Study Of The Effect Of Hydraulic Systems Operation On The General Performance Of A Hydraulic Excavator
Zhuraev Akbar Shavkatovich , Republic Of Uzbekistan, Navoi Region, Navoi, Obod, UzbekistanAbstract
The use of hydraulic excavators in open pits has a high force effect on the teeth of the bucket, reduces the operating cycle compared to mechanical excavators by 15-18%, which in turn increases operational efficiency by 30-35%.
The hydraulic system is the mechanism that performs the excavation period of the hydraulic excavator, the period of bucket rise, the period of torsion of the loaded bucket, the period of loading, the period of torsion of the unloaded bucket, the period of unloading the bucket. Its optimal performance depends on the design of the hydraulic equipment, the technical condition of the hydraulic excavator and the working environment.
Keywords
Hydraulic Excavator, Loading Period, Excavation Period, Pressure Energy, Working Fluid Slip
References
GOST 4.377–85. System of indicators of product quality. Excavators odnokovshovye. Nomenclature of indicators [Text]. - Intro. 1987–01–01. - М. : Publication of standards, 1987. - 1-7 p.
Yakushov A.E. Investigation of the energy parameters of single-bucket hydraulic excavators. Diss. Can.tech.n. 2004 12th st.
Nosenko A.S., Shemshura E.A., Altunina M.S. Methodical instructions for the implementation of protic works "Construction and road machines". Novocherkassk YRSPU (NPI) 2015.13-14 p.
Apsin V.P., Udovin V.G. Methodical instructions on hydraulic calculations. - Orenburg: GOU OGU, 2004. 6-43 p.
Krivenko A.E., Zang Kuok Khan “Study of the effect of ambient temperature on the intensity of heat radiation from the hydraulic line in the hydraulic system of a mining hydraulic excavator. // Journal «Mining equipment and electromechanics » №5 2020. 41-pages.
http://mirsmazok96.ru/uploadedFiles/images/x_tellus_s2_m.png
N.N. Melnikov, D.G.Nevolin, L.S.Skobelov. Technology of application and parameters of quarry hydraulic excavators. Apathy: Kolsky scientific center RAN. -1992.77-82 p.
Timokhov R.S. Increasing robot capacity of hydraulic systems of machine tools in winter conditions of operation in the first Republic of Komi. Diss. K.t.n. 2018 y. Pages 36-44.
B.V.Slesarev Explanation of parameters and development of means to increase the efficiency of operation of quarry hydraulic excavators. Diss. kan. t.n. 2005. p-70-73.
Abduazizov N.A., Muzaffarov A., Toshov J.B. “A complex of methods for analyzing the working fluid of a hydrostatic power plant for hydraulic mining machines.”//International Journal of Advanced Science and Technology. - India, 2020. - Vol. 29. - №5. - R. 852-855. (№3. Scopus; № 41. SCImago, impact factor - SJR 2019: 0.11)
A. N. Azamatovich, Z. A. Shavkatovich, T. S. Abdumuminovich, and A. S. Khusniddinovich, "Simulation of the Motion of Dusted Air Flows Inside the Air Filter of a Hydraulic System of a Quarry Excavator." International Journal of Grid and Distributed Computing (IJGDC), ISSN: 2005-4262 (Print); 2207-6379 (Online), NADIA, vol. 14, no. 1, pp. 11-18, March 2021.
Abduazizov N., Djuraev R.U., Juraev A.Sh. "Study of the influence of temperature and viscosity of working hydraulic systems on the reliability of the operation of mining equipment."//Mining Bulletin of Uzbekistan. № 3 (74), 2018.
Article Statistics
Copyright License
Copyright (c) 2021 The American Journal of Engineering and Technology
This work is licensed under a Creative Commons Attribution 4.0 International License.
Authors retain the copyright of their manuscripts, and all Open Access articles are disseminated under the terms of the Creative Commons Attribution License 4.0 (CC-BY), which licenses unrestricted use, distribution, and reproduction in any medium, provided that the original work is appropriately cited. The use of general descriptive names, trade names, trademarks, and so forth in this publication, even if not specifically identified, does not imply that these names are not protected by the relevant laws and regulations.