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DO FIZ TECH I

Overview
  • Total Patents
    364
About

DO FIZ TECH I has a total of 364 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 machine tools, environmental technology and thermal processes are TREFILERIES ET LAMINOIRS DE PR, BWE LTD and WILHELM ECKHARDT.

Patent filings in countries

World map showing DO FIZ TECH Is patent filings in countries

Patent filings per year

Chart showing DO FIZ TECH Is patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Rakhanskij Gennadij A 61
#2 Matrosov Nikolaj I 50
#3 Spuskanyuk Viktor Z 30
#4 Koviko Vyacheslav S 26
#5 Medvedskaya Elvida A 25
#6 Buryak Valentin P 21
#7 Alekseev Vladimir P 19
#8 Vysotskij Evgenij N 18
#9 Temerti Gennadij F 17
#10 Chernyj Yurij F 17

Latest patents

Publication Filing date Title
RU1794523C Rotating drawing die
SU1801644A1 Method of making coated wire
RU1801651C Apparatus for cleaning drawn wire surface from liquid rolling lubricant
RU1778850C Inductive load protecting device
RU1779423C Method for hydrostatic drawing of wire
RU1839148C Method for manufacturing rods from componor
RU1783387C Light protecting flowing nozzle for hydrooptic investigations
RU1793287C Method of measuring high pressure and device for realization
RU1809051C Method for revealing coal seam tectonic dislocations
SU1749974A1 Device for inductive load protection
RU1829047C Generator of magnetic domains
RU1778641C Device for low-temperature measurements of optical characteristics of specimens
RU1788286C Method for determination of outbursts hazard of coal seams
RU1770676C Supporting structure
RU1833922C Transformer winding
RU1782684C Hydrostatic wire warping device
SU1709113A1 Method of determining type of geodynamic phenomenon occurred in coal seam
SU1751662A1 Apparatus for determining content of ferromagnetic particles in non-conducting mediums
SU1737036A1 Method of extraction of single crystals of @@@ from solidified solution-melt
SU1754281A1 Hydromechanical drawing apparatus for obtaining sleeve type articles