Yes, this is my profile. Drawings of the invention and the problem of how much electricity is needed to lift 5 pounds of load will be posted tomorrow in 24 hours.
Even before get into the details of the design, there's a lot we can cover just looking at the device as a black box system - i.e. a simple matter of what goes in and what comes out.
Some questions:
1. How
high can it lift these five pounds?
2. If it is an isolated system, how
long can it sustain it?
3. If it has an external power source, how much
energy does it use to sustain it?
4. What is its
range - its effective horizontal diameter of influence? i.e. a one foot radius? a mile radius? (This goes to your suggestion to use it to lift a drone.)
5. In what specific ways is it functionally
different from any other electromagnetic levitation system? (Again, I'm not asking about the internal mechanisms; I'm asking about the
external inputs and outcomes): size, cost, range, height, consumption, etc.
6. In what specific ways is it functionally
superior to other electromagnetic levitation systems? (Again, I'm not asking about the internal mechanism I'm asking about the
external inputs and outcomes): size, cost, range, height, consumption, etc.
5 and 6 are two distinct questions. The first asks: is it different
at all? The second asks: is it
better?
None of the above six questions require diagrams or images. We only need to look at its internal mechanisms
after we determine its efficacy as a black box solution.