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MINTS MARK YA

Overview
  • Total Patents
    72
About

MINTS MARK YA has a total of 72 patent applications. Its first patent ever was published in 1972. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets environmental technology are POTAPOV YURIJ V, BARANOV A G and ELF KK.

Patent filings in countries

World map showing MINTS MARK YAs patent filings in countries

Patent filings per year

Chart showing MINTS MARK YAs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Mints Mark Ya 72
#2 Chinkov Viktor N 71
#3 Nemshilov Yurij A 17
#4 Grib Oleg G 16
#5 Gorlach Anatolij A 11
#6 Kalyanov Grigorij K 10
#7 Kravchenko Sergej A 9
#8 Anokhin Vladimir I 8
#9 Savitskij Aleksandr L 7
#10 Kurgantsev Igor Yu 6

Latest patents

Publication Filing date Title
RU1832360C Multifrequency signal former
SU1746324A1 Device for measuring frequency of harmonic signals
RU1798717C Method of measurement of frequency of sinusoidal signals
RU1771033C Method of control of three-phase four-wire network balancing device
SU1739481A1 Apparatus for preliminary filtering of input signals of narrow-band digital filters
SU1758575A1 Device for measuring characteristics of sine
SU1760470A1 Method of determining harmonic signal characteristics
SU1739473A1 Amplitude-modulated signal spectrum generator
SU1714746A1 Method for control of balancing device of three-phase four- line mains
SU1756837A1 Device for measuring parameters of amplitude-modulated signal
SU1675798A1 Digital analyzer of frequency characteristics of four- terminal network
SU1683170A1 Former of three-phase sinusoidal signals
SU1737621A1 Device for balancing of three-phase networks
SU1603523A1 Digital shaper of three-phase sine signals
SU1686600A1 Device for symmetrization current in three-phase networks
SU1592803A1 Digital meter of parameters of amplitude-modulated signais
SU1555677A1 Calibrator of signals normalized by coefficient of harmonics
SU1628005A1 Digital spectrum analyzer
SU1562862A1 Method of determining amplitude of harmonic signal of infralow frequency
SU1451618A1 Method of shaping a signal calibrated by harmonics factor