The whole problem was the malleable logorythmic housing. Amazon was using several of them, and had an ongoing problem with the inability of the Allen Bradley controls being incompatible with them.
Well obviously, the Sieman’s tetraphasic PLC has the optional versal ion impulse port which can directly monitor malleability so that’s gotta be the way to go there. But what I never understood was why side fumbling needed to be prevented. Do you know how difficult it is to align the spurving bearings on a shop floor? It’s one thing to build these things in a lab, but go ahead an try and find a spurving bearing puller in the tool crib.
All it needs is a single Pierson bearing with a .010 – .012 over slip ring. Then on either side of the lunar wane shaft just have two germanium doped silicon bars. During side fumbling, they will recirculate any capacitive diractance lost. I think that would be way more efficient than having to replace and align spurving bearings every 100k cycles.
That button will synchronize your cardinal grammeters.
https://www.youtube.com/watch?v=RXJKdh1KZ0w
It’s not cheap, but I’m sure the government will buy it.
https://www.youtube.com/watch?v=Ac7G7xOG2Ag
Sends in the hounds.
You mean the big red button that says “RELEASE THE FRANKJ?”
No clue what it does, but I wouldn’t recommend trying it to find out.
PUSH THE BUTTON MAX!
The whole problem was the malleable logorythmic housing. Amazon was using several of them, and had an ongoing problem with the inability of the Allen Bradley controls being incompatible with them.
Well obviously, the Sieman’s tetraphasic PLC has the optional versal ion impulse port which can directly monitor malleability so that’s gotta be the way to go there. But what I never understood was why side fumbling needed to be prevented. Do you know how difficult it is to align the spurving bearings on a shop floor? It’s one thing to build these things in a lab, but go ahead an try and find a spurving bearing puller in the tool crib.
All it needs is a single Pierson bearing with a .010 – .012 over slip ring. Then on either side of the lunar wane shaft just have two germanium doped silicon bars. During side fumbling, they will recirculate any capacitive diractance lost. I think that would be way more efficient than having to replace and align spurving bearings every 100k cycles.
Somewhere in Heaven Professor Irwin Corey smiles quietly to himself.