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LOMO AOOT

Overview
  • Total Patents
    77
  • GoodIP Patent Rank
    189,595
About

LOMO AOOT has a total of 77 patent applications. Its first patent ever was published in 1994. It filed its patents most often in Russian Federation and WIPO (World Intellectual Property Organization). Its main competitors in its focus markets optics, environmental technology and medical technology are ZHONGTIAN HITACHI FIBER OPTIC CABLE CO LTD, DUDRAGNE RAYMOND and CALIBER IMAGING & DIAGNOSTICS INC.

Patent filings in countries

World map showing LOMO AOOTs patent filings in countries

Patent filings per year

Chart showing LOMO AOOTs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Sokol Skij Mikhail Naumovich 32
#2 Levandovskaja Larisa Evgen Evna 22
#3 Skobeleva Natalija Bogdanovna 18
#4 Frolov D N 9
#5 Sovz Irina Evgen Evna 8
#6 Strukova Ol Ga Mikhajlovna 6
#7 Tabachkov A G 5
#8 Demchenko Natal Ja Pavlovna 5
#9 Frejdberg N L 5
#10 Sokol Skij M N 5

Latest patents

Publication Filing date Title
RU2582210C1 Optical system for onboard projector indicator
RU2571005C1 Plan-apochromatic high-aperture microlens with long operating distance
RU2554274C1 High-magnification plan-apochromatic microlens with increased working distance
RU2551989C1 High-magnification plan-apochromatic high-aperture immersion microlens
RU2549340C1 High-magnification plan-apochromatic high-aperture immersion microlens
RU2549347C1 High-magnification plan-apochromatic high-aperture oil immersion microlens
RU2540137C1 Optical unit for laser probing of cloud atmosphere
RU2535586C1 Medium-magnification plan-apochromatic high-aperture microlens
RU2532959C1 High-magnification plan-apochromatic high-aperture microlens
RU2529051C1 Plane-chromatic low-power microlens
RU2528582C1 Automatic focusing method
RU2528580C1 Device for digital control of radiation power of laser emitter
RU2529055C1 Endoscope lens
RU2524054C1 Luminance field scanning method and photooptic system for realising said method
RU2529052C2 Space telescope
RU2516610C1 Luminance field scanning method and photooptic system for realising said method
RU2517978C1 Plan apochromatic objective lens
RU2518863C1 Optical system for projection type on-board display
RU2501048C1 Plan-apochromatic high-aperture microlens
RU2497162C1 Plan-achromatic quartz-fluorite microscope low magnfication lens