Yes, you did:
So as well as being completely wrong about what it is you're arguing against, you're also lying about it afterwards.
I agree, the image I posted is accurate. There is no change in tilt. It stays the same all the way around. Just like in my picture.
Therefore when the Earth is at one end of the orbit, the northern hemisphere is nearer the Sun than the southern hemisphere, and then when the Earth reaches the exact opposite extreme of its orbit the southern hemisphere is closer to the Sun.
You're wrong. The only way it would work the way you describe it would be if you're sidestepping around the light with your back to the light all the way around (or constantly facing the light), changing the actual direction you're facing as you move around it.
In that version of events YOU are introducing "wobble" (or "flip" or whatever you want to call it) that doesn't exist in the actual solar system.
Yet again, you're performing an experiment with false starting conditions and receiving an incorrect answer at the end of it.
If you want to CORRECTLY model the solar system in the way the scientific community sees it, you need to walk around your lightbulb while constantly facing the same ACTUAL direction (e.g. north).
There's nonsense here all right, and it's all coming from you. You don't even understand what it is you're arguing against, let alone explain how your own cell model is supposed to work.
And you still haven't explained your bell jar, pump, motor, lid, plastic bead experiment that supposedly disproves "the space orbit", whatever that is supposed to mean.