7" Touch screen enclosure (pcb800099) and mounting

thingiverse

UPDATE 21-JAN-2019: Model faces now fixed, allowing correct slicing. UPDATE 02-JAN-2018: A 5" version has been added due to popular request; however, it remains untested and may have PCBs positioned inversely. Because of space constraints, cable grooves were removed. Other modifications have also been made. The Touch pcb does not have a mounting position. The desk stand and z axis mount holes are compatible. NOTE: If you print this model, please send me a picture of the front side so I can verify the screen alignment relative to the frame. A previous early version had misaligned screens. This design was created for personal use but is now being shared. It comes with no guarantee that it will fit your display. It should be compatible with both touchscreen and display only variants from the provided eBay search results. https://www.ebay.com/sch/i.html?_from=R40&_trksid=p2047675.m570.l1313.TR0.TRC0.H0.X7%27%27+HDMI+HD+1024x600+Touch+Screen+Display+Module+Board+Kit+Set+For+Raspberry+Pi.TRS0&_nkw=7%27%27+HDMI+HD+1024x600+Touch+Screen+Display+Module+Board+Kit+Set+For+Raspberry+Pi&_sacat=0 This design accommodates multiple mounting methods. 1. Wall hanger (an optional 3D printed part is provided) 2. Desk stand (an optional 3D printed part is provided) 3. VESA 75mm mount 4. Single screw on the bottom side (no guarantee that the plastic can support the weight without breaking) 5. Multiple holes on the back for custom mounting designs 6. Z-Axis mount (for a personal project to attach an RPi with a touchscreen to my reprap) UPDATES: 1. The front part couldn't handle screw pressure, so I had to drill out the holes. Cosmetic Hex cup nuts might resolve this issue. 2. A: I lengthened the screw hole on the front panel; they should hold now. B: Also, I reduced the size of the hole so that metal inserts are no longer required. 3. A: Added a hole next to the buttons for the ir sensor (you might need to bend the sensor slightly) B: Moved the main driver board to better align with the LCD flat flex cable C: Added a new screw hole to ensure the case closes properly D: Reduced the size of the buttons so that they don't misclick if the case is tightened E: Finalized the Z-axis mount (8mm smooth rod mount) F: Converted the Groups to components in the *.skp file, allowing automatic transfer of changes across views G: Modified the Z-axis clamp (8mm rod clamp) to avoid interference with the cable "tie" 4. The wall hanger was modified for improved structural strength