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INST MIKROSTRUKTURTECHNOLOGIE

Overview
  • Total Patents
    28
About

INST MIKROSTRUKTURTECHNOLOGIE has a total of 28 patent applications. Its first patent ever was published in 1992. It filed its patents most often in Germany, United States and Australia. Its main competitors in its focus markets measurement, electrical machinery and energy and semiconductors are PARATRONIC AG, BILLANCO and WOLFENDALE PETER CALEB FREDERI.

Patent filings per year

Chart showing INST MIKROSTRUKTURTECHNOLOGIEs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Loreit Uwe 20
#2 Dettmann Fritz Dr 11
#3 Dettmann Fritz 10
#4 Loreit Uwe Dipl Ing 4
#5 Loreit Uwe Dipl Phys 3
#6 Dettmann Fritz Dipl Ing Dr 3
#7 Schoenbach Torsten 2
#8 Nagler Franz Dipl Ing 2
#9 Andrae Wulf 2
#10 Andra Wulf 1

Latest patents

Publication Filing date Title
DE19940164A1 Arrangement for writing magnetic scales
DE19922307A1 Magnetoresistive component has magnetoresistive circuit elements on film bearer, parallel high conductivity conducting layer strips; output is function of squares of input voltage(s)
DE19910636A1 Length measuring system, consisting of one or more magnetic scales
DE19909890A1 Measuring system for incremental expansion and angle measurement; forms cycle of output signal of sensor that is whole number fraction of cycle duration of signal of sensor elements
DE19839450A1 Magnetoresistive sensor chip with at least two measuring elements designed as a half or full bridge
DE19729312A1 Magnetic length measuring system for absolute position measurement
DE19701137A1 Length sensor chip, the level of which is opposite a scale level
DE19650078A1 Sensor element for determining magnetic field or current
DE19648879A1 Magnetic field sensor with parallel magnetoresistive layer strips
WO9700426A1 Sensor chip for determining the displacement of a magnetic field
DE4438715C1 Magnetic field sensor chip for linear or angular incremental measuring device
DE4437017A1 Device for the contactless measurement of the relative position and the rotational frequency of two bodies
DE4327458A1 Sensor chip for high-resolution measurement of the magnetic field strength
DE4327047A1 Arrangement for high-resolution, high-precision measurement of a linear position or rotary position
DE4319146A1 Magnetic field sensor, made up of a magnetic reversal line and one or more magnetoresistive resistors
DE4311956A1 Arrangement for determining the loading condition of connecting elements
DE4311955A1 Method for distance (clearance) measurement
DE4309881C1 Absolute position measuring device - uses sensor with strip sensor elements scanning successive codes in adjacent measuring track segments
DE4237540A1 Process for high-resolution measurement of linear and rotary positions
DE4233332A1 Magnetoresistive sensor arrangement on a chip for measuring local distributions of magnetic field gradients