Kinematic Parameters of Rotary Transmission with Hydraulic Cylinders

Abstract

The issue of designing drives, which provide low frequency (max. 1 rotation per minute) rotation with a big moment (min 1 MN m) of large technical bodies utilized in restricted spaces, is a complex and contradictory one. The drives of geokhod propeller, rotor actuators of tunneling machines with overload protection, as well as actuators of other machinery meeting aforementioned requirements are examples of such machines. The paper considers mathematical model developed by the authors which determines the relation of design factors of transmission tooled with hydraulic cylinders to kinematic parameters of output element movement. The paper also provides description of methods to determine pumping unit efficiency for rotary transmission tooled with hydraulic cylinders.

Original language	English
Title of host publication	1st Scientific Practical Conference "International Innovative Mining Symposium (In Memory of Prof. Vladimir Pronoza)"
Publisher	EDP Sciences
Volume	15
ISBN (Electronic)	9782759890163
DOIs	https://doi.org/10.1051/e3sconf/20171503003
Publication status	Published - 7 Apr 2017
Event	1st International Innovative Mining Symposium 2017 - Kemerovo - Mezhdurechensk, Russian Federation Duration: 24 Apr 2017 → 26 Apr 2017

Conference

Conference	1st International Innovative Mining Symposium 2017
Country	Russian Federation
City	Kemerovo - Mezhdurechensk
Period	24.4.17 → 26.4.17

ASJC Scopus subject areas

Earth and Planetary Sciences(all)
Environmental Science(all)
Energy(all)

Access to Document

10.1051/e3sconf/20171503003

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Kinematic Parameters of Rotary Transmission with Hydraulic Cylinders. / Blaschuk, Mikhail; Dronov, Anton; Koperchuk, Alexandr; Chernukhin, Roman; Litvinenko, Victoria.

1st Scientific Practical Conference "International Innovative Mining Symposium (In Memory of Prof. Vladimir Pronoza)". Vol. 15 EDP Sciences, 2017. 03003.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Blaschuk, M, Dronov, A, Koperchuk, A, Chernukhin, R & Litvinenko, V 2017, Kinematic Parameters of Rotary Transmission with Hydraulic Cylinders. in 1st Scientific Practical Conference "International Innovative Mining Symposium (In Memory of Prof. Vladimir Pronoza)". vol. 15, 03003, EDP Sciences, 1st International Innovative Mining Symposium 2017, Kemerovo - Mezhdurechensk, Russian Federation, 24.4.17. https://doi.org/10.1051/e3sconf/20171503003

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abstract = "The issue of designing drives, which provide low frequency (max. 1 rotation per minute) rotation with a big moment (min 1 MN m) of large technical bodies utilized in restricted spaces, is a complex and contradictory one. The drives of geokhod propeller, rotor actuators of tunneling machines with overload protection, as well as actuators of other machinery meeting aforementioned requirements are examples of such machines. The paper considers mathematical model developed by the authors which determines the relation of design factors of transmission tooled with hydraulic cylinders to kinematic parameters of output element movement. The paper also provides description of methods to determine pumping unit efficiency for rotary transmission tooled with hydraulic cylinders.",

author = "Mikhail Blaschuk and Anton Dronov and Alexandr Koperchuk and Roman Chernukhin and Victoria Litvinenko",

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AB - The issue of designing drives, which provide low frequency (max. 1 rotation per minute) rotation with a big moment (min 1 MN m) of large technical bodies utilized in restricted spaces, is a complex and contradictory one. The drives of geokhod propeller, rotor actuators of tunneling machines with overload protection, as well as actuators of other machinery meeting aforementioned requirements are examples of such machines. The paper considers mathematical model developed by the authors which determines the relation of design factors of transmission tooled with hydraulic cylinders to kinematic parameters of output element movement. The paper also provides description of methods to determine pumping unit efficiency for rotary transmission tooled with hydraulic cylinders.

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