APPLICATION OF HYDRAULIC AUTOMATION EQUIPMENT FOR THE EFFICIENCY ENHANCEMENT OF THE OPERATION ELEMENTS OF THE MOBILE MACHINERY

W pracy rozważane jest zastosowanie napędów adaptacyjnych w jednostkach roboczych różnych maszyn technologicznych i mobilnych. Skuteczność zastosowania tych algorytmów do poprawy charakterystyk dynamicznych maszyn, przy jednoczesnym zmniejszeniu nieproduktywnych strat mocy podczas pracy potwierdziły wyniki badań teoretycznych i eksperymentalnych.

Słowa kluczowe:

hydraulika, narzędzia, stacje robocze, maszyny mobilne

Bibliografia

Bing X., Ruqi D., Junhui Z., Min C., Tong S.: Pump valves coordinate control of the independent metering system for mobile machinery. Automation in Construction 2015, 98–11.

Busquets E., Ivantysynova M.: Toward Supervisory-Level Control for the Energy Consumption and Performance Optimization of Displacement-Controlled Hydraulic Hybrid Machines. Mobile Hydraulics Paper 10(2)/2016, 163–174.

Cheng G., Shuangxia P.: Adaptive sliding mode control of electro-hydraulic system with nonlinear unknown parameters. Control Engineering Practice 2008, 1275–1284.

Du C.: Variable Supply Pressure Electrohydraulic System for Efficient Multi-axis Motion Control : A thesis submitted for the degree of Doctor of Philosophy University of Bath Department of Mechanical Engineering. University of Bath: November 2014.

Finzel R.: New Electro-Hydraulic Control Systems for Mobile Machinery. Fluid Power and Motion Control 2008, United Kingdom 311– 321.

Forental V., Forental M., Nazarov F.: Investigation of Dynamic Characteristics of the Hydraulic Drive with Proportional Control. Procedia Engineering. International Conference on Industrial Engineering (ICIE-2015) 129/2015, 695–701.

Kotlobay A. Ya., Kotlobay A. A., Tamelo V. F.: Hydraulic assemblies of drive systems of the road equipment for road-building machines. Science and Technology 15(1)/2016, 69–77.

Kozlov L.: Energy-saving mechatronic drive of the manipulator. Buletinulinstitutuluipolitehnic Din Iasi. Tomul LVII (LXI), Fasc. 3/2011, 231–239.

Kozlov L.G., Burennikov Yu.A., Pylyavets V.G., Korinenko M.P. , Lizhov O.V.: Ensuring the stability of the mechanotronic hydraulic drive. Journal of Mechanical Engineering and Transport 1(9)/2019.

Kozlov L.G., Polishchuk L.K., Piontkevych O.V., Korinenko M.P., Horbatiuk R.M., Komada P., Orazalieva S., Ussatova O.: Experimental research characteristics of counterbalance valve for hydraulic drive control system of mobile machine. PrzegladElektrotechniczny 95(4)/2019, 104–109.

Kozlov L.G.: Mechatronhydrosystem of a mobile machine. Bulletin of the Volodymyr Dahl East-Ukrainian University 6/2012, 22–30.

Kozlov L.G.: Scientific foundations for designing the systems of manipulator hydraulic drives with an adaptive neural network-based controllers for mobile working machines. Thesis for the scientific degree of Doctor of Science (Engineering). National Technical University of Ukraine Kyiv Polytechnic Institute, Kyiv 2015.

Lauhoff H.: Speed Control on Belt Conveyors – Does it Really Save Energy? Bulk Solids Handling 22(6/)2005, 368–377.

Polischuk L.K., Adler A.O., Sturma A.L.: Control device for hydraulic drive with variable load on the working body. Bulletin of the Volodymyr Dahl East Ukrainian National University 3(109)/2007, 195–200.

Polischuk L.K., Adler A.O.: Embedded hydraulic drives of conveyors with a flexible pulling body, sensitive to load change. VNTU, Vinnitsa 2010.

Polischuk L.K.: Dynamics of the built-in hydraulic drive of conveyors of mobile machines. VNTU, Vinnytsa 2018.

Polishchuk L., Kharchenko Y., Piontkevych O., Koval O.: The research of the dynamic processes of control system of hydraulic drive of belt conveyors with variable cargo flows. Eastern-European Journal of Enterprise Technologies 2(8)/2010, 22–29.

Polishchuk L.K., Adler O.O., Malyarchuk A.O.: Influence of the load change characteristics on the dynamics of the integrated hydraulic drive. Machine Science 11/2009, 31–35.

Polishchuk L.K., Koval O.O.: Control system of a hydraulic drive of a belt conveyor with variable load. The Bulletin of the Vinnytsia Polytechnic Institute 2(191)/2015, 131–136.

Polishchuk L.К., Kozlov L.G., Piontkevych O.V., Horbatiuk R.M., Pinaiev B., Wójcik W., Sagymbai A., Abdihanov A.: Study of the dynamic stability of the belt conveyor adaptive drive. Przeglad Elektrotechniczny 95(4)/2019, 98–103.

Scherer M., Geimer M., Weis B.: Contribution on Control Strategies of Flow-On-Demand Hydraulic Circuits. The 13th Scandinavian International Conference on Fluid Power June 3-5 2013, Sweden, 531–540.

Shakhmeister L.G., Dmitriev V.G.: Theory and calculation of belt conveyors. Engineering, Moscov 1978.

Sidorenko V.S., Grishchenko V.I., Rakulenko S.V., Poleshkin M.S.: Adaptive hydraulic drive with volumetric regulation of the tool feed of a technological machine. Bulletin of Donetsk State Technical University 2/2017, 88–98.

Stamm von Baumgarten T.: A novel system layout for extended functionality of mobile machines. Fluid Power and Motion Control 2008, United Kingdom, 13–25.

Wheeler C.A.: Evolutionary Belt Conveyor Design – Optimizing Coasts. Bulk Material Handling by Conveyor Belt. 7, Littleton, Colorado 2008.

Zaika V.T.: Influence of an adjustable drive on cargo flows and energy efficiency of the system of mine conveyor transport. Science bulletin of National Mining University 3/2015, 82–88.

Polishchuk, L., Kozlov, L., Burennikov, Y., Strutinskiy, V., & Kravchuk, V. (2019). ZASTOSOWANIE WYPOSAŻENIA AUTOMATYZACJI HYDRAULICZNEJ W CELU POPRAWY EFEKTYWNOŚCI ELEMENTÓW OPERACYJNYCH MASZYN MOBILNYCH. Informatyka, Automatyka, Pomiary W Gospodarce I Ochronie Środowiska, 9(2), 72–78. https://doi.org/10.5604/01.3001.0013.2553

##plugins.themes.bootstrap3.article.sidebar##

Numer Tom 9 Nr 2 (2019)

Archiwum

##plugins.themes.bootstrap3.article.main##

DOI

Authors

Abstrakt

Słowa kluczowe:

Bibliografia

##plugins.themes.bootstrap3.article.details##

Licencja