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Old school ball harassment device. Or, what do you think it is?
24-01-2006 20:37
spamified88Plinko played with POOF balls instead of chips?
24-01-2006 21:14
Rick TYlerI do think it looks like a big pachinko machine, without the garish paint job.
24-01-2006 21:21
Kyle A
HMMM 3 drills and blocked in poof balls.HMMMM It's a POOF ball torture device.
24-01-2006 22:08
ChriszumaThat looks nearly identical to the design I am trying to convince my team is a good idea. They're stuck on a stupid hopper.
24-01-2006 22:47
Rick TYler|
Originally Posted by Chriszuma
That looks nearly identical to the design I am trying to convince my team is a good idea. They're stuck on a stupid hopper.
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24-01-2006 23:07
Jon K.
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Originally Posted by Rick TYler
Tell them they're wrong. It works like magic, even without bearings on the shafts, and with some mathematic relationships that need tweaking. I haven't timed it, but it can move a half-dozen balls up from the bottom to the top faster than a human can feed balls into it. Tomorrow we are adding the prototype shooter to the top and hooking up the prototype scooper to the bottom (sort of). Then, the fabrication team has to replicate it in more primitive materials like aluminum and lexan.
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24-01-2006 23:21
robotaddictWell, what this thing is used for is feeding balls from the bottom of the hopper up to the shooting wheel. Sorta like this:
./..........<---adjustable angle firing thingy
|....O_....<---firing wheel
........
..__....|
......O...|..<---feeder roller (made out of 3/4" hollow aluminum tube and pool noodles)
Ya, sorta like that. I had planned to have a continuous ramp thingy, but my dad decided to try it without the plywood over the dowels and it worked great. I had also originally intended just one feeder roller, but that didn't get enough height past the base of the hopper so my dad suggested another S bend with 2 more rollers, and it works well. It maintains about an inch of compression on the ball all the way up. The reason it feeds from the bottom is to allow the angle adjuster to rotate around the firing axle without being limited by a gravity feed-tube coming from above or the side. Anyway, I hope this helps your design or gives you a few good chuckles.
25-01-2006 07:59
Elgin Clock
How many balls can fit in there at one time?
And.. what is driving the balls? Is that foam noodle material I see? (the yellow)
25-01-2006 11:39
Rick TYler|
Originally Posted by Elgin Clock
How many balls can fit in there at one time?
And.. what is driving the balls? Is that foam noodle material I see? (the yellow) |
26-01-2006 19:38
coldabertThanks for the prototyping idea with the drills. That should save my team a day or two in making up its mind about ball mechanisms. I'm pushing a similar design with conveyor belts between the rollers.