№81-13
Features of the operating conditions of emergency rescue cages of lifting installations in vertical shafts of mines
L. Shyrin1, O. Trofymova1, S. Felonenko1, I. Iniutkin1, V. Medianyk1
1Dnipro University of Technology, Dnipro, Ukraine
Coll.res.pap.nat.min.univ. 2025, 81:130–139
Full text (PDF)
https://doi.org/10.33271/crpnmu/81.130
ABSTRACT
Purpose. Establish the peculiarities of operation of emergency rescue cages of mine shaft hoisting units to extend their functions in the conditions of intensification of mining production and determine the directions of their modification.
The methods. The study of the peculiarities of operation of hoisting vessels in real conditions of the mine environment was considered as an interacting transport and technological system «cage ‒ conductors» using classical methods of analysis, generalization, comparison and modeling.
Findings. Comprehensive studies of the operation of rescue cages in the specific conditions of mines in Western Donbas have established a bank of typical, atypical and extreme factors that negatively affect the performance and technical condition of the elements system of the«cage –conductors». It has been experimentally proven that in order to increase the adaptive capacity of the rescue cage, it is necessary to additionally determine the little-studied indicators of the peculiarities of the impact of the mine environment, as well as the dynamic loads arising from the deviation of the vessel from the vertical position during movement.In order to expand the effective use of rescue cages as a mobile service complex, it is necessary to equip rescue cages with modern information and measuring equipment for monitoring the technical condition of the interacting elements of thesystem «cage –conductors»and to formulate and approve at the appropriate levels the concept of creating a special service for the maintenance of the lifting complex.
The originality. For the first time, the peculiarities of the influence of deformations of the profile of conductors of shaft reinforcement in the planes Ox and Oy on the performance of the elements of the dynamic system «rescue cage – conductors» under conditions of uncertainty were established.
Practical implementation. The expediency of modifying the emergency rescue cages of mine shaft lifting units in order to use them as a technical means for servicing the lifting complex during operation has been proved
Keywords: emergency rescue cage, reinforcement, system, deformation of conductors, lifting vessel, operational performance, mine shaft.
References
1. Solomentsev, K.A., Vasylkevych, V.I., Dubinin, M.V., & Strelchenko, A.A. (2012). Pidiomni ustanovky dlia provedennia avariino-riatuvalnykh robit u vertykalnykh shakhtnykh stvolakh. Heotekhnichna mekhanika, 105, 216–240.
2. Bondarenko, V.I., Samusia, V.I., & Smolanov, S.M. (2003). Stvorennia avariino-riatuvalnoi peresuvnoi pidiomnoi ustanovky. Hirnychyi informatsiino-analitychnyi biuleten, 10, 202–203.
3. Bondarenko, V.I., Samusia, V.I., & Smolanov, S.M. (2003). Mobilni pidiomni ustanovky dlia avariino-riatuvalnykh robit v shakhtnykh stvolakh. Hirnychyi zhurnal, 5, 99–100.
4. Yezhov, V.V., Riasnyi, V.M., Yevstratenko, I.A., Chukhariev, S.M., & Korniienko, V.Ya. (2022). Rozroblennia rekomendatsii shchodo poperedzhennia avarii ta avariino-nebezpechnykh sytuatsii na hirnychorudnykh pidpryiemstvakh Ukrainy. VISTI Donetskoho hirnychoho instytutu, 2(51), 35–42.
5. Yezhov, V.V., Riasnyi, V.M., Yevstratenko, I.A., Malanchuk, Z.R., & Chukhariev S.M. (2021). Stan avariinosti na pidpryiemstvakh hirnychodobuvnoi haluzi Ukrainy. Visnyk Kryvorizkoho natsionalnoho universytetu, 53, 47–53.
6. Samusia, V.I., Kyrychenko, Ye.O., Oksen, Yu.I., Kholomeniuk, M.V., Ilina, I.S., Cheberiachko, I.M., Komissarov, Yu.O., Bobryshov, O.O., & Trofymova, O.P. (2020). Zvit z naukovo-doslidnoi roboty «Rozrobka teorii ta metodiv dlia zabezpechennia intensyfikatsii roboty hirnychotransportnoho obladnannia v umovakh tryvaloi ekspluatatsii» po temi M-386. NTU «Dniprovska politekhnika».
7. Samusia, V.I., Kyrychenko, Ye.O., Felonenko, S.V., Oksen, Yu.I., Kholomeniuk,M.V., Ilina, I.S., Cheberiachko, I.M., Ilina, S.S., Dizhevskyi, B.K., Komissarov, Yu.O., Bobryshov, O.O., Trofymova, O.P., & Shlomina, L.S. (2022). Zvit pro naukovo-doslidnu robotu «Rozrobka ta obgruntuvannia tekhnichnykh rishen shchodo pidvyshchennia efektyvnosti ta bezpeky ekspluatatsii enerhomekhanichnykh kompleksiv hirnychykh pidpryiemstv» po temi M-394. NTU «Dniprovska politekhnika».
