Amplifying Transformer US Patent #1,702,771

[vidbid]

[VIDEO]https://www.youtube.com/watch?v=FvV40BWgByw[/VIDEO]

https://www.google.com/patents/US1702771

Patent: https://www.google.com/patents/US1702771

Interesting.

[BroMikey]

Hey Vidbid

Thanks for this entry. I have been so busy I can't find my head with both hands.

Mikey

[nilrehob]

I'm sort of testing this transformer in a modified SSG:
https://www.youtube.com/watch?v=7EsgWyp5Nn4

/Hob

[mikrovolt]

In the patent there are capacitors indicated with broken lines sometimes called phamtom lines. It is my understanding that the long coil on the left emits an electrostatic field.
The timing of such waves may have a logic such as the mirrored coils A&B form a magnetic dipole shown by arrows but the electrostatic timing overlapse the pulse to the mirrored coil assuring the dipole is not extinguished. The reconnection pinning is reduced and pathway is enhanced with your application a strong surge at the right moment or amplification.

The original use of the patent appears to be amplification of radio signals to increase the current to allow use of vacuum tubes. This was quite a task because the HF low bands had many turns and sections needing a way to lower capacitive reactance.

One commentor on another thread asked what the difference between Oudon coil and Rumikoff coil both high voltage. The answer might be that Tesla found his extra coil in some instances such as magnifying could benefit from electrostatic wave at the correct timing.

[mikrovolt]

I'm sort of testing this transformer in a modified SSG:
https://www.youtube.com/watch?v=7EsgWyp5Nn4

/Hob

Tesla used the analogy of an air pump to the earth. He tryed to imitate lightning in using high voltage in resonance to the earth. The pump would likely facilitate elctrostatic both earth and atmosphere. He made big capacitors he kept in wooden boxes.

[Bob Smith]

In the patent there are capacitors indicated with broken lines sometimes called phamtom lines. It is my understanding that the long coil on the left emits an electrostatic field.
The timing of such waves may have a logic such as the mirrored coils A&B form a magnetic dipole shown by arrows but the electrostatic timing overlapse the pulse to the mirrored coil assuring the dipole is not extinguished. The reconnection pinning is reduced and pathway is enhanced with your application a strong surge at the right moment or amplification.

The original use of the patent appears to be amplification of radio signals to increase the current to allow use of vacuum tubes. This was quite a task because the HF low bands had many turns and sections needing a way to lower capacitive reactance.

One commentor on another thread asked what the difference between Oudon coil and Rumikoff coil both high voltage. The answer might be that Tesla found his extra coil in some instances such as magnifying could benefit from electrostatic wave at the correct timing.

I've bolded and underlined what I find to be quite promising for other applications related to energy amplification.
Bob

[Bob Smith]

Are there other things we can do with this increased charge put out by this circuit besides running vacuum tubes?
I think so.
Bob

[boguslaw]

Are there other things we can do with this increased charge put out by this circuit besides running vacuum tubes?
I think so.
Bob

Most of OU are either by positive feedback or by multiplication factor (many many small OU added). So, I propose to make a radio transmitter and couple the receiver or receivers with it , amplify signal and put again to transmitter to transmit stronger signal and so one with proper limitation. Actually I think it may be what is done in Kapanadze o Dally devices.

[Bob Smith]

Most of OU are either by positive feedback or by multiplication factor (many many small OU added). So, I propose to make a radio transmitter and couple the receiver or receivers with it , amplify signal and put again to transmitter to transmit stronger signal and so one with proper limitation. Actually I think it may be what is done in Kapanadze o Dally devices.

Hi Boguslaw
I like your approach. I'm thinking that once we have something drawing in a trickle of charge from the environment, we need a way to scale it up to a useable level. I am going to make Fig 2 in Vidbid's post to see if this will help scale up a small level of charge. Tito on OU talked a few times about a Cockroft-Walton voltage multiplier. I think I'll try this first on a small ferrite core. I will keep this thread posted on my progress.
Bob

[Bob Smith]

Here are a couple of shots of a small scale attempt at replication of this transformer on a 1.5 inch ferrite cylinder:

[IMG][/IMG]
[IMG][/IMG]

I tried winding this on the cylinder without the dividers, but it was difficult. So I took nylon washers and crazy glued them to the ends and middle, then made a cut thru the radius of each one for windings to continue up the side with the primary wound over the top. I lost count with windings, but it was roughly 75 turns primary and 150 secondary, 28 gauge magnet wire. I'm working on trying to boost up a small amount of voltage in the millivolt range. It basically doubled what I had. However, there may be other factors at play that need to be addressed, and it's been a busy Mother's Day. I'll try to get back to this in a week or so (busy week ahead).
Bob

[vidbid]

https://docs.google.com/viewer?url=p.../US1702771.pdf

Interesting..