Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[stprue]

OK, I think this is relevant to TK device because it has 50Hz transformers, diode bridges and capacitors, and it can do something that was worth to patent it (maybe).

http://www.freepatentsonline.com/EP2387142.html

But I'm quite not sure what it could do.

Placing a diode in the primary circuit of a transformer would mean to lose half of the input power, wouldn't it?

Or did I miss something with respect to physical laws?

Why would you need to rectify and already DC input?

[frantz]

Familiar?

http://patentscope.wipo.int/search/en/WO2011145975

English

https://docs.google.com/viewer?a=v&q=cache:hfCIbClCT6UJ:https://data.epo.org/publication-server/pdf-document?pn%3D2429071%26ki%3DA1%26cc%3DEP Khoryakov und Stepanov&hl=hr&gl=hr&pid=bl&srcid=ADGEESgh_fFQG-AzU2NHNQRgNQ-E0QzOFDawi8hRgiqMD5wS0B8UKyT4WNXufSfPLGJ1T2NFcVlUnvkM2vkMvy1NDMEauFT-b3_lCZg8P--8hdnOQDG_QiCxVw-4DHCVT1bk8enkfyGR&sig=AHIEtbQAeWcumlEDhiK35-CTxqx__tKH3w

Very interested circuit!
Did you replicate it?
This solution is not so complicated, maybe we should to replicate this?
Regards

P.S.
CY it should be astable multivibrator (two outputs).
In my opinion frequency of inverter will be << from multivibrator (maybe 10 maybe 100 times).
Matching transformer it is current transformer... ? Or not...

[TinselKoala]

@zm: yes, that diode 1 makes no sense to me, and it doesn't seem to be mentioned in the description of the circuit in the text either. Text says primaries are connected to AC power source, not pulsed DC, and the diode 1 isn't mentioned.

I'm too lazy to read the whole patent. Maybe it's explained somewhere else, or just there for illustration, or maybe even it's a mistake.

[TinselKoala]

Familiar?

http://patentscope.wipo.int/search/en/WO2011145975

English

https://docs.google.com/viewer?a=v&q=cache:hfCIbClCT6UJ:https://data.epo.org/publication-server/pdf-document?pn%3D2429071%26ki%3DA1%26cc%3DEP+Khoryakov+und+Stepanov&hl=hr&gl=hr&pid=bl&srcid=ADGEESgh_fFQG-AzU2NHNQRgNQ-E0QzOFDawi8hRgiqMD5wS0B8UKyT4WNXufSfPLGJ1T2NFcVlUnvkM2vkMvy1NDMEauFT-b3_lCZg8P--8hdnOQDG_QiCxVw-4DHCVT1bk8enkfyGR&sig=AHIEtbQAeWcumlEDhiK35-CTxqx__tKH3w

I'm quoting the description from the WIPO application here because it is actually very clear and understandable and explains this interesting circuit well enough to get builders started. I don't know what it has to do with Kapanadze but it's a neat circuit anyway.

(EN)The invention relates to the field of electrical engineering and can be used for the autonomous supply of electrical energy to electrical consumers. The technical result consists in a manifold increase in an uninterrupted operating time which is equal to the service life of the rechargeable battery using one DC current source. The autonomous power supply source with a recharging function using one rechargeable battery comprises a DC source and an inverter, with an active load being connected in parallel with the output of said inverter via a bridge rectifier. The autonomous power supply source with a recharging function using one rechargeable battery is equipped with a second bridge rectifier, a matching transformer, two electronic transistor switches with a control system, a diode and capacitors, wherein the input of the second bridge rectifier is connected in parallel with the secondary winding of the matching transformer, the primary winding of said matching transformer being connected in series with the output of the inverter and the input of the first bridge rectifier, wherein a capacitor and, via an electronic switch, a load with a capacitor are connected in parallel with the output of said first bridge rectifier, the output of the second bridge rectifier is connected to the capacitor and, via a second electronic switch and a diode, to the DC source, while the control electrodes of the transistor switches are connected to a control circuit.

I think the "control circuit" CY is probably a function generator making alternating squarewave positive pulses out the two outputs, which can be done simply with an ordinary FG and some easy TTL or CMOS logic. But at what frequency and duty cycle?

ETA: I see from the "figure2" that I am right about the control pulses, and they are 50 percent duty cycle, alternating, positive going square pulses. But..... all I can find is that they should be "at a specified frequency". But I can't find what the specification is. Anybody got any idea? It will help when choosing the other component values and circuit layout.

[frantz]

I'm quoting the description from the WIPO application here because it is actually very clear and understandable and explains this interesting circuit well enough to get builders started. I don't know what it has to do with Kapanadze but it's a neat circuit anyway.

I think the "control circuit" CY is probably a function generator making alternating squarewave positive pulses out the two outputs, which can be done simply with an ordinary FG and some easy TTL or CMOS logic. But at what frequency and duty cycle?

TinselKoala,
I think, as I wrote above, this is astable multivibrator with two outs.
Watch waveform of current inside patent, please (FIG.2)


Regards