O’ZBEKISTON TEMIR YO’LLARIDA FOYDALANILUVCHI TOK QABUL QILGICHLARNING AVTOMATIK BOSHQARISH TIZIMINI ISHLAB CHIQISH VA TAKOMILLASHTIRISH

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7 май 2024

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O’ZBEKISTON TEMIR YO’LLARIDA FOYDALANILUVCHI TOK QABUL QILGICHLARNING AVTOMATIK BOSHQARISH TIZIMINI ISHLAB CHIQISH VA TAKOMILLASHTIRISH

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MAQOLA ANNOTATSIYASI

Maqolada harakat tarkiblarida tok qabul qilish jarayonining sifati va ishonchliligini ta’minlash maqsadida tok qabul qilgichlarni boshqarish usullari ko’rib chiqilgan. Regulyatsiyaning ta'sirini baholash uchun tok qabul qilishning sifatini baholovchi integral kriteriylar taklif qilingan. O’rganishlar turli harakat tezliklarida kontakt nuqtasida kontakt bosish kuchi va yoy hosil bo’lish intensivligini baholash imkonini beruvchi, tok qabul qilgich va kontakt tarmoq tizimining o’zaro ishlashining matematik modelidan foydalangan holda amalga oshirilgan. Simulyatsiya natijalari tok qabul qilgichlarni boshqarish turli hil metodlarining samaradorligini baholash va ularning orasidan eng samaradorlisini aniqlash imkonini beradi.

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Teglar

# modellashtirish# токоприемник# tok qabul qilgich# current collector# Контактная сеть# catenary# contact force# automatic regulation system# контактное нажатие# система автоматического регулиро# rostlash

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Maqola idintifikatorlari

ROI:

https://eroi.uz/11.0206/A0524-0038

DOI:

Mavjud emas

Foydalanilgan adabiyotlar

1. Bayanov I., Badretdinov T., Saydivaliev S., Saliyev E., Muminov S. (2021). “Influence of Misalignment of Poles on Arcing During Current Collection” Safety in Aviation and Space Technologies, 181-190. Retrieved from https://www.researchgate.net/publication/ 355856586

2. Амиров С.Ф., Бадретдинов Т.Н., Баянов И.Н. (2021). “Анализ повреждений токоприемников электроподвижного состава и модернизация систем контроля разрегулировки опор контактной сети”. ИГУПС. Современные технологии/Cистемный анализ/Mоделирование. №2(70). с.138-145

3. Bayanov I., Badretdinov T., Muminov S., Karimov I., Saydivaliev S., Saliyev E. (2021). “The electric field of the sliding contact during the interaction of the pantograph and the contact wire”. E3S web of conferences 264. 7 page/ https://www.researchgate.net/publication/352074461

4. Баянов И.Н., Солиев Э.Н., Каримов И.А., Муминов С.С. (2021). “Методика определения эластичности контактной подвески”. Фестиваль НЕДЕЛЯ НАУКИ-2021. Материалы VIII международной научно—практической конференции студентов, молодых ученных и специалистов. Великие Луки, 29 марта -29 апреля, 282-288.

5. Sidorov O.A., Smerdin A.N. and Zhdanov V.A. 2012 Evaluation procedure of current collection system readiness at railway mainlines' high-speed sections Vniizht Bulletin (Railway Research Institute Bulletin) 2 pp 31–35.

6. Sidorov O., Filippov V. and Stupakov S. 2015 Research of Electromechanical Wear of Contact Pairs of Electric Transport Current Collection Devices Friction And Wear 36 pp 511–517.

7. Sidorov O.A., Arkashev A.E., Larkin I.V. and Sosnovskiy S.Y. 2011 Patent of Russian Federation No. 105862, В 60 L 5/00. Current collector of electric rolling stock Claim date 02/11/2011. Publication date 06/27/2011.

8. Sidorov O.A., Smerdin A.N., Chertkov I.E. and Golubkov A.S. 2008 Patent of Russian Federation No. 82445, В 60 L 5/00. Pantograph arcing registration device / Claim date 11/19/2008. Publication date 04/27/2009.

9. Sidorov O.A., Smerdin A.N. and Golubkov A.S. 2015 Experimental studies of pantographs Railways Transport 11 pp 69–70 No. 82445, В 60 L 5/00. Pantograph arcing registration device / Claim date 11/19/2008; Publication date 04/27/2009.