diff --git a/okh.toml-e b/okh.toml-e deleted file mode 100644 index 0891de0..0000000 --- a/okh.toml-e +++ /dev/null @@ -1,476 +0,0 @@ -# SPDX-FileCopyrightText: 2021 Martin Haeuer -# SPDX-FileCopyrightText: 2023 Curious Community Labs e. V. -# -# SPDX-License-Identifier: CC-BY-SA-4.0 -# SPDX-License-Identifier: CC0-1.0 - -okhv = "OKH-LOSHv1.0" -name = "OHLOOM" -repo = "https://gitlab.com/OSEGermany/ohloom" -version = "0.10.0" -release = "https://gitlab.com/OSEGermany/ohloom/-/tags/ohloom-0.10.0" -license = "CC-BY-SA-4.0" -licensor = "Jens Meisner" -organization = "OSE Germany e.V." -readme = "README.md" -image = "/Documentation/User_Guide/User_Guide.jpg" -documentation-language = "en-GB" -technology-readiness-level = "OTRL-5" -documentation-readiness-level = "ODRL-5" -function = "The Open Hardware Loom is a simple, hand-operated weaving loom made of wood, screws and 3D printed plastic pieces for the most part. It is simple to make and operate." -cpc-patent-class = "D03D 35/00" -tsdc = "MEC" -bom = "sBoM.csv" -manufacturing-instructions = "/Documentation/Assembly_Guide/AssemblyGuide.md" -user-manual = "/Documentation/User_Guide/UserGuide.md" -fabric-width-mm = 400 - -[[outer-dimensions]] -openSCAD = "cube(size = [400,350,150])" -unit = "mm" - -[[part]] -name = "Clamp Ring" -image = "/Documentation/Assembly_Guide/Parts_Print_2.jpg" -tsdc = "3DP" -source = "/3DParts/ClampRing/ClampRing.scad" -export = [ - "/3DParts/ClampRing/ClampRing.pdf", - "/3DParts/ClampRing/ClampRing.stl" -] -printing-process = "FDM" -material = "ABS" -infill = 30 -raft-brim = true -supports = false -resolution-mm = 0.2 -shell-thickness = 3 -top-bottom-thickness = 3 - -[[part.outer-dimensions]] -openSCAD = "cylinder(h=30, r=28)" -unit = "mm" - -[[part.mass]] -value = 30 -unit = "g" - -[[part]] -name= "CombModul" -image = "Documentation/Assembly_Guide/Parts_Print_3.jpg" -tsdc = "3DP" -source = "/3DParts/CombModul/CombModul.scad" -export = [ - "/3DParts/CombModul/CombModul.pdf", - "/3DParts/CombModul/CombModul.stl" -] -printing-process = "FDM" -material = "PLA" -infill = 30 -raft-brim = true -supports = false -resolution-mm = 0.27 -shell-thickness = 3 -top-bottom-thickness = 3 - -[[part.outer-dimensions]] -openSCAD = "cube(size = [120,100,5]" -unit = "mm" - -[[part.mass]] -value = 30 -unit = "g" - -[[part]] -name = "PoleBase" -tsdc = "3DP" -source = "/3DParts/PoleBase/PoleBase.scad" -export = "/3DParts/PoleBase/PoleBase.stl" -printing-process = "FDM" -material = "PLA" -infill = 30 -raft-brim = true -supports = false -resolution-mm = 0.3 -shell-thickness = 3 -top-bottom-thickness = 4 - -[[part.outer-dimensions]] -openSCAD = "cube(size = [130,115,100]" -unit = "mm" - -[[part.mass]] -value = 85 -unit = "g" - -[[part]] -name = "RatchetPawl" -image = "Documentation/Assembly_Guide/Parts_Print_4.jpg" -tsdc = "3DP" -source = "/3DParts/RatchetPawl/RatchetPawl.scad" -export = [ - "/3DParts/RatchetPawl/RatchetPawl.pdf", - "/3DParts/RatchetPawl/RatchetPawl.stl" -] -material = "PLA" -printing-process = "FDM" -infill = 30 -raft-brim = true -supports = false -resolution-mm = 0.3 -shell-thickness = 3 -top-bottom-thickness = 3 - -[[part.outer-dimensions]] -openSCAD = "cube(size = [130,20,20]" -unit = "mm" - -[[part.mass]] -value = 30 -unit = "g" - -[[part]] -name = "Ratchet Wheel" -image = "Documentation/Assembly_Guide/Parts_Print_1.jpg" -tsdc = "3DP" -source = "/3DParts/RatchetWheel/RatchetWheel.scad" -export = [ - "/3DParts/RatchetWheel/RatchetWheel.pdf", - "/3DParts/RatchetWheel/RatchetWheel.stl" -] -material = "PLA" -printing-process = "FDM" -infill = 30 -raft-brim = true -supports = false -resolution-mm = 0.3 -shell-thickness = 3 -top-bottom-thickness = 3 - -[[part.outer-dimensions]] -openSCAD = "cylinder(h=45, r=45)" -unit = "mm" - -[[part.mass]] -value = 65 -unit = "g" - -[[part]] -name = "ScrewSockets" -image = "/Documentation/Assembly_Guide/Parts_Print_6.jpg" -tsdc = "3DP" -source = "/3DParts/ScrewSockets/ScrewSockets.scad" -export = [ - "/3DParts/ScrewSockets/ScrewSockets.pdf", - "/3DParts/ScrewSockets/ScrewSockets.stl" -] -material = "PLA" -printing-process = "FDM" -infill = 30 -raft-brim = true -supports = false -resolution-mm = 0.1 -shell-thickness = 3 -top-bottom-thickness = 8 - -[[part.outer-dimensions]] -openSCAD = "cylinder(h=12, r=7)" -unit = "mm" - -[[part.mass]] -value = 5 -unit = "g" - -[[part]] -name= "ScrewSockets for ScrewHead" -image = "/Documentation/Assembly_Guide/Parts_Print_5.jpg" -tsdc = "3DP" -source = "/3DParts/ScrewSockets/ScrewSockets.scad" -export = "/3DParts/ScrewSockets/ScrewSocket4ScrewHead.stl" -material = "PLA" -printing-process = "FDM" -infill = 30 -raft-brim = true -supports = false -resolution-mm = 0.1 -shell-thickness = 3 -top-bottom-thickness = 8 - -[[part.outer-dimensions]] -openSCAD = "cylinder(h=12, r=7)" -unit = "mm" - -[[part.mass]] -value = 5 -unit = "g" - -[[part]] -name= "Warpclothbeam 1" -image = "Documentation/Assembly_Guide/Parts_Print_7.jpg" -tsdc = "3DP" -source = "/3DParts/WarpClothBeam/Warpclothbeam_P1.scad" -export = [ - "/3DParts/WarpClothBeam/Warpclothbeam_P1.pdf", - "/3DParts/WarpClothBeam/Warpclothbeam_1.stl" -] -material = "PLA" -printing-process = "FDM" -infill = 30 -raft-brim = true -supports = false -resolution-mm = 0.3 -shell-thickness = 3 -top-bottom-thickness = 3 - -[[part.outer-dimensions]] -openSCAD = "cylinder(h=163, r=22.5)" -unit = "mm" - -[[part.mass]] -value = 65 -unit = "g" - -[[part]] -name= "Warpclothbeam 2" -image = "Documentation/Assembly_Guide/Parts_Print_7.jpg" -tsdc = "3DP" -source = "/3DParts/WarpClothBeam/Warpclothbeam_P2.scad" -export = [ - "/3DParts/WarpClothBeam/Warpclothbeam_P2.pdf", - "/3DParts/WarpClothBeam/Warpclothbeam_2.stl" -] -material = "PLA" -printing-process = "FDM" -infill = 30 -raft-brim = true -supports = false -resolution-mm = 0.3 -shell-thickness = 3 -top-bottom-thickness = 3 - -[[part.outer-dimensions]] -openSCAD = "cylinder(h=162, r=22.5)" -unit = "mm" - -[[part.mass]] -value = 65 -unit = "g" - -[[part]] -name= "Warpclothbeam 3" -image = "Documentation/Assembly_Guide/Parts_Print_7.jpg" -tsdc = "3DP" -source = "/3DParts/WarpClothBeam/Warpclothbeam_P3.scad" -export = [ - "/3DParts/WarpClothBeam/Warpclothbeam_P3.pdf", - "/3DParts/WarpClothBeam/Warpclothbeam_3.stl" -] -material = "PLA" -printing-process = "FDM" -infill = 30 -raft-brim = true -supports = false -resolution-mm = 0.3 -shell-thickness = 3 -top-bottom-thickness = 3 - -[[part.outer-dimensions]] -openSCAD = "cylinder(h=163, r=22.5)" -unit = "mm" - -[[part.mass]] -value = 65 -unit = "g" - -[[part]] -name= "Warpclothbeam 4" -image = "Documentation/Assembly_Guide/Parts_Print_7.jpg" -tsdc = "3DP" -source = "/3DParts/WarpClothBeam/Warpclothbeam_P4.scad" -export = [ - "/3DParts/WarpClothBeam/Warpclothbeam_P4.pdf", - "/3DParts/WarpClothBeam/Warpclothbeam_4.stl" -] -material = "PLA" -printing-process = "FDM" -infill = 30 -raft-brim = true -supports = false -resolution-mm = 0.3 -shell-thickness = 3 -top-bottom-thickness = 3 - -[[part.outer-dimensions]] -openSCAD = "cylinder(h=140, r=22)" -unit = "mm" - -[[part.mass]] -value = 60 -unit = "g" - -[[part]] -name = "CombHolder" -image = "/Documentation/Assembly_Guide/Parts_CNC_1.jpg" -tsdc = [ - "CNC", - "COT" -] -source = "/WoodParts/CombHolder/CombHolder.scad" -export = [ - "/WoodParts/CombHolder/CombHolder.pdf", - "/WoodParts/CombHolder/CombHolder.stl" -] -material = "wood" -smallest-tolerance-class = "IT11" -smallest-inner-radius-mm = 4 - -[[part.outer-dimensions]] -openSCAD = "cube(size = [118,60,18]" -unit = "mm" - -[[part.mass]] -value = 160 -unit = "g" - -[[part]] -name = "CrossBeam" -image = "/Documentation/Assembly_Guide/Parts_CNC_3.jpg" -tsdc = [ - "CNC", - "COT" -] -source = "/WoodParts/CrossBeam/CrossBeam.scad" -export = [ - "/WoodParts/CrossBeam/CrossBeam.pdf", - "/WoodParts/CrossBeam/CrossBeam.stl" -] -material = "wood" -smallest-tolerance-class = "IT11" - -[[part.outer-dimensions]] -openSCAD = "cube(size = [572,100,20]" -unit = "mm" - -[[part.mass]] -value = 550 -unit = "g" - -[[part]] -name = "Shuttle" -image = "/Documentation/Assembly_Guide/Parts_CNC_6.jpg" -tsdc = [ - "CNC", - "COT" -] -source = "/WoodParts/Shuttle/Shuttle.scad" -export = [ - "/WoodParts/Shuttle/Shuttle.pdf", - "/WoodParts/Shuttle/Shuttle.stl" -] -material = "wood" -smallest-tolerance-class = "IT11" -smallest-inner-radius-mm = 4 - -[[part.outer-dimensions]] -openSCAD = "cube(size = [497,45,6]" -unit = "mm" - -[[part.mass]] -value = 65 -unit = "g" - -[[part]] -name = "SideFrame" -image = "/Documentation/Assembly_Guide/Parts_CNC_2.jpg" -tsdc = [ - "CNC", - "COT" -] -source = "/WoodParts/SideFrame/SideFrame.scad" -export = [ - "/WoodParts/SideFrame/SideFrame.pdf", - "/WoodParts/SideFrame/SideFrame.stl" -] -material = "wood" -smallest-tolerance-class = "IT11" -smallest-inner-radius-mm = 4 - -[[part.outer-dimensions]] -openSCAD = "cube(size = [580,140,18]" -unit = "mm" - -[[part.mass]] -value = 700 -unit = "g" - -[[part]] -name = "SlotBeam" -image = "/Documentation/Assembly_Guide/Parts_CNC_4.jpg" -tsdc = [ - "CNC", - "COT" -] -source = "/WoodParts/SlotBeam/SlotBeam.scad" -export = [ - "/WoodParts/SlotBeam/SlotBeam.pdf", - "/WoodParts/SlotBeam/SlotBeam.stl" -] -material = "wood" -smallest-tolerance-class = "IT11" -smallest-inner-radius-mm = 4 - -[[part.outer-dimensions]] -openSCAD = "cube(size = [566,24,22]" -unit = "mm" - -[[part.mass]] -value = 15 -unit = "g" - -[[part]] -name = "StringStick" -image = "/Documentation/Assembly_Guide/Parts_CNC_5.jpg" -tsdc = [ - "CNC", - "COT" -] -source = "/WoodParts/StringStick/StringStick.scad" -export = [ - "/WoodParts/StringStick/StringStick.pdf", - "/WoodParts/StringStick/StringStick.stl" -] -material = "wood" -smallest-tolerance-class = "IT11" -smallest-inner-radius-mm = 4 - -[[part.outer-dimensions]] -openSCAD = "cube(size = [560,22,6]" -unit = "mm" - -[[part.mass]] -value = 35 -unit = "g" - -[[part]] -name = "WarpClothBeam" -image = "/Documentation/Assembly_Guide/Parts_Other_1.jpg" -tsdc = [ - "CNC", - "COT" -] -source = "/WoodParts/WarpClothBeam_NoCNC/WarpClothBeam_Wood_NoCNC.scad" -export = [ - "/WoodParts/WarpClothBeam_NoCNC/WarpClothBeam_Shaft.pdf", - "/WoodParts/WarpClothBeam_NoCNC/WarpClothBeam_Wood_NoCNC.stl" -] -material = "wood" -smallest-tolerance-class = "IT11" -smallest-inner-radius-mm = 4 - -[[part.outer-dimensions]] -openSCAD = "cylinder(h=710, r=17.5)" -unit = "mm" - -[[part.mass]] -value = 330 -unit = "g"