METHOD OF CONTROL AND DIAGNOSTICS OF COMPLEX OBJECT STATE Russian patent published in 2018 - IPC G01R31/28 

Abstract RU 2641322 C2

FIELD: physics.

SUBSTANCE: method consists in recording the information signal of the object state, creating from this signal its distorted image (replica) known to the method, obtaining the characteristic curve by feeding the signal of the information parameter of the state to the input X of the oscilloscope and to the input Y of its image (replica), and comparing the observed characteristic curve with the previously created bank of reference characteristic curves of the defective states of the object and on the basis of the coincidence of these curves establishing the presence the corresponding defect. Within the period of the information parameter change, the stroboscopic method identifies the region most fully reflecting the presence of an existing defect, which, if necessary, can move within the period, and also vary in duration, and for this region a characteristic curve is formed that is compared with the previously created corresponding characteristic curves from the bank of the reference characteristic curves of the defective states of the controlled object.

EFFECT: in-depth analysis of the complex object state, the process of functioning of which consists of periodically repeating cycles by increasing the accuracy and reliability of the measurement results and a highly sensitive algorithm for their processing.

4 dwg

Similar patents RU2641322C2

Title Year Author Number
METHOD FOR MONITORING AND DIAGNOSING THE TECHNICAL STATE OF THE "POWER SUPPLY - LOAD" SYSTEM 2018
  • Verbov Vladimir Fedorovich
  • Prosyannikov Boris Nikolaevich
  • Sukiyazov Aleksandr Gurgenovich
RU2709749C1
METHOD OF VISUAL INSPECTION OF ENERGY CONSUMPTION PARAMETRES AND DIAGNOSTICS OF TECHNICAL STATE OF ALTERNATING CURRENT ELECTRIC EQUIPMENT 2008
  • Sukijazov Aleksandr Gurgenovich
  • Verbov Vladimir Fedorovich
  • Zolotarev Vasilij Borisovich
  • Prosjannikov Boris Nikolaevich
  • Prosjannikov Grigorij Borisovich
RU2378656C2
METHOD AND DEVICE OF AUTOMATED MONITORING OF TECHNICAL CONDITION OF ELECTRICAL EQUIPMENT 2014
  • Budko Nikita Pavlovich
  • Budko Pavel Aleksandrovich
  • Vinogradenko Aleksej Mikhajlovich
  • Litvinov Aleksandr Igorevich
RU2548602C1
METHOD OF DETECTING AND ANALYSING ACOUSTIC EMISSION SIGNALS 2014
  • Efim G. Akselrod
  • Inozemtsev Vjacheslav Vladimirovich
  • Kuz'Min Aleksej Nikolaevich
  • Prokhorovskij Aleksandr Sergeevich
RU2570592C1
METHOD FOR PROXIMATE DIAGNOSTICS OF MULTICHANNEL DIGITAL UNITS 1997
  • Kaplja Eh.I.
RU2133479C1
DEVICE FOR DIAGNOSIS OF TROUBLES IN TECHNICAL OBJECTS 0
  • Sinichkin Sergej Gavrilovich
  • Lobanov Sergej Nikolaevich
  • Seryj Viktor Valerevich
SU1536357A1
METHOD OF DIAGNOSING MAIN PIPELINES AND DEVICE FOR REALISING SAID METHOD 2010
  • Dobrotvorskij Aleksandr Nikolaevich
  • Anosov Viktor Sergeevich
  • Brodskij Pavel Grigor'Evich
  • Voronin Vasilij Alekseevich
  • Dimitrov Vladimir Ivanovich
  • Len'Kov Valerij Pavlovich
  • Rudenko Evgenij Ivanovich
  • Tarasov Sergej Pavlovich
  • Chernjavets Vladimir Vasil'Evich
  • Jatsenko Sergej Vladimirovich
RU2445594C1
METHOD OF DIAGNOSTICS OF INDUCTION BRAZING 1998
  • Arkhipov P.P.
  • Keremzhanov A.F.
RU2132262C1
METHOD (VERSIONS) AND DIAGNOSTICS DEVICE FOR ROLLING BEARING 2012
  • Kiselev Mikhail Ivanovich
  • Pronjakin Vladimir Il'Ich
  • Komshin Aleksandr Sergeevich
  • Kudrjavtsev Evgenij Aleksandrovich
RU2536797C2
METHOD FOR REMOTE DIAGNOSTICS OF MOTOR VEHICLE 2015
  • Valov Aleksandr Aleksandrovich
RU2615806C1

RU 2 641 322 C2

Authors

Verbov Vladimir Fedorovich

Prosyannikov Boris Nikolaevich

Sukiyazov Aleksandr Gurgenovich

Dates

2018-01-17Published

2016-02-04Filed