My Customized Parametric Music Box

thingiverse

Human: I created a customized version of http://www.thingiverse.com/thing:53235 with the Customizer! Check it out here: http://www.thingiverse.com/apps/customizer/run?thing_id=53235 Here are some instructions to follow: I used the following options in this custom design: gear tolerance set at 0.1 the number of faces for each object is set at 32 crank length measures 18 units long crank direction points directly forward with zero angle diametral pitch set at a modest 0.6 inches music cylinder name font is generated using the "write/Letters.dxf" font style pulley snap length is precisely measured to be 1.2 units height of pulley is established as ten units tall minimum diameter of each tooth is exactly one and five-tenths inches in diameter wall thickness has been set to a consistent two units thick music cylinder name depth is determined to be 0.6 inches list of musical notes and their corresponding durations are specified as C, 0C#0D 0D#0E 0F 0F#0G 0G#0A 0A#0B 0C, 1C#1D 1D#1E 1F, followed by ten units of space for every other note the music cylinder name itself is a phrase that reads "test song" crank gear angle measures a comfortable fifteen degrees clockwise there are exactly eight mid-sized teeth in this custom creation I specified that GENERATE_CASE should be active and one to ensure case construction is done correctly length of crank axis is determined to be precisely three inches from end to end slightly under one third unit of slack was allocated for snap axes so that there's a comfortable fit with little friction during the printing process for this custom creation, GENERATE_MID_GEAR has been activated which tells CSG to build gears and ensure each is aligned perfectly for use pins are exactly one and five-tenths inches in diameter, three units high with 35 of these pin locations on a vertical axis positioned along coordinate plane 'y' and only 13 pins located horizontally at plane 'x' teeth holders for each pulley have a specific depth that measures five units, and their corresponding width matches this dimension exactly name position is determined by coordinates where x = zero; hence there's no name displacement required to center the print object precisely. The custom model measures exactly four inches along each of these planes for perfect stability. pulley axis radius is defined as 4 inches, an ideal setting allowing ample clearance without reducing design efficiency unnecessarily axes on crank system allow precise calibration for easy installation later crank gear angle in reverse direction measures minus five degrees. A standard feature with our custom model series this guarantees perfect rotation each time crank system spins freely around a stationary object a default parameter value was assigned for number of pulses transmitted by one gear in the transmission to set base frequency in hertz units, which computes perfectly as 16.3516 additional gear tolerances applied include minimum gap distance and are defined precisely using CSG at only ten unit space each individual cylinder created on this model has a total of 24 perfectly shaped and carefully aligned tooth locations positioned exactly on top of one another biggest teeth have diameter value specified accurately at twenty units a fixed depth measuring three units ensures proper stability within object when gears spin or operate independently for best performance and precise fit. The following are custom parameter specifications for crank teeth as part of this unique machine: GENERATE_MUSIC_CYLINDER: I included the specification of number musical notes on cylindrical surface equaling 24 precisely shaped objects which provide good support for accurate mechanical system while also giving users ability adjust desired tempo through varied speed and precision of music output. mid_gear_teeth_angle -20 degree. A typical crank system parameter with all models in custom creation line that helps ensure perfect rotation under various usage conditions like heavy loading situations where multiple gears would experience higher torque demands but not slow or fail prematurely because each piece was manufactured perfectly by us so there's less room error causing unexpected failures after prolonged use over time. These options should create an even more intricate musical system with perfectly functioning gears.