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I posted to hackaday.com
http://hackaday.com/2010/07/30/elegant-wearable-computer/
July 30 2010, 1:00pm | More »
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I posted to hackaday.com
http://hackaday.com/2010/07/24/daft-punk-helmet-replica-finally-completed/
July 24 2010, 1:00pm | More »
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I posted to hackaday.com
http://hackaday.com/2010/07/18/arm-mounted-light-cannon-villains-beware/
July 18 2010, 1:18pm | More »
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I posted to hackaday.com
http://hackaday.com/2010/07/08/stylin-hmd/
July 8 2010, 1:20pm | More »
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I posted to hackaday.com
http://hackaday.com/2010/07/07/heel-treads-make-shoes-go/
July 7 2010, 3:00pm | More »
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I posted to hackaday.com
http://hackaday.com/2010/07/05/power-laces-take-us-5-years-into-the-future/
July 5 2010, 1:00pm | More »
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I posted to hackaday.com
http://hackaday.com/2010/05/31/flight-simulator-but-youre-the-plane/
May 31 2010, 9:38am | More »
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I posted to hackaday.com
http://hackaday.com/2010/05/12/monitor-uv-exposure-with-your-sunglasses/
May 12 2010, 12:06pm | More »
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I posted to hackaday.com
http://hackaday.com/2010/04/28/puppet-circuits/
April 28 2010, 10:00am | More »
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I posted to hackaday.com
http://hackaday.com/2010/04/19/augmented-reality-glasses/
April 19 2010, 10:54am | More »
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I posted to hackaday.com
http://hackaday.com/2010/04/01/im-one-step-closer-to-azeroth/
April 1 2010, 11:00am | More »
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I posted to hackaday.com
http://hackaday.com/2010/02/18/reboot-life-in-a-heartbeat/
February 18 2010, 11:00am | More »
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I posted to hackaday.com
http://hackaday.com/2010/02/15/hmd-upgrade/
February 15 2010, 9:54am | More »
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I posted to hackaday.com
http://hackaday.com/2010/01/12/stroke-to-unlock/
January 12 2010, 10:32am | More »
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I posted to hackaday.com
http://hackaday.com/2009/12/18/bluetooth-bracelet-hacked/
December 18 2009, 12:27pm | More »
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I posted to hackaday.com
http://hackaday.com/2009/12/16/scan-room-explore-virtually/
December 16 2009, 9:23am | More »
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I posted to hackaday.com
http://hackaday.com/2009/11/26/tiny-keyboardtouchpad-has-hack-written-all-over-it/

Yes, we know, this is not a hack, yet it just has the vibe of something we’ll likely be seeing in many small form-factor systems and wearable hacks in the future.
The USB Wireless Handheld Keyboard is a diminutive keyboard and mouse replacement with a passing resemblance to a BlackBerry PDA — where the screen has been replaced with a laptop-style trackpad sensor. This seems a shoo-in for home theater PC use; it’s unobtrusive and won’t look out of place on the coffee table alongside the universal remote. But any tiny system requiring only occasional input could likely benefit.
The keyboard layout is funky as heck, though likely adequate for its intended use of couch web-surfing and interactive messaging (or whatever wild applications our readers will surely come up with). A USB wireless receiver and a charging cable are included in the $62 package. Video after the break…
[USB Geek via Engadget]


November 26 2009, 9:52am | More »
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I posted to hackaday.com
http://hackaday.com/2009/11/25/make-any-gloves-work-with-a-touch-screen/
November 25 2009, 4:06pm | More »
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I posted to hackaday.com
http://hackaday.com/2009/11/25/ti-sports-watch-for-hacking/
November 25 2009, 10:55am | More »
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I posted to hackaday.com
http://hackaday.com/2009/11/16/tauntaun-costume/
November 16 2009, 11:48am | More »
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I posted to hackaday.com
http://hackaday.com/2009/11/11/biking-through-google-street-view/
November 11 2009, 3:18pm | More »
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I posted to hackaday.com
http://hackaday.com/2009/11/11/eyewriter-is-the-fruit-of-the-kaneye-project/

