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N PROIZV OB EDINENIE ISKRA

Overview
  • Total Patents
    35
About

N PROIZV OB EDINENIE ISKRA has a total of 35 patent applications. Its first patent ever was published in 1987. It filed its patents most often in Russian Federation. Its main competitors in its focus markets environmental technology and engines, pumps and turbines are CIZEK PAVEL, AKADEMICHESKIJ NAUCHNYJ KOMPLE and PINKHASIK ALEKSANDR M.

Patent filings in countries

World map showing N PROIZV OB EDINENIE ISKRAs patent filings in countries
# Country Total Patents
#1 Russian Federation 35

Patent filings per year

Chart showing N PROIZV OB EDINENIE ISKRAs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Zaritskij Vladimir I 5
#2 Preobrazhenskij Yurij B 4
#3 Shcherbakov Yurij N 3
#4 Shumatov Sergej A 3
#5 Frejman Isaak S 3
#6 Makarevich Yurij L 2
#7 Burdyugov Sergej I 2
#8 Prokhorenko Konstantin V 2
#9 Martovshchuk Valerij I 2
#10 Obvintsev Yurij V 2

Latest patents

Publication Filing date Title
RU2119038C1 Device for cutting pipes in bore-hole
RU2134833C1 Method of manufacture of flexible hinge
RU2100118C1 Apparatus for making helical rotor blanks
RU2109920C1 Device for cutting pipes in depth
RU2106568C1 High-pressure reservoir made from composite materials
RU95122096A Flying vehicle water landing system
RU2101567C1 Double-action diaphragm pump
RU2092247C1 Air cleaning multiclone
RU2101566C1 Diaphragm pump
RU95110636A Method of manufacture of lifting pad of flexible jack
RU95111185A Solid-propellant rocket engine
RU95107073A Gas generator of fire extinguishing aerosol and method of its charging
RU95107033A Method of manufacturing three-dimensional rib constructions
RU2077903C1 Method of aggregates with gas turbine drives fire extinguishing
RU95105724A Polishing paste
RU94042519A Path member for high-temperature flow
RU94040004A Mandrel for manufacturing ribbed structures by winding method
RU2060050C1 Device for grinding, homogenization and pressing oil-containing cultivations and other loose and viscous materials
RU2085895C1 Method of hydraulic test to destruction of vessels
RU2089866C1 Method of pressure-tightness test of hardware closed compartments