Kompetentnost' 7/128/2015 ISSN 1993-8780

RESEARCH 55


Assessing Trends of Non-Destructive Testing on the Results of Patent Research


L.A. Sashina, Associate Professor, Mechanical Measurements and Non-destructive Testing Department, FSAEI FVT Academy for Standardization, Metrology and Certification (ASMS), Moscow, Russia, lsashina@gmail.com

E.R. Lazarenko, Senior Lecturer, Mechanical Measurements and Non-destructive Testing Department, FSAEI FVT ASMS, Moscow, Russia

Dr. A.A. Slykhov, Associate Professor, Patent Attorney, RF gos. reg. N 136, Moscow, Russia, lsashina@gmail.com

T.M. Tereshkina, Eurasian Patent Attorney inter. reg. N 238, Patent Attorney, RF gos. Reg. N 54, Moscow, Russia


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key words


non-destructive testing means, non-destructive testing methods, patent database FIPS, dynamics of patenting


Referenсes

Non-destructive testing is an essential element for examination of safety and quality of materials and technical objects. According to the authors’ view progressive methods and means of non-destructive testing is largely determined by the presence and quantity of the patented technical solutions in the form of inventions and utility models. On the basis of the patent research they conducted statistical analysis of patent data base FIPS about the dynamics of the patenting for methods of non- destructive testing from 1995 to 2015. According to the results of this analysis, the most promising types of non-destructive testing should be considered radiation, optical, acoustic and magnetic, as well as technologies that use tomographic systems. Some promising solutions specific to the studied areas of patenting are identified and discussed while patent analysis.

  1. RF GOST 18353–79 Means of non-destructive control (In Russia).

  2. GOST R 15.011–96 Patent research (In Russia).

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  4. Vavilov V.P. Infrakrasnaya termografiya i teplovoy kontrol’ [Infrared thermography and thermal control], 2013.

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  8. Rekomendatsii po oborudovaniyu laboratorii nerazrushayushchego kontrolya [Recommendations for non-destructive testing laboratory equipment JSC NIKIMT-Atomstroy], Moscow, NTTs Ekspert, 2009.

  9. Gorbachev V.I., Semenov A.P. Radionuklidnye istochniki dlya defektoskopii: informatsionnyy obzor [Radionuclide sources for flaw detection], NTTs Ekspert, 2011, no. 6.

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12 Mezhdunarodnaya patentnaya klassifikatsiya (MPK) [International Patent Classification], VOIS, Zheneva, 2014.

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  3. Nerazrushayushchego kontrolya vidy (metody) i tekhnologiya nerazrushayushchego kontrolya: spravochnoe posobie [Types of non-destructive testing (methods) and non-destructive testing technology], Moscow, Gosgortekhnadzor Rossii, 2003.

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  5. Sudarikova E.V. Nerazrushayushchiy kontrol’ v proizvodstve: uchebnoe posobie [Non-destructive testing in production], Sankt-Petersburg, 2007.


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