My previous post describes a handbag containing a Twitter-connected LED matrix. The project was somewhat complicated to assemble – particularly the handbag sewing and construction. This post describes a simpler and more practical way to incorporate an LED matrix into a handbag. I’ve made several different versions of this project now, involving different styles of handbag. The version described here produces a vinyl tote bag with contrasting accent fabric as seen above.
I recently made a simpler and more attractive version of the LED Matrix Handbag to bring to the Bay Area Maker Faire. It is far easier to sew than the original, with more streamlined and compact electronics. Hackaday spoke to me at the Maker Faire about the handbag, and published the interview. If you’re interested in making one yourself, I plan to have a project write-up finished within the next few weeksas soon as I can get to it. It’s here! In the meantime, here are some pictures and footage of the latest LED Handbag:
My goal with this project was to create a wearable electronics project that incorporated the electronics in an organic and subtle way. The end result is a handbag containing a programmable 10×6 LED matrix hidden inside the lining, with the LEDs visible from behind metal eyelets. The LED matrix is controlled by a Teensy 3.2,which connects to an iPhone via an Adafruit BlueFruit BLE UART Friend. The Adafruit Bluefruit App on the iPhone subscribes to a MQTT feed (from Adafruit.io in this case), which streams data culled from Twitter via IFTTT. Any tweets with the hashtag “#wearables” have their Twitter handle displayed on the handbag’s LED matrix. Video demonstration below:
I recently received some e-textile components in the mail from an Italian company called Plug and Wear (www.plugandwear.com). In the interest of full disclosure, I should state that the company had seen my past posts on e-textiles and sent some sample products free of charge. Free or no, e-textiles are pretty cool, and I’ve been enjoying experimenting with the items they shipped.
I received the five different items shown at left. I was particularly interested in the conductive tape, which comes in a range of bright colors. I was hoping to use it in lieu of conductive thread for a colorful project, but needed to know its conductivity before determining what to do with it.
After completing the Programmable LED Sweatshirt project with the Arduino LilyPad. I was intrigued by the idea of a soft-circuit LED array that could be used as a scrolling message board and general purpose display. With Halloween coming up, my son and I decided to make our own costumes. We came up with the idea of a T-shirt containing an LED array that could scroll messages and display simple graphics.
Once we got the basic LED array working, we decided to add a small joystick to make our project interactive.
Since my FIRST LEGO Leauge (FLL) team (I hope to write about FLL in a different post) had an upcoming tournament, I decided to make a light-up sweatshirt with our team’s logo. I didn’t document the construction process at the time, so there are no photographs of the work in progress, however the project is simple enough that you can easily see how it works by viewing the final result.
The step-by-step process and results of this project are below: