Section: 5A complete Laser Emitter AssemblyComponents Required: Printed versions of the following 3D Printed Objects from the gitHub repository: (1x) electronic_mount_laser_bottom(1x) electronic_mount_laser_top(1x) 532nm 150mw Green...
Section: 6A complete Filter Selector AssemblyComponents Required: Printed versions of the following 3D Printed Objects from the gitHub repository: mechanical_device_filterSelectorAssembly_frontmechanical_device_filterSelectorAssembly_backmechanical_device_filterSelectorAssembly_filterWheelmechanical_device_filterSelectorAssembly_centerHub_Backmechanical_device_filterSelectorAssembly_522nmSP_covermechanical_device_filterSelectorAssembly_550nmSP_cover(1x)...
Section: 7A Completed Spectrometer. A note might be made here that this spectrometer can and will function as an independant device connected to a regular PC running the ramanPi spectraCide software! If you wanted to use it and not build...
Section: 8Components Required:Printed versions of the following 3D Printed Objects from the gitHub respository:(1x) optics_module_testStand_laserWflangeA Completed Spectrometer532nm 5mw Laser PointerPocket FlashlightClick on the graphic above to...
Section: 10A completed optical Assembly including the Raman Section and the Spectrometer.Components Required: A completed objectiveLens MountA completed beamSplitter AssemblyA completed laserShutter AssemblyA completed mirrorMount...
Section: 1A completed TFT LCD and Touch Panel DisplayComponents Required: Printed versions of the following 3D Printed Objects from the gitHub respository: (1x) trim_tftFaceplate_keypad-display(1x) trim_tftFaceplate_facia(1x) Cube beam splitter...
Calculations in hand, head to your local surplus store. In the midst of getting lost in a sea of ammo cases, CB radios, unidentifiable motors, and assorted pieces of self-adhesive foam, collect some parts:You'll note that they didn't have any large wattage...
First you need to verify to correct operation of the RF devices. This will be easy by a LED indicator, the control will be managed by two keys "w" and "s" of your computer's keyboard.Connect VCC to 5V pin.GND to GND pin.Data to pin 12 in both Arduinos.LED...
Now, you need to verify visually with LEDs the four outputs that should go to the H bridge, reds colors indicate forward, greens colors indicate backward, one red and one green colors indicate the turn left or right respectively. The control will be...
Once the correct reading of the accelerometer is verified, you will need to set values of operation and you are going to insert this code in the visual engine performance code. Operation will be visually checked by the LEDs before connecting to the the...
Fix the servo in place. I mulled over a few ways to do this and ended up creating a mounting with hot glue. Rather than permanently glue it into place, I covered the servo with tape, "glued" it into position and then removed it. The tape ensured it wasn't...
WARNING! These instructions are somewhat premature and are intended to demonstrate the design for the hackaday.io prize competition. I'll be continuing to refine the instructions as I improve on the design and as issues crop up. Please get...
Reprogram the Apitronics BeeProgram the Apitronics Bee with this firmware that sends the load cell measurement back to the Apitronics Hive along with onboard temperature and battery voltage.Here is a GitHub repository with the Apitronics Bee firmware...
Turn on Bee and HiveAs long as the units are close enough (hundreds of feet with minimal obstruction, more with direct line of sight), the data should start showing up with the hive immediately.
If you would like to build one of these for yourself here is the breadboard layout You will need to burn the arduino bootloader onto the atmega328 so that you can upload the sketch from my github HERE. You are free to use what you want...