Tobben Log: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
No edit summary |
||
(251 intermediate revisions by 3 users not shown) | |||
Line 1: | Line 1: | ||
{{RightTOC}} | {{RightTOC}} | ||
[[Torbjorn CV]]. [https://ludvigsen3dprinting.com/blog RepRap Blog]. | |||
I want to give people production power. I have a Master's in engineering physics and love self-replication. It is my tool to create and distribute production power. I love it in ideas, in free software, in RepRaps, in workshops and in complete enterprises. | |||
= | == January 23, 2017 == | ||
: [https://salt.bountysource.com/teams/hangprinter Hangprinter Bountysource Salt campaign] | |||
= | == January 9 - 13, 2017 == | ||
: Participated in Nordic FabLab bootcamp. Working document: https://docs.google.com/document/d/1naM42hi3TyHskYq9mH_Fib52vonI1crsvGKaxWBzSGg/edit# | |||
= | == December 14, 2016 == | ||
: Testing line buildup compensation: [https://vitana.se/opr3d/tbear/index.html#hangprinter_project_26] | |||
= | == December 11, 2016 == | ||
: Made Hangprinter compensate for line buildup on spools. See new code in [https://github.com/tobbelobb/hangprinter repo]. | |||
: Blog post about it: [https://vitana.se/opr3d/tbear/index.html#hangprinter_project_26] | |||
= | == December 8, 2016 == | ||
: [http://vitana.se/opr3d/tbear/index.html#hangprinter_project_24 Video: Hangprinter worm drive that works] | |||
= | == December 4, 2016 == | ||
: Article on Opena's work on plastic recycling: http://opena.info/2016/12/04/threesome-plastic-recycling-open-source-circular-economy/ | |||
=Sun Dec 6, 2015= | == November 29, 2016 == | ||
Initiated this work log. Initiated [[D3D Fusion]]. Initiated D3D dev spreadsheed [https://docs.google.com/spreadsheets/d/1q4Smbyc0_MUNIIFQjmBc1-yq6sgeVxerCedJtWzahdo/edit#gid=1&vpid=A1]. | : [[Filament_extruder#Filament_Winders]] | ||
== November 28, 2016 == | |||
: [http://vitana.se/opr3d/tbear/index.html#hangprinter_project_24 Another blog post on Hangprinter development] | |||
== November 23, 2016 == | |||
: Gave Hangprinter worm drive on D-axis and a better extruder: [https://github.com/tobbelobb/hangprinter/tree/worm_and_direct_drive new branch in repo] | |||
: Discovered [https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/Other_Language_Features#.24t OpenSCAD animations]. Example from OskarLinde: [https://cloud.githubusercontent.com/assets/3725313/2719748/1b6bbefe-c566-11e3-9f95-ebbf408cdf41.gif] | |||
== November 20, 2016 == | |||
: Learned and used [http://librecad.org LibreCAD] to prepare [https://preciousplastic.com/en/videos/build/shredder/ shredding machine parts] for water jetting | |||
== November 18, 2016 == | |||
: [http://vitana.se/opr3d/tbear/index.html#hangprinter_project_23 Blog post showing Hangprinter development] | |||
== November 7, 2016 == | |||
: [https://vimeo.com/190390850 Made Hangprinter timelapse from festival] | |||
== November 3, 2016 == | |||
: Wrote [http://vitana.se/opr3d/tbear/index.html#hangprinter_project_21 Hangprinter Calibration Manual v0.1] | |||
== November 2, 2016 == | |||
: [[Plastic_Shredder_Research]] | |||
== November 1, 2016 == | |||
: [[Open_Source_Filament_Extruders]] | |||
: Designing workshop concept with [http://opena.info/ Opena]. It will include RepRap Assembly and plastic recycling machines. Working doc: [https://docs.zoho.com/writer/open/025yd03ba3007f8bb4ad4beb4ae8a29b2fc1b] | |||
== October 24, 2016 == | |||
: [[Open_Source_Filament_Extruders]] | |||
== October 21, 2016 == | |||
: Demonstrated Hangprinter at Oslo Skaperfestival (Maker Faire): https://vitana.se/opr3d/tbear/index.html#oslo_skaperfestival_2016 | |||
== September 26, 2016 == | |||
: [https://se.linkedin.com/in/torbjorn-ludvigsen CV overhaul] | |||
== September 23, 2016 == | |||
: Wrote [https://ludvigsen3dprinting.com/blog/index.html#hangprinter_project_20 blog post] discussing Hangprinter homing | |||
== September 21, 2016 == | |||
: Looking at [http://builders.reprap.org/2008/04/first-tests-of-haydon-linear-actuator.html Haydon linear actuator] as option for easily built RepRap design. | |||
: Updated [[Servos]] with more sources. | |||
: Wrote [https://ludvigsen3dprinting.com/blog/index.html#VSE_1 blog post] presenting two-motor extruder concept and commenting on servos | |||
== September 19, 2016 == | |||
: [[Servos]] | |||
== September 14, 2016 == | |||
: Registered Ludvigsen 3d-printing and [http://www.appropedia.org/Clerck,_a_RepRap_3D_printer_hanging_from_the_ceiling the Hangprinter] for [https://www.facebook.com/events/1052788231502429/ 3d printing festival] | |||
: Contacted [http://www.smykkekurs.no/ Smykkeskolen] about cooperation around starting FabLab in Larvik, arranging meeting... | |||
: Continued [http://forums.reprap.org/read.php?1,705311,707327#msg-707327 discussion about gcode modularity] | |||
== September 13, 2016 == | |||
: Lively discussion about gcode modularity in [http://forums.reprap.org/read.php?1,705311,707327#msg-707327 RepRap forum thread]. | |||
: Got in touch with creator of [http://dollo3d.com/ RepRap Dollo] | |||
: Emailed thesis to Jo Prusa | |||
: Yearly finiancial statements report for my limited company using [https://gnucash.org/ Gnucash] approved by Norwegian tax authorities | |||
== September 8-10, 2016 == | |||
: Field visit to [http://fellesverkstedet.no/ Fellesverkstedet] FabLab, [http://sonen.ifi.uio.no/ Åpen Sone] hackerspace, [http://www.tekniskmuseum.no/besok-oss/nyheter/1012-makerspace-lanseres-i-norge Teknoteket] Makerspace and [https://bitraf.no/ Bitaf] Hackerspace in Oslo. | |||
: [[Vbird]] is a good start at a scalable, cheap, good linear actuator design | |||
: Attended when [https://www.youtube.com/watch?v=OKeNQYNJM1I Koka and Bernt Isak Wærstad gave a distributed musical experience at Birtraf] | |||
== September 7, 2016 == | |||
