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LISSOTSCHENKO VITALIJ

Overview
  • Total Patents
    35
  • GoodIP Patent Rank
    197,293
About

LISSOTSCHENKO VITALIJ has a total of 35 patent applications. Its first patent ever was published in 1997. It filed its patents most often in Germany, Japan and United States. Its main competitors in its focus markets optics, machines and electrical machinery and energy are ROSENBERGER OSI GMBH & CO OHG, EDMUND OPTICS INC and HUEGENELL HERMANN.

Patent filings in countries

World map showing LISSOTSCHENKO VITALIJs patent filings in countries

Patent filings per year

Chart showing LISSOTSCHENKO VITALIJs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Lissotschenko Vitalij 16
#2 Mikhailov Alexei 14
#3 Davydenko Vladimir 5
#4 Hauschild Dirk 3
#5 Hentze Joachim 2
#6 Mikhailov Aleksei 1
#7 Lissotschenk Vitalij 1
#8 Lissotschenko Vilaly 1
#9 Jeremin Nikolai 1
#10 Lissotschenko Vitalij Dr 1

Latest patents

Publication Filing date Title
DE102019124684A1 Device for generating electron beams and 3D printing device
DE102019118657A1 Device for generating electron beams and 3D printing device
DE10209605A1 Arrangement for the correction of laser radiation emanating from a laser light source and method for producing the arrangement
DE10139355A1 Arrangement and device for optical beam homogenization
DE10128470A1 Optical beam transformer with light source uses doubly refractive material to change fast and slow axes divergence and beam section reflected onto plane parallel to beam propagation direction
DE10118788A1 Collimating device for laser light has beam transformation device for making light from multiple sources be incident on single collimator element
DE10113019A1 Beam shaper has boundary surface at which sub-beams are incident from different directions; one sub-beam passes through surface, the other is reflected to combine beams
DE10106155A1 Beam shaping device for shaping the cross section of a light beam and arrangement for coupling a light beam with an elongated cross section emanating from an elongated laser light source into an optical fiber
DE10106450A1 Coupling device for light beams and lighting device for a modulator
DE10058074A1 Method for producing a micro-optical functional unit
DE10054950A1 Device for imaging modulated light on a thermally sensitive medium
DE10036787A1 Arrangement and device for optical beam transformation
DE10014826A1 Scanning device for laser printer with scanning of second beam at same time or shortly before first beam at same location or nearby for higher resolution
EP1006382A1 Apparatus and device for optically converting a light beam
DE19936230A1 Imaging device
DE19932592A1 Imaging system
DE19932590A1 Device for generating lines or line groups of electromagnetic radiation in the optical spectral range
DE19920293A1 Optical beam transformation device for focusing light source on end of optical fiber
EP1075719A1 Optical emitter array with collimating optics unit
EP0923749A1 Light-transmitting device