Peter Daysh Davey Water Heater Query

[PhysicsProf]

Prof. Savic -- there are missionaries and members of my church "family" in Serbia who might be able to help with your son so he can get better medical attention. If you agree, please contact me ([email protected]) or email directly to:

Bulgaria Sofia Mission Contact Information
Mission Office
Bulgaria Sofia Mission
yl. Marin Drinov No. 21
1504 Sofia, Bulgaria
[email protected]

Tell them that Dr. Steven Jones, Emeritus Professor at Brigham Young University suggested that you contact them urgently. I will make the contact if you wish.

[PhysicsProf]

Hi,

sometimes we make simple things difficult, C or K just like Steve says. When presenting change in temp atleast here we use K.

I can not make tests with no loss in practical, real running tests.

Value for no loss is 1,16 Wh / litre-degr C or K Temp rise, but the interesting thing here will be comparing to standard heater element in exactly the same boiler, thats what I did. That is the closest I can get to true cop right now.

And I can say this is a beauty, but more will come if I can find a way to work with this not only in my spare time. I see proof of cop that almost scares me.


I am the worst business man ever walked on earth and refrigerator is close to emty , also I would like to share more but I think people with the cash will steal it from us.
So for now I have shared what I think you need for experimenting this to a working device, I have shared more with some that have signed agreement of silence.

And remember this was given to us from Slovenia and Savic!
[snip for brevity]

Kind rgds D

I understand, friend, but at the same time a couple of points if I may:

1. THIS TIME I sincerely hope that we will not be guided by fears but rather by hopes for mankind. I have a sincere interest in those of developing countries, for example.

2. I have listened to this Timothy Thrapp who has a "sonic boiler" I think (has a compelling video and engineers who have seen it) -- but he won't give out the information. Sad. He said he based his work on Keely's sympathetic vibrations (resonance) -- Keely IMO took his secrets to the grave. But this Timothy said something that is important I believe, which I transcribe here from a radio interview from May 2009:

http://pesn.com/Radio/Free_Energy_Now/recordings/2009/090504_TimothyThrapp_WITTS.mp3

They've been recently asked to quit operating in that way. They used to basically intimidate and lie and whatever they could do, to get these new technologies that came out... NSA is one of them... They're interested in energy technology.... Standard operating procedure for many years has been to do exactly that and to intimidate the inventor so bad and threaten him... But about two years ago they was a major change at the highest levels of government which is basically the super-rich bankers... I've seen a BIG change in the way they operate in the last two years.... they actually had to apologize... It's good to see that, good to see that the changes are.. positive, and that the little guy has a little more freedom.

I take hope from that (which counters fear). I don't think you have much to fear really, DaemonBart. I feel that you will act in a wise way and pray that you will do so and be protected AND (as I explained above) you and Prof. Savic and contributors such as Slovenia will be given a large reward (if you accept) for your contribution to mankind!

I believe that with hope and love for mankind, THIS TIME the information will get out to mankind.

--Steven Jones

[daemonbart]

Correct!

Hi,

sometimes we make simple things difficult, C or K just like Steve says. When presenting change in temp atleast here we use K.

I can not make tests with no loss in practical, real running tests.

Value for no loss is 1,16 Wh / litre-degr C or K Temp rise, but the interesting thing here will be comparing to standard heater element in exactly the same boiler, thats what I did. That is the closest I can get to true cop right now.

And I can say this is a beauty, but more will come if I can find a way to work with this not only in my spare time. I see proof of cop that almost scares me.


I am the worst business man ever walked on earth and refrigerator is close to emty , also I would like to share more but I think people with the cash will steal it from us.
So for now I have shared what I think you need for experimenting this to a working device, I have shared more with some that have signed agreement of silence.

And remember this was given to us from Slovenia and Savic!

I think many mix understanding into that 10 Wh must be 10W running for one h, that is of course 10 Wh also.
Still if I have more load I can use my 10 Wh in any length of time.
In my case I connect 1kW or 1000W for 5 minutes, that will be = 1000/60 = 16,6 Wh consumed every minute in 5 minutes. So total consumption = 16,6 x 5 = 83Wh

Kind rgds D

Great! thanks, DB!

Fellas, degrees C and Kelvin K have the same "size" (just a different starting point) and the equation calls for (temp2 - temp1) = temp rise, so we can say temp rise in C or K, makes no difference.

Q =4.19 (mass=60,000 g) (T2-T1) for both the control with resistance heater and for DB's device.

So -- I think I'm understanding DB here -- the ratio gives the COP,
COP = Q device/Q resistance heater (for the same input energy 83Wh from the grid),
and COP = Q device/Q resistance heater = (Temp rise device)/ (Temp rise resistance heater). The specific heat and mass -- "divide out".

So with the same input energy of 83 Wh for the device and the control= resistance heater, DB finds
COP = 4.2/0.6 = 7 -- > fantastic!

Thanks again, DB. Awesome. Totally awesome. Some day I would just like to see this beauty for myself -- I do find such results beautiful.

