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Step 7: Wearing the Computer

This is fairly straightforward, but varies depending on the pants that you wear.  I got a cell phone case that clips onto my belt, so the first thing I do is put it on my belt.  Then, I put the battery pack in my pocket, and connect the microUSB cable to the Pi.  The extra bits of the microUSB cable can be shoved into your pocket.  I put the video glasses control box in a separate pocket since I have two (I'm wearing cargo pants). 

The glasses you can wear when you use the computer.  When not in use, I hang the glasses on the collar of my shirt.  You could also get another belt case for them, or put them in a pocket.  Or just not wear this computer when it's not in use. 
<p>if you add a camera to the front and program it right when they aren't using the computer you can get live feed of what's in front of you so you don't have to take the glasses off. (Pi cam?)</p>
Are there anything else that could be used as a monitor, instead of video glasses? I ask only because they are a little expensive.
try taking a small lcd screen (2 inches or so) which can be bought for under $30 on amazon, and attach it under the lip of a baseball cap, covering one eye. you can then either cover the other eye with an eyepatch, or if you are good at focusing one eye at a time, you can just focus on the screen when you want to use the computer, and focus on other stuff when you are just walking around. however, the screen uses rca connectors, so you will need a converter of some sort to connect to the rasberrypi
<p>Can i please have a link, I cant find any.</p>
<p>Amazing tutorial, very well done. I am currently making one of my own, albeit with only one display. My question is this; what kind of draw is there in amps by the setup? I am having a problem with the power pack I am using curently.</p>
<p>I would say &quot;amazing&quot;, but i can't because my jaw broke when it hit the floor. This is one of the coolest things i've ever seen.</p>
<p>Note to those who have asked me a question to which I have not replied: Work gets the best of me sometimes. While I try to stick around to answer questions I do not always get the chance. </p>
<p>Hi,</p><p>I was wondering if instead of the listed Raspberry Pi Model B I could use the Model A+?</p>
<p>Sure, that's probably an even better choice now that it is available since it uses less power. Your only challenge will be using one USB port. USB can only output so much power so if you want a keyboard and network connection it might be a challenge. </p>
<p>What all can you use for a screen? Can I use something other than the specified video glasses?</p>
<p>You can use anything that outputs composite or HDMI video. That is the beauty of the RaspberryPi. I chose to use video glasses for the purpose of making the entire setup wearable. </p>
<p>Excellent...!!</p>
<p>Appreciate the links that you gave and the pricing, thanks for that!</p>
<p>Outstanding...!!</p>
<p>Thats astonishing...</p>
<p><br><br>Very good...!!</p>
What kind of image quality do you get from this? Can you read this comment on it?
<p>he said his glasses are 852x480px each</p>
<p>could you provide amazon or ebay links for these?<br>I live in Israel, and it's pretty hard for me to find electrical supplies where I live that arent grossly overpriced</p><p>Thanks!</p>
<p>Thats astonishing...<br></p>
<p>Thats marvelous</p>
<p>Thats remarkable...<br></p>
<p>Pretty cool. I think the word you're looking for is &quot;portability&quot;.</p><p>I'm not really sure how your glasses work, but, depending on the tech, the LCDs may have semi-reflective back panels (to even out the back light distribution?) or just a sheet of something opaque. If you can get that off, you should be able to see through the lcds (they should be mostly transparent). If you can turn the backlight off and have software that sets the pixels for white (presumably the max transparency of the lcd) you might be able to have better visibility through them.</p><p>It would probably be good to have UV protection on the outside edge in such a design, as the amount of light that travels through the lcd might be small enough to cause your eyes to dilate (to let in more light) and thus expose you to more UV than usual (if the glasses don't block UV).</p>

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