 | | Re: The Great Ball Contraption
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(...) I don't know if it fits into the standard or not. I didn't plan on using it as my first device, anyway. I'm going to build a simple large hopper for the previous person's contraption to feed into mine, and then I'll have a feed chute or (...) (20 years ago, 21-Jan-05, to lugnet.robotics, FTX)
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| | Re: The Great Ball Contraption
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(...) I'm not exactly sure how many "teeth" = 1 stud, but I know it's not a whole number. So, I've found if you can change the length by 1 or 2 studs, and add a few chain links, you don't need to add a tensioner. Steve (20 years ago, 21-Jan-05, to lugnet.robotics)
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| | Re: The Great Ball Contraption
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(...) It's exactly 2.5. 10 teeth on a gear rack, divided by 4. Steve (20 years ago, 21-Jan-05, to lugnet.robotics)
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| | Re: The Great Ball Contraption
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(...) I'm using two upside-down 1x16 TECHNIC beams to straddle 24-tooth gears on each end (see my great ASCII art below, top-down view, not to scale). I might not even need tension in the chain at all; the tread links slide on the flat bottom part (...) (20 years ago, 21-Jan-05, to lugnet.robotics, FTX)
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| | Re: The Great Ball Contraption
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(...) Well, my lift for loading the train car uses both chain links, and tracks. Each track has a 1x4 tile on it, and the balls roll up. (URL) close to what John did on his roller coaster: (URL) red module: (URL) a pair of axle joiners: (URL) with (...) (20 years ago, 21-Jan-05, to lugnet.robotics)
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| | Re: The Great Ball Contraption
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(...) I have just placed wheels regularly spaced along my chain to support it. (...) Mine are similar, but use a 1x3 plate with a 1x1 plate with tooth on each end, at a slight angle, and another 1x3 plate on top. I was finding that even with an (...) (20 years ago, 21-Jan-05, to lugnet.robotics, FTX)
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