Parametric Music Box

thingiverse

Customized version of http://www.thingiverse.com/thing:53235 Created with Customizer! http://www.thingiverse.com/apps/customizer/run?thing_id=53235 Instructions Using the following options: pinNumberY = 35 pinNumberX = 13 GEAR GENERATION ON Music Cylinder Teeth Number = 24 Minimum Diameter = 1.5 inches Gap Between Gears = 1 inch Height of Crank Axis Holder = 1.55 inches Depth of Music Cylinder Name = 0.6 inches Pulley Slack Adjustment = 0.4 inches Number of Teeth on Crank = 8 Radius of Crank Axis = 3 inches Direction of Rotation of Crank = Forward Alpha Notation for Notes = Five-Line Staff Debug Gears Off Height of Gears = 3 inches Additional Height of Crank Housing = 4 inches Wall Thickness of Model = 2 inches Font Size for Music Cylinder Name = 8 points Position of Music Cylinder Name = Middle Base Frequency of First Note = 16.3516 Hertz Molecular Weight of PLA = 824,000 grams per mole Angle Between Gears on Mid Section = -5 degrees Height and Width of Teeth Holder = 5 inches each Font for Music Cylinder Name = Letters from a DXF file named Write/Letters.dxf This Model is Designed to Be Printed = On Music Cylinder Axis Holder Height = 3.4 inches Generation of Crank Gear ON Generation of Music Cylinder ON Name of the Song on Music Cylinder = Test Song Angle Division for CSG Geometry = 32 sides Density of PLA Plastic in RepRap Firmware = 924 kg per cubic meter Cut Angle for Gear Teeth = 1.875 degrees Length of Crank = 18 inches Tolerance Between Gears = 0.1 inches List of Notes on Teeth of Crank Shaft = C, D Flat Sharp, D Sharp, E Flat Sharp, F, F Sharp, G Flat Sharp, G, A Flat Sharp, B Flat Sharp, C Natural Adjustment for Pulley Slack = 0.2 inches Angle Between Gear and Axis of Rotation of Crank = 15 degrees Diameter of Pin Connecting to Base of Model = 1.5 inches Height of Pin Connecting to Base of Model = 3 inches Number of Pins on Bottom Surface of Model = Twenty-Five Pins Arranged in a Zig-Zag Pattern with Five Groups of Pins Each, Repeating the Same Pattern Thirteen Times Diameter of Pulley Connected to Gear on Top Section = 10 inches Pitch of Diametral Teeth on Gears = 0.6 inch per revolution Height of Mid Section Holder = 3.3 inches Length of Axial Cut Away for Crank Shaft = 4 inches Lead-in Length for Pulley Connecting to Big Gear = 1.2 inches Number of Big Teeth on Second GEAR on Mid Section = Twenty Minimum Gap Between Two Parallel Surfaces in the Design = 0.1 inches Pulley Axis Slack Adjustment = 0.3 inches Number of Small Teeth on Third GEAR on Mid Section = Eight Generation of Mid Section Gears ON Generation of Pulley for Mid Gear ON Generate Enclosure Model ON CSG Geometry Epsilon Parameter = 0.1