Mechanism of information read-out from the «Biolaz–Oberon» device

The reading of information from the surveyed person in device Biolaz–Oberon goes through 3 channels: hand electrodes, headphones with trigger sensors and EMG-scanner. Let us look carefully through the mechanism of information read-out by each channel in device Biolaz–Oberon.

But first of all, a few words about general principles of reading information in device Biolaz–Oberon from an organism. Broadly speaking, the device Biolaz–Oberon sends a certain impulse into the organism, which goes through it, and comes out. The outgoing signal in Biolaz–Oberon is fixed by the above-listed channels, computer with the help of diagnostic program processes information, and gives out a result. In general, change which was got by Biolaz-Oberon to the acting impulse in his output, - to itself complete information about all of processes which take a place in an organism.

The database of Dianel software contains etalons of all pathological processes. During the examination complex takes from the organism high number of electromagnetic scales, which display information about all processes taking place in the organism. Device compares scales with the etalons from the database, and in case of agreement comes the bio-resonance effect. Device fixes it and shows on a screen.

This process is very alike reading bar codes in the supermarket. "Bar code" is similar to an electromagnetic scale of any process in the organism.

1. Hand electrodes.
   It is the basic and most reliable channel for reading information. An incoming impulse goes through an active electrode, a passive electrode fixes the outgoing impulse. As the impulse gets into organism, organs, fabrics and cells of the organism, and also pathogens become excited, and due to the law of energy conservation, the surplus of energy is given back.
2. Headphones
   Magnetic inductor is located in the left headphone (active), which produces acoustic vibrations of the certain frequency (clicks). These acoustic vibrations proceed to the structures of medulla in two ways:
   • Bone conductivity through a temporal bone.
   • Acoustic conductivity through the acoustic duct and complex (tympanum-malleus-incus).
Due to the bone conductivity it is recommend to move headphones a bit higher than acoustic duct. The structures of medulla contain the centers of the regulation of basic processes, which take place in an organism (so-called vegetative nervous system – unlike the central nervous system, which regulates consciousness, thought, and behavioural response). The outgoing signal is fixed by the right headphone, in which the trigger sensor is located. Then the information is directed to the computer through the device.
3. EMG-scanner.
   Radiates EMG-spectrum through the light-emitting diodes, and fixes EMG-spectrum, emanated by the organism , with the help of the copper contacts. It is the least informative between the three channels , but allows to read individual information, not available to the other channels. And in such a way it increases the general reliability of the read information up to maximum possible percentage (92-96).