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FORSTER TUCHFABRIKEN VEB

Overview
  • Total Patents
    63
About

FORSTER TUCHFABRIKEN VEB has a total of 63 patent applications. Its first patent ever was published in 1982. It filed its patents most often in German Democratic Republic, Bulgaria and Germany. Its main competitors in its focus markets textiles and paper, surface technology and coating and environmental technology are RESINTEX S A, KRCMA RADKO and ZELEZNY JAN.

Patent filings in countries

World map showing FORSTER TUCHFABRIKEN VEBs patent filings in countries

Patent filings per year

Chart showing FORSTER TUCHFABRIKEN VEBs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Reim Ingeborg 47
#2 Pohl Gerhard 45
#3 Wahnberger Dieter 43
#4 Postel Lothar 42
#5 Kindlein Irmgard 41
#6 Vatter Rudolf 41
#7 Goetzke Wolfgang 27
#8 Groeschke Manfred 26
#9 Gotzke Wolfgang 16
#10 Greschke Manfred 15

Latest patents

Publication Filing date Title
DD286379A5 Method for re-establishing tissue range sections
DD273657A1 Coated textile flakes as layered composites
DD286932A7 Safety locking device for safeguarding protective covers on machines and plants
DD295684A5 Saeume and cutting edges on cuts of textile threaded fades
DD249674A1 Baler
DD245623A1 Method and device for producing partially connected mechanical materials
DD254880A1 Table covers of synthetic silk
DD245448A1 Method for producing interrupted fiber belts of cream machines
DD238270A1 Adjustable power measuring device
DD238079A1 Layered composites with stepping character
DD235083A1 Device for resolving, mixing and distributing effect materials
DD235084A1 Device for applying effect materials to staple fiber clad
DD240037A1 Device for local fiber shifting in textiles
DD240038A1 Device for local fiber transfer in fiber or faden feed
DD231587A1 Drawing and feeding device for threaded threads
DD229724A1 Process for stitch hair production
DD228315A1 Flaechenbilde with having design effects
DD226024A1 Fabric with having design effects flaechen images with having experienced effects
GB8405236D0 A method of detecting and removing visible defects in textile fabrics
GB8405233D0 Pile fabric