Here are my additions to the wish list...
One of the most frustrating things to deal with are liquid crystal 
displays.  They are present on all manner of appliances, computer 
peripherals, telephones and office equipment, electronic musical 
instruments, and medical devices.  There is a company in Canada that 
makes a small, hand-held device that can scan an LED display and speak 
the contents of the display through a built-in speech synthesizer.  If 
such a device were to be built that was capable of working with LCD 
displays, it would be a really useful product.  Ideally, it would also be 
able to send its data out through a standard serial port so that 
deaf-blind persons could use it in conjunction with a device like the 
Braille Lite.
Item number 2:
This is, in some way, related to the first idea, but probably somewhat 
more involved in that the controls may also have to be modified...  For 
some years now I have been trying to get somebody interested in making 
the small, portable(laptop computer sized), peritoneal dialysis machines 
accessible.  This would involve making the LCD display, the various 
programming controls, warning indicators, and physical fluid path 
connections accessible and usable by a totally blind person.  It should 
also be noted that the leading cause of blindness among adults is 
diabetes, and a large percentage of these people also do, or will suffer 
renal failure at some point, and most blind people are discouraged from 
treating their renal failure through peritoneal dialysis because of 
concerns over infection introduced by contamination.  Peritoneal dialysis 
offers a blind person a much greater degree of independence, and quality 
of life because treatment can be done at home, work, school, etc..  It is 
not for everyone, but the choice should be made based on medical facts, 
and personal choice, not on a physician's belief that a blind person 
can't perform the procedure safely.  I speak from experience -- I managed 
my own Continuous Ambulatory Peritoneal Dialysis treatment for 3-1/2 
years, using a set of techniques and devices which I developed and 
designed myself, and had made to my specifications.
Item number 3:
I am still hoping that there will one day be a decent, small, and 
powerful talking, programmable scientific calculator.  Modeled on an HP 
41, and afforadable by students as well as working professionals.  I 
realize that there are plenty of software alternatives for PCs, and that 
PCs are getting smaller, but it is just not the same as having one you 
can put in your pocket.
That's all for now<grin>.
-- Jim Rebman <jrebman@netcom.com>
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