The Lee-Tseung Lead Out Theory

[mscoffman]

I have always promoted this idea but the price should reflect the ability of researchers or students to pay. The sooner such kits are availble, the sooner there will be temasm of people improving your technology.

Paul-R;

I agree completely with what you are saying. These kits should not include
any instrumentation that raises the price, just the basics. Also there are ways of
constructing projects using vector-board, soldered copper wire and bare
PC board pieces that are massively inexpensive that would serve to get these
developments into anyone's hands that would be interested, including people
in many third world countries. This is what it will take.

:S:MarkSCoffman

[Paul-R]

Also there are ways of constructing projects using vector-board, soldered copper wire and bare PC board pieces
:S:MarkSCoffman

...and you forgot to mention making holes in cut down cornflakes packets, and poking the components through and soldering on the other side.

Also, some of the ingredients needed may be salvageable from well known products.

[ltseung888]

The best way to produce the PULSE

Cheung: “What is the best way to produce the PULSE if the proximity switch is not that accurate?”
Tseung: “We should use optical sensors.  One sensor will turn the Pulse Current On and another sensor will turn the Pulse Current Off.  There should be an additional control to limit the rotational speed so that the Lead-Out energy mechanism would function properly.”

Cheung: “How can that be achieved?”
Tseung: “One technique is to prevent the first sensor from turning the Pulse Current On if the rotational speed is too fast.  This should be a tunable parameter that would vary with the external load.”
Cheung: “When the Wheel slows down due to friction or drawing of current by the collector coils, the first sensor will be activated again.  Is that the design?”
Tseung: “Yes.”

Cheung: “You can vary the strength of the Pulse Current by changing the Input Voltage.”
Tseung: “Correct.”
Cheung: “You can have a wider Pulse by adjusting the time difference between the first and second sensor.”
Tseung: “Correct.”
Cheung: “You can vary the number of Pulses per revolution with a separate special wheel attached to the same axle.  The two optical sensors act on this wheel.”
Tseung: “Correct.”
Cheung: “You can prevent the Wheel from rotating too fast by setting the maximum rotational speed control.”
Tseung: “Correct.”
Cheung: “Such a mechanism is better than the reed switch or the proximity switch.”
Tseung: “Theoretically correct.  We need to actually implement it.  One idea from a theoretician may take the engineers weeks or months to check it out â€" especially if they have full-time jobs.  Be patient.”

[Paul-R]

The best way to produce the PULSE
Cheung: “You can prevent the Wheel from rotating too fast by setting the maximum rotational speed control.”
Tseung: “Correct.”

Rather than a cut off switch, it would be good to have some form of proportional control, presumably affecting the voltage of the pulse.

Otherwise you may get a lot of "hunting".

[Paul-R]

Well, Lawrence, you are a sly old dog.

I've just discovered a working drawing of the Tong wheel, from the thrice blessèd Patrick:
http://www.free-energy-info.co.uk/Chapter2.pdf

Yes, its there; Chapter 2, page 56. (with stuff on pages 54 and 55).

Yes, you do have a "Mother of All Control Problems".

I think one way would be a cam wheel with 15 lumps bearing down on to 15 switches such that when the lump is half height, the switch switches to "drive" and when it is full height, it switches to "collect". The switches would be single throw double pole, I think. Tricky to source the perfect switch, but it will be in the catalogues somewhere.

Come on, fellas. Lets build up some wheels and get Lawrence's problems solved. I am wondering if the coils that can be obtained by angle grinding through the 8:1 mains transformers in microwave ovens would do. Not really ideal, but nice coils. Some transformer company that makes these might deliver a few cheaply if their name is put on the side of the device in the YouTube video. These coils are 3 inch x 4 inch (outside), and some nice big slab ferrite magnets from www.e-magnetsuk.com

I do think we need to reclaim some BEMF, circuitry possibly copied off the Robert Adams motor or the SSG. But this could be stage 2.

Off we go.