redefines 'flip-phone'
Before you get too excited, lets remember two things: one, companies file patent applications for things all the time that never see the light of day. Two, the application is for the hinge specifically, so don't get your hopes up for a BlackBerry 10 laptop. That being said, this glimpse at a potential future form factor has us intrigued. Even when the company formerly known as RIM has experimented with design in the past, it's been conservative. The Pearl squished the keyboard and split the keys, the Storm went with a touchscreen that was also a giant button and the Torch opted for a sliding mechanism that was old hat for most other manufacturers. This is a little different, however. It's a hinge, not terribly dissimilar to that on HTC's ancient Tilt2, that lets you adjust the position of a screen in relation to a base. This version offers a lot more freedom than the HTC creation however, seemingly allowing the screen to flip 180-degrees on the arm. This design could be used for a future phone, and would be a great fit for a larger device -- say five-inches or more. Alternately, it could wind up as part of a keyboard dock for a future tablet, which would be closer to the filings illustrations. Then again, it could just end up collecting dust in a corner at Waterloo. If you'd like to check out the patents for yourself hit up the source links.
Sony patent application puts electrodes in a pillow, eases you out of slumber
You could monitor your sleep using the science of actigraphy but, as we've learned, accelerometers don't always make for the best slumber trackers. The real deal stuff, used by scientists, requires all sorts of electrodes, which are a tad cumbersome and tend to yank out hair. Sony is proposing a system that removes the glue and sticks the sensors in your pillow. This is according to a patent application the company filed that proposes, among other things, an advanced alarm clock that monitors brain waves to detect when you enter and leave REM sleep. One particular example has it guiding users though an efficient power nap, by starting a timer once they've started dozing and only waking them once they've come out of a deeper sleep state. The proposed alarm could take any number of forms, from a buzzer, to a flashing light or bed shaking motor. To dig through the application for yourself hit up the source link.
Google files patent application for touch-based, full-finger keyboard layout
Tapping on glass... it's not the future -- it's the present. Except software-based touch typing solutions haven't really extended beyond the cramped confines of mobile phones and tablets. But what if there were a touch type experience that mapped to the full extent of your digital reach? Something more akin to a typical two-handed physical keyboard? Well, that's just what Google's proposing in a patent application that's surfaced today. Filed back in September of 2011, the USPTO doc outlines a method for displaying "geometric shapes on a touch-screen display... [that correspond] to a respective finger of a user" and allow for text entry via a "sliding movement." So in layman's terms, if this ever comes to pass, you'd be able to type on glass with all ten fingers by, presumably, flicking upwards. Not sure how we feel about that just yet -- it certainly would require some extra screen real estate. Maybe even something as accommodating as this, but Nexus-flavored.
Apple applies for patent on 'smart shoe' sensor
If an Apple patent application is any indication, athletic shoes may start telling us when they need replacing. In a patent filed back in July 2012, Curtis Vock and Perry Youngs are listed as the inventors of a "shoe wear-out sensor, body-bar sensing system, unitless activity assessment and associated methods," with Apple Inc. as the assignee. Vock is an intellectual property lawyer with Lathrop & Gage, a law firm based in Boulder, Colo. The idea of the patent is to warn users of athletic shoes when a "critical wear level has been reached," in which case the shoe may not supply support and could injure the wearer. While the patent may never end up being used for a real Apple product, it's fascinating to see the company is looking outside of the gadgets we use everyday to the "internet of things" like shoes. A full PDF of the patent filing is available for download here.
