Rubel A.A., Kuraieva O.V. Research and development of bunton structures of double-row rope-profile guides for movement of lifting cages
- Details
- Parent Category: Geo-Technical Mechanics, 2023
- Category: Geo-Technical Mechanics, 2023, Issue 164
Geoteh. meh. 2023, 164, 5-20
https://doi.org/10.15407/geotm2023.164.005
RESEARCH AND DEVELOPMENT OF BUNTON STRUCTURES OF DOUBLE-ROW ROPE-PROFILE GUIDES FOR MOVEMENT OF LIFTING CAGES
1Rubel A.A., 2Kuraieva О.V.
1State Enterprise «United Company «Ukrvuglerestrukturyzatsiya», 2Limited Liability Company «Pfizer Ukraine»
UDC 622.6:622.674:622.673.1
Language: English
Abstract. The paper studies the existing options of rigid reinforcement of vertical shafts, consisting of buntons and guides of various types, which ensure the movement of vehicles in the shaft reinforcement with double-row rope-profile guides. We have considered various layouts and structures of tiers for various number of vehicles moving in the shaft and their purpose (skips, cages, counterweights), and analyzed their advantages and disadvantages. On the basis of analysis and research, the structures of buntons for double-row rope-profile guides and the legs with grips have been developed that allow the guides to move up and down relative to the tier, to transfer horizontal dynamic forces in the frontal and lateral planes. Research, analysis, development and implementation of bunton structures for double-row rope-profile guides and implementation with connecting rods, frames, which provide greater reliability while maintaining all the necessary clearances (according to the Safety Rules) between the vehicles and the shaft lining, in the "vehicle-reinforcement" system. Using the results of these studies in the development of existing structures will achieve the following results: - increasing the safety level while observing the standard clearances in the elements of shaft reinforcement; - reducing capital costs due to a decrease in the metal consumption of the tier of shaft reinforcement; - reducing the labor intensity of maintenance and repair by reducing the number of buntons and their fastening elements; - reducing the effect of clogging and corrosion on the durability of rope-profile guides and buntons; - reducing the impact of shaft lining violation on the reinforcement; - increasing the reliability level of kinematic connection in the "guide-bunton" system; - providing standard clearances in the shaft section at a safe level; - ensuring a high reliability level and safe operation of the shaft reinforcement with rope-profile guides.
The implementation of developed structures of double-row rope-profile guides of the vertical shaft reinforcement will lead to an increase in the level of safe operation, while reducing the metal consumption and the cost of maintenance and operation of the vertical shaft reinforcement.
Keywords: mine vertical shafts, double-row rope-profile guides, skips, cages, counterweights, console buntons, legs for fastening vehicles to guides.
REFERENCES
1. Dvornikov, V.I., Solomentsev, A.I. and Kurilenko, V.K. (1985), Metodika rascheta zhestkikh armirovok vertikalnykh stvolov shakht[Calculation methodology of rigid reinforcement for vertical shafts of mining enterprises], NIIGM named after M.M. Fedorov, Donetsk, Ukraine.
2. Samorodov, A.I. and Iserov, B.I. (1982), Normy bezopasnosti na proektirovanie I ehkspluataciyu kanatnykh provodnikov mnogokanatnykh podemnykh ustanovok[Safety Standards for the Design and Operation of Rope Guides in Multi-Rope Lifting Installations], MakNII, Makeyevka, Ukraine.
3. Voloshyn, O. I., Rubel, A. O. and Rubel, O. V. (2016), “Reinforcement of vertical mine shafts and methods for its improvement”, Geo-Technical Mechanics, no.126, pp. 137–145.
4. Rubel, A. O. (2017), Kanatno-profil'nye provodnik armirovki shahtnogo stvola[Rope-profile guide for the mine shaft reinforcement], State Register of Patents of Ukraine, Kiev, UA, Pat. № 115478.
5. Rubel, A. O. (2016), Diskretnaja armirovka stvola[Discrete reinforcement of the shaft], State Register of Patents of Ukraine, Kiev, UA, Pat. № 110518.
6. Voloshyn, O. I., Rubel, A. O. and Rubel, O. V. (2016), “Console damping buntons for reinforcement of vertical mine shafts”, Geo-Technical Mechanics, no.127, pp. 89–98.
7. Rubel, A. O. (2016), Кonsol'no-dempfirujushhij rasstrel [Console-damping bunton], State Register of Patents of Ukraine, Kiev, UA, Pat. № 110492.
8. Ukraine Ministry of Coal Industry (2010), NPAOP 10.0-1.01-10. Pravyla bezpeky u vuhilnykh shakhtakh: Normatyvnyy dokument Minvuhlepromu Ukraïny. Standart [NPAOP 10.0-1.01-10:2010. Safety rules in coal mines. Regulatory Document Coal Industry of Ukraine. Standard], Ukraine Ministry of Coal Industry, Kiev, Ukraine.
9. Rubel, A. O. (2022), “Research of operation features and development of requirements for maintenance of structures of rope-profile guides in the shaft equipment”, Geo-Technical Mechanics, no.162, pp. 48–65. https://doi.org/10.15407/geotm2022.162.048
10. Rubel, A. O. and Kuraieva, A. V. (2022), “Research and development of structures of single-row rope-profile guides for movement of cages in the shaft reinforcement”, Geo-Technical Mechanics, no 163, pp. 97–111.
About authors:
Rubel Andrii Oleksandrovych, Candidate of Technical Sciences (Ph.D.), Chief Power Engineer, State Enterprise «United Company «Ukrvuglerestrukturyzatsiya», Kyiv, Ukraine, This email address is being protected from spambots. You need JavaScript enabled to view it.
Kuraieva Olena Viktorivna, Master of Science, LLC Pfizer Ukraine, Kyiv, Ukraine, This email address is being protected from spambots. You need JavaScript enabled to view it.