We aim to develop a desk clock based on the legendary nixie tubes. Tackling the challenges of designing a product from scratch.
Design choices:
-IN-12 Russian Nixie Tubes
-Minimalistic
-Made of Premium materials
-Use of reed switches to allow control while not having buttons showing
-Android App to control all functionalities of the clock through Bluetooth
Details
Design choices:
-ATmega 328 μController + DS1307
-Supertex HV5812
-IN-12 Russian Nixie Tubes
-Use of reed switches to allow control while not having buttons showing
Components
2×
INS-1 Neon Bulb
2×
Supertex HV5812
4×
IN-12 Russian Nixie Tubes
1×
ATmega 328 μController
Back to using the Arduino development platform
We have been working on a new power supply for the clock. More efficient and would make USB power possible.
And here is how we make PCBs using the laser cutter, we coat the bare copper with mat black paint and etch it off. The rest is like traditional toner transfer method using etching solution to get rid of the unwanted copper.
A desk clock with no buttons... Setting time using nothing other than a magnet...
What if you had a full control panel on your favorite smartphone to set time directly from the internet, adjust brightness, start a countdown timer so your pizza doesnt over cook (trust me, it happens), change 12-24 hour time format etc?
Here is the first draft of the app as working a proof of concept.
Last weekend we went to showcase O;T at a Swansea (Wales UK) hackspace ran event. It was very good to get feedback from the general public.
It was great to see the reactions when pointing out that nixie tubes are made up of layers. I guess there isnt anything like that anymore with flat "modern" displays.
Having the prototype was great, the best was probably, and I quote:
Boards are populated and after some debugging and adjustments (cold solder joint oops) it lights up!
It is great to see the driver board fit nicely in the case. For now the controller board is sitting outside for convenience but will be moved inside after the software debugging is finished.
The plans are constantly being modified while we develop the case for manufacturing. Until this is finalised, we cannot give out accurate specifications.
Thank you for your enthusiasm about our project! We are currently working with a supplier to manufacture the cases, the last big step before production. We won't settle for anything other than exceptional. Stay tuned.
What power consumption does this have?
Can I get a spare dev board? Nixies? Cost?
Should I make note of your belongings before you next visit the canteen?
Hello opeRaptor, WelshRussian, Dokupe and matsiongriff. Now is the time to add a few more details to your project to give it the best chance of going through to the next round of The Hackaday Prize.
By August 20th you must have the following:
- A video. It should be less than 2 minutes long describing your project. Put it on YouTube (or Youku), and add a link to it on your project page. This is done by editing your project (edit link is at the top of your project page) and adding it as an "External Link"
- At least 4 Project Logs
- A system design document
- Links to code repositories, and remember to mention any licenses or permissions needed for your project. For example, if you are using software libraries you need to document that information.
You should also try to highlight how your project is 'Connected' and 'Open' in the details and video.
Any plans to release the plans, etc? https://theressoapk.com/