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PEREVOSHCHIKOV EMIL P

Overview
  • Total Patents
    24
About

PEREVOSHCHIKOV EMIL P has a total of 24 patent applications. Its first patent ever was published in 1973. 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 and materials and metallurgy are TIANJIN SIGMA INNOVA TECHNOLOGY CO LTD, POPOV NIKOLAJ N and NOVOCHERKASSKIJ NII POSTOYANNY.

Patent filings in countries

World map showing PEREVOSHCHIKOV EMIL Ps patent filings in countries

Patent filings per year

Chart showing PEREVOSHCHIKOV EMIL Ps patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Perevoshchikov Emil P 24
#2 Bazhenova Nadezhda E 5
#3 Drozdov Yurij P 4
#4 Gitchenko Aleksandr M 4
#5 Utkin Yurij F 3
#6 Shtankov Evgenij S 2
#7 Uskov Evgenij A 2
#8 Zhuravlev Vitalij A 1
#9 Yuzefovich Vladimir 1
#10 Zakamarkin Mikhail K 1

Latest patents

Publication Filing date Title
RU1770701C Continuous gas furnace
RU1785772C Method of rolling ceramic shells
SU1655653A1 Method for calcinating ceramic moulds
SU1592351A1 Method of thermal control of multizone once-through furnace
SU1322010A1 Injector torch
SU1213327A1 Arrangement for electrode annealing
SU1033831A2 Continuous heating furnace with flame curtain
SU984636A1 Apparatus for two-side calcining of ceramic moulds
SU942865A1 Apparatus for comraring quality of ceramic moulds being calcined
SU918673A2 Method of manufacturing outlet portion of burner
SU905713A1 Method of ceramic specimen strength properties determination
SU856647A1 Method of calcining casting ceramic moulds made with use of investment patterns
SU866389A1 Knuckle of continuous furnace rectilinear arch
SU846956A1 Furnace with walking beams for heating elongated workpiecies (its modifications)
SU679302A1 Flask for investment casting
SU800562A1 Through-type thermic furnace with flame curtain
SU744205A1 Furnace for thermic treating of large-sized articles
SU668903A1 Conveyer furnace
SU597730A1 Recirculation furnace
SU645748A1 Method of calcinating ceramic moulds