: Installed GuixSD on laptop by following [https://www.gnu.org/software/guix/manual/html_node/System-Installation.html#System-Installation these steps]. Extra time spent due to GuixSD being in beta very noticeable. | |||
== September 6, 2016 == | |||
: New blog post: http://vitana.se/opr3d/tbear/index.html#portable_gcode_1 | |||
: Discussion in [http://forums.reprap.org/read.php?1,705311 portable gcode thread] | |||
: Continued discussion in [http://forums.reprap.org/read.php?14,607341,705398 forum thread about lead screw for RepRap X and Y axes] | |||
== September 5, 2016 == | |||
: Poll RepRap forums for interest in modular gcode: http://forums.reprap.org/read.php?1,705311 | |||
: Found good method for establishing a reference operating system: Specify a Guix configuration file. Guix VM creation seems easier than earlier proposed Docker image solution for D3D-Porteus distribution. See https://archive.fosdem.org/2016/schedule/event/deployments_with_gnu_guix/ | |||
== June 16, 2016 == | |||
: Master's approved. | |||
: Approved version of thesis: [[File:Thesis.pdf]] | |||
== June 10, 2016 == | |||
: Defended Master's: [[File:Thesis_presentation_tobben.pdf]] | |||
== June 7, 2016 == | |||
: Got a Chromebook into [[D3D_Live_ISO#Computer_Models_Verified_to_Boot]] =) | |||
== June 6, 2016 == | |||
: [[3D_Printer_Workshops]] | |||
: Finished presentation: [[File:Thesis_presentation_tobben.pdf]] | |||
== June 5, 2016 == | |||
: Working on presentation: [[File:Thesis_presentation_tobben.pdf]] | |||
== June 2, 2016 == | |||
: A couple of new laptop models: [[D3D_Live_ISO#Computer_Models_Verified_to_Boot]] | |||
== May 31, 2016 == | |||
: Found some RepRap structural virality data at http://maytheclonebewithyou.com/. | |||
: Included it in new version of thesis: [[D3D_Thesis#PDF_uploads]] | |||
: Data collection scripts and such here: [https://github.com/tobbelobb/clone-analysis-scripts] | |||
== May 24, 2016 == | |||
: New version of thesis uploaded [[D3D_Thesis#PDF_uploads]] | |||
== May 18, 2016 == | |||
: Needed some data on other RepRap assembly workshops' toolchains. Found 22 workshops, but most with limited info. Summarized here: [[File:Assembly workshops data collection through web search.ods]], published there: [[3D_Printer_Workshops_Analysis_of_Industry_Standards#Workshops_List]] | |||
== May 13, 2016 == | |||
: Uploaded thesis work in progress draft and made a place to put it: [[D3D_Thesis#PDF_uploads]] | |||
: Contacted [http://botbuilder.net/ botbuilder.net] asking for input on D3D-Porteus | |||
== April 22, 2016 == | |||
: RepRap Wiki user MarcusWolschon has listed files needed to print RepRap assembly tools for workshops: [http://reprap.org/wiki/Development:Workshop_Tools] | |||
: RepRap forums user xoan already made a Live ISO based on Debian with similar intentions as ours: [http://forums.reprap.org/read.php?1,474414,591715][http://meikian.eu/] | |||
== April 18, 2016 == | |||
: One new model in [[D3D_Live_ISO#Computer_Models_Verified_to_Boot]] | |||
== April 14, 2016 == | |||
: Sketched a Z-axis for the D3D Printer: [http://opensourceecology.org/wiki/File:Z_axis1.png] | |||
: All code changes committed to [https://github.com/tobbelobb/D3D_Printer/tree/stripped repo]. | |||
== April 13, 2016 == | |||
: Master's writing is going fairly well. Some development on D3D printer this week: [[D3D_Printer_Design_Process#Concept_Creation_Incomplete_Frame]] | |||
: Two commits to [https://github.com/tobbelobb/D3D_Printer/tree/stripped branch new branch called 'stripped' in D3D_Printer repo] | |||
== April 10, 2016 == | |||
: [[D3D_Printer_Design_Process#Previous_Implementations]] | |||
== Mar 29, 2016 == | |||
: Completing comments and some new models: [[D3D_Live_ISO#Computer_Models_Verified_to_Boot]] | |||
== Mar 26, 2016 == | |||
: Elaborated distributive enterprise part a bit: [[D3D_Value_Proposition#Main_Points]] | |||
: Three new models: [[D3D_Live_ISO#Computer_Models_Verified_to_Boot]] | |||
: Three new models: [[D3D_Live_ISO#Computer_Models_Not_Booting_D3D_Porteus]] | |||
: Documented payment model: [[D3D_Business_Plan#Tips_and_Tricks_for_Hosts]] | |||
: First complete run with Quality Control Interface. See [[3D_Printer_Quality_Control_Interface]] and https://github.com/tobbelobb/D3D-Printrun. | |||
: [[3D_Printer_Quality_Control_Interface#Videos_Showing_Expected_Behavior]] | |||
: Updated Marlin to give prettier output for QCface. See https://github.com/tobbelobb/D3D_Folgertech_Prusai3_Marlin. | |||
: Initiated repo for D3D-Porteus: https://github.com/tobbelobb/D3D-Porteus | |||
: [[3D_Printer_Workshop_Survey#Torbjorn]] | |||
== Mar 24, 2016 == | |||
: Invited users of Porteus to better map which/how laptop models work with Porteus: https://forum.porteus.org/viewtopic.php?f=61&t=5658 | |||
== Mar 21, 2016 == | |||
: [[3D_Printer_Quality_Control_Interface]] ready for first test usage. See https://github.com/tobbelobb/D3D-Printrun | |||
: [[D3D_Thesis#Societal_Impact_of_Digital_Technology]] | |||
== Mar 19, 2016 == | |||
: Published repo for D3D-Printrun: https://github.com/tobbelobb/D3D-Printrun | |||
== Mar 18, 2016 == | |||
: Prepared [https://docs.google.com/forms/d/136AIOvtZ9ste7SKgrEkQlrcxanXyZDaiAwDbZ98fLQQ/viewform data collection form] for workshop participants. | |||
== Mar 17, 2016 == | |||
: [[3D_Printer_Build_Plate#Polyethylenimine_.28PEI.29]] | |||
: [[3D_Printer_Build_Plate#Polyisocyanurate_.28PIR.29_Foam]] | |||
: Minor update to Slic3r settings in Porteus: [[File:D3D_Workshop_Configuration_64-bit_4.xzm]] | |||
== Mar 16, 2016 == | |||
: Minor update to Marlin for D3D Porteus: [[File:Marlin in home.xzm]]. Transferred to Porteus USB at OSE. | |||
== Mar 15, 2016 == | |||
: [[3D_Printer_Quality_Control_Interface]] | |||
== Mar 11, 2016 == | |||
: [[Tobbens_Adding_Inductive_Proximity_Sensor_Log#Repeatability_at_Changing_Temperature]] | |||
: [[Folgertech_Kit#Improvements]] | |||
: [[Tobbens_Folgertech_Kit_Assembly_Log#Results]] | |||
== Mar 10, 2016 == | |||
