DEVICE FOR MEASUREMENT OF FLUIDS FLOW MOVEMENT SPEED AND TEMPERATURE Russian patent published in 2010 - IPC E21B47/10 G01K7/16 G01P5/12 

Abstract RU 2395684 C2

FIELD: mining.

SUBSTANCE: device comprises cylindrical tubular body, straightening vane and windows for outlet of fluid flow, heater and heat-sensitive element, electrical circuit for generation of information signal, supply unit and recorder. Additionally device comprises two heat-sensitive resistive elements, having equal values of electrical resistances and different working surfaces of turns washed with flow of oncoming fluid and arranged as mutually perpendicular on bearing frame. Straightening vane is installed in front part of cylindrical tubular body. Heater and heat-sensitive element are installed between straightening vane and windows for outlet of fluid flow. Bearing frame is formed by at least two plates of trapezoidal shape from electric insulation and heat insulation material, and small bases of trapezoids face oncoming flow of fluid. Besides turns of one of resistive heat-sensitive elements are arranged on bearing frame perpendicularly to direction of fluid motion, of the second one - in parallel, and heat sensitive elements are connected serially into one of three branches of measurement circuit arranged as a balances DC bridge. The third heat-sensitive element is installed upstream two above-mentioned heat-sensitive elements in front part of cylindrical tubular body at the end of straightening vane, which is closer to oncoming flow of fluid. Besides heat sensitive elements are connected into bridge circuit, which consists of three parallel branches.

EFFECT: improved accuracy of measurements and information value due to simultaneous measurement of measurement speed and temperature, reduction of heat inertia and heat resistance.

3 dwg

Similar patents RU2395684C2

Title Year Author Number
THERMAL ANEMOMETRY METHOD FOR GAS FLOW AND THERMAL ANEMOMETER ON ITS BASIS 2022
  • Khodunkov Vyacheslav Petrovich
RU2797135C1
ARRANGEMENT FOR REMOTE MEASURING OF TEMPERATURE 2005
  • Bakanov Jurij Ivanovich
  • Kolesnichenko Vladimir Petrovich
  • Geras'Kin Vadim Georgievich
  • Kravtsov Igor' Nikolaevich
  • Klimov Vjacheslav Vasil'Evich
  • Zakharov Andrej Aleksandrovich
  • Radygin Aleksandr Gennad'Evich
  • Retjunskij Sergej Nikolaevich
  • Sergeev Sergej Vladimirovich
  • Glukhov Aleksej Aleksandrovich
RU2315268C2
REMOTE TEMPERATURE MEASURING DEVICE 2000
  • Klimov V.V.
  • Budnikov V.F.
  • Bratash I.V.
  • Retjunskij S.N.
  • Kostenko E.M.
  • Engibarjan A.A.
  • Brusakov A.A.
RU2193169C2
HOT-WIRE GAGE FOR MEASURING VELOCITY OF FLUID 2005
  • Bakanov Jurij Ivanovich
  • Kolesnichenko Vladimir Petrovich
  • Geras'Kin Vadim Georgievich
  • Kravtsov Igor' Nikolaevich
  • Klimov Vjacheslav Vasil'Evich
  • Zakharov Andrej Aleksandrovich
  • Engibarjan Arkadij Armenovich
  • Mishchenko Ljubov' Ivanovna
  • Shostak Andrej Valer'Evich
RU2315323C2
SYSTEM WITH MULTIPLE TEMPERATURE SENSORS 2010
  • Khejs, Pol Dzh.
  • Makanalli, Krejg B.
  • Kravitts, Ehndrju S.
RU2535637C1
SEMICONDUCTOR HOT-WIRE ANEMOMETER 1992
  • Levtsov Vladimir Ivanovich
  • Vlasov Valerij Pavlovich
  • Korolev Aleksandr Ivanovich
RU2057347C1
LED DEVICE CIRCUIT AND LED MODULE 2010
  • Dink Mustafa
RU2539878C2
THERMAL-CONDUCTIVITY VACUUM GAUGE 2010
  • Povetkin Roman Aleksandrovich
  • Drejzin Valerij Ehlezarovich
  • Poljakov Valentin Gennad'Evich
  • Pikkiev Valer'Jan Alekseevich
RU2427812C1
DRIVER FOR LED LAMP 2021
  • Kogdanin Artem Igorevich
  • Kogdanin Artur Igorevich
RU2788629C2
CHIP AND A METHOD OF RECORDING ITS INSTALLATION, A REPLACEABLE UNIT AND AN IMAGE FORMING DEVICE 2018
  • Zhang Hao
  • Li Haixiong
  • Yin Aiguo
RU2736558C1

RU 2 395 684 C2

Authors

Bakanov Jurij Ivanovich

Geras'Kin Vadim Georgievich

Kobeleva Nadezhda Ivanovna

Klimov Vjacheslav Vasil'Evich

Retjunskij Sergej Nikolaevich

Sevrjukov Gennadij Alekseevich

Dates

2010-07-27Published

2008-10-03Filed