58 lines
3.1 KiB
Markdown
58 lines
3.1 KiB
Markdown
I want a wall-mounted docking solution for my GPD Win 4, designed in OpenSCAD 2021.1. Here are the requirements and clarifications:
|
||
|
||
Orientation & Fit
|
||
|
||
The GPD Win 4 should be inserted upside down (top facing down), with the screen facing the wall.
|
||
It slides in from the top and is guided by side rails.
|
||
There should be a small clearance so the GPD Win 4 can be easily inserted/removed without excessive friction.
|
||
Front Rail (Lip)
|
||
|
||
Side Rails:
|
||
The dock should have two side rails that run from top to bottom, guiding the GPD Win 4.
|
||
|
||
The front is open for airflow.
|
||
However, there should be a small lip (front rail) on each side, running from top to bottom and connected to the side rails. This lip prevents the GPD Win 4 from falling out forward.
|
||
Back Plate / Wall Mount
|
||
|
||
The dock has a solid back plate that mounts to the wall with two countersunk screws.
|
||
The default spacing and size of these screws can be parameterized (e.g., an M4 or M3 countersunk hole).
|
||
The back plate thickness should be sufficient for strength (e.g., 3–4 mm).
|
||
No special side or back vents are needed.
|
||
Cable Brackets
|
||
|
||
At the bottom, back, inside the dock, there are two brackets, one for a 90° USB-C cable (standard USB-C power) and one for a 90° Oculink flat cable.
|
||
The back plate should be open where these two brackets are, so the cables can exit the dock.
|
||
Each bracket should have:
|
||
An opening on the side facing the wall, to allow the cable to pass behind (i.e., into or through the wall).
|
||
A hole for an M3 screw that presses against the cable from the side to lock it in place.
|
||
Enough space to seat a 90° connector so it points upwards to plug into the GPD Win 4.
|
||
Parametric Design
|
||
|
||
The design should be fully parameterized in OpenSCAD, including (but not limited to) the following parameters:
|
||
device_width, device_thickness, device_length (for the GPD Win 4)
|
||
clearance_x, clearance_y, clearance_z (how much extra space around the device)
|
||
wall_plate_thickness
|
||
rail_thickness
|
||
front_rail_lip_width or front_rail_lip_thickness
|
||
wall_mount_screw_hole_diameter, wall_mount_screw_spacing (for countersunk screws)
|
||
bracket_inner_width_usbC, bracket_inner_height_usbC (for the USB-C connector dimensions)
|
||
bracket_inner_width_oculink, bracket_inner_height_oculink (for the Oculink connector dimensions)
|
||
m3_side_screw_hole_diameter (the hole that lets an M3 screw clamp the cable from the side)
|
||
Any other geometry parameters (openings for cables, bracket thickness, etc.)
|
||
Defaults
|
||
|
||
Please choose default dimensions that accurately reflect:
|
||
Approximate GPD Win 4 size (if not exact, then close estimates).
|
||
Standard 90° USB-C and 90° Oculink connector sizes.
|
||
Typical M3 screws for cable clamps.
|
||
Countersunk holes for M3 or M4 wall screws (whichever you prefer).
|
||
Version
|
||
|
||
This must render successfully in OpenSCAD 2021.1.
|
||
Summary
|
||
|
||
The final output should be an OpenSCAD file that, when the parameters are set to their defaults, produces the described wall-mounted docking station for the GPD Win 4 with side rails, minimal front lip, bracket cutouts for cables, and properly sized holes for screws.
|
||
|
||
If any additional measurements or details are needed, please ask.
|
||
|