Magpie Sci-Goggles

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2022-04-25 | By Odd_Jayy (Jorvon Moss)

Let’s walk through the build process for my Magpie Sci Goggles. ‎

The items you will need are: ‎ ‎

Goggles (ArcOne G-FLY-A1101 The Fly Safety Goggles) ‎
3D printer (I use a Creality Cr-10 3D printer) ‎
PLA filament (ANY COLOR YOU WANT)
‎‎E6000 237032 Craft Adhesive, 2 fl oz Clear
‎Adafruit Trinket - Mini Microcontroller ‎
PowerBoost 1000 Charger
‎Lithium-Ion Polymer Battery‎
2x-Micro servos ‎
Soldering Iron
‎Jumper Wires

Code and STL files can be downloaded here. ‎

Step 1: Print Parts ‎‎

Printing the parts should not be too difficult if you have experience with a 3D printer or you can use a ‎‎3D printing service. I have sized everything for my Creality Cr-10, but the files should fit most printers. I ‎recommend starting with the lens base and servo goggle holders.‎

print_1

After these parts are printed, you will want to glue them to the goggle frames using the E6000 glue. I ‎chose this glue because it's strong yet flexible. I also recommend having some clips to hold down the ‎parts while the glue dries. ‎‎

glue_2

Quick Hint: before you start gluing, make sure the lens base pointers are sitting at 1 o’clock and 11 ‎o’clock (or 135 degrees and 45 degrees for you technical people), this way the actual eyebrow will ‎move correctly. Trust me, I have glued them wrong before and had a mess.

Here is a quick sketch if you’re more of a visual person like myself.‎

sketch_3

After that, make sure everything is clipped and let it dry overnight. ‎‎

Magpie Sci Goggles

Step 2: Lens

This is probably the most difficult step. To start, print out the lens parts.

print_5 ‎

after_6

After you print the parts, you will have to carefully insert the leaves into the holes. Be patient; you ‎may need to file the hole a bit for them to fit. Once you have them inserted, fold them in and insert ‎them into the lens. This part may take some time and may be a bit frustrating, but your patience will ‎be rewarded.‎

insert_7 ‎

insert_8

Magpie Sci Goggles

Next, you should glue the iris on top of the lens base using the E6000. Make sure that the pull switch is ‎facing down and moves to the open position by going to the side.‎

iris_10

I drew a sketch just in case my wording is confusing.‎

sketch_11 ‎ ‎ ‎

Let it dry overnight to make sure everything stays in place.

Step 3: Eyebrows and Testing

After everything is glued and secured, I recommend performing a test to ensure the assembly ‎operates correctly.‎

Print out the eyebrow parts and pulley hinges.‎

eyebrow_12 ‎

Attach the Eyebrows with the back hole facing outward and use screws to attach them. (Honestly, I ‎don't know what size screws as I recycle them from previous projects.) ‎

Locate the two hobby servos and attach the pulleys to the hobby servo horn. Then, insert the servos ‎into the servo holders. Screw them in if you can. They should look something like this.‎

servo_13 ‎

Next, I recommend testing the movement of the servos by moving them from 0 to 180 degrees to ‎verify the irises open and close and the eyebrows move.‎

Magpie Sci Goggles

Step 4: Preparing Goggles and Making Boxes

‎ I recommend starting the print for the circuit cups; these will hold the circuit and the battery for the ‎goggles.

cups_15

Here is where we get clever. There is a wire on the inside of the goggles that will connect the two ‎circuit boxes. I recommend taking a Dremel or some type of cutting instrument and making a small ‎hole right behind the servo holder.‎‎

Next, after the circuit cups have been printed, glue them to the back of the servo holder like so.‎‎

holder_16

I recommend making sure enough wire is pulled through since you will need it for the power and ‎maybe the servo as well. ‎

dry_17

Of course, let it dry overnight. ‎

Step 5: Electronics ‎‎

Upload the code to the Adafruit Trinket. It's very important!

This is where your tinker/Maker skills come in. The diagram for this is a bit weird. I daisy-chained the ‎signal wires from the Trinket. Here is a diagram I quickly drew.‎‎

diagram_18

I made a connector from a perfboard to distribute power to all parts of the circuit.‎‎

connector_19 ‎

Next, you will want to connect the power booster and the battery and place them into one cup. ‎‎

power_20

Add the trinket and the perfboard hack into the other cup.‎‎

add_21

The program should be already uploaded to the Trinket.

You can place the switch outside the circuit box of the battery holder, screw the covers to the circuit ‎cups, and you’re done. ‎

Extra‎

I made extra parts for aesthetic reasons. These are parts you can print for color designs that can be ‎glued to the eyebrows and the end of the lenses. I printed them in different colors so they can look ‎super cool.‎

I hope you enjoy making this project! If you make any modifications, be sure to post it online and tag ‎me!‎

instagram.com/odd_jayy

Jorvon Moss_Odd_Jayy (@Odd_Jayy) / Twitter

https://www.tiktok.com/@jorvonmoss?lang=en ‎

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