Presentation of Vernie Blueprint Hybrid Magrav Generator v1

No, smaller, please

this is too yeah, ok.

Can you smaller the picture is too much.

Yes! That's.. A bit more, a bit more, a bit more.

a little bit more please, Rick?

That we see the whole picture.

Ok! That's perf... No, you've got to go down,

you've got to go up, go up? Yeah, that's it, perfect!

Ok! Carry on Vernie, please?

Ok, yeah!

Err, the bottom of this err, err, document you can see the Magrav unit,

this is err,

this is the starter that we used,

and they are numbered as, the bottom part as 1,

the middle part as 2, and 3.

These are in the middle, these are err, gans balls,

which on the upper right we have a legend there, of what's in there.

Err, err, gans inside the plastic balls,

these are for the number 1, this is CO2 gans coated,

for the middle part, err, copper oxide gans coated,

and on the topmost CH3 gans coated.

So, as you see, those who already have the Magrav units,

you can use them by simply adding other components, that is shown above.

So, we have up on the upper right, oh, upper left,

err, below the starter circuit, we have our power strip, where we connect our load.

And on the right side, in the, err of that power strip,

we have the pink err, box, a refrigerator, represented by the box,

what's shown inside is a drawing of the circuitry inside.

But what you see on your refrigerator,

coming out, is only 2 wires that is the plug,

there is a 3rd wire there, err, for those that have a capacitor, this one is used in here.

On, on the upper, that is the light blue box, is a compressor, added by Douglas as a load also.

Then on the upper right, we have the plasma capacitors,

these are a special err, type capacitors where we added err,

an aluminium layer on top of the paper, err, which is also gans coated,

which the details can be shown on the next page of this document.

For now let's, let's err, discuss first this page.

Ok, for the starter circuit, this set up was done using a starter circuit,

in this case we have err,

a battery, which is a DC battery running err, a 6 volts, 12 volts DC motor,

turning the shaft of a submersible pump.

We open the pump, we have this submersible pump, there is a shaft in the middle, which can be rotated.

Err, if you supply this pump with the positive and negative at the back, on the right side, this shaft will rotate.

In this case, we do it in reverse, we rotate the shaft and it will supply err, electricity on the other side.

So, we use this as a starter source,

just to start the system, when the system clicks, when you hear a click from the refrigerator,

then you can disconnect this, and you have a self running system.

The role of err, the starter is only, just like a car, you cannot run the car without starting it.

So, this is it, for now, err since this is our first prototype, but works well.

So we have there a switch, to change over the connection, err, on the right side of the starter circuit.

You see we have the specs, also, of what err, Douglas used, the type of submersible pump,

a capacity there, is written, 400 gallons per hour.

So, you can do the same, this is a very cheap, euh, device.

Actually, all of these, except for the Magrav, are off the shelf, and every home already have a compressor,

which is found in the refrigerator, so this is very much do-able.

In here we showed, euh a detailed connection of wires, on how we connect the compressor,

the light blue box, and in relation with the refrigerator.

So, if you follow the lines, all the dots, across 2 lines, means they are connected,

err, that's this, err, that's what it means.

So... let's follow the,

on the capacitors, they are all connected in parallel with each other.

They, these are all capacitors, of similar construction,

and...

they're joined err, together using (oberst??) nano coated wires.

By the way, all these connections on the capacitors, on the, going to the Magrav

err, unit are all nano coated wires, err.

They are all nano coated wires.

The only that is not nano coated is the power strip, and on the battery side, the starter circuit.

And of course, the wire, that is from the refrigerator err, that goes to the err, power strip plant.

Ok? Err, at first, you have to initiate this to charge,

so it to have the charge.

When this refrigerator, in the pink, in the pink err, box,

err, initially charged by our starter circuit,

we have the detail here, that the motor circuit,

initially, the, the wire, from err, the connected wire going to the capacitor on that refrigerator,

charges up this circuit, the SMC circuit,

up to a point that the changeover to C & R, which is the running coil of the circuit takes over.

So, the PPC, there you see, it's a switch, built in on the rev, you don't have to put that,

it's already on the rev, we just put the detail that you can understand the operation.

So, when the motor is on running condition, this PPC will cut off,

and will change to running condition, and you hear a click.

Usually, you rev, when you start your rev,

you will hear a click in a few minutes,

maybe less than 3 minutes, or less than a minute, you will hear a click.

That click is from that circuit err, that cuts off the starting coil.

With this,

err, when it is running,

err, this, err circuit, if it is connected to the Magrav, err,

they communicate with the Magrav, because this,

our refrigerator, also at first, runs err,

just like a generator the moment before it cuts off.

So, when it, it discharges err, a supply to the Magrav.

The Magrav is funded, then we have this oscillation between them,

then we have a mutual err, flow of energy between the load,

which is the compressor of the refrigerator, and the other compressor, and the Magrav.

The moment it happens that way,

we have err, what we call an oscillation between the two,

then we can disconnect the starting.

Just like the car, when you start you don't continually turn the key in starting mode, you have to turn it off.

Similar to that one, this is how it is done.

So, I could say this is err, primitive way of doing things, but it works well,

umm, and as you know it, it can carry up to 5 kilowatts of loads.

The role of the Magrav here is to err,

provide the extra energy, because if some would say,

those who are familiar with this circuit, the compressor circuit, they would say,

“Oh, that's, that's not a Magrav system, that's a generator set up using the compressor.”

But when you do that, without the Magrav,

you cannot sustain, because you don't have the extra energy, it will back down,

because of err, the design of the motor, and of course the resistance.

With a Magrav, you can sustain, and in fact you can go beyond err, err,

that point

that you can supply more than err, 4 kilowatts of err, load.

The capacitor here is a very important component,

err, that's why it is designed that way,

different from our usual capacitors.

The aluminium layer you can err,

literally, err, err catch up, that charges from the gravitational field in the middle going up,

the aluminium there err, is a huge err, err, factor than our previous design of capacitor.

So, it, it resonates well with our Magrav,

and the whole system err, resonates back with each other.

So, this err, is how they communicate with each other, it's just a give and take err, err, situation.

If you see the red wire and the black wire,

you will see red wire connects to the black wire,

black wire connects to the red wire, similar to the grav. connects to the mag.

This is a consistency in connection, this is how also plasma works,

magnetical connects to gravitational or gravitational to magnetical.

So, we have passed this err, months ago,

we have understood this, and indeed when we have applied this,

this way, we were successful with the set up.

Ok?

Do you have any questions?

So, Vernie, I've got a question, for the starter circuit, can we also use a fish tank pump?

Yes!

This is a fish tank pump!

This is a fish tank pump, ok!

Yes, it is a fish tank pump.

We... you've got to understand, when this was set up

err, looked at the easiest way to do it, that it can deliver....

Just one second, please?

Hello?