Regular glasses are okay, but these light up and respond to your movement. [Dr. Iguana] is at it again, designing a very interestingly shaped PCB to augment your visual augmentation devices.
The circuit board has two thin curving wings which conform to the shape of a pair of glasses. In the middle there’s a larger area that holds most of the components but it’s still smaller than a common coin cell battery that powers the device. Over each eye there are a half dozen red LEDs which are driven by a PIC 12F1840. It can flash a bunch of patterns the but the interactivity is the real gem of the project. The doctor included an MMA8450 3-axis accelerometer. As you can see in the clip after the break, shaking your head this way and that will be reflected in the pattern of lights.
Continue reading “LED cyber eyes; more nerdy than just taping your glasses”
[Will Powell] sent in his real-time subtitle glasses project. Inspired by the ever cool Google Project Glass, he decided he would experiment with his own version.
He used two Raspberry Pi’s running Debian squeeze, vuzix glasses, microphones, a tv, ipad, and iphone as the hardware components. The flow of data is kind of strange in this project. The audio first gets picked up by a bluetooth microphone and streamed through a smart device to a server on the network. Once it’s on the server it gets parsed through Microsoft’s translation API. After that the translated message is sent back to a Raspberry Pi where it’s displayed as subtitles on the glasses.
Of course this is far from a universal translation device as seen in Star Trek. The person being translated has to talk clearly into a microphone, and there is a huge layer of complexity. Though, as far as tech demos go it is pretty cool and you can see him playing a game of chess using the system after the break.
Continue reading “Real Life Subtitle Glasses”
[Lee] is nearsighted and has had it with contacts and glasses. When trying to figure out an alternative, he looked at the core of the problem. The eye is not shaped correctly and therefore cannot focus adequately. The solution is to change the shape of the lens. This is exactly what lasik (laser eye surgery) does, but instead of going under the incredibly bright knife [Lee] built some headgear that pulls on your face to reshape your eye.
The hardware is from an old portable CD player. The sled that moved the laser lens has been repurposed to pull a thread taped to the skin at the corner of his eye. He built a control system that lets him adjust the tension by moving his fingers. Basically when the skin is pulled tight it causes him to squint and possibly reshapes the cornea just a bit. We’re not sold on the idea, but we can’t poo-poo the experiment; who knows what discovery this could lead to? We’re just glad he didn’t use electrical impulses to hack his peepers.
You can find some test video embedded after the break.
Continue reading “Automated squinting instead of glasses, contacts, or lasik”
[Ch00f] has decided to ring in the new year with some el wire Kanye glasses. Technically the term for the glasses is either “shutter shades” or “slatted sunglasses”, invented around the 80s by [Alain Mikli] and originally given the nickname “Venetian Sunglasses”. Kanye West evidently got his own retro redesign by the original creator and the rest is history. That is enough Wikipedia for now. [Ch00f] has augmented the original design with six multicolor tracks of EL wire mounted to the shutters of the glasses. The EL wire is fed back through several discrete wires around the wearers ear and to two control boxes. As the video shows, the glasses function as a crude V/U meter based on the audio received by the driver circuit.
Instead of the typical microcontroller [Ch00f] (who has some kind of deep seated issues agaist the Arduino) decided to go full blown analog with the entire design. The audio signal is fed through various Op Amp circuits first amplifying the weak microphone signal then filtering with a low pass filter to focus on the bass frequencies. The filtered bass is then sent to an envelope detector to turn the audio wave into a DC voltage signal. Keeping with the Op Amp design [Ch00f] then uses a resistor ladder and six comparator circuits (with TRIACs on their outputs) to tune the trigger voltage levels of the EL bars. The TRIACs get to deal with the 100 or so volts for the EL strips so that [Ch00f] doesn’t have to party with six EL power supplies in his pocket. For those of you counting at home, that is a total of 13 Op Amps.
The results are fantastic, check the video below to see the glasses in action. Reportedly the circuit does freak out and lock all of the TRIACs in an on state, but a covert flip of the power switch fixes the issue for now. [Ch00f] admits that the project was rather rushed due to the impending new year’s eve party, but now that that is all over with we just need to get [Ch00f] to roll out a stereo version. If you need more [ch00f] we have covered a few of his projects before such as his Icebreaker POV toy hack and a ghetto accelerometer using a reflection sensor.
Thanks for the tips [Daniel] and [Sanchoooo], also via [reddit]. Happy new year!
Continue reading “Sound reactive Kanye glasses!”
If you’ve been keeping up with our featured stories this year you’ll remember the post about using your own eyelids as 3D shutter glasses. Throngs of commenters called this one as fake and they were right. But we still enjoyed the experience… it’s more fun to be trolled when the trolls are skilled and idea is original. The perpetrators have released a follow-up video that shows how it was done. It’s not just an electronic trinket and some acting. There’s well executed post-production which maps out the area around this gentleman’s eyes and edits in the rhythmic blinking that made the farce somewhat believable. Check it out after the break.
Continue reading “Eyelid shutter glasses: fake but still a hack”
If you’re on the fence about 3D TV and related technologies [Anton B.] might be able to help you decide. No, he’s not going to shove pamphlets in your face and explain why its the wave of the future. Rather, by showing the hack-ability (its a word) of 3D shutter glasses. A simple bridge of wire across specific contacts can ‘trick’ the glasses into only displaying only the left or right picture.
Wouldn’t that make it just a regular 2D TV again? Yes, that’s the beauty of it. Person A could be watching a completely separate movie pr0n than person B, but all on the same TV. Or two people could be playing a video game, without dividing the screen in half. The only problem is the current lack of software that can interlace movies/games, who’s up for writing some C++ this weekend?
Augmented reality is a pretty neat thing but we don’t want to live our lives staring at a smartphone as we walk around. [F00] didn’t either so he built these augmented reality glasses. You can see a hole in the middle of the glasses where he added a webcam. The camera captures the image in front of you, processes it through augmented reality software, then sends the image to the wearable display that makes up the body of this hack. Integrate this into the head-mounted Linux hack and you’ll be able to ride your bike around the real world with your blast shield down instead of being tethered to your trainer in a virtual universe.