Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[screen]

Mr. Nickz the "face" of the video is me! and show how the device operates Barbosa, Use 2 undutores with opposite poles and a driver with about 300 amps of current without tension, and when I put the 3 undutor without generating secondary voltage of 165v on the primary and 4 amps, could add more "captors" to the thread. Here in the forum do not diagrams, do tests and videos demonstrating its actual operation!
Cheers!

[elementSix]

I have found an  Input Circuit for My setup.  I want to start it with a 9 Volt battery.  So I am using this or a similar Stun Gun Circuit.  I am pretty sure it is what I need, but not 100% sure..
This is just some info from the patent..  I'm just not sure of the Impulse Duration, it might be way to long, but that can be adjusted some how.

FIG. 2 depicts another embodiment of the electroshock device. This embodiment is distinguished by a different sequencing of the polarity for activating diodes 10, 11, and 12, which is possible with a different phasing of the coils of transformer (, by the absence of limiting resistor (5). Compared to the description in FIG. 1 (since the position of the discharger (16) in the discharging circuit of the capacitor (9) has several variations), the discharger (16) in this variant of the device is included in the capacitor's discharging circuit between diode (11) and the terminal of the capacitor (9). In addition, a constant or trimming resistor (18) is introduced, to be included in the charging circuit of the supplemental capacitor (9) in sequence with diode (10), up to the point of contact of the terminal of the capacitor (9) and the discharger (16). The device works as follows: The charging speed of the capacitor (9) is determined by the size of the resistor (18), and is always less than that of capacitor (4). During the time it takes for capacitor (9) to charge up to the maximum voltage of the charge of capacitor (4), capacitor (4) has time to be charged up to the ignition voltage of the discharger (6) multiple times, and to discharge multiple times through discharger (6) and the primary coil (7) of transformer (. The ignition voltage selected for discharger (16) is 2 to 2.5 times greater than that of discharger (6). The charge potential of the capacitor (9) cannot ignite the discharger (16), even if electrodes (14) and (15) were short-circuited, until the potential of the high-voltage impulse of the coil (13) is applied. At the same time, the capacitor (9) discharges through the discharger (16) into the ionized channel of the airborne spark between electrodes (14) and (15) as described in FIG. 1. After the capacitor (9) is discharged, the process described above is repeated.
By changing the resistance of the resistor (18), the capacity of the capacitor (9), and the ignition voltage of the discharger (16), one can set virtually any discharge frequency for capacitor (9) that is below the discharge frequency of capacitor (4). In this variant of the device, the discharger (16) simultaneously performs the function of protecting the user from the effect of the residual direct current on capacitors (4) and (9).
The practical (easily realizable) regulation of frequency is achieved by changing the resistance of resistor (18). The best physiological results from the effect of electrical impulses are achieved with the discharge frequency of capacitor (4) at 100-200 Hz, with individual impulse energy of 0.05-0.1 J, impulse duration of 10-40 milliseconds, and the discharge frequency of the capacitor (9) at 10-30 Hz; with impulse energy of 1.76 J its duration is 60 milliseconds or more. Thus this variant of the proposed device achieves a combination of the performance parameters of the electrical impulses of the STUN GUN and EMD technologies.
If there is a need to obtain monopolar, high-voltage impulses (aperiodical impulses) having increased physiological effectiveness from the transformer (, the primary coil (7) of the transformer ( is shunted by diode (19), which is connected in reverse polarity to the working polarity of the storage capacitor (4). In this event, diode (19) cuts the self-induction current of the primary coil (7) of transformer (, cutting off the reverse polarity impulses on coil (13) of transformer (4). In addition, it prevents a reverse overcharge flow of the capacitor (4), which raises the device's electrical K.P.D.

[00]

Does this killer really work in practice or just looks good in theory?

hi zeit!

watch video
http://www.tudou.com/programs/view/7PjwSDtKqaU/?qq-pf-to=pcqq.group


and view pics below


00

[steadyfield]

hi zeit!

watch video
http://www.tudou.com/programs/view/7PjwSDtKqaU/?qq-pf-to=pcqq.group


and view pics below


00

That is a chinese replication of the donald smith device.
see the original post here:
http://www.energysea.net/forum.php?mod=viewthread&tid=1157
and also here:
http://user.qzone.qq.com/278885050/blog/1378191565#!app=2&via=QZ.HashRefresh&pos=1378191565
Please use Google to translate it.

his diagram is in the attachment.

it seems that his replication doesn't need any ground connection.


He (青云Cloud) is also the person who made the 2 shaded pole motors (one modified)  self looping device.
This might not be a fake.

I have one question.
How to calcuate the values of the secondary capacitors to match resonance?

[ariovaldo]

That is a chinese replication of the donald smith device.
see the original post here:
http://www.energysea.net/forum.php?mod=viewthread&tid=1157
and also here:
http://user.qzone.qq.com/278885050/blog/1378191565#!app=2&via=QZ.HashRefresh&pos=1378191565
Please use Google to translate it.

his diagram is in the attachment.

it seems that his replication doesn't need any ground connection.



He (青云Cloud) is also the person who made the 2 shaded pole motors (one modified)  self looping device.
This might not be a fake.

I have one question.
How to calcuate the values of the secondary capacitors to match resonance?

In the past, I'd tried several Don Smith's configurations, and I never got more that I put in, but this was a good learning stuff. I'm not saying that doesn't work ( if I didn't believe, I wasn't here in this forum) but for those ones that intend to test, be careful with the High voltage in this circuit.