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MICHELS CHRISTOPH

Overview
  • Total Patents
    17
About

MICHELS CHRISTOPH has a total of 17 patent applications. Its first patent ever was published in 1976. It filed its patents most often in German Democratic Republic and Canada. Its main competitors in its focus markets chemical engineering and thermal processes are NEHLEN III PAUL F, NEPTUNE-BENSON LLC and ZHONGSHAN SHANGCHENG ENVIRONMENTAL PROTECTION TECH CO LTD.

Patent filings in countries

World map showing MICHELS CHRISTOPHs patent filings in countries
# Country Total Patents
#1 German Democratic Republic 16
#2 Canada 1

Patent filings per year

Chart showing MICHELS CHRISTOPHs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Michels Christoph 17
#2 Franz Hartmut 7
#3 Lohauss Reinhard 5
#4 Rudolph Axel 5
#5 Berghof Klaus 3
#6 Kunzmann Guenter 3
#7 Dietze Regina 2
#8 Heise Martin 2
#9 Reuter Konrad 2
#10 Schoen Wolfgang 2

Latest patents

Publication Filing date Title
DD206156A1 Method for producing pure, slowly crystallizing polyamide-6
DD204768A1 Device and method for determining inhomogenitants in polymers
DD201330A1 Method for activating flock fibers
DD150356A1 Method for the slip-free management of foliefaeden
DD148649A1 Method for producing round film fairs
DD147374A1 Method for the production of voluminoeser faedes
DD138795A1 Process for the production of flock fibers
DD160302A3 Method for the production of trittelastic fluid images for electrostatic flooding
DD153955A3 Method and device for the electrostatic flooding of fluid surfaces
DD153954A3 Method and device for the electrostatic flooding of fluid surfaces
DD134880A1 Method and device for the electrostatic flooding of fluid surfaces
DD133448A1 Method for producing expressive voluminoesic film materials from different polymer mixtures
DD132677A2 Method for producing a filenfadenschar
DD128958A1 Method for producing textile compounds
DD128959A1 Method for producing wide textile compounds
DD129050A1 Method for producing soft, voluminole nonwovens