ODAlert is a wearable opiate overdose detection device with supporting smartphone app
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Here are some Amazon and Ebay links for the more obscure/specific materials. No doubt these will quickly become obsolete.
Locket:
https://www.amazon.com/dp/B01B3BT3G6/
https://www.amazon.com/dp/B072MB7G9S/
https://www.amazon.com/dp/B00YT2PWCG/
ID107 nRF51822 based Generic Activity Tracker:
https://www.amazon.com/Fitness-Tracker-SCODE-ID107-Monitor/dp/B01N2UH3TH/ref=sr_1_20
https://www.amazon.com/Wristband-Waterproof-BIGFOX-Activity-Bluetooth/dp/B06XXFBB5Z/ref=sr_1_8
Buzzer:
OD_detect_locket_11-27-17.stlPrintable STL file for 3D printed electronics enclosure locket adapter.Standard Tesselated Geometry - 80.16 kB - 04/03/2018 at 22:05 |
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OD_detect_locket_11-20-17.blendBlender 3D modeling file for 3D printed electronics enclosure locket adapter.blend - 20.60 MB - 04/03/2018 at 22:05 |
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Starting with a generic activity tracker saves a huge amount of time and cost. This is what they look like on the inside. Usually 90%+ of mass market electronic device manufacturing costs are upfront factory equipment and facilities. Raw material and labor cost are usually extremely low. Because of this a $20 activity tracker will often have the exact same components and build quality as a $300 device.
Carving up activity tracker enclosure so it will fit into 3D printed locket interface. Holes for wires etc.
I modeled an adapter to connect the back half of the activity tracker enclosure to the modified locket. You can 3D print this adapter yourself using files attached to this project.
Curt White
Sofia Ochoa
Mike Swan
Jean-Matthieu DECHRISTÉ
Dean Gouramanis
Wow that's a cool invention