I haven't been vaping long, but I'm a programmer, and I have several friends who are electrical engineers, some with access to labs. I'm toying with the idea of designing and creating an APV from scratch... the microprocessor, the circuitry, everything.
The reason I'm considering this is because even the very best APVs, such as the ProVari, seem to be... simplistic. You can control the voltage, but the menu system requires 7-15 button presses to activate. It's quite genius, because it's a one button system that adequately performs the job without feeling frustrating, but I find myself... wishing for more.
So, what are some features in an APV that you wish were there? What kind of interface would you ideally like to see?
I'm also toying with the idea of designing a completely new heating surface that's a dry hotplate (no wick or cart) that directly atomizes from a tank. (Like a drip atty with a tank that automatically keeps it from getting dry or flooding.) I think a system like this would be overall easier to clean, if designed correctly, and probably last longer, but if I go forward with that I'll probably have to create several prototypes before I get the right combo there.
Anyway, please provide your input. I'm gonna sit down with my engineering friends in a few weeks and go over my designs with them to get some fabrication estimates and such.
The reason I'm considering this is because even the very best APVs, such as the ProVari, seem to be... simplistic. You can control the voltage, but the menu system requires 7-15 button presses to activate. It's quite genius, because it's a one button system that adequately performs the job without feeling frustrating, but I find myself... wishing for more.
So, what are some features in an APV that you wish were there? What kind of interface would you ideally like to see?
I'm also toying with the idea of designing a completely new heating surface that's a dry hotplate (no wick or cart) that directly atomizes from a tank. (Like a drip atty with a tank that automatically keeps it from getting dry or flooding.) I think a system like this would be overall easier to clean, if designed correctly, and probably last longer, but if I go forward with that I'll probably have to create several prototypes before I get the right combo there.
Anyway, please provide your input. I'm gonna sit down with my engineering friends in a few weeks and go over my designs with them to get some fabrication estimates and such.