[PhysicsProf]

I promised to post results for sonic boiler:

5 min 1kW, temp rise in 60l water: total input from grid = 83 Wh, temp rise = 4,2 K. Result with resistance heater 0,6 K. COP = 4,2/0,6 = 7

Kind rgds D

Great! thanks, DB!

Fellas, degrees C and Kelvin K have the same "size" (just a different starting point) and the equation calls for (temp2 - temp1) = temp rise, so we can say temp rise in C or K, makes no difference.

Q =4.19 (mass=60,000 g) (T2-T1) for both the control with resistance heater and for DB's device.

So -- I think I'm understanding DB here -- the ratio gives the COP,
COP = Q device/Q resistance heater (for the same input energy 83Wh from the grid),
and COP = Q device/Q resistance heater = (Temp rise device)/ (Temp rise resistance heater). The specific heat and mass -- "divide out".

So with the same input energy of 83 Wh for the device and the control= resistance heater, DB finds
COP = 4.2/0.6 = 7 -- > fantastic!

Thanks again, DB. Awesome. Totally awesome. Some day I would just like to see this beauty for myself -- I do find such results beautiful.

[RAMSET]

Paul,
We have never worked in Fahrenheit here
I must admit I don't quite understand the "K" ??

Thanks
Chet

[wrtner]

I promised to post results for sonic boiler:

5 min 1kW, temp rise in 60l water: total input from grid = 83 Wh,
temp rise = 4,2 K

Are you measuring the water in litres and the temperature rise
in degrees F? If, so, you need to be VERY careful with your
specific heat.

What value for your S.H. ?

If you are using 4.18, then you must use litres and multiply by
1000 (or cc) with degrees centigrade.

Paul-R

[RAMSET]

I believe in miracles.............

What a beautiful Boy!!

Thank you Slovenia..............

Chet

[Slovenia]

Good Idea Haan. Thanks!!

Please post a picture of the boy.
All faces are unique and it will help to direct prayers to him.

Sick Boy Branislav

[MonsieurM]

Cherryman, this is fantastic 3d drawing...is it wings 3d...really love it

Thanks again

[daemonbart]

Results!

I promised to post results for sonic boiler:

5 min 1kW, temp rise in 60l water: total input from grid = 83 Wh, temp rise = 4,2 K. Result with resistance heater 0,6 K. COP = 4,2/0,6 = 7

Kind rgds D

Hi Steve,

I dont mind telling

I have done many temperature tests and doing it almost everyday! I will post the requested data later today.. 60l temp rise in 5 min with 1kW input.

That will be the same as 83Wh, with resistance heater and no loss the water should rise 0,87 K, in real it will rise only 0,7x0,87 = 0,6 K

We will see what I can do with my sonic setup

Kind rgds D

[Slovenia]

Thanks!!!!

Hi Cherryman,

Sorry for the inconvenience. Your drawing ability is fantastic. Thanks a lot!!!!

Best Regards,
Slovenia

The pics were uploaded large, somehow the forum reduces them.

I reloaded them to tinypic:

There you are, glad I could help.

Peace.

[daemonbart]

I will pray to!

I so much wish I could make him strong, my focus will be on this poor boy and he must recover all my love to Savic family!

With love D

The boy is in very bad shape. He is bleeding very badly in his intestine again. The hospital just can't seem to get him squared away. His parents are very concerned indeed. It's disrupting their life big time worrying about him. At one point several days ago he showed some signs of improvement but now he's in bad shape again. So, we need your prayers really bad for this little guy. He is a very intelligent well liked kid.

[Cherryman]

The pics were uploaded large, somehow the forum reduces them.

I reloaded them to tinypic:





There you are, glad I could help.

Peace.

[Slovenia]

Great Images

Cherryman,

Great images your provided for us. Would you be so kind as to enlarge them a bit so we can have a better look at them. I'd like a large copy of each of your five images if possible. The original image and the last four. Thanks in advance!! Your drawings are great.

Best Regards,
Slovenia

Thinking out loud again. (Not claiming anything)

Well, the most simple way. Easy accessible and due to the threading step-less variable. Would be using the same principle, adapted to the design.

I tried a little , see pic below.

But of-course this also could have a bad interference.

In the pic below you take a threaded rod, or long bolt so it dubble functions as the cup holder and when you turn it, pushes or pulls at the top of the can.

The top disc, has a little flat ring in the middle, when you tighten the ring , the dish is pressured.

[Cherryman]

Thinking out loud again. (Not claiming anything)

Well, the most simple way. Easy accessible and due to the threading step-less variable. Would be using the same principle, adapted to the design.

I tried a little , see pic below.

But of-course this also could have a bad interference.

In the pic below you take a threaded rod, or long bolt so it dubble functions as the cup holder and when you turn it, pushes or pulls at the top of the can.

The top disc, has a little flat ring in the middle, when you tighten the ring , the dish is pressured.