Pulsed DC Transformer with Embedded Magnets

[ltseung888]

Could someone please post where we can DOWNLOAD the Magnacoaster patent pages.

Thank you very much.

.

See reply 64

[FatBird]

Is it just me or do others see a SIMILARITY between the Magnacoaster and Floyd Sweet’s Overunity Device?

1.  BOTH use a Coil between 2 Magnets.
2.  BOTH produce an output that’s overunity.

Here is a good site about Sweet’s device:

http://jnaudin.free.fr/html/vta.htm

.

[ltseung888]

Is it just me or do others see a SIMILARITY between the Magnacoaster and Floyd Sweet’s Overunity Device?

1.  BOTH use a A between 2 Magnets.
2.  BOTH produce an output that’s overunity.

Here is a good site about Sweet’s device:

http://jnaudin.free.fr/html/vta.htm

.

The lower magnet of the Magnacoaster arrangement has different polarity and has an air gap.  A mushroom shaped magnetic field was produced.

The research gets more interesting.  We can have different arrangements to lead-out electron motion energy.  There will be a fleet of FLEETs.  We encourage anyone or organization to experiment and produce their own FLEET.  Do not wait to copy or replicate.  Many LCR resonance circuits can be developed.

[ltseung888]

Presentation at the Hong Kong Invention Association on March 21, 2010

Inventor 1 : “I like the new approach.  Pulse PC at resonance frequency from the Primary to the resonance circuit in the Secondary.  This is much better than the Tong Wheel.”

Inventor 2: “You could have saved much time and resources if you thought of this first.”

Inventor 1 laughed: “This is the fun and the torture of inventing.  One never knows when the right inspiration comes. “

Tseung: “Do you think you will participate in the research and development of FLEET?”

Inventor 2: “What do you want us to do exactly?”

Tseung: “Get the right equipment as followis:
1.   Oscilloscopes
2.   Multimeters that can meaure capacitance
3.   Inductance meter
4.   Diodes
5.   Toroidal Transformer with 2 equal windings
6.   3 capacitors with different values (from 1 microfarads to 10 nicrofarads.
7.   A variable inductor that can vary from 0 millihenry to 20 millihenry.
8.   5 Resistors from 1 ohm to 100 ohm.  Get more 1 ohm resistors.”

Inventor 1: “These are all ready-made components from the electronics stores.  Do we need to build anything?”

Tseung: “No.  You just need to connect them up with wires and test.  The test is to confirm whether Pulsing DC at the resonance frequency from the Primary can lead out electromagnetic energy to the Secondary consisting of a LCR resonance circuit.  In other words, can COP be achieved in a general case.”

Inventor 2: “Can you spell out the exact stelps?”

Tseung: “The steps are:
1.   Measure the inductance value of the Secondarry Coil in the toroidal transformer.
2.   Select the first capcitor, and the first resistor.
3.   Use the LCR calculator from the Internet to calculate the expected frequency from the three values in 1 and 2.
4.   Connect the circuit as in the Stan Meyer diagram or the diagram shown.
5.   Put Oscilloscopes on the Input and Output to measure the wave forms of the voltage and the current (voltage across a one ohm resistor connected in series).  The Power can then be displayed and/or calculated.
6.   Compare the Input Power and the Output Power.  Is COP greater than 1?
7.   Vary the Input Pulse frequency to determine whether the best result is obtained.
8.   Vary the variable inductor value to determine whether the best result is obtained.
9.   Record the values.  Note the COP value in all cases.
10.   Repeat steps 2-9 with a second and a third value of the capacitor.
11.   Repeat steps 2-10 with different values of resistors.
12.   Determine whether the general theory of â€" Pulsing DC at resonance frequency from the Primary can lead-out electromagnetic energy to the Secondary consisting of a resonance circuit.”

Inventor 1: “ When you have the equipment ready and everything hooked up, I shall not mind spending an afternoon taking some readings or double checking some results.”

Inventor 3: “I happen to have space available.  You are welcome to use it for free.”

Inventor 2: “Give us an estimate of the total material cost.  We may be able to help.  Some of us already have oscilloscopes, multimeters etc.  We do not mind loaning them to you for short periods to do the experiments.”

Inventor 4 “I am associated with Universities in Hong Kong and China.  Do you mind if I pass the information to the Electrical Engineering Departments there?  They should have all the equipment already.  They also have research students eager to learn and participate.”

Tseung: “This is for the benefit of the whole World.  Please pass the information to as many groups  or organizations as possible.  They are free to publish papers or produce products.”

Inventor 5: “We can use the name of the A Invention Association when we publish the experimental results.  That will boost the image of our Association.”

[Paul-R]

Presentation at the Hong Kong Invention Association on March 21, 2010

Inventor 1 : “I like the new approach.  Pulse PC at resonance frequency from the Primary to the resonance circuit in the Secondary..."

This is an odd way of putting it. I presume you agree that we
pulse the primary circuit at its resonance. The core will then
deliver this frequency to the secondary coil which will then
drive that circuit. This second circuit must be designed to
have the same resonant frequency as the first.