| 摘要 |
medical engineering. SUBSTANCE: device has casing with parabolic mirror enclosed inside. Mineral is set in the mirror focus point. Eight monochromatic radiation sources like lasers operating in pulsating mode and exerting directed action upon the mineral are arranging in circle on the casing surface. They are fixed in casing holes so that radiation axis of each of them is arranging at an angle of 45 deg with respect to radiation axis of adjacent laser. The lasers are enclosed in truncated metal cones, their lesser bases touching casing walls. The mineral is fixed in cartridge connected to electric engine by means of wire. Small parabolic mirror is adjacent to the cartridge on the same side with the mineral. Electronic unit for controlling electric engine rotation speed, power supply and automatic switching of lasers is mounted on the external surface of the casing. End part of the casing adjoining convex part of the parabolic mirror and truncated cones are filled with composite filler joined by connecting mass together. The composite filler is pretreated with electromagnetic radiation in wavelength band width from 1 to 5 mm modulated with infrasonic and sonic signals of 1 to 60 Hz frequency. Crystalline, polycrystalline, liquid and amorphous crystals of natural and artificial origin like diamond, emerald, ruby, chalcedony, malachite or pearl are useable as the mineral. EFFECT: enhanced effectiveness of treatment. 3 cl, 3 dwg
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