V.H.A.L Prototype has been born
smithdavidp
Posts: 146
V.H.A.L. [V]eterans [H]ealth [A]ssist [L]ink pronounced Val or Vallerie since it will have a womans voice. Pictures only this time because I haven't started the hard work yet other than to confirm everything pluged in is actually working and at the same time. But it all does work. lol
Comments
My guess is it's a blood pressure monitor. The black tubing coming out the side looks like it's used to fill a cuff with air.
Dave, does the blood pressure monitor have a digital interface that will let you log the data? I suppose the buttons could be hacked to allow a Prop or PC to start the measuring process (if you didn't want to use the buttons).
It's looking good so far.
My major programming is being directed towards voice recognition and text to speech. My main goal here is to get the Eddie to report the glucose readings by requested date. Now here is some programming that I really am having fun with. Not too hard and just enough to get my feet wet with the Microsoft programming software.
My project developement costs seem to keep going up but I am still confident that I can have an operational unit still under the $4,500.00 mark. What I mean by that is to have a deliverable piece of equipment and the cost to the Veteran, or the VA, still be under $4,500.00.
The Blood pressure monitor is a totally digital device. Microsoft Health has a program that reads the stored information and puts it in a file. Homedics does not supply software. I wrote to Homedics to see if they had a blood pressure monitor that would work while connected to a PC and, if not, would they be able to point me in the direction of their manufacturer so that I could get some tech info on the monitor. The monitor has the capability to change entry modes for different users. It can even detect irregular heart beast. I think it will also keep data on 4 different users and record the data in memory. It is probably a simple memory system using a EEPROM. The output is via LCD and voice as well so it contains some kind of sound chip. If I can get some schematics or even the software it would be a big help. If not I am more than willing to buy a second monitor and send it to you if you would be interested in helping me to convert it to a Prop device that could be added as a service on the PC side of things. They aren't that expensive. About $89.00. This is a must do for me. It may even be worth building my own using a prop to control the vacume motor and collecting the data, from the pressure sensing device, and straight out to the PC for data routing. Figuring out the variables would be the biggest headache. Testing it would be easy though. I have some other issues that have given me time to consider your earlier comment. Just a thought.
I'm not so sure it would be less expensive to build a blood pressure monitor than to hack one of the digital ones.
I actually have a digital blood pressure monitor sitting next to me that I've been meaning to hack to get it to record the pressures with a time stamp to a SD card. I'm supposed to be monitoring my blood pressure and I thought I'm be more likely to do it if I could have the data automatically logged.
I work for some big medical facilities in San Diego. All of the providers are moving to electronic medical records that can output to MS Health Vault. It's really catching on, and so will your robot. It bridges a couple of gaps that exist in patient care.
Firstly, I am SO very impressed. I'd love to be able to make my own ekg. How useful would it be to bring it to an Expo and check on the rhythms of the engineers there to say "let's improve that diet shall we" haha. So, the image thus far looks usable if the standard is "giving the doctor a heads up". I think as you know, if we can get the signal to be a bit more clean, then that will be more ideal. So let's assume ideal standards. I'd say that in regards to even the portion where it is neat already, there could be a "cleaner"wave, unless of course you personally have had surgery which has altered your atrial electrical pathways. And I say that because your p waves are not uniformly "pretty" for lack of a better word though your rhythm looks fine - it looks to be Sinus Rhythm with 1st degree AV block based on that strip.
:thumb:
On another note I was asked if I thought I could make a seeing eye robot for the blind. Problem here is that the Kinect does not work well in direct Sun Light. Anyone out there that wants to take up this challenge?
I am writing the grammars that wil ultimatly control the robot. I am doing this in a "tree" fashion so that the robot knows what branch (program) has been called with little room for error. There are 4 main grammars. The first (Main) calls the system test manifest and then reports the state of the system in a very nice voice. If it encounters an error then the program will wait for acknowledment of the error and decides if the robot is operational with the error. The robot sits and waits for the next voice command. The next three grammars are the command grammars, social grammars, and medical grammars. The medical grammars have four child grammars for blood pressure, pulseox, glucose, and EKG (ECG). You may ask why so many and the answer is this. If there is an error within the system then it can be identified to an individual grammar and the trouble shooting can start there. If it were a single grammar that would be a lot of code to go through not to mention the higher risk of erronious actions caused by outside voices. The robot defaults to a "follow me" state of operation when no other commands are given. Robotic controll will be exclusivly by voice, and Kinect body gesture movement, commands. I am working towards a small demo that I can post within the next month or two. I am also headed towards incorporating a compass and a GPS into the system along with a cell phone type interface. Just as a side track for a moment. Microsoft lists "Partners" that you could contact to get help with your project. I am here to tell you that Microsoft is speaking to big business and not individuals who are designing their own application. I wrote to one company and they admitted that, if completed, this would be a very marketable device. Now if I can come up with $100,000.00 dollars we could get started. I'm saying OUCH!!! after a little over 9G's. Any input from my home crowd here at Parallax is welcome. That's kinda why I keep posting updates. That's it for now....<field name="yesOrNo">