The Screen frame is based on multi-layers of beech and walnut. It hosts the screen panel and main board ( /!\ 220-400v components), and cabling to the CPU board.
Frame structure is assembly with finger joints, once the 3 layers are glued
Front is a flat Mitter jointed frame with also walnut/beech
Inserts into the front frame for camera and little ePaper screen
Back of the frame has additional curved part, which allow the placement of panel board and inside cabling, with enough venting space
Frame is attached to the base with a brushed metal tube
The frame has:
LCD IPS Panel with multitouch capacitive layer & driver
Panel board with HDMI, Audio and 220v power
USB Webcam
IoT Sensors (see hardware wiki page)
Due to the panel board running high voltage, the back of the frame will be screwed and no "User" access will ne required. That's why the rest of the hardware will be placed into the totem base, where an access door is foreseen.
[x] Wood preparation, planning, precuts
[x] 3-layers gluing of frame pieces
[x] Finger jointing frame, gluing
[x] 2-layer front frame planning, bitting joint and gluing
[x] Front and main frame jointing, fitting
[x] Front frame routing for camera and ePaper screen
[x] Internal structure for panel and board mounting (multiplex or mdf)
Better fix the screen : protect the gap between screen and front panel with foam.
Adjust the screen level vs frame edge
Changing screen overlay (black border) with frame size : ok
The Screen frame is based on multi-layers of beech and walnut. It hosts the screen panel and main board ( /!\ 220-400v components), and cabling to the CPU board.
The frame has:
Due to the panel board running high voltage, the back of the frame will be screwed and no "User" access will ne required. That's why the rest of the hardware will be placed into the totem base, where an access door is foreseen.