: On compensating curved print beds: [https://github.com/MarlinFirmware/Marlin/pull/1619] | |||
== Mar 7, 2016 == | |||
: [[Tobbens Adding Inductive Proximity Sensor Log#Data]] | |||
: [[Tobbens Adding Inductive Proximity Sensor Log#Implementation]] | |||
== Mar 6, 2016 == | |||
: [[Tobbens Adding Inductive Proximity Sensor Log]] | |||
: New model added to [[D3D Live ISO#Computer Models Verified to Boot]] | |||
== Mar 5, 2016 == | |||
: [https://github.com/tobbelobb/D3D_Folgertech_Prusai3_Marlin D3D_Folgertech_Prusai3_Marlin repo] | |||
: [[Tobbens Folgertech Kit Assembly Log]] | |||
: Started a Python script for future automation of this pre-flight quality control, published [https://github.com/tobbelobb/RepRap_QC_scripts/blob/master/pre_flight_routine.py here] | |||
: [http://vitana.se/opr3d/tbear/iso/Porteus-D3D-Workshop-x86_64-v2.iso Porteus-D3D-Workshop-x86_64-v2.iso] | |||
== Mar 4, 2016 == | |||
: [http://forums.reprap.org/read.php?14,607341,634998#msg-634998 Reports on speed limit] of cheapest and most easily built drive system of single threaded rod + stepper motor. Research suggesting anti-resonant drivers could be cheaper than aggressively threaded lead screws posted in [http://forums.reprap.org/read.php?14,607341,635107#msg-635107 forum thread]. | |||
: [[Tobbens Folgertech Kit Assembly Log]] | |||
== Mar 3, 2016 == | |||
: [[Tobbens Folgertech Kit Assembly Log]] | |||
== Mar 2, 2016 == | |||
: [[D3D Live ISO#Computer Models Verified to Boot]] | |||
: Some activity on [http://forums.reprap.org/read.php?14,607341,634531#msg-634531 Lead Screw forum thread]. | |||
== Feb 28, 2016 == | |||
: Mapped OpenSCAD dependencies properly [http://opensourceecology.org/wiki/File:Openscad2.png Dependency map] | |||
: Re-compiled OpenSCAD, uploaded new 64-bit iso: [http://vitana.se/opr3d/tbear/iso/Porteus-D3D-Workshop-x86_64-v1.iso Porteus-D3D-Workshop-x86_64-v1.iso]. Updated [[D3D Live ISO#Instructions]] link. | |||
== Feb 26, 2016 == | |||
: Been through [https://en.wikipedia.org/wiki/Dependency_hell Dependency hell] trying to compile CAD software to Porteus. OpenSCAD works now, FreeCAD doesn't. | |||
== Feb 25, 2016 == | |||
: [[D3D Live ISO#On Creating xzm Packages]] | |||
== Feb 24, 2016 == | |||
: Published 64-bit Porteus ISO. See [[D3D Live ISO#Instructions]] Still lacks configured Marlin source code. | |||
: Tried to compile FreeCAD. [[D3D Live ISO#Compilation of FreeCAD]] Abandoned because of difficulties with compiling Coin3. | |||
: Documented creation of 64-bit Arduino package: [[D3D Live ISO#Arduino]] | |||
== Feb 23, 2016 == | |||
: Compiled gcc-5.3.0 package for 64-bit version of Porteus and documented the process: [[D3D Live ISO#Choice of Compiler Version]] | |||
: Compiled OpenSCAD package for Porteus and documented the process: [[D3D Live ISO#CAD Software]] | |||
== Feb 22, 2016 == | |||
: Got OpenSCAD 2015.03 to work on the 32-bit Live USB. | |||
: Uploaded ~600 MiB iso file [http://vitana.se/opr3d/tbear/iso/Porteus_pronterface_slic3r_arduino_openscad_conf_i486.iso here]. | |||
: Minor changes to [[D3D Live ISO]] | |||
: [[D3D Live ISO#Steps to boot Porteus on Macbook Air 2011]] | |||
== Feb 21, 2016 == | |||
: Made repo with D3D Porteus Live USB OS [https://github.com/tobbelobb/D3D_Workshop_Configuration config files] | |||
: Compiled GCC 5.3.0 for use in 32-bit version of Porteus: [http://vitana.se/opr3d/tbear/xzm/devel/gcc-5.3.0-i486.xzm xzm package link] | |||
== Feb 19, 2016 == | |||
: [[D3D Thesis#Line of Reasoning]] | |||
: [[D3D Thesis#Background]] | |||
: [[3D Printer Build Plate]] | |||
: Updated point 15 on [[Tobbens Folgertech Kit Unboxing Log]] | |||
== Feb 18, 2016 == | |||
: Got iso size down from 493 MiB (517 MB) to 299 MiB (313 MB). See [[D3D Live ISO#Stripping it down]] and updated download link in [[D3D Live ISO#Instructions]] | |||
: Completed [[Tobbens Folgertech Kit Unboxing Log]] with some images and clarifying comments | |||
== Feb 17, 2016 == | |||
: [[Tobbens Folgertech Kit Unboxing Log]] | |||
== Feb 16, 2016 == | |||
: Ordered four LJ12A3-4-Z/BX Inductive Proximity Sensor Switches. | |||
: Ordered GT2 belts, pulleys and belt tensioning springs. | |||
: Ordered signal switching 1N4148 diodes. | |||
: [[Research On Inductive Proximity Sensors]] | |||
: Updated [[File:Bed leveling and compensation comparison.ods]] with [https://www.youtube.com/watch?v=EcGFLwj0pnA Thomas Sanladerer's recommendation] and further comments on inductive sensing. | |||
: Researched some brackets for induction sensor: [[Folgertech Kit#Candidates For Improvement Resolution]] | |||
== Feb 15, 2016 == | |||
: New extensive Folgertech resource found: [[Folgertech Kit#Other Instructionals]]. | |||
: [[Gcode Modularity]] | |||
: More work on [[D3D Live ISO]]. Got Slic3r working nicely, and integrated with Pronterface. Got Arduino IDE working. Latest version ISO: [http://vitana.se/opr3d/tbear/iso/Porteus_with_Pronterface_Slic3r_Arduino_and_D3D_Conf_v0.iso Porteus_with_Pronterface_Slic3r_Arduino_and_D3D_Conf_v0.iso] | |||
: [https://docs.google.com/presentation/d/1-kF_PPt1NU2PQZHaQFh712hjdcBuCc3dafmPdRSzNu0/edit?ts=56c23f04#slide=id.g1192b7f2d5_0_8 Prototype Planning] | |||
== Feb 13, 2016 == | |||
: Further Porteus config. Now handling Pronterface better, updated iso to v1. See [[D3D Live ISO#ISO images]] | |||
== Feb 11, 2016 == | |||
: [[D3D Live ISO]] | |||
: Tested out [http://ProjectLibre.org/ Project Libre] with Andreas. [[File:D3D.pod]] | |||
== Feb 9, 2016 == | |||
: Experiment with 3D printing assembly manual using only OpenSCAD renders as visuals: [http://Vitana.se/opr3d/tbear/index.html#Clerck_assembly_manual Clerck assembly manual] | |||
: [[D3D Live ISO]] | |||
: Helped by Andreas to create [[D3D Thesis Project Plan#Map of Deliverables]] to more easily manage myself and include others. | |||
== Feb 5, 2016 == | |||
