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Design Process:
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Timeline:
Design and Production Preparation - Nov 3-5
Production & Assembly - Nov 6
Troubleshooting - Nov 7
Reflection:
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Our next steps are going to be to start finalizing our plans for the connection between the two linkage systems. We currently intend to use a bevel gear to simultaneously drive the oscillating and Klann linkages at a 1:1 gear ratio. With that figured out we will refine our link measurements to achieve the most optimal position profiles and then plan out the orientation and mounting of the linkage systems on a base. This base needs to look like the silhouette of a spider's body so we have to work around this shape. Once the mounting of the linkage systems, motor, and power source are determined and properly integrated into the intended spider shape we can start fabricating the links and assembling them, being sure to test them and ensure they run smoothly and with no collisions or jams. At this point the hardest part is over and we can start the full assembly of our project, designing and producing an aesthetically pleasing 3D body for the spider. We intend to do this my using spaced out layers of laser cut wood slotted perpendicular to the base to form the framework of a 3D body around all our components.
Bill of Materials
Part # | Description | Approx. Area (ft2) | Quantity |
001 | Klann Linkage System | .4 | 8 |
002 | Oscillating Linkage System | .1 | 8 |
003 | Body Base | 1 | 1 |
004 | Complete Body Frame (Decorative) | 2 | 1 |
005 | 1/8 in Nut & Bolt | ½ in Length | 125 |
006 | 4mm Metal Dowel | ½ in Length | 24 |