Engineering Projects/Illuminate Clothing/Howard Community College/fall2012/p2-504-krfb

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Electronic Sections Expected[edit | edit source]

Problem Statement[edit | edit source]

We will use the engineering process to create masks that incorporate EL wire, creating an illuminated effect.

Team Members[edit | edit source]

Kimberly

Brian

Becca

Freddy

Summary[edit | edit source]

Put an overall, short one paragraph summary here.

Poster[edit | edit source]

10ChanSeqSm.gif

Story[edit | edit source]

price of EL wire bought

For the first week the team discussed their different ideas of how to incorporate the EL wire. We are going to incorporate EL wire into personalized mask, and with the use of an arduino, we are planning to connect the output into a Microphone so when you are exposed to sound the EL wire will start glowing. Each group member decided on which type of mask they were going to use, and which color of EL wire we were using. So far the designs are, Phoenix, Molten Lava, and a Beard guy. We also unbraided the EL Wire that was braided by the previous group, because we will use it in a different way.

IMG 3224.jpg IMG 3225.jpg

IMG 3229.JPG IMG 32436.jpg

These are the mask designs that we came up with.

Working on Masks first week[edit | edit source]

Working on Masks second week[edit | edit source]

Soldering the El-Wire[edit | edit source]

Decision List[edit | edit source]

None

Material List[edit | edit source]

  • Plaster Strips (8) 5.00 $ each
  • Vaseline (2) 2.25 $ each
  • EL Wire (blue, orange, green, white, pink and red) (21 $ bought on Amazon)
  • Putty $8 for a 1 quart tub

Software List[edit | edit source]

You installed different software packages or used already installed software. Describ the programs here.

Time[edit | edit source]

26

Tutorials[edit | edit source]

Plaster Mask Base Tutorial[edit | edit source]

Outlines our process for making the base of the plaster masks.

Next Steps[edit | edit source]

The next group will need to either finish creating the masks we begun, or work on creating new masks that will fit their own faces. They will also need to figure out how to securely hold a battery pack for the el-wire and the arduino.

Working with EL-Wire[edit | edit source]

  • El-wire runs on AC current; this means that you will need either a transformer or a compatible arduino shield to have it communicate with an ardunio. There is an incredibly useful tutorial on how to use the shield with the arduino right on the sparkfun website.
  • It is much easier to use a single strand of El-wire and mask off parts that you don't want displayed rather than saudering small lengths of it together. This is because the wire itself is difficult to strip properly.
  • The wire gets its color from the outer PVC tubing. What creates the light itself is a phosphor coating around a central, positively charged wire. The difficulty in preparing this wire for saudering is separating a small, negatively charged wire wrapped around the phosphor coating from a clear PVC tube that encases it. You must use wire strippers no smaller than 22 AWG to strip off the clear coating without snipping the smaller wires.

Finishing Plaster Masks[edit | edit source]

Although we were able to begin making the masks, our group was not able to finish them in time for the end of the semester. Here are some steps a new group can take to finishing masks off.

  • After you have the plaster base for the mask using this tutorial, map out where you would like to have the el-wire before doing anything else. Feel free to draw directly on the plaster.
  • Cover the masks in a layer of wood putty about 1/4" thick. Don't be to concerned about making it completely smooth at this point, and put on more putty than you think you need. It may be easier to add a thin layer of putty on, let it dry, add another, and repeat.
  • After the putty is completely dry, use sandpaper to smooth out rough areas and shape details in the mask. Start with a low-grit sandpaper to eliminate larger defects, and move to higher and higher grit to refine the surface. I would be cautious about using a dremel tool on the mask, since it may jeopardize the underlying structure of the mask. Don't forget to sand around holes for LED wires and El-wires.
  • Use a small piece of sandpaper to create 'ruts' for the el-wire in the wood mask.
  • Paint a coat of primer on the wood mask. After that's dry, use acrylic paint on the outside of the mask. Keep in mind the color painted underneath the el-wire will be illuminated.
  • From here, carefully attach the el-wire using epoxy, or glue that won't melt when heated. Try to make sure that it isn't touching the acrylic paint underneath.
  • Use a coat of heat-resistant lacquer over the entire mask to help preserve it and give it a nice finish.