: Adjustments to [http://forums.reprap.org/read.php?14,607341,621359#msg-621359 lead screw sourcing forum post] from yesterday. | |||
: Ordered F6-12 thrust bearings for prototyping. | |||
== Feb 4, 2016 == | |||
: Sourcing research on lead screws. Posted in [http://forums.reprap.org/read.php?14,607341,621359#msg-621359 forum thread]. | |||
: Igus links in [[D3D Printer Design Process#Practical viability of lead screws for 3D printing loads and speeds]] | |||
: Ordered following products for lead screw prototyping: [http://no.rs-online.com/web/p/products/8854956/], [http://no.rs-online.com/web/p/products/8854814/], [http://no.rs-online.com/web/p/products/8854830/], [http://no.rs-online.com/web/p/products/8854827/], [http://no.rs-online.com/web/p/products/8854987/] | |||
== Feb 2, 2016 == | |||
: Initiated [[3D Printer Quality Control Research]] | |||
: Initiated [[3D Printer Extruder Research]] | |||
: Researched [[3D Printer Bed Leveling]]. See [[File:Bed leveling and compensation comparison.ods]] for full assessment matrix. | |||
== Feb 1, 2016 == | |||
: Small change to [[Prusa i3 Build]]. | |||
: New research and complete rewrite of [[3D Printer Bed Leveling]]. | |||
: Small change to [[3D Printer Hot End Research]]. | |||
: Initiated [[3D Printer Print Surface Research]]. | |||
== Jan 30, 2016 == | |||
: [[D3D Workshop Roadmap]], [[D3D Workshop Slogans]], [https://docs.google.com/presentation/d/1duikQl9HMfHuUVAIQv4cDy1sGWZLujFzLxMRIGej5AY/edit?pref=2&pli=1#slide=id.p Folgertech 2020 Prusa i3 build working document], [https://www.facebook.com/OpenSourceEcology/photos/a.10151381815921562.574965.66469461561/10154554553731562/?type=3&theater Build Facebook post] | |||
== Jan 29, 2016 == | |||
: Meeting with Jonathan and Marcin. | |||
:* We should investigate bulk prices for key parts (like stepper motors) | |||
:* I (Tobben) should collect some stories from the people I've given printers to. Stories of people who got empowered and made some money with their new RepRap knowledge and machines. | |||
:* Thesis data collection nr 1 happens tomorrow when Folgertech Prusa i3 kit is assembled on the Factor e farm. | |||
== Jan 23, 2016 == | |||
: [[3D Printer Bed Leveling]] | |||
: [https://docs.google.com/presentation/d/194yjcF-Nk5P-wWkNLZduG910FuK_HnFIApBTexUDjxo/edit#slide=id.g10745b77da_3_3 Prusa i3 selection Google document] | |||
== Jan 20, 2016 == | |||
: Created [http://forums.reprap.org/read.php?1,612676 forum thread] asking for input on workshop kits. | |||
== Jan 19, 2016 == | |||
: CADded LM8UU standard linear bearings into D3D Printer (see repo). | |||
: Meeting on kit selection [https://docs.google.com/presentation/d/194yjcF-Nk5P-wWkNLZduG910FuK_HnFIApBTexUDjxo/edit#slide=id.p Kit considerations] | |||
: [[Prusa i3 Development]] | |||
: [[3D Printer Kit for Workshop Research]] | |||
: [[3D Printer Hot End Research]] | |||
== Jan 17, 2016 == | |||
: [[D3D Thesis#Workshop Reproducibility]], some reserve plans created in [https://docs.google.com/drawings/d/1wSlnfzftSjfkOlMdXA6-QYl57jqg7d5m88IQpmr567E/edit Critical Path for Thesis Project] | |||
== Jan 13, 2016 == | |||
: Wrote [[D3D Thesis Project Plan]], sent to examiner. | |||
: More insights on lead screws on the [http://forums.reprap.org/read.php?14,607341,607483 forum thread]. | |||
: Verification from [http://www.vermontrapidprototyping.com/3dprinters Vermont Rapid Prototyping] that lead screws used by Trinitylabs lasts for at least 2 years. Put in [[D3D Printer Design Process#Practical viability of lead screws for 3D printing loads and speeds]]. | |||
== Jan 12, 2016 == | |||
: [https://docs.google.com/drawings/d/1wSlnfzftSjfkOlMdXA6-QYl57jqg7d5m88IQpmr567E/edit Critical Path for Thesis Project], embedded in [[D3D Thesis Project Plan]]. | |||
: Bought: | |||
:* 3xForce Sensing Resistors (Interlink Electronics FSR 400) for prototyping | |||
:* [https://ultimachine.com/content/rambo-13-complete-kit RAMBO v1.3 for prototyping] | |||
: [[3D Printer Troubleshooting]] | |||
== Jan 11, 2016 == | |||
: Wrote and published [[D3D Thesis#Team Charter]]. | |||
: [[D3D Enterprise Logic Model]] | |||
== Jan 10, 2016 == | |||
: Some progress on the [http://forums.reprap.org/read.php?14,607341,607483 lead screw forum thread]. Emailed more skillful developers. | |||
: Read up on possible choices for [[D3D Printer Electronics]]. Ordered smooth rods with linear bearings (sizes 8 mmm and 10 mm) for prototyping. Ordered powdered graphite for lubrication testing. | |||
== Jan 9, 2016 == | |||
: Verification of lead screw: [https://YouTube.com/watch?v=gk9lhcTGSH4 working all-leadscrew 3D printer], [[Stepper Motor#Torque Tests]], [[D3D Printer Design Process#Verification Steps Taken for Lead Screw .2B Stepper Motor Concept]] | |||
: Bought: | |||
:* [http://eBay.com/itm/301833740948?_trksid=p2057872.m2749.l2649&ssPageName=STRK%3AMEBIDX%3AIT Lead screw stepper motor 1] and | |||
:* [http://www.ebay.com/itm/262200758350?_trksid=p2057872.m2749.l2649&ssPageName=STRK%3AMEBIDX%3AIT Lead screw stepper motor 2] for some hands-on testing in February. | |||
: Contacted [http://MooreInternational.co.uk Moore International] and [http://Danish3d.dk Danish 3D] for help with choice and supply of lead screws. | |||
: Discovered [http://Contraptor.org Contraptor] that tries to use the concept of modular linear motion units, put into [[D3D Thesis#Earlier Work]]. | |||
: Read up on [[3D Printer Bed Leveling]]. | |||
: Summarized state of lead screw discussion in the RepRap community in a [http://forums.reprap.org/read.php?14,607341 forum thread asking for further insights]. Emailed various developers with lead screw designs, asking for experiences, thoughts, insights... | |||
: [[3D Printer Filament Load Sensor]] | |||
== Jan 8, 2016 == | |||
: Some work on the [[D3D Design Methodology]]. | |||
: Some usage of it logged in [[D3D Printer Design Process]]. | |||
: Meeting with Marcin, initiated [https://docs.google.com/drawings/d/1wSlnfzftSjfkOlMdXA6-QYl57jqg7d5m88IQpmr567E/edit Critical Path doc]. | |||
