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TROENIJA

Overview
  • Total Patents
    40
About

TROENIJA has a total of 40 patent applications. Its first patent ever was published in 1990. It filed its patents most often in Russian Federation. Its main competitors in its focus markets basic communication technologies are QXONIX INC, NIPPON KOUDEN KOUGIYOU KK and OMSKIJ NII PRIBOROS.

Patent filings in countries

World map showing TROENIJAs patent filings in countries
# Country Total Patents
#1 Russian Federation 40

Patent filings per year

Chart showing TROENIJAs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

# Technology
#1 Resonators

Top inventors

# Name Total Patents
#1 Rjabokon D S 13
#2 Jasinskij I M 12
#3 Chernyshev A K 6
#4 Jakovlev A N 5
#5 Zima V N 4
#6 Zvjagintsev I V 4
#7 Jaroshevich B N 4
#8 Mjakishev O V 3
#9 Kibirev S N 3
#10 Kolesnikova L N 3

Latest patents

Publication Filing date Title
RU2197058C2 Method for producing improved filter single- response crystals
RU2190922C2 Method for tuning supernarrow-band acoustic-surface-wave element to center frequency
RU2195866C2 Device for impedancemetry of biological objects
RU2192289C2 Resonance radiator device for applying physiotherapy treatment
RU2171009C1 Active piezoelectric filter
RU2192706C2 Device for setting and automatically adjusting channel output signal level
RU2199816C2 Method for setting and automatic regulation of channel output signal level
RU2190301C2 Duplex radio communication system
RU2168850C1 Active band-pass piezoelectric filter
RU2169020C1 Inductive radiator
RU2168851C1 Active band-pass piezoelectric filter
RU2179782C2 Method for automatic sensitivity control of radio receiver
RU2168925C1 Chips producing apparatus
RU2157585C1 Broad-band high-frequency push-pull power amplifier
RU2174736C2 Method for manufacturing high-frequency crystal resonator of improved linearity
RU2157601C1 Radio electronic assembly
RU2168852C2 Active band-pass piezoelectric filter
RU2157587C1 Method for tuning narrow-band acoustic-surface- wave device to center frequency
RU2168849C2 Method for tuning of narrow-band device to central frequency on surface acoustic waves
RU2165272C2 Method and device for stimulating reparative regeneration of bone tissue