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ROSSENDORF FORSCHZENT

Overview
  • Total Patents
    169
About

ROSSENDORF FORSCHZENT has a total of 169 patent applications. Its first patent ever was published in 1986. It filed its patents most often in Germany, EPO (European Patent Office) and WIPO (World Intellectual Property Organization). Its main competitors in its focus markets measurement, semiconductors and electrical machinery and energy are HELMHOLTZ ZENTRUM DRESDEN, BECK MARKUS E and NANDA TECHNOLOGIES GMBH.

Patent filings per year

Chart showing ROSSENDORF FORSCHZENTs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Prasser Horst-Michael 23
#2 Zschau Jochen 15
#3 Skorupa Wolfgang 13
#4 Gerbeth Gunter 10
#5 Heera Viton 9
#6 Eckert Sven 9
#7 Pietzsch Hans-Juergen 9
#8 Pham Minh Tan Dr 9
#9 Gebel Thoralf 8
#10 Howitz Steffen Dr 8

Latest patents

Publication Filing date Title
DE102005051406A1 Optical coupling element for a flow cell
DE102005051386A1 additional microscope
DE102005046662B3 Fluid`s local impedance and temperature measuring arrangement for e.g. thermo hydraulic system, has set of thermo wires, where thermoelectric voltage is developed between thermo wires and differential amplifier is provided between wires
DE102005036669A1 Process for the treatment of semiconductor substrate surfaces, which are briefly melted by means of intense light pulses
DE102005019739B3 Grid sensor for measuring the electric conductivity of a medium flowing in a tube or pipe especially under high temperature and pressure
DE102004062568B3 New radioactive metal chelate, complexes useful for nuclear medicine diagnosis and internal radionuclide therapy
DE102004060557A1 Flash lamp mirror arrangement
DE102004055256A1 High frequency electron source
DE102004046123A1 Coherent terahertz radiation source
DE102004037883B3 Optical fiber sensor for measuring phase distribution in a multi-phase system comprises light guiding elements arranged on a support along the axis of the support
DE102004022461A1 Metal complexes based on tetrathiol ligands and their application in nuclear medicine diagnostics and endoradione nuclide therapy as well as processes for the preparation of metal complexes
WO2004092184A1 Technetium-labelled fatty acids and their use in myocardial diagnostics, in addition to a method for producing said technetium-labelled fatty acids
DE102004009531A1 Quantum cascade laser structure
DE102004005612A1 Improving beam characteristics of superconducting high frequency photoelectron source, by superimposing high-frequency magnetic field on accelerating high-frequency field
DE10325410A1 Process for producing a low-nickel surface on nitinol
DE10318548A1 Arrangement and method for determining the phase distribution in flowing multiphase media
DE10316965A1 Technetium-labeled fatty acids and their use in myocardial diagnostics and in the production of technetium-labeled fatty acids
DE10313727A1 Method for treating silicon-based light emitters
DE10312593A1 An in-situ process for film optimization by ITO (In-Sn oxide) separation useful in optico-electronic applications
DE10241252A1 sputter