== Jan 7, 2016 == | |||
: Checked/commented on lifetimes: [[Stepper Motor#Lifetime]], [[FFF Extruder]], [[Lead Screw]] | |||
: Structuring of 3D printer design work: [[D3D Printer Design Process]], [[D3D Design Methodology]]. | |||
: Structured wiki pages such that [[D3D Thesis]] is a sub-project of [[D3D Fusion]]. Changed [[D3D Fusion Project Plan]] to reflect this and initiated [[D3D Thesis Project Plan]]. | |||
: The thesis project aims to bootstrap the [[D3D Workshop Kit]]. | |||
: Explained structure in [[D3D Fusion#Naming and Links]] | |||
== Jan 6, 2016 == | |||
: Meeting with Andreas S, [https://docs.google.com/spreadsheets/d/1-NuTg0c_uta0i3vNUZtciD3cq6j1bS4RKWCIG8AOaR0/edit#gid=0 Work Breakdown Structure], [https://docs.google.com/presentation/d/1CrmuvgX19dYkeBbUlYqTmXBTjc8wqiDNU7MEwVNuTsg/edit#slide=id.geb160911a_2_25 D3D Team Project Charter]. | |||
: Meeting with Marcin [https://docs.google.com/presentation/d/1jXC3V40cHqc2P8Oo-G2Z1G7IyytujYb4R3rIT9nZCpI/edit#slide=id.g8184a0e10_0_101 Long term Distributive Enterprise Milestones] | |||
: Wrote something on [[D3D Fusion thesis#Funding Mechanisms for Open Source Work]] | |||
== Jan 5, 2016 == | |||
: [[D3D Fusion Printer Conceptual Design]] | |||
== Jan 4, 2016 == | |||
: Wrote some [https://Overleaf.com/read/vmpdtnzsgdgg Project Plan stuff on Overleaf]. 3h meeting with Marcin. Finished [https://docs.google.com/document/d/1sQKi3QuQ1yPu_08zyo1cLMhrQGytiTHL4Mfd7JMUK2M/edit?ts=568a0631 OSE NEGOTIATION INVITATION]. | |||
== Jan 3, 2016 == | |||
: Defined moving part of D3D Printer's linear actuator. Reorganized code and wrote README (see [https://github.com/tobbelobb/D3D_Printer Github repo]). | |||
== Jan 2, 2016 == | |||
: Added [[D3D Fusion printer design#Weight calculation for steel sheet frame]] and [[D3D Fusion printer design#Motor placement]] to wiki. Two minor commits in [https://github.com/tobbelobb/D3D_Printer Github repo]. | |||
== Dec 31, 2015 == | |||
: Re-organized [[D3D Requirements]]. Some progress on [https://docs.google.com/presentation/d/18lZ-c7xICEuWqdkpj-hTEY5QemeCp4e1U80k2w5bYFw/edit?pref=2&pli=1#slide=id.p Tech Tree of Choices for D3D Printer]. | |||
== Dec 30, 2015 == | |||
: Meeting with Marcin. Started [https://docs.google.com/presentation/d/18lZ-c7xICEuWqdkpj-hTEY5QemeCp4e1U80k2w5bYFw/edit?pref=2&pli=1#slide=id.p Tech Tree of Choices for D3D Printer]. | |||
== Dec 28, 2015 == | |||
: Reworked l_plate and basic frame (see [https://github.com/tobbelobb/D3D_Printer Github repo]). | |||
== Dec 27, 2015 == | |||
: First rough visualization of D3D Fusion Printer done (see [https://github.com/tobbelobb/D3D_Printer Github repo]). | |||
== Dec 26, 2015 == | |||
: Meeting with Marcin. Finished [[D3D Requirements]] together. | |||
== Dec 25, 2015 == | |||
: Some progress in [https://github.com/tobbelobb/D3D_Printer Github repo]. | |||
== Dec 25, 2015 == | |||
: Made [https://github.com/tobbelobb/D3D_Printer Github repo] for D3D Printer OpenSCAD design. | |||
== Dec 23, 2015 == | |||
: Wrote something on the D3D Printer design. [[D3D Fusion Printer Design]] Needs to be fitted into a template. | |||
== Dec 22, 2015 == | |||
: Work on visa application process. Skype meeting with Marcin. Discussion points: | |||
:# [[Torbjorn DEF Agreement]]. DEF=Distributive Enterprise Fellow, under the [[EIR]] program. Including workshop schedule and number, and your tentative arrival date, and details regarding your university. | |||
:# Locking in design requirements - [[D3D Requirements]] - both overall and module by module | |||
:# Defining the 'story' for the thesis. [[D3D Thesis Story]]. | |||
:# Beginning discussion on the tech tree of choices that we select to move forward - meaning specific implementation path for each module | |||
: Found some data: [https://www.3dhubs.com/trends] | |||
: Nice discussion on hangout, got some text produced from it: [https://docs.google.com/document/d/1Ber5iA-2V7m_3mbh54ZsuRB-viTLd-sfb9GL3jj58GQ/edit?ts=5679a219] | |||
: Asked for data on RepRap Freenode IRC chat. Generated discussion about Prusa i3 Steel. Didn't read it all, so putting it here for future reference: [[Cut_From_Freenode_RepRap_22_Dec]] | |||
== Dec 21, 2015 == | |||
: Initiated Project Plan [[D3D Fusion project plan]]. This is what Martin must approve before we can move on. Made thesis skeleton [[D3D Fusion thesis#Thesis Skeleton]] from template in course documentation. Limited progress in FreeCAD. | |||
== Dec 19, 2015 == | |||
: Commented proposed D3D requirements: [[Talk:D3D Requirements]]. Added Lyman extruder to [[Open Source Filament Extruders]]. ''See [[Power Tool Construction Set]]. | |||
== Dec 16, 2015 == | |||
: Presented some 3d printer design ideas in [[D3D Fusion printer design]]. | |||
== Dec 15, 2015 == | |||
: Summarized short research about prior work of Prusa: [[D3D Fusion thesis#Earlier Work]] | |||
== Sun Dec 13, 2015 == | |||
: Wrote short [[D3D Fusion#Business norms and science norms]] comparison between DE norms and science norms. | |||
== Thu Dec 10, 2015 == | |||
: Initiated [[D3D Fusion thesis]] sketch. Also did a little overview on [[Large Scale Fused Pellet Fabrication]]. Got an overview of the MOST lab's work. Put in in [[D3D Fusion thesis]]. | |||
== Sun Dec 6, 2015 == | |||
: Initiated this work log. Initiated [[D3D Fusion]]. Initiated D3D dev spreadsheed [https://docs.google.com/spreadsheets/d/1q4Smbyc0_MUNIIFQjmBc1-yq6sgeVxerCedJtWzahdo/edit#gid=1&vpid=A1]. Embedding [[D3D Fusion#Development spreadsheet| Done]] | |||
[[Category:Logs]] |
Latest revision as of 09:24, 24 January 2017
I want to give people production power. I have a Master's in engineering physics and love self-replication. It is my tool to create and distribute production power. I love it in ideas, in free software, in RepRaps, in workshops and in complete enterprises.
