OPTOELECTRONIC METERING SYSTEM Russian patent published in 2010 - IPC G01D5/26 

Abstract RU 2383865 C1

FIELD: measurement equipment.

SUBSTANCE: optoelectronic metering system, comprising source and receiver of optical radiation, device for information decoding and display, fibre light guide with fibre splitter of Y-type at one end, photovoltaic diode, integrator, device for information reception and coding. Inlet of fibre splitter is optically joined to source, and outlet - to receiver of optical radiation, the second end of fibre light guide is optically joined to photovoltaic diode, which is connected to integrator. Outlet of optical radiation receiver is connected to the field of information decoding and display. System comprises modulator joined to source of optical radiation, electronic two-position switch, voltage converter, comparator and controlled source of voltage. Photovoltaic diode is arranged on the basis of material, having electroluminescent properties, besides anode of this diode is connected to inlet of integrator and common contact of two-position switch joined in one position to inlet of voltage converter, and in another position - to outlet of information reception and coding device. Outlet of comparator is connected to control inlets of electronic two-position switch and device of information reception and coding, one inlet of comparator is connected to outlet of integrator, and another one - to outlet of controlled source of voltage.

EFFECT: improved efficiency of metering system functioning, which consists in improved accuracy of metering system.

2 dwg

Similar patents RU2383865C1

Title Year Author Number
FIBRE-OPTICAL METER OF ANGULAR VELOCITY 1994
  • Prilutskij V.E.
  • Ponomarev V.G.
  • Kartsev I.A.
  • Grebennikov V.I.
  • Kravchenko V.I.
  • Mishin B.A.
  • Sedyshev V.A.
  • Snovalev A.Ja.
  • Ulybin V.I.
RU2112927C1
MULTI-SENSOR FIBER-OPTIC DATA ACQUISITION DEVICE 2021
  • Grechishnikov Vladimir Mikhajlovich
  • Nersisyan Kseniya Borisovna
  • Teryaeva Olga Viktorovna
RU2757709C1
WIDE-RANGE FIBER-OPTICAL METER OF ANGULAR VELOCITY 2002
  • Prilutskij V.E.
  • Ponomarev V.G.
  • Grebennikov V.I.
  • Kartsev I.A.
  • Mishin B.A.
  • Frolov V.P.
  • Nakhov S.F.
  • Sedyshev V.A.
  • Snovalev A.Ja.
RU2227272C2
FIBER-OPTICAL SYSTEM FOR SAFE INFORMATION TRANSMISSION 1995
  • Jakovlev V.A.
  • Komashinskij V.V.
RU2100906C1
FIBRE-OPTIC ANGULAR SPEED METRE 2012
  • Grebennikov Vladimir Ivanovich
  • Krasnikov Dmitrij Valer'Evich
  • Eremina Ljudmila Vasil'Evna
  • Sedyshev Vladimir Antonovich
  • Snovalev Aleksandr Jakovlevich
  • Nakhov Sergej Fedorovich
  • Sapozhnikov Aleksandr Illarievich
  • Nemkevich Viktor Andreevich
RU2497077C1
SMALL-SIZED THREE-AXES FIBER-OPTICAL METER OF ANGULAR VELOCITY 1998
  • Prilutskij V.E.
  • Ponomarev V.G.
  • Kartsev I.A.
  • Grebennikov V.I.
  • Kravchenko V.I.
  • Mishin B.A.
  • Sedyshev V.A.
  • Snovalev A.Ja.
  • Ulybin V.I.
RU2142118C1
OPTOINTEGRAL DIGITAL SENSOR OF LINEAR MICROMOTIONS 1992
  • Gorodetskij A.E.
  • Sergeev A.G.
RU2101858C1
METHOD FOR CONTROLLING THE AMOUNT OF COUPLED SOLITONS IN A FEMTOSECOND FIBRE LASER 2020
  • Orekhov Ilya Olegovich
  • Dvoretskij Dmitrij Alekseevich
  • Sazonkin Stanislav Grigorevich
RU2764384C1
RADIOPHOTON FIBER OPTICAL MODULE 2022
  • Kalinovsky Vitaly Stanislavovich
  • Kontrosh Evgeny Vladimirovich
  • Andreev Vyacheslav Mikhailovich
  • Shamray Alexander Valerievich
  • Lebedev Vladimir Vladimirovich
  • Arguzov Pyotr Mikhailovich
RU2789005C1
OPTICAL REFLECTOMETRE 2007
  • Jakovlev Mikhail Jakovlevich
  • Tsukanov Vladimir Nikolaevich
  • Kuznetsov Vitalij Anatol'Evich
RU2357220C2

RU 2 383 865 C1

Authors

Sokolovskij Aleksandr Alekseevich

Zadvornov Sergej Aleksandrovich

Dates

2010-03-10Published

2008-08-13Filed