Clusterpuck Test Table: Difference between revisions
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[[File:octopucky.jpg|thumb|alt=octopucky|"OctoPucky"]] | [[File:octopucky.jpg|thumb|alt=octopucky|"OctoPucky"]] | ||
*'''Tested a printed puck'''. 3D printed a puck containing a ring of eight of those same NdFeB magnets ([http://www.makersite.com/blog/2013/1/23/clusterpuck-puck-prototype-1-magnet8 See blog post]). | |||
*Result1: ohhhhh.... Turns out there's a reason air hockey pucks are normally quite light! Not only is it hard to get it to float (until you hook up the megablower, that is), but also: At these speeds it's quite frightening to have the puck be so heavy! | **Result1: ohhhhh.... Turns out there's a reason air hockey pucks are normally quite light! Not only is it hard to get it to float (until you hook up the megablower, that is), but also: At these speeds it's quite frightening to have the puck be so heavy! | ||
**Result2: the behavior around the hidden magnet under the table surface was definitely even whackier. But maybe not whacky enough to justify the near-certain bodily harm that will result if we persist in using so heavy a puck. | **Result2: the behavior around the hidden magnet under the table surface was definitely even whackier. But maybe not whacky enough to justify the near-certain bodily harm that will result if we persist in using so heavy a puck. | ||
Revision as of 04:15, 5 February 2013
January 22ns 2013 session
Some hacking was done on the Craigslist air hockey table on January 22nd 2013:
- Increased the airflow. Tried adding "just a bit more air" by replacing the 4" PC case fan... with a 2HP blower! Result: near-catastrophically inflated table, with surface bowing up at least an inch in the middle. Wooops...
- Figured out the workings. Dissected one corner to learn more about the plenum structure. Result: BUGS! Well, as far as we know only the two stinkbugs hiding in there. But where there are two... hmm. Other result: the plenum is actually very thin, just a ~5/8" sandwich of tileboard top, air gap bounded by particle board, and masonite bottom. The holes are a ~0.040" diameter, and on a ~1" grid.
- Tested the magnetic deflection concept. Taped a 0.5" diameter, 0.1" thick NdFeB magnet under the top surface. Taped another magnet onto the top of a puck, poles facing (for repulsion). Result: whacky puck behavior! Sometimes rapid invisible-cause ricochets, sometimes complete flippings. We're definitely working in the right direction here! So much fun.
- Tested a printed puck. 3D printed a puck containing a ring of eight of those same NdFeB magnets (See blog post).
- Result1: ohhhhh.... Turns out there's a reason air hockey pucks are normally quite light! Not only is it hard to get it to float (until you hook up the megablower, that is), but also: At these speeds it's quite frightening to have the puck be so heavy!
- Result2: the behavior around the hidden magnet under the table surface was definitely even whackier. But maybe not whacky enough to justify the near-certain bodily harm that will result if we persist in using so heavy a puck.