V0 Hinged Top hat and PrusaSlicer bed STLs by hartk1213 (#160)

printer_mods/README.md

@@ -45,6 +45,7 @@ like so:
 | hartk1213 | [Voron0_deck_panel_with_logo_and_VORON0](./hartk1213/Voron0_deck_panel_with_logo_and_VORON0) | Used @Kruppes blank deck panel to add the logo as well as the name VORON0 | :heavy_check_mark:| :x: | :x: |
 | | [Voron0_display_dualcolor](./hartk1213/Voron0_display_dualcolor) | Added a dual color file for the Voron Display Front housing | :heavy_check_mark:| :x: | :x: |
 | | [Voron0_C14Inlet](./hartk1213/Voron0_C14Inlet) | Added a new Power inlet that uses a Fused C14 plug and switch that covers the mains contacts  | :heavy_check_mark:| :x: | :x: |
+| | [Voron0_Hinged_Top_Hat](./hartk1213/Voron0_Hinged_Top_Hat) | Created a new hinged top hat design for the V0 so it can fold away when you dont want a top hat on  | :heavy_check_mark:| :x: | :x: |
 | hernsl | [Bottom Panel Mag Clip](./hernsl/bottom_panel_mag_clip) | v2.4 magnetic clips to retain bottom panel | :x: | :x: | :heavy_check_mark: |
 |hijax_pl_ |[Corner panel clip](./hijax_pl/corner_panel_clip) |V2 panel corner frames using 3-way L brackets in the corners |:x: |:x: |:heavy_check_mark: |
 | |[Din Rail mount](./hijax_pl/din_rail_mount) |Adapter to attach DIN Rail to 2020 extrusion. |:x: |:x: |:heavy_check_mark: |

printer_mods/hartk1213/Voron0_Hinged_Top_Hat/Readme.md

@@ -0,0 +1,77 @@
+# Hinged Hat for the V0
+
+This is my new design for a fold away hinged top hat for the V0, i have included the step file for all the parts i designed, as well as added a BOM for everything you need to get in order to build this, 
+
+assembling is pretty straight forward i have added the steps i took when assembling it in picture form [here](Images/Assembly) 
+
+# Step 1
+![bottom hinge parts](Images/Assembly/step1.png) was attach the bottom hinge pieces to the top of the V0 first with the little pegs on the bottom hinges going into the holes on the A and B drive parts that attach to the top 1515 extrusion 
+
+
+# Step 2
+![build the middle hinge assembly](Images/Assembly/step2.png) 
+this uses m3x16 screws to attach the 200mm extrsusion to the printed parts
+
+# Step 3
+![build the top hinge rear frame](Images/Assembly/step3.png) 
+next is the rear frame for the top hinge 
+
+# Step 4
+![building the frame from the back to the front](Images/Assembly/step4.png) 
+these are 200mm extrions 
+
+# Step 5
+![building the frame from the back to the front](Images/Assembly/step5.png) 
+next attach the 2 80mm extrusions up against the top hinge piece
+
+# Step 6 
+![building the frame from the back to the front](Images/Assembly/step6.png) 
+these are the 170mm extrusions that go up against the 80mm extruisons
+
+# Step 7
+![building the frame from the back to the front](Images/Assembly/step7.png) 
+now add the 92mm extrusions to the front of the frame, now these are 92mm long but the gap between the top and bottom extrusion is 95mm, you want the top of the extrusion to be flush and leave a little gap in the bottom of them which is for the alignment pins
+
+# Step 8
+ ![here](Images/Assembly/step8.png) these are the alignment pins 
+ 
+# Step 9 
+ ![here](Images/Assembly/step9.png)attach the front top and bottom extrusion
+ 
+ # Step 10
+  ![here](Images/Assembly/step10.png) next step is to attach the bottom hinge and top hinge together using the middle hinge assembly you made in step 2
+  
+  # final step
+  ![here](Images/Assembly/FinalAssembly.png) 
+  Add the panels to the top hat 
+
+
+bottom hinge uses m3x12 to attach to the frame using an m3 nut that needs to be slid into the top extrusion
+top hing which also uses an m3x12 and m3 nut in 1 of the 3 holes to attach it the other 2 are m3x8
+the middle hinge (middle screw) is an m3x16
+the middle hinge (2 outer screws are m3x20)
+other than those the rest are going to be m3x8
+
+i hope the pictures help with assembly they are named in the correct order to assemble it 
+
+when it comes to drilling the holes in the extrusions to screw them together, there is a [drilling guide stl](STL/TopHat_hole_Drilling_Guide_x1.stl) in the stl folder and it has 3 holes, the one closest to the end is for the 92mm extrusions on the bottom of them, the same end that the alignment pin stl gets screws on. 
+the middle hole in the driling guide is just a standard 7.5mm from the edge to make normal blind joints you did with the v0 and the highest hole is to attach the 80mm extrusion to the 170mm extrusion (you drill the hole in 170mm extrusion)
+
+
+i found it easier to assemble it from the back of the top hat forward. if you open the step file you can see how it assembles. i have tested this quite a bit and so far its been working great! please feel free to make any modifications to it as you see fit
+
+this is my biggest project ive ever taken on in fusion 360 and it was a lot of fun learning the ins and outs of it
+
+
+i hope you enjoy it 
+
+-hartk1213 V0.108
+
+
+
+ 
+##### Pictures
+![v0_TopHat_1](Images/1.jpg)
+![v0_TopHat_2](Images/2.jpg)
+![v0_TopHat_3](Images/3.jpg)
+![v0_TopHat_4](Images/4.jpg)

slicer_configurations/PrusaSlicer/hartk1213/V0/README.md

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+Here are bed models for adding to your Prusa Slicer Printer Profiles.
+
+##### Pictures
+![Prusa Slicer config](Bed_Shape/Images/screenshot.png)
+
+this includes the v0 bed stl as well as textures to go on them that will show smooth and textured pei and 2 more that are for .2 nozzles if you use that 

slicer_configurations/README.md

@@ -27,4 +27,5 @@ like so:
 | --- | --- | --- | --- | --- | --- |
 | hijax_pl_ | [Simplify3D](./Simplify3D/hijax_pl/beds) | Bed images for Simplify3D | :x: | :x: | :heavy_check_mark: |
 | koonweee | [SuperSlicer v1.8 Bed](./SuperSlicer/koonweee/beds) | Bed STL for SuperSlicer | :x: | :heavy_check_mark: | :x: |
+| hartk1213 | [PrusaSlicer V0 Bed and Textures](./PrusaSlicer/hartk1213/V0) | Bed STL and textures for Prusa Slicer | :heavy_check_mark: | :x: | :x: |
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