January 23, 2017
January 9 - 13, 2017
- Participated in Nordic FabLab bootcamp. Working document: https://docs.google.com/document/d/1naM42hi3TyHskYq9mH_Fib52vonI1crsvGKaxWBzSGg/edit#
December 14, 2016
- Testing line buildup compensation: [1]
December 11, 2016
- Made Hangprinter compensate for line buildup on spools. See new code in repo.
- Blog post about it: [2]
December 8, 2016
December 4, 2016
- Article on Opena's work on plastic recycling: http://opena.info/2016/12/04/threesome-plastic-recycling-open-source-circular-economy/
November 29, 2016
November 28, 2016
November 23, 2016
- Gave Hangprinter worm drive on D-axis and a better extruder: new branch in repo
- Discovered OpenSCAD animations. Example from OskarLinde: [3]
November 20, 2016
- Learned and used LibreCAD to prepare shredding machine parts for water jetting
November 18, 2016
November 7, 2016
November 3, 2016
November 2, 2016
November 1, 2016
- Open_Source_Filament_Extruders
- Designing workshop concept with Opena. It will include RepRap Assembly and plastic recycling machines. Working doc: [4]
October 24, 2016
October 21, 2016
- Demonstrated Hangprinter at Oslo Skaperfestival (Maker Faire): https://vitana.se/opr3d/tbear/index.html#oslo_skaperfestival_2016
September 26, 2016
September 23, 2016
- Wrote blog post discussing Hangprinter homing
September 21, 2016
- Looking at Haydon linear actuator as option for easily built RepRap design.
- Updated Servos with more sources.
- Wrote blog post presenting two-motor extruder concept and commenting on servos
September 19, 2016
September 14, 2016
- Registered Ludvigsen 3d-printing and the Hangprinter for 3d printing festival
- Contacted Smykkeskolen about cooperation around starting FabLab in Larvik, arranging meeting...
- Continued discussion about gcode modularity
September 13, 2016
- Lively discussion about gcode modularity in RepRap forum thread.
- Got in touch with creator of RepRap Dollo
- Emailed thesis to Jo Prusa
- Yearly finiancial statements report for my limited company using Gnucash approved by Norwegian tax authorities
September 8-10, 2016
- Field visit to Fellesverkstedet FabLab, Åpen Sone hackerspace, Teknoteket Makerspace and Bitaf Hackerspace in Oslo.
- Vbird is a good start at a scalable, cheap, good linear actuator design
- Attended when Koka and Bernt Isak Wærstad gave a distributed musical experience at Birtraf
September 7, 2016
- Installed GuixSD on laptop by following these steps. Extra time spent due to GuixSD being in beta very noticeable.
September 6, 2016
- New blog post: http://vitana.se/opr3d/tbear/index.html#portable_gcode_1
- Discussion in portable gcode thread
- Continued discussion in forum thread about lead screw for RepRap X and Y axes
September 5, 2016
- Poll RepRap forums for interest in modular gcode: http://forums.reprap.org/read.php?1,705311
- Found good method for establishing a reference operating system: Specify a Guix configuration file. Guix VM creation seems easier than earlier proposed Docker image solution for D3D-Porteus distribution. See https://archive.fosdem.org/2016/schedule/event/deployments_with_gnu_guix/
June 16, 2016
- Master's approved.
- Approved version of thesis: File:Thesis.pdf
June 10, 2016
- Defended Master's: File:Thesis presentation tobben.pdf
June 7, 2016
- Got a Chromebook into D3D_Live_ISO#Computer_Models_Verified_to_Boot =)
June 6, 2016
- 3D_Printer_Workshops
- Finished presentation: File:Thesis presentation tobben.pdf
June 5, 2016
- Working on presentation: File:Thesis presentation tobben.pdf
June 2, 2016
- A couple of new laptop models: D3D_Live_ISO#Computer_Models_Verified_to_Boot
May 31, 2016
- Found some RepRap structural virality data at http://maytheclonebewithyou.com/.
- Included it in new version of thesis: D3D_Thesis#PDF_uploads
- Data collection scripts and such here: [5]
May 24, 2016
- New version of thesis uploaded D3D_Thesis#PDF_uploads
May 18, 2016
- Needed some data on other RepRap assembly workshops' toolchains. Found 22 workshops, but most with limited info. Summarized here: File:Assembly workshops data collection through web search.ods, published there: 3D_Printer_Workshops_Analysis_of_Industry_Standards#Workshops_List
May 13, 2016
- Uploaded thesis work in progress draft and made a place to put it: D3D_Thesis#PDF_uploads
- Contacted botbuilder.net asking for input on D3D-Porteus
April 22, 2016
- RepRap Wiki user MarcusWolschon has listed files needed to print RepRap assembly tools for workshops: [6]
- RepRap forums user xoan already made a Live ISO based on Debian with similar intentions as ours: [7][8]
April 18, 2016
- One new model in D3D_Live_ISO#Computer_Models_Verified_to_Boot
April 14, 2016
April 13, 2016
- Master's writing is going fairly well. Some development on D3D printer this week: D3D_Printer_Design_Process#Concept_Creation_Incomplete_Frame
- Two commits to branch new branch called 'stripped' in D3D_Printer repo
April 10, 2016
Mar 29, 2016
- Completing comments and some new models: D3D_Live_ISO#Computer_Models_Verified_to_Boot
Mar 26, 2016
- Elaborated distributive enterprise part a bit: D3D_Value_Proposition#Main_Points
- Three new models: D3D_Live_ISO#Computer_Models_Verified_to_Boot
- Three new models: D3D_Live_ISO#Computer_Models_Not_Booting_D3D_Porteus
- Documented payment model: D3D_Business_Plan#Tips_and_Tricks_for_Hosts
- First complete run with Quality Control Interface. See 3D_Printer_Quality_Control_Interface and https://github.com/tobbelobb/D3D-Printrun.
