Re: Testing a Food Zappicator

[Guest guest]

At 03:56 7/01/2006 -0000, you wrote:

> I've built my Zapper and have had great results with cronic knee pain

> and now want to build a food zapper. It's really easy to build, have

> all the correct parts but don't know if its working. Is there any way

> to test it??

Three weeks ago i had a cold.After looking for what i have eaten i suspect

a food (chocolate fild with something).I have checked,with my

syncrometer,the chocolate and it was full of molds (10 differents).The

result was that i had 6 molds in my body.

Repeatedly i have checked the chocolate sample with the syncrometer and the

mold stays in the sample.

Today i have put the chocolate sample on the zappicator for 15 minutes.I

could not believe it but when i tested the sample again i found no molds.

J.P.

covent@...

[Guest guest]

Thats a good idea I'll have to try that.

> > I've built my Zapper and have had great results with cronic

knee pain

> > and now want to build a food zapper. It's really easy to build,

have

> > all the correct parts but don't know if its working. Is there any

way

> > to test it??

>

> Three weeks ago i had a cold.After looking for what i have eaten i

suspect

> a food (chocolate fild with something).I have checked,with my

> syncrometer,the chocolate and it was full of molds (10

differents).The

> result was that i had 6 molds in my body.

> Repeatedly i have checked the chocolate sample with the syncrometer

and the

> mold stays in the sample.

> Today i have put the chocolate sample on the zappicator for 15

minutes.I

> could not believe it but when i tested the sample again i found no

molds.

>

> J.P.

> covent@s...

>

[Guest guest]

I have a crazy question, or maybe not...could one

devise some kind of mechanism that would work on mold

in the home, such as mold inside the walls? Does such

a machine already exist??

--- tryin425 <headnsouth@...> wrote:

> Thats a good idea I'll have to try that.

>

>

> > > I've built my Zapper and have had great

> results with cronic

> knee pain

> > > and now want to build a food zapper. It's really

> easy to build,

> have

> > > all the correct parts but don't know if its

> working. Is there any

> way

> > > to test it??

> >

> > Three weeks ago i had a cold.After looking for

> what i have eaten i

> suspect

> > a food (chocolate fild with something).I have

> checked,with my

> > syncrometer,the chocolate and it was full of molds

> (10

> differents).The

> > result was that i had 6 molds in my body.

> > Repeatedly i have checked the chocolate sample

> with the syncrometer

> and the

> > mold stays in the sample.

> > Today i have put the chocolate sample on the

> zappicator for 15

> minutes.I

> > could not believe it but when i tested the sample

> again i found no

> molds.

> >

> > J.P.

> > covent@s...

> >

>

>

>

>

>

>

>

>

__________________________________________________

[Guest guest]

Never heard of one. Doubtful it would work, the reason I say that is

the zapper needs continuity and a path for the voltage to travel.

Sheetrock etc has neither unless its wet. IMO moisture is the real

culprit for home mold.

What I'm looking for is a way to check/see if a food zapper is

actually working. The question is is what is the food zapper

actually putting out?? The regular zapper puts out voltage and a

frequency which can be read with a multimeter. What does a food

zapper (speaker) produce??

> > > > I've built my Zapper and have had great

> > results with cronic

> > knee pain

> > > > and now want to build a food zapper. It's really

> > easy to build,

> > have

> > > > all the correct parts but don't know if its

> > working. Is there any

> > way

> > > > to test it??

> > >

> > > Three weeks ago i had a cold.After looking for

> > what i have eaten i

> > suspect

> > > a food (chocolate fild with something).I have

> > checked,with my

> > > syncrometer,the chocolate and it was full of molds

> > (10

> > differents).The

> > > result was that i had 6 molds in my body.

> > > Repeatedly i have checked the chocolate sample

> > with the syncrometer

> > and the

> > > mold stays in the sample.

> > > Today i have put the chocolate sample on the

> > zappicator for 15

> > minutes.I

> > > could not believe it but when i tested the sample

> > again i found no

> > molds.

> > >

> > > J.P.

> > > covent@s...

