| 摘要 |
FIELD: medical engineering. ^ SUBSTANCE: device has body having pulsating light sources inside with reflector, aperture, filters and light guide cable prism which greater side is turned towards the light guide cable. The light guide cable prism has materials allowing radiation to be amplified in given wavelength range. Light sources are arbitrarily arranged in space in the device body relative to each other. The reflectors have concave surfaces of the at least second order. The aperture is arranged in front or behind the filter. The prism is usable also as heat insulation or heat discharge unit. One of prism embodiments is manufactured from heavy flint glass, ruby, glass or quartz alloyed with materials allowing amplifying radiation in selected wavelength range. The second prism embodiment is light guide casing filled with fine alloy materials usable for amplifying radiation in given wavelength range placed in liquid having refraction coefficient corresponding to one of the fine alloy material applied. Luminescent materials are usable as the materials allowing radiation to be amplified in given wavelength range. Lateral surface of the prism has at least one reflecting coating. The device optionally has reflecting surfaces symmetrically arranged relative to vertical optical symmetry axis of the device between light source reflectors and aperture. The light sources allow combined or separate functioning mode. ^ EFFECT: enhanced effectiveness of treatment; wide range of functional applications. ^ 7 cl, 5 dwg |
