The Creative

Update 6/29/15: I added a video demonstration my entry, the parts, how it is easily assembled, and it's benefits both explicit and otherwise. It can be found here: https://youtu.be/-quo3pAg7Js Entry Date: I had two ideas that I had come up with early on in this challenge. One was a new design for a mouse for disabled folks and the other is the one you see here. I took the standpoint of someone who works pretty much all the time with his hands and really does everything himself. I thought about the two most important things that I would need to continue doing both for enjoyment and for my livelihood if I were to ever lose the use of not one, but both of my hands. One was using the computer (hence the mouse idea) the other was being able to draw, paint, and essentially being able to continue expressing myself and my ideas without a computer. That latter design started taking on a whole new meaning once I had gotten the Quick-release mechanism and cradle engagement and disengagement mechanisms working. I started to incorporate other tools like rulers, x-acto knives, etc. There is quite a bit of stuff that I wasn't able to get around to finish modeling that allows the SECOND quick-release mechanism found in the Double Quick Release device to work as smoothly as the basic device does. In any case, even though I had started designing and building this device (I will link to videos of some demonstrations later on) a few weeks ago, this entry probably doesn't seem all that original now. So how does it compare: - All components except fastening hardware are 3D printable. Assembly is also pretty basic - Both Basic Quick-Release and the Double Quick-Release devices work with a RYOBI hex bit adapter that has a 3D printable ring attached to it's perimeter to provide single handed or single prosthetic operation - This means that the device, when used with the cradles will allow the user to remove and attach the devices without the use of another hand or another person's help. How