Picture it: your first open mic night at Larry’s Laugh Lounge. You’re up second in the lineup. It’s better than going first, but the crowd is far from hitting the two-drink minimum and your dad jokes are going over like a lead balloon. What now? Time for your secret weapon. You throw out the ‘tough crowd’ line while casually reaching into a pocket of your herringbone blazer. You press a button and the sound of crickets reaches the microphone. Someone chortles near the back. You smile, and remembering that Barbie joke from Reddit, your act takes a turn for the profane and the sweet sound of your first real laugh is forever burned in your memory.
This laugh track jacket from Adafruit’s [Becky Stern] is based on their own audio FX board, a standalone unit that can store and play WAV and OGG files. The board is also available with 16MB of flash for extended pre-recorded Foley artistry. This is an easy solder-and-sew project with a lot of wearable applications, and all of the components are available in the Adafruit store. There are plenty of places to get free sound effects that are already in WAV format, as the board does not support MP3s. As always, [Becky] has provided a clear and thorough guide with plenty of pictures and an introduction video that you can see after the break.
Continue reading “Laugh Track Jacket is Actually a Blazer”
[Greg’s] been playing around with wearable hacks for quite some time now, and he’s decided to add a new twist for his latest LED light suit (Mk 4) — An ancient NES Power Glove to control it.
He was inspired by the band Hypercrush who had a music video where one of the guys was wearing a laser-shooting power glove — awesome. Having already made light suits before, he thought it’d be fun to do something similar.
The suit is controlled by an Arduino Pro Mini which has been hacked into the Power Glove for ultimate button pushing capabilities. He’s using 5 meter LED strips of the classic WS2812 RGB variety, which allow for individual LEDs to be addressed using a single pin. It’s powered by a 5V 2A USB battery pack, and he’s made all the components very modular, you could even say it’s “plug and play”!
Continue reading “Prototype LED Light Suit runs off of a NES Power Glove”
This 3D printed scent distributor was put together by eight people from three states during the 2014 NYC NASA Space Apps Challenge. The team went on to take 1st place in the competition.
The project is called Senti8 and uses a FLORA Arduino micro-controller and a Neopixel LED strip purchased from Adafruit. A smartphone mobile app then remotely connects to the device allowing the user to choose which scent they would like to send to their friend, who is also wearing one of the wristbands.
They came up with the idea by simply asking an American astronaut named [Doug Wheelock] what he missed the most while travelling through the boundless reaches of outer space. To their surprise, he said that the thing he missed the most was his sense of smell.
Originally, the project was envisioned to be a wearable technology for space tourism. But over time, the project morphed into a wristband that would allow people to remember places or planets visited. Even memories unique to those places through scent could be experimented with.
One of the team members, [Brooks], was spotted wearing the Senti8 at the Wearable Tech LA conference in Pasadena, CA on July 17, 2014. The LED lights lining the outside could be seen all the way across the large auditorium as she chatted up with local Crashspace members as they prepared to present their design-oriented hacks to the public.
She gave an interview demoing the wristband which can be seen in the video posted below:
Continue reading “Hacked e-cigarette vaporizer can send smells…in space!”
Many of us spend so much time looking down at our phones that we miss the world all around us. [Dhairya] hopes to change that with Super Shoes, a pair of enhanced insoles that let your toes do the navigating while you enjoy the sights. Each insole has a Bluetooth radio and a microcontroller. Three coin cell vibrator motors act as an output device under the small toes, while a capacitive touch pad under the big toe handles input. Careful positioning of the electronics keeps the foam insoles flexible.
Using the shoes is as simple as walking around. Say you needed walking directions. You would set the destination on your smartphone. The shoes would then tie in to your smartphone’s GPS and maps application. From there, it’s simply a matter of following your toes. If the toes on your left foot vibrate, turn left. Vibration on the right foot indicates a right turn. When your destination is at hand, both feet will vibrate rapidly to celebrate.
[Dhairya] envisions a cloud service called ShoeCentral which will store a database of the user’s likes and dislikes. Based upon this data, ShoeCentral will guide the user to new restaurants or places they may like. All of this and hands free? Where do we sign up?
Continue reading “Super Shoes Lead The Way”