Range of Motion Design: Difference between revisions
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(Created page with "Range of motion design refers to the bending, ariculation, lifting, and other motion of devices as actuated by components such as hydraulic/pneumatic.electric actuators (hydra...") |
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=Protocol= | =Protocol= | ||
Use [[Range of Motion Analysis Template]] | #Use [[Range of Motion Analysis Template]] | ||
#Copy screenshots in various motion extremes from your design drawings into the Template above. | |||
#Publish to the wiki under page named - Machine or Module Name - Range of Motion Analysis. | |||
#Embed your google drawing in the wiki page - see [[Embedding Google Docs in the Wiki]] | |||
Revision as of 16:20, 24 September 2013
Range of motion design refers to the bending, ariculation, lifting, and other motion of devices as actuated by components such as hydraulic/pneumatic.electric actuators (hydraulic motors, cylinders, etc). When motion happens, parts cannot interfere, hit, or otherwise break the machine upon full range of motion.
Protocol
- Use Range of Motion Analysis Template
- Copy screenshots in various motion extremes from your design drawings into the Template above.
- Publish to the wiki under page named - Machine or Module Name - Range of Motion Analysis.
- Embed your google drawing in the wiki page - see Embedding Google Docs in the Wiki