Difference between revisions of "10 tracks, 10 jackets, 1 album"
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− | 10 tracks, 10 jackets | + | ==Early prototypes== |
+ | With Fabcafe Taipei this year, we are trying to convert part of the result of my old project: [https://shihweichieh.com/i-am-very-happy-i-hope-you-are-too/ I Am Very Happy I Hope You Are Too] to machine embroidered circuit by a Tajima indrustrial embroidery machine. The idea is to make 10 synthesizer tracks by producing 10 single board circuits, and then convert them into 10 jackets. Part of the flexible circuit will be made with PDMS. I want to try to test if the PDMS circuit can be sewable by the Tajima machine. | ||
+ | The hand cross-stitched circuit method I used in Two Masks in the work “I AM Very Happy I Hope You Are Too” was firstly introuced on [https://blog.adafruit.com/2014/01/08/scrolling-led-textile-display-wearablewednesday/ Adafruit] in 2014. | ||
+ | [[File:woven led matrix by huang lan yeh.jpg|thumb|250px|sample of woven scanning matrix circuit made by 黃蘭葉 Huang Lang Yeh]] [[File:weichiehshih.png|thumb|250px|part of Shih Wei Chieh's work: I Am Very Happy I Hope You Are Too.]] | ||
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Materials, format, solutions for the DIY synthesizer jacket: | Materials, format, solutions for the DIY synthesizer jacket: |
Latest revision as of 10:39, 19 February 2020
Early prototypes
With Fabcafe Taipei this year, we are trying to convert part of the result of my old project: I Am Very Happy I Hope You Are Too to machine embroidered circuit by a Tajima indrustrial embroidery machine. The idea is to make 10 synthesizer tracks by producing 10 single board circuits, and then convert them into 10 jackets. Part of the flexible circuit will be made with PDMS. I want to try to test if the PDMS circuit can be sewable by the Tajima machine. The hand cross-stitched circuit method I used in Two Masks in the work “I AM Very Happy I Hope You Are Too” was firstly introuced on Adafruit in 2014.
Materials, format, solutions for the DIY synthesizer jacket:
Solution for modular circuits on textile
Contacting electronics to fabric circuits with nonconductive adhesive bonding
https://drive.google.com/file/d/0B-tmlegylAI1Q3V5My1PN1V3dW8/view?usp=sharing
Analysis of Failure Mechanisms of Machine Embroidered Electrical
Contacts and Solutions for Improved Reliability
https://drive.google.com/file/d/0B-tmlegylAI1aGhaSXBkS3pnUkU/view?usp=sharing
PCB holder design by Elias Kardel
PDMS circuit Some part of the circuit on garment can be replace with sewable pdms with embedded circuits, to reduce the chance of failure from generating an embroidered piece in large scale. https://www.hackteria.org/wiki/File:Bioelectronics_parts.jpg
Transperent, Conductive, Stretchable Residency Proposal at Gaudilabs
Conductive and transparent bacterial cellulose/silver nanowire films for application in photovoltaic devices
Highly conductive and stretchable conductors fabricated from bacterial cellulose
Reference of garment pattern design (garment by Yiyu Chen) opetion 1, “moduler design”, devided the garment into few part
opeion 2, “one patch design” : put everything into the one piece back pattern.
Synthesizer Circuit Design
LushOne http://lushprojects.com/lushone/ https://www.flickr.com/photos/sharpie777/
synth modules
sequencer
capacitor oscillators for sound source
https://www.electronics-tutorials.ws/oscillator/oscillators.html
Attiny 85 as notes library, logic gate
LPF
reverb machine
amplifier
noise generator (this part involved with concept for perlin, brownian motion)
noise generator, perlin noise, white noise, pink noise, fractal noise
https://en.wikipedia.org/wiki/Perlin_noise https://en.wikipedia.org/wiki/Brownian_motion
organic shape generated by noise
fractal antenna design
http://www.fractenna.com/our/our.html
speaker design
Ejtech: http://ejtech.cc/?page_id=2176
supplier: Maeden Innovation Co., Ltd.