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At a college, the librarian had a progressive idea to use Ubuntu Linux
on cheap old desktops (that the school was going to get rid of) to
spruce them up and give them new life without any cash. This has caught
on and not only was it a success in that lab, but in some cities around
the world people are doing this same thing to help poor people get more
access to PCs in community centers.
The hardest selling point? It's getting supervisors of
progressive-thinking people like this to accept the use of old, dingy
looking PCs in those manilla-looking cases. What is needed here is some
low-tech, inexpensive innovation.
I had an idea that every PC could be pulled out to nothing but it's
motherboard and frame. It still functions without the case. Then, if
you put a larger "slipcover" case on top, it gives the illusion that
all the PCs are brand new. The problem here, of course, is cost. How do
you do this extremely cheaply and provide about 4 different sizes so
that one of these sizes fits most kinds of mini tower PCs?
* It would have to use thinner plastic. Remember, you're just setting
this facade on the PC to give it the illusion that it is attached to
it.
* It would have to have anchors you could turn with an allen wrench to
tighten the facade slipcover case to the inside of the metal frame.
* It would have to have a USB port on the front so that people could
use that instead of floppies, and a plug you can put in if you don't
want to hook that up. The USB port on the front would connect to a
cable and then plug into the back of the PC where the existing USB port
is located.
* It would have to have a hole in the back so that all the cables went
through and reattached to the PC ports in the back of the PC.
* Since this is a PC that does not have a CDROM (a locked down PC), you
won't need that on the case. Future cases you build, if they need a
CDROM, could build the CDROM, DVD, or CDR into the case and attach it
to the inner PC over USB 2 port or Firewire.
* You might not even need to mold the plastic. If you use sheets of
white or black plastic that's fairly hard, perhaps 3/4 or 1/2 inch
thick, you could build a square box where the bottom and the top hang
over the inner box inside. Then, run aluminum rods through holes on all
4 corners of this overhang and it has a really interesting look about
it. Stick the PC inside this kind of case. Ordinary wood-working tools
could be used to build such a thing. Then it's a matter of
mass-producing these exactly the same dimension.
* If you use white plastic, you could add neon snakelights (that get
their power from USB) inside to make it even snazzier.
on cheap old desktops (that the school was going to get rid of) to
spruce them up and give them new life without any cash. This has caught
on and not only was it a success in that lab, but in some cities around
the world people are doing this same thing to help poor people get more
access to PCs in community centers.
The hardest selling point? It's getting supervisors of
progressive-thinking people like this to accept the use of old, dingy
looking PCs in those manilla-looking cases. What is needed here is some
low-tech, inexpensive innovation.
I had an idea that every PC could be pulled out to nothing but it's
motherboard and frame. It still functions without the case. Then, if
you put a larger "slipcover" case on top, it gives the illusion that
all the PCs are brand new. The problem here, of course, is cost. How do
you do this extremely cheaply and provide about 4 different sizes so
that one of these sizes fits most kinds of mini tower PCs?
* It would have to use thinner plastic. Remember, you're just setting
this facade on the PC to give it the illusion that it is attached to
it.
* It would have to have anchors you could turn with an allen wrench to
tighten the facade slipcover case to the inside of the metal frame.
* It would have to have a USB port on the front so that people could
use that instead of floppies, and a plug you can put in if you don't
want to hook that up. The USB port on the front would connect to a
cable and then plug into the back of the PC where the existing USB port
is located.
* It would have to have a hole in the back so that all the cables went
through and reattached to the PC ports in the back of the PC.
* Since this is a PC that does not have a CDROM (a locked down PC), you
won't need that on the case. Future cases you build, if they need a
CDROM, could build the CDROM, DVD, or CDR into the case and attach it
to the inner PC over USB 2 port or Firewire.
* You might not even need to mold the plastic. If you use sheets of
white or black plastic that's fairly hard, perhaps 3/4 or 1/2 inch
thick, you could build a square box where the bottom and the top hang
over the inner box inside. Then, run aluminum rods through holes on all
4 corners of this overhang and it has a really interesting look about
it. Stick the PC inside this kind of case. Ordinary wood-working tools
could be used to build such a thing. Then it's a matter of
mass-producing these exactly the same dimension.
* If you use white plastic, you could add neon snakelights (that get
their power from USB) inside to make it even snazzier.