Thingiverse
Variable Angle Shaft Coupling
von Steamboat_Ed
72
Downloads
64
Likes
0
Makes
This gearbox will transfer power at any angle between 0 and 90 degrees off axis.
The mechanism seems to be the only one of its type in the wild. I'm not certain I've named it correctly but they are found inside the pivoting throttle arms of large outboard motors. But they have lots of other applications including robotics and automation. I use one for a tilting steering wheel column on a mutant vehicle. I found mine in a junkyard but good luck finding one in a catalog! I've reverse engineered this one from my surplus unit so it should function at least as a model.
I'll refine some dimensions to accommodate standard shaft diameters tomorrow.
2021_03_21:
-Replaced case halves with versions that have countersunk holes for M5 flat head screws. These will be used to attach a flange that can hold an oilite bushing to guide shafts with slots that attach to the gears with keys.
-Uploaded OB_Flange_02. Print two of these.
--The unit is designed to use 16mm shaft at full scale
The mechanism seems to be the only one of its type in the wild. I'm not certain I've named it correctly but they are found inside the pivoting throttle arms of large outboard motors. But they have lots of other applications including robotics and automation. I use one for a tilting steering wheel column on a mutant vehicle. I found mine in a junkyard but good luck finding one in a catalog! I've reverse engineered this one from my surplus unit so it should function at least as a model.
I'll refine some dimensions to accommodate standard shaft diameters tomorrow.
2021_03_21:
-Replaced case halves with versions that have countersunk holes for M5 flat head screws. These will be used to attach a flange that can hold an oilite bushing to guide shafts with slots that attach to the gears with keys.
-Uploaded OB_Flange_02. Print two of these.
--The unit is designed to use 16mm shaft at full scale
Hast du dieses Modell gedruckt? Einloggen und dein Make teilen!
Melde dich an, um einen Kommentar zu hinterlassen
AnmeldenNoch keine Kommentare – sei der Erste!