THE ELECTRONIC SCIENTIFIC JOURNAL "YOUNG SCIENCE OF SIBERIA"

ANALYSIS TECHNICAL MEANS APPLICABLE TO REDUCE THE UNEQUISITY RESIDUAL OF MAGNETIZATION RAILS AND THEIR INFLUENCE ON DEVICES OF RAILWAY AUTOMATION

Receipt date: 
10.07.2020
Bibliographic description of the article: 

Пулляков А.В., Соколова В.В. Анализ технических средств снижения остаточной неравномерности намагничивания рельсов и их влияния на устройства железнодорожной автоматики // Анализ технических средств снижения остаточной неравномерности намагничивания рельсов и их влияния на устройства железнодорожной автоматизации. Молодая наука Сибири: электронный научный журнал. 3 (9). [Доступ 07.10.20]

Year: 
2020
Journal number: 
УДК: 
656.259 : 62-533.8
Article File: 
Abstract: 

This article discusses the problems of failures of electric rail circuits and malfunctions in the operation of automatic locomotive signaling devices due to the negative impact of the residual uneven magnetization of rails and rail lashes. The classification of elements of railway transport, subject to magnetization and capable of adversely affecting the operation of the devices under consideration, is given. Based on the results of a patent search and the study of scientific and technical literature, an analytical review of the technical means used to demagnetize rails and rail lashes was carried out, both before laying on the way and after laying

List of references: 
  1. Railway automation, telemechanics and communication systems. In 2 hours. / V.A. Gorelik, D.V. Shalygin, Yu.G. Borovkov, V.E. Mitrokhin, etc.; under the editorship of A.V. Gorelik. - M.: FGBOU "UMTS by education on Zh.-D. transport", 2012. - 477 p.
  2. Shamanov V. I. Electromagnetic compatibility of railway automatics and telemechanics systems. M.: "EMC for education on railway transport", 2013. - 244 p.
  3. Shvalov D.V. Automation devices and rail chains: Textbook. - M.: GO "Educational and methodical center for education in railway transport", 2008. – 190 p.
  4. Pultyakov A.V. Analysis of the effect of uneven magnetization of rails on the stability of ALSN / A.V. Pultyakov, Y.A. Trofimov // Modern technology. System analysis. Modeling. - 2011. - Vol. 30, №1. – P. 206-210.
  5. Shamanov V.I. Influence of operating conditions on the stability of the ALSN / V.I. Shamanov, A.V. Pultyakov, Y.A. Trofimov // Railway transport. 2009. – № 5. Pp. 46-50.
  6. Improving the efficiency of isolating joints of electric relay circuits / A.V. Pultyakov, V.P. Martynovsky, A.F. Natalin, M.E. Skorobogatov // Mat-ly I mezhdunar. scientific-practical conf. - Samara: SamGUPS, 2016. Pp. 34-37.
  7. Pultyakov A.V. Improving the efficiency of operation of rail chains / A.V. Pultyakov, V.P. Martynovsky, A.F. Natalin // Transport infrastructure of the Siberian region. Mat-ly V mezhdunar. scientific-practical conf. In 2 vols. 1. - Irkutsk: ISTU, 2014. Pp. 327-331.
  8. Trofimov Y.A., Pultyakov A.V., Magnetization of rail lashes and stability of ALSN operation // Efficiency and safety of electrical engineering complexes and systems of automation and telemechanics in railway transport: mezhvuz. temat. sb. nauch. Tr. / Omsk: OmGUPS, 2011. Pp. 46-49.
  9. Installation for demagnetization of rails URR-1. [Electronic resource]. - Access mode: http://diatehnn.ru/, free - (05/01/2020).
  10. Device for demagnetization of a rail insulating joint : Pat.103112 Russian Federation : IPC E01B11/54 / Emelyanov E.N., Konakov A.V., Fadeev V.S., Chigrin Y.L., Shtanov O.V., Obodovsky Y.V., Paladin N.M., Vasin V.V., pavlushko G.D., Prishchenko A.A.; applicant and patent holder – LLC "NTC Information Technology " – № 2010147893/11; application form 24.11.2010; publ. 27.03.2011, bul. № 9. – 5 p.
  11. Device for demagnetization of rails / A.V. Lube // Automation, communication, Informatics. 2008– № 7. Pp. 27-28.
  12. Rail demagnetization device: Pat. 184408 Russian Federation: IPC G01G 7/00, H01F 13/00, B60L 1/00 / Reger I.I., Karnaukhov A.S., Toskin F.A., Pazylov R.S.; applicant and patent holder of JSC "Russian Railways" – № 2018127527; application 26.07.2018; publ. 24.10.2018, bul. № 30. – 8 p.
  13. Device for demagnetization of rails: Pat. 1259 Russian Federation: IPC E01B 11/54 /  Kazakov S.G., Sazonov Yu.P., Livshits Y.I., Kondratev V.I., Gvozdev M.V., Lemmer A.G. ; applicant and patent holder of JSC "Russian Railways" – №2012126587/11; application 26.06.2012; publ. 20.10.2012, bul. № 29. – 7 p.
  14. Device for demagnetization of ferromagnetic objects: Pat. 78363 Russian Federation: IPC H01F 13/00 / Loginov S.N., Ivanov A.A., Koba S.V.; applicant and patent holder-JSC "Ryazan radioelectronic company" - № 2008127613/22; application 07.07.2008; publ. 20.11.2008, bul. № 32. – 10 p.
  15. Method for eliminating residual uneven magnetization of rails: Pat. 2579236 Russian Federation: MPK7 H01F 13/00, B61L 25/06 / Trofimov Y.A., Pultyakov A.V.; applicant and patent holder Irgups. - № 2014131428/11; application 29.07.14; publ. 10.04.16, bul. № 10. - 3 p.