Regarding the GE and RU patents, here is a direct link to the Georgian GEP20074088B : https://www.sakpatenti.gov.ge/media/fulltexts/inventions/4088.pdf but you may already know this. The RU2003107553 was an application, later to be granted as a patent RU2243390C1 https://patents.google.com/patent/RU2243390C1/en?oq=RU2243390 which is mentioned in the Georgian patent as you also noticed this. It is not known why it was mentioned, maybe there is a rather remote similarity between the two patents but without the 50 MHz oscillator frequency used in the GE patent.
Just imagine how patents are issued. Those patents that are listed as cited are not necessarily related in any way to the patented device. They are quoted only because the author believes that they are issued for a similar device. An inventor or even a patent agent found some patents in the database and considered them similar. But it may also be the other way around: the inventor is personally acquainted with the author of a similar patent and thoroughly knows what device is mentioned in the patent. Based on the deductive method, one can only assume that the inventor found it necessary to cite another patent for some reason. Regarding the Turkish patents, TR200700996, it was also granted as WO2008103129 and it is in English. The other Turkish patent, TR200701076, it was also granted as WO2008103130 and it also in English.
Did you translate Kapanadze's Turkish patents? The texts differ from the texts of international patents, there is something interesting. I have used several online translators from Turkish to English, but I still can’t explain where “platinum” came from in the translation. Turkei patent 2007_00996: 2- istem l’e göre bir bağımsız eneıji cihazı olup, özelliği; başlangıç eneıji kaynağından (15) elektriği alarak, platine (3) aktaran kondansatörü (2) içermesidir. 3- İstem l’e göre bir bağımsız enerji cihazı olup, özelliği; yüksek frekans jeneratörünün (4) ihtiyaç duyduğu frekansı aktaran platin (3) içermesidir. ..platin (3) yüksek frekans jeneratörüne (4) elektrik vermesini sağlar. Translated to English: 2-It is an independent energy device according to claim 1, and its feature is; from the starting energy source (15) It contains the capacitor (2) that receives electricity and transfers it to the platinum (3). 3-It is an independent energy device according to claim 1, and its feature is; of the high frequency generator (4) It contains platinum (3) that transmits the frequency it needs. ..The platinum (3) provides electricity to the high frequency generator (4). in another Patent Kapanadze this device, similar by place to device (3) in turkei patent, named as kapacitor or as "point" But this is not the only thing that will seem strange. The patent clearly states that the output of the secondary coil produces energy at a low frequency of 50 or 60 Hz. But it is impossible to obtain a low frequency from a high frequency using filters and regulators. From a high frequency it is possible to obtain a low frequency only if you use some active element. This electrical energy created by the second coil converts it to the frequency required for use (220 V) thanks to the second frequency adjuster designed at the coil output.-50 Hz. or 110V-60 Hz) settings. This generated electrical energy is transferred to the desired usage area with the help of output terminals..Thanks to the conversion cables connected to the output terminals, the device feeds itself with the electrical energy it produces. This process takes place 1 minute after the device starts operating.-It happens after 2 seconds. After this process, the time relay switch designed at the entrance of the device deactivates the initial energy source. After this stage, the device produces electricity independently..
The high frequency generator (4) transfers the high amount of frequency it produces to the first filter (5). The first filter (5) balances the frequency coming from the high frequency generator (4) and transmits it to the first coil (6) in a regular manner. The first coil (6) creates an electromagnetic field around it with the regular high frequency it receives from the first filter (5) and connects it to the second coil. (10) ensures the transmission. Then, the high frequency passing through the first coil (6) passes to the first frequency adjuster (7) by following the first current cable (A)..The first frequency adjuster (7) balances the high frequency it receives in line with the need and regulates it in a way that does not damage the components at its output.
The high frequency coming out of the first coil (6) enters the second filter ( 8 ) via the second current path ( B )..The second filter ( 8 ) transfers the frequency it received from the first coil (6) to the frequency equalizer (9). The electromagnetic fields formed in the coils (6, 10) are different from each other and the magnetic field of the first coil (6) is higher than the second coil (10).,At this stage, the frequency balancer (9) balances the different electromagnetic fields formed in the first and second coils (6,10)..This balanced high frequency comes out of the second coil (10) and is adjusted to the desired frequency level (the frequency required for use) with the help of the second frequency adjuster (11). The user uses the electrical energy produced in the device with the help of the output (phase) (12) and output (neutral) cable (13).
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