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Team 418 has been developing this design since April 2011 for use on our 2012 FRC robot.
This machine not only supplies inverse reactive current for use in unilateral phase detractors, but also is capable of automatically synchronizing cardinal grammeters.
The PDF includes an abstract, picture, diagram of the Mini-Encabulator's use in FRC, and a description of GE's original design.
Team 418, "Purple Haze"
Liberal Arts and Science Academy High School
Austin, TX
www.lasarobotics.org
miniencabulator.pdf
20-09-2011 18:26
Coach NormI am so disappointed to see this posted since you have taken our technology.
20-09-2011 19:05
Danny Diaz
Now hold on there, it was given to us (at an extremely high velocity) while attempting to collect money for "Snots for Bots" (hey, robots don't have mucus glands of their own, and they feel bad about that!) - I still have a bruise on my tush from the impact, if you want I can prove it! We even tried to sell the device, but unfortunately everyone thought we were trying to sell overpriced light bulbs instead so nobody wanted to touch it. So we opened it up and peeled off the bubble gum (thanks, Cherry was my favorite) and decided to tinker with it a bit. If you remember the last couple projects you guys had, like the "portable excombobulator", the "hypercartographic depictionator", and the "Ham Sandwich" - we improved on them in such a way that make them easy to understand, easy to find, and tasty (respectively, of course - you guys in South Austin never use enough mustard); we figured we could do the same to this as well. You'll find that the internals look nothing like your original device - we used grape bubblegum chewed TWICE - so that certainly is enough to allow us to claim it as our own.
By the way, we are still accepting donations for our campaign drive. See Bertucci for more information.
-Danny
20-09-2011 19:35
Andrew SchreiberWell, I'm more confused than usual. Must be game hint season.
20-09-2011 20:42
IKEI am a bit confused by the wiring diagram. I was under the assumption that a "mini-enCABulator" ran on CANCAB which is faster, and more direct, but considerably more expensive than CANBUS.
My guess is someone is using the SSEP (seinfeld status enhancement protocol) for the message delivery. SSEP uses CANBUS for the majority of the trip, but switches to CANCAB right before exchange of information that way the recipient thinks the message is more important because it uses CANCAB.
It has been my experience that SSEP sounds great in theory, but requires an open CAB near the exchange point. All too often this results in long waits and longer total message delivery times. While the Status is higher, the extended period (and possible tardiness) negate the benefits of the CANBUS/CAB strategy.
Both of these systems suffer schedule issues due to high traffic or adverse environmental conditions. Thus I am hoping FRC someday adopts a more stable system like LightRail (high volume, efficient, and reliable in Europe). I think the added weight of 2-3 rails is worth it for its stability. I heard rumors there might even be an IFI MONORAIL system that only uses one continuous strand of wire for both power and control. Say it with me folks: "MONORAIL" Until MONORAIL, I would be cautious of using the mini-enCABulator.
Now, another controls item I would be interested in is supposedly being worked on not too far from Kettering University. With the minibots, an additional wireless connection is needed, so I heard rumors abothat the Wreless Bridge we use could be replaced with a Wireless Tridge being worked on in mid-michigan. Anyone hear anymore details on the Tridge?
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I should warn you folks, I am a an ME, and the above information is my interpretation of what I overheard our programmers talking about. If this information is not 100% correct, you should follow the default advice I have for when anything goes wrong:
Blame the Programmers
20-09-2011 21:57
So for us non-electrical people, can you explain what it does?
20-09-2011 23:04
s1900ahon|
So for us non-electrical people, can you explain what it does?
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20-09-2011 23:16
Alan Anderson
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So for us non-electrical people, can you explain what it does?
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20-09-2011 23:36
JaneYoung
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If the phrase "modial interaction of magneto reluctance and capacitive diractance" doesn't explain it well enough, I'm pretty sure you don't have the background to understand it at all.
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20-09-2011 23:38
PAR_WIG1350|
If the phrase "modial interaction of magneto reluctance and capacitive diractance" doesn't explain it well enough, I'm pretty sure you don't have the background to understand it at all.
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21-09-2011 11:40
Taylor
21-09-2011 11:43
Chris is me|
If the phrase "modial interaction of magneto reluctance and capacitive diractance" doesn't explain it well enough, I'm pretty sure you don't have the background to understand it at all.
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21-09-2011 11:44
Aren_Hill
It confuses people, while creating energy from nothingness
21-09-2011 12:18
Taylor|
If one can't clearly and concisely state the benefit and application of a device to a common person, is it really that useful?
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21-09-2011 12:18
JaneYoung
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Wait - weren't you one of the authors?
I'm so confused. It's like I'm stuck in a purple fog (or something like that). |
21-09-2011 12:57
Jimmy NicholsDO you plan on mass producing these for sale on Andymark.com?
I know we could have used one last year.
21-09-2011 13:01
RogerR
For those of us with more visual learning styles, check this video for a bit more background on the turbo encabulator (a predecessor):
http://www.youtube.com/watch?v=rLDgQg6bq7o
22-09-2011 08:45
Andrew Schuetze|
For those of us with more visual learning styles, check this video for a bit more background on the turbo encabulator (a predecessor):
http://www.youtube.com/watch?v=rLDgQg6bq7o |
22-09-2011 10:43
Chris is meI finally decided to give this a try, but it was a new moon, so I didn't have much success. Is the logarithmic casing really essential?
22-09-2011 18:52
PAR_WIG1350|
I finally decided to give this a try, but it was a new moon, so I didn't have much success. Is the logarithmic casing really essential?
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23-09-2011 15:06
flameout|
I finally decided to give this a try, but it was a new moon, so I didn't have much success. Is the logarithmic casing really essential?
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Originally Posted by PAR_WIG1350
I heard somewhere of experiments with quartic casings, but there were mixed results.
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23-09-2011 15:58
IKE|
You can use one of a custom Taylor'd series of polynomial casings. In order to conserve such advanced designs as the lotus-odeltoid designs (not to mention the quartic ones), it takes four orders to acquire such technology.
The disadvantage of using such a case is poor performance during trigonometric skor motions. If these are required, then a truly logarithmic casing is, in fact, essential. |
23-09-2011 20:19
PAR_WIG1350|
Does it really take 4 orders to acquire one? Sounds like an E commerce issue. Or do these suffer from the 775 bb issue where 3/4 casings are short.
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Originally Posted by Wikipedia
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23-09-2011 21:46
DonRotolo
23-09-2011 23:02
PAR_WIG1350|
Not really but it's the easiest.
What kind of memory did you use? It does specify Write-Only Memory, which is getting hard to find these days now that NatSemi has gone to the 23 nanometer process. |
26-09-2012 21:19
PAR_WIG1350|
Has anyone found issues with the logarithmic casing? We found that the cosinusoidal tangial waves that it creates interruption the dynamic goinometric continium. We tried a sinusoidal cotangial wave supressor but we got mixed results.
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