Apple applies for shoe-life sensor patent, puts it in hypothetical brogues
Nike's running sensor, a detachable piece of tech that connected to a companion iOS app, is the closest that Apple's associated itself to foot metrics so far, but folded inside the company's patent applications for today is this left-field addition, a shoe wear-out sensor. We assume the idea is geared towards runners -- presumably these brogue outlines we're looking at above are just red herrings. The application draws together two possible outcomes: one with an thin sensor layer built your footwear of choice and another which keeps the sensor in the heel. A "unitless activity number" is also mentioned, where the device (which could include accelerometers, flexibility sensors and more) could craft an "activity value" based on your movement -- this would then also be used to gauge the shelf-life of your current footwear. When this pre-specified threshold is exceeded, it would then sound the alarm. According to one diagram, the process could connect with an external display, likely broadcasting its concern to your nearby iOS device. But if your running needs demand a sensor to tell you when your sneakers are cooked, there might be other things worth tracking.
iRobot applies for 'all-in-one' 3D printer patent: aims to reduce need for post-processing
It's no floor cleaner, so it looks like iRobot's looking to expand its horizons, filing a patent application for a "robotic fabricator". While not granted (yet), the USPTO filing outlines an all-in-one 3D printer that is capable of post-print milling and processing. Typical 3D printing results in an 'overhang' excess that needs to be clipped from the finished article, but iRobot's loosely worded notion would process these automatically, as well as seams formed where parts are fused together. Multiple manipulators mean that the object can be contorted over "at least six axes", while the toolhead would combine together a print and milling head, alongside an exotically-named robocasting extruder, which is used in building up the layers of material. The design aims to reduce the need for any non-automated manufacturing processes, hopefully meaning effortless turtleshell kart production and reduced printing blemishes -- that is, if it makes it to reality.
Microsoft hopes to patent an 'inconspicuous mode' for phones (updated)
We've all seen That Person in the movie theater: the one whose compulsive texting guarantees a distraction for everyone through the bright screen. Microsoft might not change that disruptive behavior, but it could save us from noticing through a new patent application. The team in Redmond is exploring an "inconspicuous mode" that would dial down not just the screen brightness and sound, but also the information on the display -- it could remove a bright background and limit the number of attention-grabbing notifications. The technique could even detect certain conditions, such a very dark bedroom, and invoke the mode without having to ask. Like with most patents, we don't know if Microsoft plans to use the technology in earnest; we've reached out, just in case a similar mode has previously lurked in the background. When the patent filling is crafted with Windows Phone in mind, however, we wouldn't be surprised if some future version of the mobile OS learns to mind its manners. Update: A Microsoft spokesperson did get in touch after our inquiry and confirmed that there hasn't been such a mode so far. We've also been reminded, as we mentioned, that Microsoft "regularly applies for and receives patents" and that "not all" of them will ultimately reach shipping products.
Microsoft may turn to mobile gaming for crowdsourced mapping data
Keeping map data relevant's a full-time job -- just ask Nokia, Google and, yes, even Apple. Which is why Microsoft may be gearing up to offload some of that heavy lifting to users in the augmented reality guise of mobile gaming. Or at least that's one possible future outlined by a recently surfaced patent application. The USPTO doc, filed back in June of 2011, clearly lays out a crowdsourced "data collection system" whereby users sent on virtual missions to specific real-world targets would aid in the gathering of up-to-date geo-location data. With its thriving Xbox gaming arm and reinvigorated inroads into the mobile space, it wouldn't be much of a stretch for Microsoft to leverage a bit of corporate synergy to make its own mapping service more accurate, or simply license the data. Whatever the case may be, it's all up in legal limbo for the time being. So, for now, you'll have to content yourselves with AR missions of the Ingress kind.
Sony patent application details hybrid DualShock / PlayStation Move controller
If you think Sony's DualShock and Move controllers are two halves of a well-rounded gaming experience, you might be pleased to know that the firm has dreamt up a hybrid. A patent application filed last year by Kaz and Co. for a "Hybrid Separable Motion Controller" has just surfaced, and it describes a controller that can function as two independent parts or locked together as one. The application also suggests that the location of the controller's halves could be independently tracked when separated and that video games played with the Franken-hardware could switch to configuration-appropriate control schemes. A similar concept has popped up before, but that's no guarantee the contraption will ever see the light of day. In any case, you can hit the bordering source link to dig into the filing and fantasize what such a piece of kit could mean for gaming.
