seen from Netherlands
seen from India
seen from United States
seen from United States
seen from Greece
seen from United States
seen from Malaysia
seen from Japan
seen from Japan
seen from Malaysia
seen from Türkiye
seen from China
seen from Morocco
seen from China
seen from United States
seen from United Kingdom
seen from Russia
seen from Malaysia
seen from Türkiye
seen from United States
Also, just a very quick video of how the inductive coil works! As the top coil (attached to the battery) is moved further away from the bottom coil (attached to the LED) the current through the LED lowers and the light dims. It’s a pretty simple mechanic but it’s neat to actually see it in action.
Hey! Sorry -- I am extremely backlogged on posts, so there might be a few in rapid succession while I get caught up. Some things shown here: Image 1: Figured out how to model the base of the handle by tracing the reference image out onto a plastic bag which I then taped to the computer monitor. I was then able to draw a vector of the image onto the plane and revolve it 360 degrees to get that particular shape. Image 2: Print (#6/8) in progress at the makerspace. It was printed with 0.75 mm ABS from Micro Center. Image 3: Adding some electronics to the gate key. Since I didn’t want to include any direct power source to this project, I decided to add an inductive coil (5 v) which can be purchased from Adafruit for ~$10. Basically what this does is lets the gate key be powered ‘wirelessly’ via an external battery pack. Every time I hold the key up to a transmitting coil it will light up. (Videos to come)
