The FIBIAC - a simple electromechanical computer
This is a proof-of-concept for building a simple electromechanical computer. Using a series of punch-cards, it can compute the fibonacci sequence (or other simple algorithms). Additional registers could be added to support more complex operations. See it in action here: http://chrisfenton.com/the-fibiac/ This hosted file keeps creator credit and license details.
Print details
- Difficulty
beginner
- Materials
PLA suggested; confirm scale and supports in your slicer before printing.
Download files
- axle_stopper.stl
STL · 136.8 KB
Download - big_roller.stl
STL · 92.6 KB
Download - card_tensioner.stl
STL · 226.2 KB
Download - hol_pin_holder.stl
STL · 249.3 KB
Download - hol_plate_holder.stl
STL · 153.5 KB
Download - motor_mount.stl
STL · 277.4 KB
Download - servo_Cam.stl
STL · 357.7 KB
Download - servo_support.stl
STL · 165.2 KB
Download
File metadata
- axle_stopper.stl
SHA-256:
7363af1ec541017f85cabccfcfb0bee2befab7d0b270a54fd636ce90c0025815 - big_roller.stl
SHA-256:
620e24b26d4d7dceb9062952c00c12a6d6a778d1210ade0068bd7894a06dfaa8 - card_tensioner.stl
SHA-256:
fcec5357bd2ca70e1985c2d83866017a84d983267f424cd9281046757f5845a4 - hol_pin_holder.stl
SHA-256:
edeed68bb8ac5344396570c6f20b62d172286afdce8a07481dc7254e983de7da - hol_plate_holder.stl
SHA-256:
5eb6d49ae3616d2df43cbe97d5262042d544cf691a16e7cbfc05dc6b6ce5c0af - motor_mount.stl
SHA-256:
009ae122144f3409221053c9fec9e7139dc0313bc88babd1030b575dbcd7561b - servo_Cam.stl
SHA-256:
1c7d981808bc95da68ff16f6223d9ff350e5ea3d3ac0580de1aa95a3413f4817 - servo_support.stl
SHA-256:
fab73b4cd9100345069e21cff3776c0bf87efde3b980ef05d07e337442cf2c70
Attribution
The FIBIAC - a simple electromechanical computer by chris (the original source). License: Creative Commons CC0 1.0. Source: the original source