Microsoft patent application details head-mounted display used to augment live events
It's no secret that Microsoft has been experimenting plenty with wearable computing and augmented reality -- just take a look at some of Microsoft Research's projects -- but a patent application published today has offered a peek at one possible AR application the company has yet to demonstrate. While not describing the device itself, the patent application details how a head-mounted display could be used to augment live events in realtime with relevant information (like stats during a baseball game, as pictured above). To do so, the system would recognize both where you are and what objects are in your field of view, and then display the supplemental information that'd be continually updated based on what's happening or where you're looking. If that all sounds a little familiar, it's because leaked details purporting to lay out Microsoft's future Xbox plans also described some AR glasses, dubbed "Fortaleza Glasses," which were similarly said to provide "realtime information on people, places and objects." At the time of that leak, those were said to be coming sometime in 2014.
Sony tries to patent stylus with friction-based haptic feedback
There's a certain disconnected feeling that comes with using a touchscreen, and Sony isn't content with vibration being the sole standard for haptic feedback. The company has filed a bunch of patent applications for a stylus which instead uses artificially generated friction to make it harder or easier to move across the screen. It works using a "rolling contact ball gripping mechanism," which responds to instructions from the phone or tablet and employs actuators to increase or decrease friction on the roller ball tip. The various filings outline some potential benefits of this stylus-based haptic feedback, including being able to feel yourself "carving and molding" 3D objects in a design application, or understanding your character is "fatigued or damaged" while playing a game. We know that Samsung increased the friction of the Note II's S-Pen to make it feel more like writing on paper, but Sony's approach would potentially bring a whole new layer of interaction.
Apple files anti-theft patent that uses accelerometers to detect theft-like movement
What kind of movement does a theft entail? Apple's in the process of figuring that out, today filing a patent application for a, "acceleration-based theft detection system for portable electronic devices." Apple pickers: you've just been put on watch. According to the patent filing, said device would activate an alarm of some form after determining, "whether a theft condition is present." It'll apparently figure that out based on the accelerometer built into many of Apple's mobile devices -- the same thing that figures out which way you're holding your phone. Beyond just the hardware, said theft protection system would work in concert with software to determine if the movement matches a pre-determined "profile characteristic of theft." Of course, Apple's not the only one worried about mobile device theft, as Google already patented just such a device pertaining to its Project Glass concept. But the you'd have to be pretty brazen to steal the glasses off of someone's face without "accidentally" socking them in the eye.
Nikon patent would perfect the art of camera tossing, protect us from our folly
If you're one of the more daring (or foolhardy) photographers out there, you've tried camera tossing: hurling your camera into the air in the hopes that a timed shot will catch either a unique perspective or an artistic spin. Nikon might not want to stop those shooters from throwing caution to the wind, but its recently published Japanese patent would at least keep those throws to a minimum. Cameras based on the patent could use a built-in accelerometer not just for timing the shot, but to brace for a fall by covering the lens and retracting its barrel on the way down. In theory, the photographer gets a perfect aerial portrait without all the guesswork and a minimum of damage. Call us skeptical that we'll ever see the patent reach a shipping product, though -- even if it was limited to rugged cameras, a mode built almost exclusively around voiding the warranty probably wouldn't sit well with Nikon's accountants. [Image credit: Zoli B, Flickr]
Apple files patent application for fingerprint sensor that can be transparent or opaque
While Apple has flirted with biometric-based patents before, we've yet to see them implemented in real-world technology. That hasn't stopped it from filing yet another one though, as the latest application reveals a fingerprint sensor apparently embedded into the iPhone itself. The patent describes a hardware "window" that can become selectively "transparent or opaque." When transparent, it would reveal a component comprised of an "image capture device, a strobe flash, a biometric sensor, a light sensor, a proximity sensor, or a solar panel, or a combination thereof" as a method of unlocking the phone. According to the filing, the biometric sensor in question might indeed be a fingerprint reader. The document goes on to describe an alternative method using face or eye recognition technology that can be used not just for security purposes, but for possible e-commerce solutions like completing an online transaction. Of course, take any of these patent applications with a generous pinch of salt -- we haven't seen an Apple stylus yet, for example -- but perhaps this is the reason Apple bought fingerprint sensor maker AuthenTec back in July.
