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Re: Unique robot design?
Is this the time of the year that your Robots may just be getting your hair to stand up on end.....? Well, stay awake out there. No matter how much sleep you may be lacking.
http://www.stuff.co.nz/oddstuff/6600...-hair-for-dust |
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Re: Unique robot design?
We tested our container mechanism today, worked great minor tuning we grad carry a stack two containers at a time plus grab to off the step. In auto all while stacking
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difficult wise, you have to look at how many totes are there, and the way they are packed in, and think about how many you have to actually move, it may not be the 3 or 4 you have in your shop, like a previous post said, it was going to be hard to move past the first row but I highly doubt the second. |
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It's possible that we are overly optimistic, but I assure you we wouldn't have troubled ourselves to incorporate it into our robot without the most realistic testing conditions we could make. On what is your pessimism based?
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Re: Unique robot design?
Early on, but too late for our team to turn back, some of the crew came up with something different. An overhead trolley crane. Collapsible trolley system, think an ez-up shelter, that covers the entire field. With a cable traversing system running inside it.
I would love to see if any team attempts such a design. |
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Of course with the resource argument states that basic mecanum is better then basic swerve in terms of motors per wheel.* OOPS DID I SAY THAT OUT LOUD. *While true don't take it as fact. |
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Yesterday we figured out a passive system for our robot to help it move a majority of the landfill zone totes completely out of the way in two moves, so we can get to one, if not both containers on the step. I predict with practice, that we can do this under 10 seconds, and with some slave driving, maybe under 5. We will be doing more testing today with the robot powered so we can really get an idea of how fast we can clear the landfill zone. The proof of concept tests we did yesterday were very promising.
Hint: It's somewhat related to a snow plow. Think ice instead of snow. Bonus hint: the entire "system" which is actually an attachment, can be cut from an 8x3 inch sheet of polycarb. |
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