
deer
thingiverse
Customized Version of Thingiverse http://www.thingiverse.com/thing:53235 Created with Customizer! http://www.thingiverse.com/apps/customizer/run?thing_id=53235 Instructions Using the following settings: MusicCylinderName = Test Song Name FOR_PRINT = Yes, print it gear_hold_R = 4 inches GENERATE_CASE = Enabled DEBUG_GEARS = Disabled E_PLA = 8240000 units of material used $fn = 32 for smooth rendering crankGearAngle = 15 degrees rotation musicAxisHolderH = 3.4 inch tall midAxisHolderH = 3.3 inches in height snapAxisSlack = 0.35 unit of slack space crankAxisR = 3 radius in size baseFrequC0 = 16.3516 frequency ratio diametral_pitch = 0.6 for precise movement GENERATE_MUSIC_CYLINDER = Yes, create cylinder shape axisSlack = 0.3 unit of loose space gear_min_gap = 0.1 inches apart pulleySnapL = 1.2 for smooth operation wall = 2 units of solid material MusicCylinderNameFontSize = Font size 8 points pinNrY = 35 numbered items along the cylinder axis pinNrX = 13 x-axis locations defined GENERATE_CRANK_GEAR = Yes, generate gear shape crankAxisHolderH = 1.55 inches height of holder component gearH = 3 inches height for main gear body ro_PLA = 924 units of raw PLA material required teethNotes = A major and perfect fifth C note midSmallTeeth = 8 small teeth spacing for smaller cylinder segment gear_tolerance = 0.1 tolerance range allowed in printing gammaTooth = 1.875 radians per tooth space angle pulleyH = 10 inch length for main body component part teethHolderH = 5 inches tall structure to support the music gear set midGearAngle = -5 negative tilt adjustment applied on axis holders' positions only for precise calibration; not needed though. epsilonCSG = 0.1 units of precision for meshing between model and reality in solidworks rendering preview software or 3d cad viewers used internally during creation when rendering. midBigTeeth = 20 wide gear body tooth spacing pattern observed on large section models noteAlpha = 5 value determining number and frequency placement GENERATE_PULLEY = Yes, make it with the pulley design settings crankAxisCutAwayH = 4 height for axel attachment of the central mechanical rotating shaft assembly unit attached from both ends at midpoint which makes it appear round during rendering. The rounded appearance makes look like two equal halves coming together where it was initially created on each half part separately in the cad. MusicCylinderNamePosition = Position parameter determines placement crankLength = 18 inch extended bar piece for crank rotation control lever that connects back with its mechanical link system via one pin per every five teeth and moves within certain limited boundaries. GENERATE_CRANK = Yes, add it now to gear component gear_gap = 1 inches minimal gap space on either side from edge at where parts meet making them fit inside when moving pulleySlack = 0.4 for some slack as part moves within given constraints and tolerances during rotation process; this means extra material around central area so components could be more stable over their full motion cycles without breaking off. crankSlack = 0.2 similar condition also applied here where amount left open at center hole should account differences arising due uneven loading along axial movement. GENERATE_MID_GEAR = Yes, add middle segment as specified. MusicCylinderNameDepth = Depth control adjusts final size output to avoid misplacement problems later if user needs modification requests after rendering is done and printed model is taken out for manual checking prior assembly stage so this allows some level adjustment without causing parts fall apart immediately upon initial contact before being put into desired final position where intended functional interactions will happen successfully in practice as they're expected.
With this file you will be able to print deer with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on deer.