- 3D_Printer_Quality_Control_Interface#Videos_Showing_Expected_Behavior
- Updated Marlin to give prettier output for QCface. See https://github.com/tobbelobb/D3D_Folgertech_Prusai3_Marlin.
- Initiated repo for D3D-Porteus: https://github.com/tobbelobb/D3D-Porteus
- 3D_Printer_Workshop_Survey#Torbjorn
Mar 24, 2016
- Invited users of Porteus to better map which/how laptop models work with Porteus: https://forum.porteus.org/viewtopic.php?f=61&t=5658
Mar 21, 2016
- 3D_Printer_Quality_Control_Interface ready for first test usage. See https://github.com/tobbelobb/D3D-Printrun
- D3D_Thesis#Societal_Impact_of_Digital_Technology
Mar 19, 2016
- Published repo for D3D-Printrun: https://github.com/tobbelobb/D3D-Printrun
Mar 18, 2016
- Prepared data collection form for workshop participants.
Mar 17, 2016
- 3D_Printer_Build_Plate#Polyethylenimine_.28PEI.29
- 3D_Printer_Build_Plate#Polyisocyanurate_.28PIR.29_Foam
- Minor update to Slic3r settings in Porteus: File:D3D Workshop Configuration 64-bit 4.xzm
Mar 16, 2016
- Minor update to Marlin for D3D Porteus: File:Marlin in home.xzm. Transferred to Porteus USB at OSE.
Mar 15, 2016
Mar 11, 2016
- Tobbens_Adding_Inductive_Proximity_Sensor_Log#Repeatability_at_Changing_Temperature
- Folgertech_Kit#Improvements
- Tobbens_Folgertech_Kit_Assembly_Log#Results
Mar 10, 2016
- On compensating curved print beds: [10]
Mar 7, 2016
- Tobbens Adding Inductive Proximity Sensor Log#Data
- Tobbens Adding Inductive Proximity Sensor Log#Implementation
Mar 6, 2016
- Tobbens Adding Inductive Proximity Sensor Log
- New model added to D3D Live ISO#Computer Models Verified to Boot
Mar 5, 2016
- D3D_Folgertech_Prusai3_Marlin repo
- Tobbens Folgertech Kit Assembly Log
- Started a Python script for future automation of this pre-flight quality control, published here
- Porteus-D3D-Workshop-x86_64-v2.iso
Mar 4, 2016
- Reports on speed limit of cheapest and most easily built drive system of single threaded rod + stepper motor. Research suggesting anti-resonant drivers could be cheaper than aggressively threaded lead screws posted in forum thread.
- Tobbens Folgertech Kit Assembly Log
Mar 3, 2016
Mar 2, 2016
- D3D Live ISO#Computer Models Verified to Boot
- Some activity on Lead Screw forum thread.
Feb 28, 2016
- Mapped OpenSCAD dependencies properly Dependency map
- Re-compiled OpenSCAD, uploaded new 64-bit iso: Porteus-D3D-Workshop-x86_64-v1.iso. Updated D3D Live ISO#Instructions link.
Feb 26, 2016
- Been through Dependency hell trying to compile CAD software to Porteus. OpenSCAD works now, FreeCAD doesn't.
Feb 25, 2016
Feb 24, 2016
- Published 64-bit Porteus ISO. See D3D Live ISO#Instructions Still lacks configured Marlin source code.
- Tried to compile FreeCAD. D3D Live ISO#Compilation of FreeCAD Abandoned because of difficulties with compiling Coin3.
- Documented creation of 64-bit Arduino package: D3D Live ISO#Arduino
Feb 23, 2016
- Compiled gcc-5.3.0 package for 64-bit version of Porteus and documented the process: D3D Live ISO#Choice of Compiler Version
- Compiled OpenSCAD package for Porteus and documented the process: D3D Live ISO#CAD Software
Feb 22, 2016
- Got OpenSCAD 2015.03 to work on the 32-bit Live USB.
- Uploaded ~600 MiB iso file here.
- Minor changes to D3D Live ISO
- D3D Live ISO#Steps to boot Porteus on Macbook Air 2011
Feb 21, 2016
- Made repo with D3D Porteus Live USB OS config files
- Compiled GCC 5.3.0 for use in 32-bit version of Porteus: xzm package link
Feb 19, 2016
- D3D Thesis#Line of Reasoning
- D3D Thesis#Background
- 3D Printer Build Plate
- Updated point 15 on Tobbens Folgertech Kit Unboxing Log
Feb 18, 2016
- Got iso size down from 493 MiB (517 MB) to 299 MiB (313 MB). See D3D Live ISO#Stripping it down and updated download link in D3D Live ISO#Instructions
- Completed Tobbens Folgertech Kit Unboxing Log with some images and clarifying comments
Feb 17, 2016
Feb 16, 2016
- Ordered four LJ12A3-4-Z/BX Inductive Proximity Sensor Switches.
- Ordered GT2 belts, pulleys and belt tensioning springs.
- Ordered signal switching 1N4148 diodes.
- Research On Inductive Proximity Sensors
- Updated File:Bed leveling and compensation comparison.ods with Thomas Sanladerer's recommendation and further comments on inductive sensing.
- Researched some brackets for induction sensor: Folgertech Kit#Candidates For Improvement Resolution
Feb 15, 2016
- New extensive Folgertech resource found: Folgertech Kit#Other Instructionals.
- Gcode Modularity
- More work on D3D Live ISO. Got Slic3r working nicely, and integrated with Pronterface. Got Arduino IDE working. Latest version ISO: Porteus_with_Pronterface_Slic3r_Arduino_and_D3D_Conf_v0.iso
- Prototype Planning
Feb 13, 2016
- Further Porteus config. Now handling Pronterface better, updated iso to v1. See D3D Live ISO#ISO images
Feb 11, 2016
- D3D Live ISO
- Tested out Project Libre with Andreas. File:D3D.pod
Feb 9, 2016
- Experiment with 3D printing assembly manual using only OpenSCAD renders as visuals: Clerck assembly manual
- D3D Live ISO
- Helped by Andreas to create D3D Thesis Project Plan#Map of Deliverables to more easily manage myself and include others.
Feb 5, 2016
- Adjustments to lead screw sourcing forum post from yesterday.
- Ordered F6-12 thrust bearings for prototyping.
Feb 4, 2016
- Sourcing research on lead screws. Posted in forum thread.
- Igus links in D3D Printer Design Process#Practical viability of lead screws for 3D printing loads and speeds
- Ordered following products for lead screw prototyping: [11], [12], [13], [14], [15]
Feb 2, 2016
- Initiated 3D Printer Quality Control Research
- Initiated 3D Printer Extruder Research
- Researched 3D Printer Bed Leveling. See File:Bed leveling and compensation comparison.ods for full assessment matrix.
Feb 1, 2016
- Small change to Prusa i3 Build.
- New research and complete rewrite of 3D Printer Bed Leveling.
- Small change to 3D Printer Hot End Research.
- Initiated 3D Printer Print Surface Research.
