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LEIBNIZ INST FUER FESTKOERPER

Overview
  • Total Patents
    260
  • GoodIP Patent Rank
    228,951
About

LEIBNIZ INST FUER FESTKOERPER has a total of 260 patent applications. Its first patent ever was published in 1996. It filed its patents most often in Germany, WIPO (World Intellectual Property Organization) and EPO (European Patent Office). Its main competitors in its focus markets materials and metallurgy, semiconductors and micro-structure and nano-technology are NAT INST FOR MATERIALS SCIENCE, DRESDEN EV INST FESTKOERPER and HITACHI METALS LTD.

Patent filings per year

Chart showing LEIBNIZ INST FUER FESTKOERPERs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Schultz Ludwig 32
#2 Eckert Juergen 26
#3 Eickemeyer Joerg 22
#4 Martin Guenter 19
#5 Schmidt Oliver G 19
#6 Selbmann Dietmar 16
#7 Menzel Siegfried 15
#8 Weihnacht Manfred 15
#9 Holzapfel Bernhard 15
#10 Opitz Ralph 15

Latest patents

Publication Filing date Title
US2014234977A1 Rolled-up, three-dimensional field-effect transistors and the use thereof in electronics, sensors and microfluidics
DE102012221218A1 Device, useful for quality assurance of products manufactured by laser beam processing, includes laser beam processing apparatus, laser beam source, deflecting unit, and unit for determining and recording temperature at processing position
DE102012213837B3 Rare earth-free, corrosion-resistant permanent- or soft magnet for use in motors, generators, speakers or data storage devices, has carbon nanotubes embedded in non-magnetic or magnetic matrix, and are filled with Heusler compound particles
DE102012212427A1 Method for the controlled movement of motile cells in liquid or gaseous media
DE102012003800A1 Composite component used in field emission cathode for e.g. field emission display, is prepared by exposing nanocarbon and carbon nanofiber in metal matrix material, and embedding alloy and/or metal oxide
DE102012200827A1 Use of a polymer network as a cathode material for rechargeable batteries
DE102011088360A1 Weber Bar
DE102011088140A1 Elastic magnetic sensor element for measuring and detecting magnetic objects in liquids such as paste in pipeline, has resilient substrate which is made of magnetic material with magnet impedance effect
DE102011087820A1 ACOUSTIC SURFACE WAVE COMPONENT AND METHOD FOR THE PRODUCTION THEREOF
DE102011087342A1 USE OF FLEXIBLE MAGNETIC THIN SENSOR ELEMENTS
DE102011084775B3 Solid hydrogen-containing vacuum-tight sample for analytic spectroscopy, contains matrix homogeneously distributed with titanium hydride and/or palladium hydride and having crystallographic density of more than specified value
WO2013053392A1 Ybco pancake coils with reduced ac power loss
DE102011084434A1 Method for measuring force gradient at e.g. scanning force microscopy, involves attaching spacer at end of magnetic material filled nanotube
DE102011083623A1 Thin layer component has substrate, primary electrode arranged on substrate, electrical insulation layer having open pores of preset diameter, magnetic layer and secondary electrode
DE102011081000A1 Preparing titanium dioxide particle, useful e.g. as photo catalysts, comprises producing solution of glucose, titanium(III) chloride and aqueous ammonia in water and/or solvent, heating and cooling the solution, and filtering the particle
DE102011077907A1 Method for producing printed magnetic functional elements for resistance sensors and printed magnetic functional elements
WO2012019806A1 Method and assembly for exciting spin waves in magnetic solid bodies
DE102011007899A1 Method for manufacturing e.g. intermetallic phase lithium-aluminum anode material utilized in cells of lithium batteries, involves filling shell with lithium or material containing lithium, and cold-transforming closed shell by hammers
DE102011005452A1 Magnetoelectronic component and method for its production
DE102011004329A1 Determination of elongation tensor, lattice parameter and/or orientation matrix of crystallites in polycrystalline material involves using images of to-be-measured crystallite and reference crystallite based on atomic positions