Lernstift Pen Vibrates When You Make Mistakes: Wait, People Still Write by Hand?

Inventor Falk Wolsky and his better half Mandy, a child care worker, were inspired to make the Lernstift (“Learning pen” in German) after seeing their son struggle with writing. They came up with a prototype that detects “writing movements” and alerts the user if he makes a mistake.

lernstift pen

Currently, the prototype has two modes. Calligraphy Mode detects errors in form and legibility, while Orthography Mode checks the spelling and grammar. The Lernstift’s motion sensor also has one other advantage: the user can practice even without paper or any writing surface. It will supposedly be able to detect “words, gestures and symbols, even if you only draw them in the air.”

lernstift pen 3

The Wolskys also hope to include a pressure sensor to teach kids not to grip the pen too tightly. The idea is that if the pen detects that the user is pressing too hard on it, it will vibrate in an intensity proportional to the user’s grip. They also want to equip the pen with a wireless module, so your teacher can send your embarrassing mistakes to your parents, other teachers and classmates in a snap. As if having your pen vibrate all the time wasn’t shameful enough.

lernstift pen 2

The Wolskys – via their new company Lernstift UG – will seek crowdfunding for the Lernstift later this month, so keep your eyes out for that if you want to pre-order the pen. But if you’re willing to invest in the company, you can reach out to them right now via their website.

The pen sounds like a good idea, but I wonder how effective it will really be as a learning tool, especially in the use case that inspired it. I say that because the pen can only say when and where you are wrong, but not what you’re doing wrong and ultimately how to do it correctly. Should it also have a voice assistant, like an English teacher version of Siri? Or perhaps a small laser that traces out the correct answer? Or maybe it could provide advice by vibrating in Morse code?

[via Lernstift & Wired UK via Likecool]

Lynx A 3D Camera: Point & Shoot & Model & Capture

It didn’t take long for hackers to use the Kinect to create 3D models by scanning real world objects. Microsoft has also pitched in to the scene, but an upstart company from Austin, Texas could introduce the next step in affordable 3D modeling. They’re working on a portable 3D camera that can scan objects and show the resulting 3D model in real-time.

lynx a 3d model camera

Lynx Laboratories believes that its Lynx A camera is vastly different from similar efforts because it packs significant power in a portable and affordable device. Those are relative terms of course – after all, the Lynx A measures 11.5″(H) x 8″(W) x 1″(H) and weighs 6 lbs. That’s because aside from its 3D sensor, the camera has a 14″ LCD, a 2.6GHz Intel Core i5 CPU, an unspecified “powerful” GPU, 500GB of storage, two USB 3.0 ports, an HDMI out, two joysticks and four buttons. It also has a battery that’s good for up to 4 hours. So what can this chunky point and shoot do? You can use it to scan physical objects or surfaces and also for motion capture.

As of this writing, you can reserve your own Lynx A camera by pledging at least $1,799(USD) on Kickstarter. I can’t wait for all this neat 3D tech to become mainstream.

[Lynx Laboratories via Engadget]

Leap Sensor Virtual Harp: Heavenly Tech

Early demos of the much-awaited Leap motion sensor mostly showed how it can be used to control graphics programs, browsers and video games. But the motion sensor can also be used to make an audio program, as shown by software developer Adam Somers with his AirHarp demo.

airharp leap motion sensor demo by adam somers

Proof of the responsiveness and accuracy of the Leap, AirHarp can recognize the speed and position at which a string is hit.

Adam has a fantastic sound system. Head to his website to download AirHarp, and to Leap Motion’s site to pre-order the Leap for just $69.95(USD).

[via Smarter Planet]

Quantum Bits LED Playthings Offer Hours of Light-up Geeky Fun

Looking for a fun stocking stuffer that I’m pretty sure your intended recipient doesn’t already have? Then check out Quantum Bits. They’re little light up thingies that react to motion.

f25e quantum bits

Just toss em around when you’re bored, and the tiny motion sensors inside will cause a pair of bright white LEDs to blink when they move around. In addition to throwing them in the air, you could glue them onto your shoes so they light up with movement, or even attach them to a speaker so they blink with the vibrations. I also like the idea of velcroing them to my cat’s paws.

Each Quantum Bit is rated to last up to 100,000+ flashes, so they should keep blinking for a good long time.

quantum bits

For $19.99(USD), you get a set of eight Quantum Bits – and you can order them over at ThinkGeek now.

Nikon patent would perfect the art of camera tossing, protect us from our folly

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]

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Nikon patent would perfect the art of camera tossing, protect us from our folly originally appeared on Engadget on Tue, 23 Oct 2012 04:21:00 EDT. Please see our terms for use of feeds.

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Real-time Motion Capture on Unreal Engine: That’s Unreal All Right

Microsoft’s Kinect sensor has proven to be quite versatile and accurate, but in the end’s it’s only one motion sensor. A company called Yost Engineering Inc. or YEI recently showed off how multiple motion sensors can be used in videogames, enabling real-time motion capture and virtual reality.

real time motion capture and virtual reality unreal engine yei 3 space sensor

YEI makes what it calls the 3-Space Sensor, a wireless motion sensor with a gyroscope, accelerometer and compass as well as advanced processing and algorithms to process the motion data it captures. Using 17 3-Space Sensors and 3 dongles, the company was able to demo a real-time motion capture session using the Unreal Development Kit, as well as a virtual reality demo that shows how motion capture can increase immersion.

Dance Dance Revolution 2050 is going to be hilarious. Seriously though this could work well with the Oculus Rift.

[YEI via Reddit]


Alps Electric integrates motion sensors and eye detection into vehicle cockpit of the future (video)

Alps Electric integrates motion sensors, capacitive touch, eye detection into vehicle cockpit of the future video

Residing in hall space a fair distance away from the likes of the Toyota and Sony, the automotive division of Alps Electric was demonstrating a forward-looking vehicle interface at CEATEC 2012. Connecting together the company’s existing capacitive touch technology with motion sensors and eye movement cameras, the system centers on the multimodal commander — that mysterious-looking orb located below the gear stick. Navigation through it can be done through waving your hand over the device, swiping or rotating the orb like a dial. This can then move through weather, music and map programs, which are all integrated into the car’s touchscreen, while an overhanging motion sensor will also detect where your hand is headed. An Alps spokesman said that this means the system can try to predict your intentions, adjusting the UI before you reach for the controls. We’ve got a hands-on video from pretty busy showroom — and more impressions — after the break.

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Alps Electric integrates motion sensors and eye detection into vehicle cockpit of the future (video) originally appeared on Engadget on Wed, 03 Oct 2012 08:21:00 EDT. Please see our terms for use of feeds.

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