8. Samusia, V.I., Kolosov, D.L., Kyrychenko, Ye.O., Koptovets, O.M., Kravets, V.V., Vanzha, H.K., Ziborov, K.A., Oksen, Yu.I., Tsvirkun, L.I., Denyshchenko, O.V., Ilina, I.S., Ilina, S.S., Savenchuk, O.S., Tytov, O.O., Kholomeniuk, M.V., Yavorska, O.O., Bobryshov, O.O., Kiba, V.Ya., Komissarov, Yu.O., … Shlomina, L.S. (2016). Zvit pro naukovo-doslidnu robotu «Naukove obgruntuvannia tekhnichnykh rishen iz zabezpechennia enerhoefektyvnosti ta ekspluatatsiinoi bezpeky suchasnykh shakhtnykh pidiomno-transportnykh kompleksiv» po temi HP-477. NTU «Dniprovska politekhnika».
9. Vasylkevych, V.I. (2019). Rozrobka ta obgruntuvannia metodiv ta zasobiv vyznachennia ta otsinky dynamichnykh parametriv system «posudyna-armuvannia» shakhtnykh vertykalnykh stovburiv. [Avtoref. dys. kand. tekhn. nauk, NAN Ukrainy, In-t heotekhn. mekhaniky im. M. S. Poliakova].
10. Korolov, K.V., Biednov D.H., Radchenko, V.K., Ylin S.R., & Novik V.A. Monitorynh tekhnichnoho stanu obladnannia shakhtnykh pidiomnykh kompleksiv. Promyslova bezpeka, 12, 55–61.
11. Ilin, S.R., Samusia, V. I., Ilina, I. S., & Ilina, S. S. (2016). Influence of dynamic processes in mine hoists on safety of exploitation of shafts with broken geometry. Naukovyi visnyk NHU, 3, 48–53.
12. Iljin, S., Iljina, I., & Iljina, S. (2015). Drgania parametryczne w układach naczynie wyciągowe – obudowa szybu. Transport szybowy. Instytut Techniki Gornicej (pp. 247–265).
13. Iljin, S., Samusya, V., Iljina, I., & Iljina, S. (2015). Influence of dynamic processes in mine winding plants on operating safety of shafts with broken geometry. New Developments in Mining Engineering: Theoretical and Practical Solutions of Mineral Resources Mining (rr. 425–429).
14. Ilina, I., Bobryshov, O., Trofymova, O., & Komissarov, Y. (2022). Mathematical model of dynamic processes in inclined lifting installations. Collection of Research Papers of the National Mining University, 70, 68–75. https://doi.org/10.33271/crpnmu/70.068
15. Ilin, S.R., & Samusia, S.V. Doslidzhennia vzaiemodii kolyvalnykh protsesiv v struni ta vysku kanatu pry halmuvanni mobilnoi pidiomnoi ustanovky. (2007). Vibratsii v tekhnitsi ta tekhnolohiiakh, 3(48), 89–92.
16. Samusia, S.V. (2011). Obgruntuvannia ratsionalnykh parametriv i rezhymiv ekspluatatsii avariino-riatuvalnykh mobilnykh pidiomnykh ustanovok. [Avtoref. dys. kand. tekhn. nauk, NAN Ukrainy, In-t heotekhn. mekhaniky im. M. S. Poliakova].
17. Trofymova, O.P. (2013, 15–18 kvitnia). Doslidzhennia protsesiv vzaiemodii napriamnykh kovzannia avariino-riatuvalnoi kliti z zhorstkymy providnykamy armuvannia stvola. Matematychni problemy tekhnichnoi mekhaniky : materialy mizhnarodnoi nauk. konf. Dniprodzerzhynsk. (s. 64–65).
18. Trofymova, O.P. (2017, 14 hrudnia). Le perfectionnement des noeuds de la fixation des glissières dans la cage de dèpannage et sauvetage. Innovatsiinyi rozvytok hirnychodobuvnoi haluzi : materialy II mizhnarodnoi nauk.-tekhn. internet-konf. Kr. Rih (s. 271). KNU.
19. Samusia, S.V., Komissarov, Yu.O., Fedoriachenko, D.A., & Vynychenko A.V. (2016). Modeliuvannia dynamichnykh protsesiv mobilnoi avariino-riatuvalnoi pidiomnoi ustanovky. Hirnycha elektromekhanika ta avtomatyka, 95, 68–75.