Jan 30, 2016
- D3D Workshop Roadmap, D3D Workshop Slogans, Folgertech 2020 Prusa i3 build working document, Build Facebook post
Jan 29, 2016
- Meeting with Jonathan and Marcin.
- We should investigate bulk prices for key parts (like stepper motors)
- I (Tobben) should collect some stories from the people I've given printers to. Stories of people who got empowered and made some money with their new RepRap knowledge and machines.
- Thesis data collection nr 1 happens tomorrow when Folgertech Prusa i3 kit is assembled on the Factor e farm.
Jan 23, 2016
Jan 20, 2016
- Created forum thread asking for input on workshop kits.
Jan 19, 2016
- CADded LM8UU standard linear bearings into D3D Printer (see repo).
- Meeting on kit selection Kit considerations
- Prusa i3 Development
- 3D Printer Kit for Workshop Research
- 3D Printer Hot End Research
Jan 17, 2016
- D3D Thesis#Workshop Reproducibility, some reserve plans created in Critical Path for Thesis Project
Jan 13, 2016
- Wrote D3D Thesis Project Plan, sent to examiner.
- More insights on lead screws on the forum thread.
- Verification from Vermont Rapid Prototyping that lead screws used by Trinitylabs lasts for at least 2 years. Put in D3D Printer Design Process#Practical viability of lead screws for 3D printing loads and speeds.
Jan 12, 2016
- Critical Path for Thesis Project, embedded in D3D Thesis Project Plan.
- Bought:
- 3xForce Sensing Resistors (Interlink Electronics FSR 400) for prototyping
- RAMBO v1.3 for prototyping
- 3D Printer Troubleshooting
Jan 11, 2016
- Wrote and published D3D Thesis#Team Charter.
- D3D Enterprise Logic Model
Jan 10, 2016
- Some progress on the lead screw forum thread. Emailed more skillful developers.
- Read up on possible choices for D3D Printer Electronics. Ordered smooth rods with linear bearings (sizes 8 mmm and 10 mm) for prototyping. Ordered powdered graphite for lubrication testing.
Jan 9, 2016
- Verification of lead screw: working all-leadscrew 3D printer, Stepper Motor#Torque Tests, D3D Printer Design Process#Verification Steps Taken for Lead Screw .2B Stepper Motor Concept
- Bought:
- Lead screw stepper motor 1 and
- Lead screw stepper motor 2 for some hands-on testing in February.
- Contacted Moore International and Danish 3D for help with choice and supply of lead screws.
- Discovered Contraptor that tries to use the concept of modular linear motion units, put into D3D Thesis#Earlier Work.
- Read up on 3D Printer Bed Leveling.
- Summarized state of lead screw discussion in the RepRap community in a forum thread asking for further insights. Emailed various developers with lead screw designs, asking for experiences, thoughts, insights...
- 3D Printer Filament Load Sensor
Jan 8, 2016
- Some work on the D3D Design Methodology.
- Some usage of it logged in D3D Printer Design Process.
- Meeting with Marcin, initiated Critical Path doc.
Jan 7, 2016
- Checked/commented on lifetimes: Stepper Motor#Lifetime, FFF Extruder, Lead Screw
- Structuring of 3D printer design work: D3D Printer Design Process, D3D Design Methodology.
- Structured wiki pages such that D3D Thesis is a sub-project of D3D Fusion. Changed D3D Fusion Project Plan to reflect this and initiated D3D Thesis Project Plan.
- The thesis project aims to bootstrap the D3D Workshop Kit.
- Explained structure in D3D Fusion#Naming and Links
Jan 6, 2016
- Meeting with Andreas S, Work Breakdown Structure, D3D Team Project Charter.
- Meeting with Marcin Long term Distributive Enterprise Milestones
- Wrote something on D3D Fusion thesis#Funding Mechanisms for Open Source Work
Jan 5, 2016
Jan 4, 2016
- Wrote some Project Plan stuff on Overleaf. 3h meeting with Marcin. Finished OSE NEGOTIATION INVITATION.
Jan 3, 2016
- Defined moving part of D3D Printer's linear actuator. Reorganized code and wrote README (see Github repo).
Jan 2, 2016
- Added D3D Fusion printer design#Weight calculation for steel sheet frame and D3D Fusion printer design#Motor placement to wiki. Two minor commits in Github repo.
Dec 31, 2015
- Re-organized D3D Requirements. Some progress on Tech Tree of Choices for D3D Printer.
Dec 30, 2015
- Meeting with Marcin. Started Tech Tree of Choices for D3D Printer.
Dec 28, 2015
- Reworked l_plate and basic frame (see Github repo).
Dec 27, 2015
- First rough visualization of D3D Fusion Printer done (see Github repo).
Dec 26, 2015
- Meeting with Marcin. Finished D3D Requirements together.
Dec 25, 2015
- Some progress in Github repo.
Dec 25, 2015
- Made Github repo for D3D Printer OpenSCAD design.
Dec 23, 2015
- Wrote something on the D3D Printer design. D3D Fusion Printer Design Needs to be fitted into a template.
Dec 22, 2015
- Work on visa application process. Skype meeting with Marcin. Discussion points:
- Torbjorn DEF Agreement. DEF=Distributive Enterprise Fellow, under the EIR program. Including workshop schedule and number, and your tentative arrival date, and details regarding your university.
- Locking in design requirements - D3D Requirements - both overall and module by module
- Defining the 'story' for the thesis. D3D Thesis Story.
- Beginning discussion on the tech tree of choices that we select to move forward - meaning specific implementation path for each module
- Found some data: [16]
- Nice discussion on hangout, got some text produced from it: [17]
- Asked for data on RepRap Freenode IRC chat. Generated discussion about Prusa i3 Steel. Didn't read it all, so putting it here for future reference: Cut_From_Freenode_RepRap_22_Dec
Dec 21, 2015
- Initiated Project Plan D3D Fusion project plan. This is what Martin must approve before we can move on. Made thesis skeleton D3D Fusion thesis#Thesis Skeleton from template in course documentation. Limited progress in FreeCAD.
Dec 19, 2015
- Commented proposed D3D requirements: Talk:D3D Requirements. Added Lyman extruder to Open Source Filament Extruders. See Power Tool Construction Set.
Dec 16, 2015
- Presented some 3d printer design ideas in D3D Fusion printer design.
Dec 15, 2015
- Summarized short research about prior work of Prusa: D3D Fusion thesis#Earlier Work
Sun Dec 13, 2015
- Wrote short D3D Fusion#Business norms and science norms comparison between DE norms and science norms.
Thu Dec 10, 2015
- Initiated D3D Fusion thesis sketch. Also did a little overview on Large Scale Fused Pellet Fabrication. Got an overview of the MOST lab's work. Put in in D3D Fusion thesis.
Sun Dec 6, 2015
- Initiated this work log. Initiated D3D Fusion. Initiated D3D dev spreadsheed [18]. Embedding Done