> > >

> >

> >

> >

> >

> >

> >

> >

> >

>

>

> __________________________________________________

>

[Guest guest]

At 22:04 13/01/2006 -0800, you wrote:

> I have a crazy question, or maybe not...could one

> devise some kind of mechanism that would work on mold

> in the home, such as mold inside the walls? Does such

> a machine already exist??

>

http://www.drmortonwalker.com/new_products.php

I never used it (to expensive).Maybe the Zappicator does the same -

J.P.

covent@...

[Guest guest]

>

>

> > Message: 3

> > Date: Sun, 15 Jan 2006 22:37:40 -0000

> > From: " tryin425 " <headnsouth@g...>

> > Subject: Re: e: Testing a Food Zappicator

> >

> > My zapper is working great, in fact I've built 6 so far for

family

> > and friends. Using a multi meter from radio shack they have all

been

> > tested. I even checked one with a scope.

> >

> > I also did as you explained but what's got me scratching my head

is

> > the (1) wire to the speaker. No signal, voltage, frequency,

noise,

> > movement, nothing on either of my north pole speakers. Now if I

hook

> > up both wires I get movement and all of the above. I can't see

how

> > this would work without (2) wires neg & pos connected.

> >

> -----------------------------------------------------------------

> > This is not ordinary electricity.In radio electricity you do

not

> > need 2 wires.

> > To understand it you must imagine that your zapper is a radio

> > transmitter.

> > Many radio transmitters use a long wire antenna and the

connection

> > between

> > the transmitter and the antenna is made with one wire.

> > How this can work is too complicated to explain in a email

> > message.You need

> > to study several books. -

> >

> > J.P.

> > covent@s...

>

I am just guessing at this point that you are getting nothing— " No

signal, voltage, frequency, noise, movement, nothing on either of my

north pole speakers " —because you are not connecting the speaker up

to the (+)output of the 1 kHz zapper. The (+) output should come

from pin 3 of the 555 CMOS timer chip thru R3 (1 K resistor) to the

(+) output. You should see some movement of the speaker cone when

you momentarily connect the 1.5 V AA battery into the zapper

circuit, with just the one wire from the (+) output of zapper to (+)

terminal of the speaker. Also, maybe you had the (+) and (-)

terminals of the 1.5 V AA battery connection reversed when

connecting to the circuit??? So, make sure of these two things --

the battery connection and that you are connecting to the (+) output

of

the zapper—and do the test once again. Let us know what you get.

I will do the test again and see if I can repeat what I did several

months ago—maybe I am off-track with regards to how to do the test.

By the way, how did you test your zappers for their frequency

output ?

Bob

I dbl checked all of my connections pos & neg are correct. Still

nothing out of the speaker unless I connect both a pos & neg from

either the battery or zapper. My speakers are both marked pos & neg

also. If I connect the speakers to the zapper to both P & N I'll get a

very low whine and that will change according to where I put the

potentiometer. Checking the zapper with my DMM I get no voltage or

freq. with just the pos connected. With both P & N connected it'll

read volts and freq.

Thanks for the help, but I'm still scratching my head.

Pete

The way I'm checking the freq. is with a radio shack 22-811 DMM.

[Guest guest]

On Jan 17, 2006, at 7:38 AM, Pete wrote:

> I dbl checked all of my connections pos & neg are correct. Still

> nothing out of the speaker unless I connect both a pos & neg from

> either the battery or zapper. My speakers are both marked pos & neg

> also. If I connect the speakers to the zapper to both P & N I'll get a

> very low whine and that will change according to where I put the

> potentiometer. Checking the zapper with my DMM I get no voltage or

> freq. with just the pos connected. With both P & N connected it'll

> read volts and freq.

>

> Thanks for the help, but I'm still scratching my head.

> Pete

>

> The way I'm checking the freq. is with a radio shack 22-811 DMM.

>

> Message: 6

> Date: Tue, 17 Jan 2006 02:43:50 +0100

> From: Pierre Covent <covent@...>

> Subject: Testing a Food Zappicator(for tryin425)

>

> Dr. never says that the cone of the speaker must

> vibrates.This is

> impossible with only the +wire of the zapper connected to the +wire

> of the

> speaker.She use a speaker because it is a cheap device who obtains a

> permanent magnet with a coil around it.

