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ROTHE LUTZ

Overview
  • Total Patents
    37
About

ROTHE LUTZ has a total of 37 patent applications. Its first patent ever was published in 1990. It filed its patents most often in Germany, German Democratic Republic and Australia. Its main competitors in its focus markets telecommunications, optics and medical technology are DELPHI DEUTSCHLAND GMBH, MACDONALD JOHN KING and MITAC PREC TECHNOLOGY CORP.

Patent filings per year

Chart showing ROTHE LUTZs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Rothe Lutz 36
#2 Menzel Christian 2
#3 Rothe Lutz Dr Ing 1

Latest patents

Publication Filing date Title
DE10127681A1 Integratable hybrid antenna system has one or more vehicle accessories in form of holder for one or more antenna systems for radio communications or vehicle navigation
DE10127812A1 Planar antenna module with azimuthal omnidirectional diagram e.g. miniaturized planar reflector system, has conducting or semiconducting layer joined to connecting element
DE10126993A1 Planar antenna module with azimuthal omnidirectional diagram e.g. planar reflector, has mask or cover combination with defined contour
DE10126022A1 Planar antenna module with an azimuthal omni-directional diagram for creating an extremely miniaturized antenna system extensively broadened in a first line has a structure of geometrically defined dielectric conductive layers.
DE10126021A1 System antenna module for linearly polarized omni-directional radiation in azimuthal plane has conductive plate or foil parallel or inclined to complementary dielectric mounting plane
DE10119930A1 System antenna module with azimuthal omnidirectional radiation pattern comprises folded metal film with segmented slot-like structure
DE10119931A1 Integratable antenna system for vehicle has antenna systems integrated into mirrors, brake lights, rain sensors etc. for various spectral ranges
DE10119929A1 Subminiature composite radiator system for mobile radio antenna has waveguide system comprising symmetrical or non-symmetrical strip conductors
DE10109707A1 Sub-miniature combined radiation system for mobile radio has conductive plate or foil of preferably square or circular shape divided into preferably strip-shaped waveguide sections
DE10060618A1 Miniaturized flat beam system for radio beam applications has conductive plate or foil of preferably circular form with slotted structure with interconnected slotted segments
DE10058531A1 Planar antenna system with sectored radiation diagram has two conductive plates or foils arranged at defined distance and with parallel surfaces and preferably rectangular edges
DE10027508A1 Dual-band sector antenna for mobile radio used in e.g. vehicle, includes sector-shaped conductive plate supported movably above other circular plate having arcuate slit, via a dielectric foam spacer
DE10027609A1 Planar antenna system for mobile radio applications, has coaxial waveguide whose inner and outer conductors make predetermined angle with axis of slit structure of conductive disk
DE10027510A1 Planar antenna system used in mobile radio range within 70-cm band, has conductive disks or films connected mechanically through dielectric distance components of any contour in 135 angular degrees
DE10027512A1 Planar antenna system for mobile applications, has internal conductor of coaxial waveguide inserted into aperture of conductive disk
DE10027612A1 Planar antenna for GSM network, has waveguide connected to lower conductive disc, whose internal conductor is arranged at right angle to frame element coupled to upper conductive disc
DE10007934A1 Dual band emitting antenna for integrating in mobile radio system comprises slot structure open on one side with circular axial path corresponding to mid point of conductive plate
DE10008087A1 Miniaturized flat antenna for mobile radio especially for motor vehicle, has plate with slot-shaped segments of unequal slot width
DE10008086A1 Planar radiator system for integrating into motor vehicle mobile radio system comprises geometrically defined dielectric and conductive layers
DE19964096A1 Device for protecting against electromagnetic radiation by selecting locations uses an optical spectacle glass with a polarization grid being optically transparent and affecting the path of rays during spectrum selection.