The EyeWriter is an open source eye tracking initiative. This is the mature version of the KanEye project we covered in April. Collaboratively developed by Free Art and Technology (FAT), OpenFrameworks, and the Graffiti Research Lab, they seek to aid a friend of theirs who suffers from the degenerative muscle disease ALS.
They’ve come a long way since we last looked in on the progress. The hardware used is pretty much the same: a set of sunglasses sans lenses with the CCD from a Sony PlayStation 3 Eye mounted in front of one eye. IR LEDs surround the CCD and point at the eye to increase the contrast between pupil and the rest of the eye. The major improvement comes with the software. Eye tracking appears to be extremely precise and they’ve written a custom drawing program to take advantage of their interface. Check in on their developer page for source code and a video walk-through of the software.
After the break you can see video of [Tempt1] using the system to create some tags. We’re thankful for the success this project has seen as this guy can do a lot better with his eye than we can with our hands.
[Thanks Jessee]

November 11 2009, 10:00am | More »
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I posted to hackaday.com
http://hackaday.com/2009/11/05/electronic-jewelry/
November 5 2009, 1:16pm | More »
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I posted to hackaday.com
http://hackaday.com/2009/11/03/wozs-watch-makes-air-travelers-nervous/

[Steve Wozniak], Last of the freelance hackers and Greatest swordfighter in the world, lives a hacker life you couldn’t even dream about. The folks over at medGadget ran into him and learned about his watch. In their interview (embedded after the break) [Steve] shows off the Nixie tube wristwatch that we can only assume he created himself.
The watch consists of two tiny tubes, a PCB, and battery. There must be an accelerometer in there because the display is switched off unless the watch is held at a certain configurable angle. Once held in the correct position the display flashes the hours, then the minutes.
The time is set by two buttons inside the watch’s case. [Steve] goes on to explain the trepidation his fellow passengers have when he disassembles the watch mid-flight and starts to monkey around with the buttons inside. Not to be stopped at electronic tomfoolery, he also shares his delight in sneaking ceramic knives on board so that he can properly cut his steaks.
Lifestyle aside, the small Nixie clock packages we’ve seen don’t even come close to this. We assume this is pretty hard on the battery and wonder if the watch gets hot if you’re stuck in a long meeting and constantly looking at the time. We can get over both of those limitations just for the cool factor alone.
Update: Reader [Stephen] left a comment pointing to the origin of the watch. It is controlled by a PIC microprocessor, boasts a four-month battery life at 50 viewings per day, and there’s some code available. It is for sale but currently out of stock.


November 3 2009, 12:20pm | More »
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I posted to hackaday.com
http://hackaday.com/2009/11/03/improved-arm-mounted-flame-thrower/
[Everett] is at it again with Prometheus, an arm mounted flame thrower.This is the third generation of the project and makes some huge advances over the second generation we saw last year. We’d say he’s reached cinema/stage-performance quality with his design.
The self-contained system is completely arm mounted with a fuel reservoir mounting behind the elbow. The new version adds an adjustable flow valve actuated by a servo motor to regulate the flame size. An arc generator has been incorporated to replace the lighter from the last version. A microcontroller measures wrist angle and takes care of creating the arc and regulating the fuel supply.
Prometheus is small, controllable, and frightening. See a full demonstration as well as some video of the prototyping process after the break. Does this make you wonder how much burn cream [Evertt's] needed over the years?

Extended demonstration video.

Build log video.

November 3 2009, 11:00am | More »
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I posted to hackaday.com
http://hackaday.com/2009/10/27/head-mounted-computer-with-spit-bailing-wire/
October 27 2009, 10:00am | More »
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I posted to hackaday.com
http://hackaday.com/2009/10/26/head-mounted-computer/

Most wearable computers we’ve seen feature a head-mounted display tethered to a small PC system in a backpack or worn on a belt. Here’s a slick little system that does away with the cord, fitting the entire system in the glasses.
[Pascal Brisset’s] WXHMD is based on the tiny Gumstix Overo Fire computer-on-module which features a beefy, 3D-capable OMAP processor that runs Linux. The Gumstix is interfaced with a Vuzix VR920 head-mounted display that includes a three-axis accelerometer and compass. Tying these together is a custom video digital-to-analog converter board of [Pascal’s] own design, created using direct-to-PCB inkjet printing techniques. For less than $1,000 total in parts, the result is a spatially aware six ounce computer, with display and battery and all, that fits neatly over the bridge of one’s nose.
It’s a fantastic hack and a nicely documented project, though even the device’s creator himself questions whether having a pair of microwave transceivers and a LiPo battery strapped directly over one’s eyes and brain is such a good idea.
[thanks w3pt]

October 26 2009, 5:20pm | More »
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I posted to hackaday.com
http://hackaday.com/2009/10/16/tying-the-knot-with-makerbot/

