DEVICE AND METHOD FOR ELECTROMAGNETIC TEST OF OBJECT Russian patent published in 2016 - IPC G01R29/10 

Abstract RU 2573122 C2

FIELD: radio engineering, communication.

SUBSTANCE: invention relates to radio engineering, in particular to electromagnetic testing facilities. The bench contains probes, anechoic electromagnetic absorbers, the bearing structure, the movement system, the mechanical movement device drive, the computer, the user interface, the support position angle sensor, the feedback loop, the bearing rollers, and also the second angular movement system. The supporting framework has an arch or a ring shape and is implemented in such a way that the probes supported by it are distributed in three measurements. Meanwhile the probe and the support for tested object are moved with reference to each other pursuant to the trajectory calculated on the basis of pre-set statistics of angular dispersion with reference to the main direction of the probe targeting. The computer is implemented with a possibility of input of statistics of angular dispersion by a user, calculation of set of angular control positions for control of the mechanical movement drive, and also calculation of values of intensity and phase of electromagnetic radiation. Note that the pre-set angular dispersion statistics is the double exponential law.

EFFECT: expanded functionality of the test bench.

27 cl, 19 dwg

Similar patents RU2573122C2

Title Year Author Number
DEVICE FOR ELECTROMAGNETIC TESTING OF OBJECT 2011
  • Garro Filipp
  • Djushesn Ljuk
  • Laport Rafael
  • Djuran Ljudovik
RU2582892C2
OPTICAL DEVICE 2000
  • Berdinskikh Ju.A.
  • Gimmel'Man V.G.
  • Gnedoj V.I.
  • Sal'Nikov L.S.
  • Strel'Tsov R.A.
  • Truzhenikov V.A.
  • Chernyshev V.P.
  • Burmistrov V.B.
  • Roj Ju.A.
  • Shargorodskij V.D.
RU2187137C2
OPTICAL DEVICE WITH SYMMETRIC MOUNTING 2001
  • Berdinskikh Ju.A.
  • Sal'Nikov L.S.
  • Soboleva G.A.
  • Truzhenikov V.A.
RU2213363C2
OPTICAL DEVICE 1997
  • Berdinskikh Ju.A.
  • Burmistrov V.B.
  • Gnedoj V.I.
  • Sal'Nikov L.S.
  • Strel'Tsov R.A.
  • Truzhenikov V.A.
  • Shargorodskij V.D.
RU2137167C1
DEVICE FOR FASTENING MIRROR ANTENNA COUNTERREFLECTOR 1996
  • Berdinskikh Ju.A.
  • Gnedoj V.I.
  • Sal'Nikov L.S.
  • Truzhenikov V.A.
RU2099829C1
METHOD OF DETECTION OF ASSUMED LIGHT-CARRYING AIR IN NATURE 1992
  • Filippov Petr Ivanovich
RU2049312C1
ULTRASONIC DEVICE FOR NON-DESTRUCTIVE TESTING OF HYBRID TYPE 2022
  • Evdokimov Alexey
  • Subbotin Artemii
  • Malynka Sergii
  • Sidorov Georgii
RU2824537C2
AIMING METHOD AND DEVICE IMPROVING ITS REALIZATION 2017
  • Gavrilov Nikolaj Andreevich
RU2683966C1
BED FOR MEASUREMENT OF ELECTROMAGNETIC FIELD AROUND OBJECT 1991
  • Geruni S.P.
RU2014624C1
DETERMINATION AND CALIBRATION OF NEEDLE LENGTH FOR NEEDLE GUIDANCE SYSTEM 2012
  • Wilkes Bryson G.
  • Newman Jon B.
  • Messerly Shayne
RU2609203C2

RU 2 573 122 C2

Authors

Djushesn, Ljuk

Laport, Rafaehl'

Dates

2016-01-20Published

2011-10-07Filed