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FEDERAL NOE GUP NI I TI OPTICH

Overview
  • Total Patents
    17
About

FEDERAL NOE GUP NI I TI OPTICH has a total of 17 patent applications. Its first patent ever was published in 2003. It filed its patents most often in Russian Federation. Its main competitors in its focus markets basic materials chemistry, materials and metallurgy and chemical engineering are TOMITA TAKAHIRO, KORUND LAUFENBURG GMBH and KANAGAWA ACAD OF SCIENCE AND TECH.

Patent filings in countries

World map showing FEDERAL NOE GUP NI I TI OPTICHs patent filings in countries
# Country Total Patents
#1 Russian Federation 17

Patent filings per year

Chart showing FEDERAL NOE GUP NI I TI OPTICHs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Vetrov Vasilij Nikolaevich 6
#2 Ignatenkov Boris Aleksandrovic 5
#3 Dukel Skij Konstantin Vladimir 4
#4 Zhilin Aleksandr Aleksandrovich 3
#5 Petrovskij Gurij Timofeevich 3
#6 Mironov Igor Alekseevich 3
#7 Ryzhikov Ehngel S Nikolaevich 3
#8 Shashkin Aleksandr Viktorovich 3
#9 Pis Mennyj Viktor Aleksandrovi 3
#10 Dymshits Ol Ga Sergeevna 3

Latest patents

Publication Filing date Title
RU2396580C1 Method of making single-mode fibre-optical waveguides which retain radiation polarisation
RU2385845C1 Method of making glassceramic lens with refraction index gradient
RU2377614C1 Method of making optical lenses from leucosapphire
RU2380806C1 Crystalline glass material for passive laser shutter and method of producing said material
RU2375319C1 Method for obtaining transparent heat-resistant glass-ceramic material
RU2351046C2 Luminescent optical source with crested spectrum
RU2350381C2 Melt granulator
RU2343967C2 Method of melt granulation and granulating plant
RU2321120C1 Laser fluoride ceramics and its production process
RU2324018C2 Production process for growing crystals of gallium scandium gadolinium garnets for passive q-switches
RU2321689C2 Method of growing of gallium-scandium-gadolinium garnets for passive laser shutters
RU2310216C2 Method of making optical lenses with minimal birefringence
RU2313809C2 Method of producing optical lenses of monocrystals
RU2285757C2 Optical lenses production method
RU2350579C2 Fluorescent ceramics
RU2291124C2 Pin-hole plate