IMG_0268.JPGFull rocker-bogie suspensionJPEG Image - 2.15 MB - 01/25/2017 at 21:12 |
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IMG_0266.JPGFull aluminum scissor frameJPEG Image - 2.28 MB - 01/25/2017 at 21:12 |
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image.jpgEvolution of the frame lift cam - top to bottom, ends up being 2/3rds of original designJPEG Image - 835.55 kB - 01/08/2017 at 00:13 |
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IMG_0250.JPGExtended frame with partial deckJPEG Image - 2.02 MB - 01/08/2017 at 00:09 |
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IMG_0253.JPGPartially extended/retracted frame top view with preliminary deck.JPEG Image - 2.17 MB - 01/08/2017 at 00:09 |
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IMG_0240.JPGFull side view of extended frame without decksJPEG Image - 2.25 MB - 01/08/2017 at 00:09 |
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IMG_0242.JPGExtended frame without decks from base endJPEG Image - 1.95 MB - 01/08/2017 at 00:09 |
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012265b372bc4e9b3f3ac7041eaa687623bfb69de7.jpgDiff with motor drive to lift rocker-bogie assemblyJPEG Image - 769.19 kB - 12/23/2016 at 01:48 |
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01554c25df7237fb58310453720961f7337d3da1d5.jpgWork table at end-of-day - very organized!JPEG Image - 920.51 kB - 12/23/2016 at 01:47 |
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0196e7005a17ed9dc93e9e1181dda87586f974fb8b.jpgAttachment of frame end-posts to differential shaftJPEG Image - 900.18 kB - 12/23/2016 at 01:47 |
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018fa8834322ac9906047803e50e55b5a9cd827912.jpgBase end-post pivot motor assemblyJPEG Image - 616.51 kB - 12/23/2016 at 01:46 |
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014d94e18d59d148e15f02ae03078ff1ac08fb8eca.jpgTesting frame end-post and extension scissor unitsJPEG Image - 727.95 kB - 12/23/2016 at 01:46 |
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JPEG Image - 793.91 kB - 12/23/2016 at 01:45 |
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011e8db4d00466249b4622411d2e0835a70af8d3e4.jpgBunch of printed connectorsJPEG Image - 549.58 kB - 12/23/2016 at 01:44 |
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01abbf4280013e8ed169c7a3e678ce1f876ed9e35a_00001.jpgFrame end-post and rocker-bogie sub-assemblyJPEG Image - 678.63 kB - 12/23/2016 at 01:42 |
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011d063fa2e2dccfb388cd5029ee6556837c155546.jpgScale of stanchion holdersJPEG Image - 493.87 kB - 12/23/2016 at 01:44 |
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01d02959c11fb610a32e4ede73979fbcb02a3737b3.jpgAssembled diff. with motor gearJPEG Image - 795.29 kB - 12/23/2016 at 01:43 |
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01cfd61cd35375b8c48c3f2b8f481ead59c03d898e_00001.jpgRocker-bogie n wheel assembliesJPEG Image - 674.58 kB - 12/23/2016 at 01:43 |
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01cfca483ee0ad3d4f904c1fc84d29f306a6526a9a_00001.jpgFrame retraction cam design and prototype print.JPEG Image - 512.84 kB - 12/23/2016 at 01:43 |
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01b64fc0e6b7b8e77d397cf7c7817b7f096bdd13e7_00001.jpgLayout of linear sub-systemJPEG Image - 827.39 kB - 12/23/2016 at 01:42 |
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01ebe16194b0f7755386f089b63d7f942ff8f40d73.jpgServoCity componentsJPEG Image - 889.40 kB - 12/23/2016 at 01:40 |
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01303d3b0404de2fb474506fb9f8ba6d569767b6e7.jpgDelivery of ServoCity orderJPEG Image - 1.22 MB - 12/23/2016 at 01:33 |
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WwRollOut.pngBasic 2D design of partially extended frame - minimal detail, no motors or control systems.Portable Network Graphics (PNG) - 65.43 kB - 10/13/2016 at 20:35 |
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RovingWw.pngUltimate vision of what the frame could be!Portable Network Graphics (PNG) - 298.46 kB - 10/13/2016 at 20:42 |
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ReachWw.pngA simple version of a frame reaching right into the water with floats.Portable Network Graphics (PNG) - 357.50 kB - 10/13/2016 at 20:42 |
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ReachSc.pngA staircase version of the extendable frame.Portable Network Graphics (PNG) - 433.09 kB - 10/13/2016 at 20:42 |
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WwUnfolding.pngThe compact nature of the frame folding with rocker retractionPortable Network Graphics (PNG) - 343.06 kB - 10/13/2016 at 21:11 |
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WheelsbaseClsUp2.pngClose-up of wheelbasePortable Network Graphics (PNG) - 265.47 kB - 10/13/2016 at 20:46 |
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SocialBridge full asemblySandGrdClsUp.pngClose-up of framePortable Network Graphics (PNG) - 237.86 kB - 10/13/2016 at 20:46 |
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RockerBogieStability.pngRocker-bogie offers great stability as is well understood - however, tests show that without independent drive the frame would drift due to the asymmetric rolling experienced between arms over terrainPortable Network Graphics (PNG) - 359.67 kB - 10/13/2016 at 21:34 |
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WwKinematicAnalysis.jpgKinematic trace of frame, rocker, bogie and wheels over uneven terrainJPEG Image - 52.05 kB - 10/13/2016 at 21:35 |
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WwUnevenTerrainCapable.pngUneven terrain that can be handled.Portable Network Graphics (PNG) - 494.58 kB - 10/13/2016 at 21:35 |
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XzrBeamStressTests.pngTested various scissor beams to understand strongest design and then optimized for - saved approx 30% on material while retaining same strength.Portable Network Graphics (PNG) - 399.44 kB - 10/13/2016 at 21:35 |
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FrameStressTests.pngTested various frames to simulate supported and unsupported (overhang) strength.Portable Network Graphics (PNG) - 295.54 kB - 10/13/2016 at 21:35 |
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