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STAMBERG JIRI

Overview
  • Total Patents
    16
About

STAMBERG JIRI has a total of 16 patent applications. Its first patent ever was published in 1960. It filed its patents most often in Czechoslovakia, Belgium and Germany. Its main competitors in its focus markets materials and metallurgy, chemical engineering and environmental technology are SHAANXI ROCK NEW MAT CO LTD, PNII GIPRONIKEL and SULPHUR AND SMELTING CORP.

Patent filings in countries

World map showing STAMBERG JIRIs patent filings in countries
# Country Total Patents
#1 Czechoslovakia 13
#2 Belgium 1
#3 Germany 1
#4 United Kingdom 1

Patent filings per year

Chart showing STAMBERG JIRIs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Stamberg Jiri 12
#2 Peska Jan 5
#3 Stamberg Karel 3
#4 Stamberg Jiri Ing Csc 3
#5 Cabicar Josef 3
#6 Stamberg Karel Ing Csc 2
#7 Kalal Jaroslav 2
#8 Bleha Miroslav 2
#9 Cabicar Josef Prof Dr Csc 2
#10 Novak Lubos 2

Latest patents

Publication Filing date Title
CS241887A1 Absorption cover for wounds on base of bead cellulose
CS248821B1 Application for the cryotherapy
CS7684A1 Method of separation of uranium isotope utilizing controled distribution
CS236419B1 Sorbents for uranium isotopes separation by means of controlled distribution method
CS235645B1 Method of uranium isotopes separation by means of controlled distribution method
CS235484B1 Composite ion exchanger membrane and method of its production
CS235485B1 Method of heterogeneous ion exchanger membranes
CS230321B1 Polymeric compositions on cellulose basis
CS225464B1 Separation of the uranium isotope by the controlled distribution
CS224844B1 Separation method of uranium isotope using the controlled distribution method
CS216963B1 Non-soluble spherical composition polyelectrolyte components and method of making the same
CS203528B1 Spherical sorption material on the basis of the netted chitine and chitosane and methof of making the same
CS210701B1 Manufacturing process of spherical cellulose particles
DE1173073B Process for the isolation of germanium from dilute, hydrochloric acid solutions
GB937414A Improvements relating to the isolation of germanium