Samsung files patent for auto-generating life diary, Mayans didn't see it coming
If the minutiae of people's lives crowd your feeds and drive you to frustration, you really won't be wanting this Samsung patent application to be approved. The USPTO filing outlines a process for creating a "life diary" by collecting all manner of information about your daily routine from your smartphone. Data such as where you've been, what the weather was like, what you've been listening to, et cetera, would be spun out in computer-generated sentences and compiled into a story of your day. Although it would lack the romanticism of a traditional, hand-written diary, we could see it having some use as a mundane log -- as long as you're happy for all that info to be recorded, that is. However, if this ever comes to fruition with sharing options, to boot, all the pictures of food, coffee house check-ins and FarmVille updates would seem insignificant in comparison. Some things, like the last time we sang along with the Bieb, are better left unshared.
Apple files patent application for 'intelligent automated assistant,' sounds like Siri
Siri's managed to make it into several Apple devices now, so it doesn't shock us to spy the company's attempt to patent the polite (somewhat frosty) tones of its voice navigation system. A pretty deep patent application filed today describes an "intelligent Automated Assistant," with the claims describing an application that is guided through the user's speech -- and all wrapped in a "conversational interface." So far, so Siri. The filing elaborates on Apple's earlier filings, explaining how this digital assistant furthers the users' demands with additional requests for speech-based information -- hopefully resulting in that map location or a movie booking you were after. This "user intent" is then put to use, launching an additional app or performing the specified function, while non-speech input (presumably like the ability to correct your requests in text form) get a brief mention. We do get plenty of description on commands though, with some pretty thorough response tables and examples of "anchor text" -- something that the automated assistant tries to pluck from your ramblings in order to make sense of them. The full version resides at the source below, if you're looking for 51 verbose pages explaining Siri's inner workings.
Apple trying for patent on electromotive charging, could use that confident stride to charge iPhones
We've seen the concept of electromotive (movement-based) charging before, but it usually comes at the cost of either a clunky design or a limitation to very low-power devices like watches. Apple has been experimenting with a concept that could power gadgets as big as iPhones and iPods with that spring in your step -- and without the bulk of any extra wires. A newly published patent application uses flat, printed coils to generate electromagnetic induction through movable magnets; as the device bounces around in your pocket, the magnets slide past the coils and run them through the magnetic fields they need to build electricity. It all sounds grand, but it's hard to tell from the very recent June filing whether the technology is enough to keep devices completely powered or simply delays the inevitable. We'd still suggest getting back into shape, though, in the event that morning run can one day save you from hunting down a wall outlet.
Apple patent application has iPhones text when calls don't reach spotty coverage areas
If you're already using Android 4.0 or iOS 6, you're likely familiar with the option to send a pre-made text reply to incoming calls you can't take. But what if it's your own call that won't go through, at no fault of your own? Apple may have that covered through a patent application that could keep the accusations to a minimum. If flaky reception at the destination prevents your call from connecting, the proposed idea has your iPhone automatically send a text message indicating that you've at least tried to get in touch. Recipients with Apple's hardware contribute to their own solution in this world: the message code is a cue to measure the signal strength and flag the location as a weak point in the carrier's network. Whether or not Apple acts on its concept is as much of a mystery as with most other patents, although we're hoping it becomes real. If anything's going to strain a relationship, it shouldn't be dodgy coverage.