> She does not know how it works but with the syncrometer you can

> test if eg.

> benzene in food is disappeared after 10 minutes on the zappicator.

> The zappicator is not the only mysterious device from Dr. .I have

> build her syncrometer and use it with succes.I understand the

> electronic

> circuit (i am a radio technician) but the last step,the interaction

> of the

> syncrometer with my body,stays mysterious for me.

>

> J.P.

> covent@...

>

Pete -- I apologize for misleading you on the speaker cone vibrating

with only

one wire connected. J. P. is right -- with only the + wire from the

zappicator

connected to the + terminal of speaker, the cone will not vibrate.

It does

vibrate only when both + and - wire are connected to the speaker as

you stated.

Again, Pete, with only the one wire connected, the speaker is acting

as an antenna,

so it is transmitting the 1 kHz frequency/vibration into the air from/

thru the

permanent magnet & coil -- is that a correct way to say it, J.

P. ?? This is RF

or Radio Frequency magic -- the zappicator is emitting a 1 kHz frequency

or emission somewhat like a radio station transmits its RF signals

thru an antenna

into the air, thru the air to your radio which picks up the

modulations in the air,

and then feeds the signal to the speaker to cause a sound.

Radio's work, right ? Since the zappicator works on the same RF

principles, it

should work too -- right ? And, Hulda has proven the effects with the

Syncrometer.

Note on page 492 of " The Prevention of All Cancers " , what Hulda says:

" There will be no sound because no current is flowing. But, a very

tiny voltage

and the 1 kHz frequency are affecting all the food that touches the

plate

(she should say plastic food box) or touches other food that is touching

the plate (plastic food box). " To me, this last sentence implies

that the food

box is picking up the vibrations or frequency of the speaker magnet/coil

and transmitting same to the food. So now, move questions !!!

Is the food box then serving the function of a

receiving antenna, like the antenna in a radio ??

Is the food box surface actually vibrating @ 1kHz frequency ??

Could we feel the 1 kHz vibration by touching the food box surface ??

What do you think about this, J. P. ?? Is there some way to feel/hear/

see

the surface of the food box vibrating at 1 kHz ?? If so, we could

use this

method to prove to ourselves that our zappicators are actually working

all the way thru the " system " to the food being zappicated -- from the

zappicator + output thru the wire to the speaker terminal, thru the

speaker magnet/coil, thru the air, to the plastic food box and lastly,

into the food. Maybe, if we put some small light particles of

something -- maybe salt, plastic beads, ??? -- on the food box

surface, we could observe or see the 1 kHz vibration ???

Then Hulda says in that same paragraph, " That is easy to see on a

frequency counter. " What the heck does she mean by this statement --

now, I'm scratching my head ???? What is she referring to with the

word " that " -- is " that " referring to the effect of the " very tiny

voltage

and 1 kHz frequency " on the food setting on the plastic food box ??

What I am now pondering is how she is connecting the frequency

counter, and to what, to " see " this effect ?? J. P --- do you have

any idea of what she is meaning here ? Perhaps she simply means

reading the output of the zappicator with the frequency counter.

Pete, you asked how to know that your zappicator is working correctly.

An answer to your question comes not from me but from Hulda's book

(see quote below). You are testing it correctly by connecting to both

the P & N outputs of the zappicator.

From " The Prevention of All Cancers " , page 496:

" If you have a voltmeter and wish to check the output you will find it

measures approximately 4.5 V. That is because the zappicator is

switching between nine volts and zero volts about 1000 times per

second. The average of nine and zero is 4.5. "

Be aware that when testing at the zappicator output points,

one knows only that the output of the zappicator is OK - but to know

that

the 1 kHz vibration is getting all the way along the path to the food

setting

on the food box, we would need to somehow " see " the effect on the food,

or be able to sense that the food is getting vibrated, or zappicated.

Pete, I think I just came across another way to check the zappicator.

Take a look a page 504 of the Prevention book, first paragraph under

the title " Using the Zappicator Food Box " , first sentence.

