| # 2D Models for Lasercutting |
| |
| This directory contains the the 2D model files in SVG format for |
| laser-cut designs to house a Raspberry Pi (RPi) and Android device |
| for testing. |
| The units of all models are in millimeters (mm). This is relevant when |
| importing them into a tool like Tinkercad. |
| |
| The holder is designed to hold a RPi in this specific case: |
| |
| http://www.amazon.com/SB-Components-Clear-Case-Raspberry/dp/B00MQLB1N6 |
| |
| and a Power Over Ethernet (POE) adapter like this: |
| |
| https://www.amazon.com/UCTRONICS-802-3af-Splitter-Ethernet-Raspberry/dp/B01MDLUSE7 |
| |
|  |
| |
| The side pieces fit into the base and should be secured by hot glue or adhesive. |
| |
| These files can be edited with software like Tinkercad, Inkscape, or any other |
| SVG editor. |
| |
| # Contents: |
| |
| 24x12_set.\*.svg : A full print set of the pieces needed to make a single rack on a |
| 24x12 inch piece of material. |
| |
| 18xside._.svg + 4xbase._.svg: By printing 2 of the 18x and 1 of the 4x sheets, enough |
| pieces will be printed to make 4 racks (enough for 16 |
| RPIs and devices). |
| |
| base.\*.svg : The base piece. Has holes enough for 4 slots. |
| |
| side.\*.svg : The side piece. Fits into the holes in the base. Has slots cut |
| out for better airflow. |
