Stack of pancakes or banana?

Too late to change?

I thought of another idea for my plush nightlight that I think I’m a bit more excited about.

I am thinking of creating a plush banana that you can zip closed. Once the banana has been “peeled” and the zipper crosses over the conductive thread the light turns on and it glows from within.

Perhaps the brightness can be controlled by the number of sections that have been peeled, ie- one for dim and two for bright.

thoughts?!?

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For my plush nightlight I’m thinking of creating a stack of pancakes with goodies on top.

The butter, blueberries and raspberries would sparkle with the appropriate colored light as you shake the plush toy.

I had originally tested this by limiting the strand to 3 pixels and then changing the colors of the strip. In practice I imagine that I would sew each colored pixel in at the the right spot.

The test that I photographed is only using one pixel because the strand had a really poor connection.

photo 1  raspberry

photo 2  blueberry

photo 3  butter

Screen shot 2013-09-23 at 12.59.42 PM

photo 4

Hour Clock Project

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I would like to introduce to you Hour Clock v2.0.  If you remember my thermo-chromatic clock did not work out as I had hoped and I had to leave that on the wayside.  Hour Clock v2.0 is essentially the same logic, only I used the laser cutter to hatch out the numbers and used arduino along with a RTC chip to program my time.

I am quite happy with how the clock has turned out, below is a short rough video of how it functions as well as a couple more process shots.

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Detail of the hatched numbers.

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The code works!

 

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DS1307 RTC Module

photo-7

 

Ideation for Term Project.

Ideas I would like to look into are the full scale plush me with some sort of movement or lights. This could be a plush heart that lights up when in place or even a motion tracking head which rotated following the direction of moment it sees. I have looked into how I can take advantage of using the digital 3D scan/catch I already have of myself and it seems there are two suitable methods for this. 1. Stacked Slices, using 123D Make and either Laser cutting 96 Sheets of Felt on the laser cutter or 2 sheets of 4′ x 8′ 2″ thick blue-foam on the Shopbot.

2. Pepakura, the papercraft program that breaks down 3D shapes into printable, cuttable and foldable forms. I could do this on a large scale with felt to replicate my form. The image below shows what the ‘net of me’ looks like.

Another concepts is a mechanical ceiling lamp that could track a user around the room and follow them.

 

 

 

 

 

 

The spider cam used in the 2011 Rugby World Cup uses digital 3D modeling technology to achieve its location & movement. Perhaps this technology could be applied to lighting or even ceiling furniture.
“SpiderCam works using winches and cables above the playing area which allow the camera to film any position on the field.”


source: http://www.dailymail.co.uk/sport/rugbyunion/article-1250038/SIX-NATIONS-2010-Fans-climbing-wall-BBCs-use-Spidercam.html

 

Octopus Reading Light Hat Progress

I started out with some research into octopuses (octopi or octopodes) by visiting Eataly and checking out their seafood section.
My initial prototype was large, ungainly, and looked too much like a Rastafarian hat or a jelly fish. I did another form exploration before settling on a final shape. The second prototype looks like a colorful, striped hot air balloon, but has a better octopus-head shape.

After deciding on my body shape pattern, I started to sew the tentacles and large body sections. The picture above shows inside of the “chin strap” tentacles. They each have half of the magnetic snap, which is soldered to a long stranded wire for later use.

I will work on my LED circuit and sew the whole octopus together over the next few days!

The Cloud

Work in progress, after days of working to get the separate components of the cloud working independently I now have them working together in the same arduino sketch. The components I am using are the the PIR sensor, the Wav Shield & LED Storm. My system does thus: The PIR sensor is triggered by motion > then the randomized Lightning sequence begins in a randomized cycle followed by a super lightning strike > milli seconds after the super lightning strike is a randomly selected thunder sound, the cloud then waits until the PIR is triggered again.

Lightning Cloud Test

Here is my code thus far: Continue reading “The Cloud”

Cumulonimbus Nightlight

The cumulonimbus cloud is not only a beautiful and destructive lightning cloud but also has one of the coolest sounding names of all the cloud formations.

After the events of the Superstorm these past few days I have been thinking a lot about my project for making. I cam to the conclusion that while a full scale plush version could be cool it lacked justification and reasoning. So back to more brainstorming, but this time with more of a designers intent. I believe a nightlight should provide comfort and reassurance while the user begins to fall asleep. Strangely lightning storms have always had this effect on me. For those who find lightning terrifying perhaps this can be used to help overcome their fears.

The sewing component would be the arduino casing and the main structure of the cloud. The electronics component would be arduino controlled lightning flashes using LED’s & EL wire with the option of sound effects using the Arduino Wave shield. Comments on this new direction welcome and appreciated.

Plush bluetooth speaker

Quarantined to my apartment the last couple of days due to the hurricane, has got me thinking about this plush project. My original idea that I posted was a tabletop portable night light made of felt. I really liked Richard’s post about a plush speaker. I am leaning more towards a bluetooth light up speaker. It would be wireless so you could throw it around the room. I ordered this speaker on Amazon that I’ll be using.

Geods

I would like to embark on an over ambitious mission to build an enclosed sitting area for children which is inspired by geology and magic. The outside will be made of wood and painted grey while the inside will be cushions and pillows which resemble crystals and light up. Below you will find inspiration and materials which I would like to explore, along with what I would like to use to power the glow.  The sketch model below will be captured in 123D catch and then tightened up to have printed and assembled.  Depending on how costly and time consuming this becomes I may have to scale it down to smaller models.

Materials: wood, fabric, EL Panels, EL wire, Inverters.

Wouldn’t it be interesting to see how the el panels and wire could enhance the luminescence of this fabric?  Below is a photo two friends of mine collaborated on. Heidi Lee makes incredible hats!! Andrew Strassar takes photographs which are amazing eye candy!

 

Glowing Geods!

 

 

 

Ab Rogers 2004, Kenny Schachter

Pods from another planet landed in a victorian house in Chelsea

 

Below are 2 views of a sketch model which will be 3d scanned and blown up to a larger scale.  Throughout this process i am interested to see what details survive.

 

 

Brighter than a lucky penny

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Candle Curtains

Fabric and light together automatically makes me think of wearable technology, but since I had already worked on a light-up shirt for my first project, I wanted to do something different.

My first idea was around light and sound – a tambourine that lights up when you shake it. The inspiration from this one came from a dance I watched which takes place in a dark setting and only when the dancers move, their clothes light up. I thought of a tambourine as a dance prop.

 

My other idea was around making a backdrop, or wallpaper that could be used in a room, or ceiling. But finally, I decided that I will create some curtains that light up as it becomes dark outside.

 

Next steps:
– Design the curtain (color, fabric, paint/embroidery?)
– Code arduino for the light sensor.