Disassemble the primary unit of the video glasses, which now resembles a black plastic bar. You should end up with two boards connected by a thin-film ribbon cable, one of which is connected to another board (containing a USB-like plug) connected by...
The board with the USB-like connector on it will be connected to the colored wires via surface-mount solder on top of vias. This is a really bad thing for the kind of torque you are likely to put on this connector board. So, desolder these wires using...
Unscrew one of the threaded caps on the goggles and remove the clear plastic pane. (Your pair may have a silvered or coloured glass pane on top; if so, remove this as well but do not drill into it -- discard it or keep it as backup for the other side.)In...
Take a lens housing. Remove the lens and flip it over, then clip it to the other side of the housing. Put a thin layer of superglue along the edge of the lens housing (on the opposite side from the lens itself) and place it firmly atop the pane, on the...
Take the glass pane (or if you don't have one, the other plastic pane) and trace it on some thin cardboard or paper, then cut it out. This will be a mask for blocking out light. Mark and cut out the places on this mask where the display will be. Cover...
On the board containing the USB-like connector, on the edge opposite the connector whose wires you have resoldered, fold a piece of velcro. Connect the connector and then position a piece of velcro of the opposite type on top of your mask based on where...
Disassemble the primary unit of the video glasses, which now resembles a black plastic bar. You should end up with two boards connected by a thin-film ribbon cable, one of which is connected to another board (containing a USB-like plug) connected by...
On the raspberry pi, you may need to affix the battery pack to the pi. I recommend a rubber belt (of the variety used in small vacuum cleaners); however, several rubber bands will do.I recommend taking some foam and cutting a rectangular hole slightly...