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NOVOSIB OLOVYANNYJ KOM

Overview
  • Total Patents
    29
About

NOVOSIB OLOVYANNYJ KOM has a total of 29 patent applications. Its first patent ever was published in 1970. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets environmental technology are NPOB STEKLOPLASTIK AOOT, KUNMING NOBLE METAL INST CHINA and AKIMOV VLADIMIR N.

Patent filings in countries

World map showing NOVOSIB OLOVYANNYJ KOMs patent filings in countries

Patent filings per year

Chart showing NOVOSIB OLOVYANNYJ KOMs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Dyakov V E 20
#2 Dyakov Vitalij E 7
#3 Dugelnyj Aleksandr P 7
#4 Koryukov Yurij S 7
#5 Semenov A E 7
#6 Koryukov Yu S 6
#7 Stepanov G I 5
#8 Suturin S N 4
#9 Nikitina V D 4
#10 Koryukova L M 4

Latest patents

Publication Filing date Title
RU2061772C1 Method of obtaining metallic stannum
RU1802764C Apparatus for tinning and soldering
RU2033275C1 Centrifuge for separation of slurry
RU1839641C Method for control of filtering centrifuge in refining of hot metals from solid impurities
RU1839639C Suspension separator
RU2037759C1 Fluidized bed furnace for roasting materials
SU1243926A1 Method of producing soldering paste
SU1110036A1 Apparatus for producing powders by atomizing low-melting metals
SU921263A1 Method of refining tin from impurities
SU872583A1 Vacuum apparatus for continuous metal refining
SU784364A1 Method of refining tin from impurities
SU788768A1 Method of processing arsenous dross of refined tin
SU658900A1 Method of processing tin-containing slimes
SU611538A1 Method of refining tin from lead and aluminum
SU611539A1 Method of refining tin from arsenic
SU637443A1 Method of processing fine-dispersed tin-containing materials
SU606365A1 Method of processing tin/lead materials
SU588762A1 Method of refining tin from antimony and arsenic
SU563018A1 Method of processing fine-dispersed tin-containing materials
SU605850A1 Device for centrifugal separation of high-temperature liquid-metal mixtures