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WIEDEMANN GOTTFRIED

Overview
  • Total Patents
    16
About

WIEDEMANN GOTTFRIED has a total of 16 patent applications. Its first patent ever was published in 1963. It filed its patents most often in German Democratic Republic. Its main competitors in its focus markets machines are TIANJIN HUIJIA TIRE CO LTD, SHANGHAI QINGYUAN PIPE TECHNOLOGY CO LTD and KUNSHAN KEXING RUBBER & PLASTIC MACHINERY CO LTD.

Patent filings in countries

World map showing WIEDEMANN GOTTFRIEDs patent filings in countries
# Country Total Patents
#1 German Democratic Republic 16

Patent filings per year

Chart showing WIEDEMANN GOTTFRIEDs patent filings per year from 1900 to 2020

Focus industries

# Industry
#1 Machines

Focus technologies

Top inventors

# Name Total Patents
#1 Wiedemann Gottfried 16
#2 Frenzel Horst 13
#3 Renner Ursula 7
#4 Matzke Margit 6
#5 Unganz Hellmut 5
#6 Keusch Sigrid 5
#7 Radom Renate 3
#8 Ferse Armin 3
#9 Haase Albrecht 3
#10 Preissler Bernd 3

Latest patents

Publication Filing date Title
DD156673A1 Method for the production of layer presses based on fibrous-polymer-composite materials
DD159887A1 Method for the production of threaded bearings from fibrous fibrous materials
DD159318A2 Method for preparing prepregs
DD148628A1 Method for preparing prepregs with improved impregnation gouts
DD150442A1 Method for the reinforcement of plasts
DD140019A1 Process for producing composite materials
DD138987A1 Method for improving the properties of fibrous-reinforced duroplastes
DD138431A1 Method for improving the properties of polymer-coated textile fluids
DD138059A1 Method for improving the quality of the glass silencer surface pattern
DD133085A1 Method for the treatment of glass fiber materials comprised with a plascularly contained fluid surfaces
DD132070A1 Method for improving liability between a polymer and a supply material in silicate fibrous-polymer composites
DD127554B1 Diaphragms for electrolysis cells
DD147770A3 Method for improving limitability on inorganic fibrous materials
DD153970A3 Method for improving the limit labeling of inorganic fibrous materials
DD147771A3 Method for improving the limit labeling of inorganic fibrous materials
DD48563B1 Transfer or bzw. pressure process for fiber optic