" Metal objects, like cans, placed on the zappicator will become

magnetized by zappicating, showing a south pole at the base and

north pole at the top. " I tested a can of food with my compass,

where the can was in the same orientation as it was on the shelf.

Holding the compass on either the east or west side of the can,

it was north polarized at the top, and south polarized at the bottom.

Being north polarized at the top means that the red pointer of the

compass, that normally points to north pole, points directly at the can.

Then I turned the can over (top to bottom) and the polarization

immediately was reversed -- north at the bottom, and south

at the top. I am in the process of doing a test to see how

long it takes for the polarization to shift back to being full north

at the top of the can, and south at the base of the can. After

getting this time, then I could do the same thing again, i.e.,

reversing the can top to bottom, and see how long it takes

to change back, but this time placing the can on the food/speaker

box with the zappicator on. If what Hulda says is true (see

the first sentence of this paragraph), then I would think the

time it takes to change the polarity back to what it was

originally, would be much less, perhaps a matter of minutes.

If, indeed, the time to reverse the polarity using the zappicator

is significantly less than when not using it, then I believe that

one could deduce that the zappicator is doing it's thing.

Pete -- do you have a food box built ?? Do this test and

let us know how long it takes to reverse the polarity back

to north at the top and south at the base, using zappicator.

I will report tomorrow the results of my test to see how

long it takes for the earth to reverse the polarity. So far it

is looking like it is going to be days rather than hours.

Happy testing,

Bob

Be aware that with this test,

[Guest guest]

Folks , not sure if speaker works as an antenna even with 1 wire...

Besides there are other ways of making an antenna which can be

calculated according to halfvawe emitted...

Can someone post a schematics of zappicator?

Rowe wrote:

>

> On Jan 17, 2006, at 7:38 AM, Pete wrote:

[Guest guest]

>

> I've built my Zapper and have had great results with cronic knee

pain

> and now want to build a food zapper. It's really easy to build, have

> all the correct parts but don't know if its working. Is there any

way

> to test it??

>

I have pondered this question myself. Here are a couple things I came

up with for people not proficient in the syncrometer:

- Buy 2 speakers for you zappicator. Make sure one is north polar faced

(the recommended speaker in her books) and the other is south polar

faced. Buy a piece of fruit like an organic orange. Double soak hot

wash it and peel it. Place half the orange on the north polar speaker

just like regular zappicating. Zap 20 minutes. Then place the other

half of the orange on the south polar speaker and zappicate for 20

minutes. Compare the 2 halves of fruit in taste.

- My second is much more involved but I don't see why this would not

work as well. Take your zappicator and north pole speaker box to your

local university. Visit the microbiology lab where you could talk to a

student proficient in bacteria and microscope work. Place a slide of

live bacteria under microscope and view them. Then place the

zappicator box under the slide and turn on your zappicator. The

bacteria should die.

Take care,

Corey

[Guest guest]

> >

> > I've built my Zapper and have had great results with cronic knee

> pain

> > and now want to build a food zapper. It's really easy to build,

have

> > all the correct parts but don't know if its working. Is there

any

> way

> > to test it??

> >

>

> I have pondered this question myself. Here are a couple things I

came

> up with for people not proficient in the syncrometer:

>

> - Buy 2 speakers for you zappicator. Make sure one is north polar

faced

> (the recommended speaker in her books) and the other is south

polar

> faced. Buy a piece of fruit like an organic orange. Double soak

hot

> wash it and peel it. Place half the orange on the north polar

speaker

> just like regular zappicating. Zap 20 minutes. Then place the

other

> half of the orange on the south polar speaker and zappicate for 20

> minutes. Compare the 2 halves of fruit in taste.

>

> - My second is much more involved but I don't see why this would

not

> work as well. Take your zappicator and north pole speaker box to

your

> local university. Visit the microbiology lab where you could talk

to a

> student proficient in bacteria and microscope work. Place a slide

of

> live bacteria under microscope and view them. Then place the

> zappicator box under the slide and turn on your zappicator. The

> bacteria should die.

>

> Take care,

>

> Corey

>

I forgot to mention the second option using live blood analysis.

Many alt. people with a dark field microscope might be curious of

the technology and not even charge you to view things.

Take care,

Corey