STAND FOR CALIBRATION OF VORTEX-CURRENT TRANSFORMERS Russian patent published in 2006 - IPC G01N27/90 G01M19/00 

Abstract RU 2273849 C1

FIELD: engineering of measuring and controlling equipment, in particular, engineering of vortex-current transformers.

SUBSTANCE: stand contains optical bench with longitudinal groove on its working surface, made in form of dovetail, two object tables moveable along working surface, provided with micrometric screws, and an additional object table, mounted by their respective bases in groove of bench, two bars. Bars by one ends are rigidly held on first and second tables respectively and are positioned coaxially to each other. On other ends of bars directed towards each other, rigidly and perpendicularly to each other connected are tested vortex-current transformer and standard sample of normalized parameter. On additional table a tube is held immobile with through apertures for placing branch pipes and bars, enveloped by heat bandage. Between pipe and heat bandage thermo-couple is built in. transformer and sample are positioned inside the pipe and coaxially to it. Output of connecting pipe is connected through branch pipe of one of corks to hollow of tube. One of connecting pipe inputs is connected to output of cryostat, and second in - to output of thermostat. Tube, corks and branch pipes are made of heat-resilient material.

EFFECT: expanded functional capabilities of stand, trustworthy control within range of temperatures from +300 to -196°C.

2 dwg

Similar patents RU2273849C1

Title Year Author Number
STAND FOR CHECKING MULTIPLE-PARAMETER EDDY-CURRENT CONVERTERS CONVERTING PARAMETERS OF RAILWAY COMMUNICATION FACILITIES INTO ELECTRIC SIGNALS 1996
  • Zapuskalov Valerij Grigor'Evich
  • Red'Kin Vladimir Il'Ich
  • Egiazarjan Anatolij Vaganovich
  • Rjabtsev Valerij Kirillovich
  • Turobov Boris Valentinovich
RU2082641C1
DEVICE TO TEST SEMICONDUCTOR STRUCTURES 1990
  • Taluts A.G.
  • Tashirova S.L.
  • Grjazev G.F.
RU2023327C1
UNIFLOW SAMPLER OF DISPERSING PHASE IN HIGH-TEMPERATURE AND HIGH-SPEED TWO-PHASE FLOWS 1995
  • Ivanov N.N.
  • Petropavlov A.A.
  • Khudjakov V.N.
  • Shirin I.A.
  • Ivanov A.N.
  • Sokolov V.I.
  • Djatlov A.N.
  • Kurenkov A.V.
RU2108559C1
CHAMBER FOR GROWING CELLS IN MONOLAYER 0
  • Sidorkin Valerij Grigorevich
  • Volskij Evgenij Mikhajlovich
SU1158576A1
CAMERA FOR TAKING TARGETED X-RAY PHOTOGRAPHS 0
  • Fomin Vladimir Georgievich
  • Gorbacheva Nina Alekseevna
  • Minina Lyudmila Viktorovna
  • Utenkova Olga Vladimirovna
SU853502A1
0
SU375535A1
0
  • Krasilnikov Konstantin Grigorevich
  • Tarasov Aleksandr Fedorovich
  • Engraf Viktor Eduardovich
  • Veselov Aleksandr Aleksandrovich
  • Glebova Nina Semenovna
  • Semenov Vladimir Ivanovich
SU553528A1
METHOD OF ASSEMBLING MIRROR MODULE OF X-RAY TELESCOPE, HAVING N COAXIAL INSERTS FORMING ELEMENTARY MIRRORS 2013
  • Sankin Evgenij Vladimirovich
  • Lazarchuk Valerij Petrovich
  • Frolov Sergej Aleksandrovich
  • Bodnar Jurij Miroslavovich
  • Rjadov Aleksandr Viktorovich
  • Sedov Dmitrij Sergeevich
  • Shvetsov Aleksandr Alekseevich
  • Dushina Ljana Aleksandrovna
  • Litvin Dmitrij Nikitovich
RU2541438C1
MULTI-PURPOSE DEVICE FOR DETERMINATION OF CORE MIXTURE SOLIDIFICATION TIME 0
  • Ledyan Yurij Pavlovich
  • Kukuj Davyd Mikhajlovich
  • Matlin Iosif Avseevich
  • Bass Vadim Gerasimovich
  • Majorova Tatyana Anatolevna
SU1004848A1
DEVICE FOR DETERMINATION OF RESOURCE OF PARTS HAVING CYLINDRICAL HOLE 0
  • Tillib Vladimir Nikolaevich
  • Izrailev Yurij Lvovich
  • Parton Vladimir Zalmanovich
  • Belferman Miron Davydovich
  • Lubny-Gertsyk Aleksandr Lvovich
SU1132191A1

RU 2 273 849 C1

Authors

Zapuskalov Valerij Grigor'Evich

Maslov Aleksandr Ivanovich

Artem'Ev Boris Viktorovich

Volchkov Jurij Evgen'Evich

Dates

2006-04-10Published

2005-02-07Filed