De Beers would have you believe that only diamonds will do, but hackers are hardly ones to follow convention. How better to say “I love you” than with a MakerBot-extruded black ABS engagement ring? [Adam Elkins] did just that, creating the design with a combination of GIMP, SketchUp and Blender, then producing the final output on a MakerBot at Philadelpha hacker space Hive.
From the steampunk wedding at the 2008 Maker Faire, to the science-meets-romance web comic xkcd, hackers certainly have some unique ways of expressing their devotion. What are some of the wildest or most charming that you’ve seen? Comments are open…speak now or forever hold your peace.
Oh, and the engagement ring? She accepted. Congratulations to the lucky couple!
[via MakerBot blog]

October 16 2009, 1:00pm | More »
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I posted to hackaday.com
http://hackaday.com/2009/10/14/led-pocket-watch/

Today, it is not difficult to find all kinds of watches with LED displays. After [Paul]’s grandfather, a master horologist and pocket watch collector, passed away, he decided to retrofit a broken watch left to him with a custom LED face. Starting from scratch, he designed a PCB complete with 133 (hand soldered) LEDs, room for a temperature controlled oscillator for real time clock capabilites, a LiPo battery, and a cell phone vibrator to provide a simulated “second hand tick” feeling. The whole watch is powered by a PIC 16F946.
This is currently version 1, and he has already begun work on version 2. He plans on adding a more compact, lower power TCXO, automatic NTP syncing, and a USB port for charging and reprogramming. He has a number of detailed videos, and we have a demo video after the break.


October 14 2009, 9:00am | More »
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I posted to hackaday.com
http://hackaday.com/2009/10/13/daft-punk-replica-helmet/

For all their varied and entertaining uses, circuits and code comprise only part of the complete hacking experience. To really put your project over the top, sooner or later you’ll want to possess some physical fabrication skills. Consider the works of [Ben Heckendorn]: He’s always done a fantastic job with the electronics, but it’s the fit and finish of the enclosures that make him a legend.
“Fabrication” usually conjures images of shop tools — saws and sanders and drills — all tremendously useful skills worth learning, and easily within reach of most home shops or garages. Recently, the techniques of mold making and casting have seen something of a DIY renaissance. Mold making is nothing new, the basic concepts go back millennia, but in just the past few years the materials for extremely high-quality molds have become safer, simpler to use, and easier to acquire.
This being Halloween month, what better example of the medium than this impeccable replica helmet styled after half of the musical duo Daft Punk (a recurring theme among Hack a Day contributors), created by prop maker [Harrison Krix]. After sculpting an original master part (from common hardware store and art store materials, we might add), a one-piece flexible mold is built up from silicone, which captures every minute detail, and later the helmet form is cast from a thin layer of resin. The visor is vacuum formed. A follow-up with the internal electronics build is yet to be posted, but even at this stage the shell alone is so refined it looks straight off a showroom floor. If mold making can do this for someone’s noggin, imagine what it can do for your next creative hardware project. Smooth-On, a major supplier of these materials, has a free PDF introduction and a set of tutorials on their web site.
[thanks Wolf]

October 13 2009, 12:00pm | More »
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I posted to hackaday.com
http://hackaday.com/2009/10/04/a-bright-way-to-cycle/
October 4 2009, 3:00pm | More »
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I posted to hackaday.com
http://hackaday.com/2009/10/02/halloween-prop-portable-black-light/
October 2 2009, 12:00pm | More »
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I posted to hackaday.com
http://hackaday.com/2009/10/01/power-generating-backpack/
October 1 2009, 4:00pm | More »
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I posted to hackaday.com
http://hackaday.com/2009/09/28/pinch-control2-laser-drawing/
September 28 2009, 5:00pm | More »
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I posted to hackaday.com
http://hackaday.com/2009/09/28/pong-on-your-wrist/
September 28 2009, 2:00pm | More »
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I posted to hackaday.com
http://hackaday.com/2009/09/09/life-size-animatronic-wolf-tail/
September 9 2009, 10:00am | More »
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I posted to hackaday.com
http://hackaday.com/2009/08/24/humanoid-robot-homebrew-waldo-big-smiles/
August 24 2009, 8:47am | More »
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I posted to hackaday.com
http://hackaday.com/2009/08/20/modular-computing/
August 20 2009, 9:41am | More »
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I posted to hackaday.com
http://hackaday.com/2009/08/11/hackit-ideal-conference-badge/
August 11 2009, 7:05pm | More »
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I posted to hackaday.com
http://hackaday.com/2009/08/10/hackthebadge-1-0/
August 10 2009, 4:06pm | More »