ЭЛЕКТРОННЫЙ НАУЧНЫЙ ЖУРНАЛ "МОЛОДАЯ НАУКА СИБИРИ"

TECHNICAL RENOVATION OF AUTOMATIC BLOCK SIGNALLING SYSTEM ON THE RAILWAY HAUL SLYUDYANKA 1 – UTULIK

Дата поступления: 
17.11.2020
Библиографическое описание статьи: 

Tkachenko L.A., Demyanov V.V. Tecknicheskoe perevooruzhenie ustroistv autoblokirovki na uchastke Sludyanka 1 – Utulik [Technical renovation of the automatic block signalling system o the railway haul Sludyanka 1 – Utulik]. Molodaya nauka Sibiri: ehlektronnyj nauchnyj zhurnal [Young science of Siberia: electronic scientific journal], 2020, no. 4.

Год: 
2020
Номер журнала (Том): 
УДК: 
656-256.3
Файл статьи: 
Аннотация: 

Reconstruction of railway sections should not lead to a serious disruption of the train schedules for the duration of the reconstruction works. In this regard, an important concomitant task arises: to provide a temporary two-way organization of traffic along each of the routes of the tracks, caused by the induced reconstruction. Reorganization of the movement from a technical point of view is difficult on tracks equipped with an  automatic block signalling system of the «code-pulse automatic blocking (ChKAB)» type. This article discusses a technical solution for the modernization of the working devices of the ChKAB on double-track hauls, using a facilitated transfer of each of the haul tracks to a temporary two-way traffic with alternate reconstruction of tracks on the haul. The main advantage of the technical solution adopted in the project of temporary reconstruction is the use of a two-way ChKAB, which removes the problem of protection from obtaining a more resolving automatic locomotive signalisation  code when the insulating joints at the signal installation and when moving along the wrong path on the stretch of the train package block-section behind the tail of the train. This technical solution makes it possible to significantly reduce the time and facilitate the technical implementation of the process of transferring the haul to the wrong direction of movement, increase the throughput of automatic block signalling system when driving in the wrong direction according to automatic locomotive signalization, increase the reliability of the operation of railway equipment, and  maintain required throughput of the haul during closing traffic on one of its paths for work.

Список цитируемой литературы: 
  1. Anoshkin V.V. Vnedrenie innovatsiy v hozyaistve avtomatiki i telemechaniki [Innovations in Automation and telemechanics]. Avtomatika, svyaz’, informatika [Automation, communication, informatics]. 2018. №12. pp/ 23-25.
  2. Lapkin A.B. Realizatsia investitsionnykh proektov v OAO «RZD» [Realization of investment projects of JSC «Russian Railways»]. Avtomatika, svyaz’, informatika [Automation, communication, informatics].2018. №7. pp/ 30-32.
  3. Savtchuk V. Kak povysit’ propysknyiy sposobnost’ Vostochnogo poligona [How to increase the throughput of the Eastern landfill]. URL: https://www.rzd-partner.ru/ zhd-transport/comments/kak-povysit-propusknuyu-sposobnost-vostochnogo-poligona/
  4. Vyugin I. Vostochniy polygon – territoriya razvitiya [East landfill - the territory of progress]. URL: https://gudok.ru/content/infrastructure/1529282/   
  5. Ekspluatatsiya i upravlenie na promishlennom zheleznodorozhnom transporte [Operation and management in industrial railway transport]. Lubitskaya E.A. Ridero, Ekaterinburg, 2020 - 176 p.
  6. Technical project №5221 Tecknicheskoe perevooruzhenie ustroistv automaticheskoy blokirovki na uchastke Sludyanka 1 – Utulik. Proyektnaya dokumentatsiya [Technical renovation of the  automatic block system on the railway haul Sludyanka 1 – Utulik. Project documentation]. Irkutskiy proektno-izyskatel’skiy institut «IRKUTSKZHELDORPROJECT», 2018.
  7. Pravila tekhnicheskoy ekspluatatsii zheleznykh dorog Rossiyskoy Federatsii [standard code of operating rules on the Russian Railways]. Transport [Transport], 2019 – 472 p.
  8. Printsipy postroeniya system automatiki i telemekhaniki na peregonah [Principles of projecting automation and telemechanics systems on railway tracks]. V. V. Demyanov, R.V. Lichota, Irkutsk State Transport university, Irkutsk, 2015 – 160 p.
  9. Tipovie projektye resheniya «Odnoputnaya kodovaya autoblokirovka peremennogo toka 25 i 50 Hz s electrotyagoy AB-1-25-50ET-82», albom 3 «montazhniye skhemi 25 Hz» [typical design solutions «Single-track code automatic blocking of alternating current 25 and 50 Hz with electric traction (type “AB-1-25-50-ET-82”)», album №3 “Mounting circuit 25 Hz”]. Giprotranssignalsvyaz [institute for designing signaling, centralization, communication and radio on railway «giprotranssignalsvyaz»], 1983.
  10. Tipovie projektye resheniya «dvukhputnaya kodovaya autoblokirovka peremennogo toka 25 i 50 Hz s electrotyagoy AB-2-25-50ET-82», albom 3 «montazhniye skhemi 25Hz» [typical design solutions «Double-track code automatic blocking of alternating current 25 and 50 Hz with electric traction (type “AB-2-25-50-ET-82”)», album №3 “Mounting circuit 25 Hz”]. Giprotranssignalsvyaz [institute for designing signaling,centralization, communication and radio on railway «giprotranssignalsvyaz»], 1983.