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FREIBERG BRENNSTOFFINST

Overview
  • Total Patents
    653
About

FREIBERG BRENNSTOFFINST has a total of 653 patent applications. Its first patent ever was published in 1973. It filed its patents most often in German Democratic Republic, Germany and Japan. Its main competitors in its focus markets basic materials chemistry, environmental technology and packaging and shipping are KLEPPER ROBERT E, Ligento green power GmbH and WILLIAM CLIMIE.

Patent filings per year

Chart showing FREIBERG BRENNSTOFFINSTs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Schingnitz Manfred 104
#2 Eidner Dieter 70
#3 Fedotov Vasilij 59
#4 Berger Friedrich 58
#5 Paul Siegfried 57
#6 Kretschmer Horst 56
#7 Goehler Peter 55
#8 Meyer Bernd 54
#9 Lucas Klaus 46
#10 Gudymov Ernest 42

Latest patents

Publication Filing date Title
DD296505A5 Device for fixed bed gasification
DD296049A5 Arrangement to reduce the emissions of emissions in tank warehouses with stored tanks or tanks
DD296048A5 Method and device for compensating concentration fluctuations in the storage of liquids in festive tank
DD295182A5 Method for gasification of salt coal
DD295181A5 Process for preparing alkalium fuels
DD295180A5 Method for recycling alkalire carbon
DD294789A5 Device for relaxing gas for analysis purposes
DD294792A5 Method for on-line measurement of the flow density of gas-solid mixtures
DD293792A5 Method of mixing and homogenizing carb, especially brown coal
DD293793A5 Method of mixing and homogenizing carb, especially brown coal
DD292855A5 Method and device for renovating farming
DD292268A5 Method for increasing the storage stability of fast pyrolyseteer
DD292011A5 Method for quality improvement of quickly pyrolyseteers
DD292017A5 Apparatus for gasification of carbon dust
DD291726A5 Tool for drying form to form channel stamp presses
HU900149D0 Process and apparatus for final storing of rod-shaped reactor components of great activity
DD301963A9 Arrangement for fixing solid electrolyte sensors
DD290948A5 Circuit arrangement for determining the initial time of an ultrasonic reception signal
DD290946A5 Circuit arrangement for determining the initial time of an ultrasonic receipt signal by autocorrelation
DD300200A7 Process for monitoring reactors for partial oxidation