IMPROVEMENT OF THE MUNICIPAL MACHINE’S CONTROLLING SYSTEM
https://doi.org/10.26518/2071-7296-2018-2-207-216
Abstract
Introduction. The article is devoted to the urgent problem of increasing the operational resource of brushing working equipment and improving the quality of cleaning. The research considers factors which could affect the intensity of the brush working element wearout and, accordingly, the economic losses.
Materials and methods. To represent the connections between the subsystems participating in the working process, the block diagram of the communal machine’s working process is developed,which include the following components : base machine, working equipment, running gear, hydraulic drive, road surface, so this diagram reflects the influence of the microrelief unevenness on the vertical coordinate of the working machine body. In addition, the mathematical model of the interaction process of the microrelief with running and working equipment is presented. Simulation is carried out with the help of the software product MATLAB with the Simulink extension. The unevenness of the microrelief of the roadway is described by recurrent equations, also the correlation functions of the random process are specified.
Results. As a result of the simulation, static and dynamic dependencies of the front and rear axes movement of the base machine, the displacement of the brush body’s axis center from the changing coordinates of the microrelief are established. Similarly,the results of the experiment confirmed the adequacy of the mathematical model of the microrelief’s interaction with the running and working equipment are demonstrated in the research.
Discussion and conclusion. It is concluded that due to the change in the vertical coordinate of the roadway, the pressure on the brush also changes and leads to the change in the frictional force pile on the roadway. Therefore, when the brush hits different obstacles the wearout of the brush increases. With a negative change in the vertical coordinate of the road, the quality of cleaning process is reduced. As can be seen,the hydraulic control system of the communal machine is designed to regulate the position in the vertical plane of the working machine body due to the road and to ensure the optimum value of the clamping force, which would increase the reliability and service of the brush.
About the Author
S. I. Zachos
SibADI
Russian Federation
Russian Federation
graduate student of the Department “Automation of Production Processes and
Electrical engineering”,
644080, Omsk, 5 Mira Ave.
References
1. Shcherbakov V.S., Belyaev N. In. Belyaev V.V. Sistema-avtomatizacii-ehskiznogo-proektirovaniya-avtogrejdera [The System of automation of conceptual design of motor grader]. Omsk, SibADI, 2009. 133 p.
2. Shcherbakov V.S., Belyaev N. In. Scuba P.Yu. Avtomatizaciya-proektirovaniya-planirovochnyh-mashin-na-baze-kolesnyh-traktorov [Computer-aided design planning of machines on the basis of wheel tractors]. Omsk, SibADI, 2013. 125 p.
3. Shcherbakov V.S., Ruppel A.A., Lasota I.V., MalyshenkoS. A. Modelirovanie-zemlerojno-transportnyh-mashin-v-srede- MATLAB-SIMULINK [Modeling of earth-moving machines in the MATLAB-SIMULINK]. Omsk, SibADI, 2010. 41 p.
4. Kharchenko, M.A. Korrelyacionnyj-analiz [Correlation analysis: a textbook for high schools]. Voronezh,VSU, 2008. 31 p.
5. Ershov V.I., Barakhtanov L.V. Eroyatnostnye-harakteristiki-mikroprofilya-peresechennoj-mestnosti [The Probability characteristics of the white-rough terrain]. Moscow, Mechanical Engineering, 1971. pp.117-119
6. Afanas’ev V.L. Staticheskie harakteristiki mikroprofile avtomobil’nyh dorog i kolebanij avtomobilya [Static characteristics of micro roads and automobile vibrations]. Automotive industry, 1996, no. 2, pp. 21-23.
7. Shcherbakov V.S., Ruppel A.A. Glushets V.A. Osnovy-modelirovaniya-sistem-avtomaticheskogo-regulirovaniya-i-ehlektricheskih-sistem-v-srede-MATLAB-simulink [The fundamentals of simulation of automatic control systems and electrical systems in MATLAB Simulink]. Omsk, SibADI, 2003. 160 p.
8. Shcherbakov V.S., Ruppel A.A. Osnovy-modelirovaniya-sistem-avtomaticheskogo-regulirovaniya-i-ehlektricheskih-sistem-v-srede-matlab-simulink [Fundamentals of simulation of automatic control systems and electrical systems in MATLAB, Simulink: textbook]. Omsk, RIO Russian correspondence Institute of textile and light industry, 2006. 168 p.
9. Shcherbakov V.S. Sostavlenie-strukturnyh-skhem-zemlerojno-transportnyh-mashin-kak-obektov-avtomatizacii [Preparation of structural schemes of earthmovers as automation objects]. Omsk, SibADI, 2001. 47 p.
10. Korchagin P.A. Matematicheskaya model’ dinamicheskoj sistemy [Mathematical model of dynamical system]. Vestnik SibADI, 2013, no. 4, pp. 91-95.
11. Korchagin P.A. Matematicheskaya model’ slozhnoj dinamicheskoj sistemy “vozmushchayushchie vozdejstviya - mashina- operator” [Mathematical model of a complex dynamic system “disturbing effects - machine-operator”]. Vestnik SibADI, no. 5, 2015, pp.118-123.
12. Teterina I.A. Model’ processa vzaimodejstviya ehlementov hodovogo oborudovaniya dorozhnoj uborochno-podmetal’noj mashiny s nerovnostyami mikrorel’efa [Model of the process of interaction between the elements of running equipment of a road sweeper and the unevenness of the microrelief]. Vologda: Marker, 2016. 37-38 p.
13. Adler Yu. P. Vvedenie-v-planirovanie-ehksperimenta [Introduction to planning of experiments]. Moscow, Metallurgy, 1968. 155 p.
14. Adler Yu. P. Planirovanie-ehksperimenta-pri-poiske-optimalnyh-uslovij [Planning of experiment when searching optimal conditions]. Moscow, Nauka, 1971. 247 p.
15. Balovnev V.I. Obrabotka-i-planirovanie-ehksperimenta-pri-issledovanii-dorozhnyh-mashin [Processing and planning of experiment in the study of road machines]. Moscow, MADI, 1983. 59 p.
16. Yermakov S.M., Brodskiy V.Z., Zhigljavsky A. A. Matematicheskaya-teoriya-planirovaniya-ehksperimenta [Mathematical theory of experiment planning]. Moscow, Fizmatlit, 1983. 392 p.
17. Lyubchenko, E.A., Planirovanie-i-organizaciya-ehksperimenta [Planning and organization of the experiment]. Vladivostok, TGEU, 2010. 156 p.
18. Nalimov V.V. Teoriya-ehksperimenta [Theory of experiment].Moscow, Nauka, 1971. 260 p.
19. Ostanin A. N., Tyulenev V.P., Romanov A.V., Petrovsky A.A. Primenenie-matematicheskih-metodov-i-ehvm-planirovanie-i-obrabotka-rezultatov-ehksperimenta [Application of mathematical methods and computers. Planning and processing of experiment results]. Minsk, Vysheishaya SHKOLA, 1989. 218 p.
20. Panenko V.V. Matematicheskie-metody-planirovaniya-ehksperimenta [Mathematical methods of experiment planning]. Novosibirsk, Nauka, 1981. 257 p.
21. Spirin N.A. Lavrov, V.V. Metody-planirovaniya-i-obrabotki-rezultatov-inzhenernogo-ehksperimenta [Methods of planning and processing of results of engineering experiments]. Yekaterinburg, GOU VPO UGTU-UPI, 2004. 257 p.
22. Korchagin P.A., Rebrova I.A., Teterina I.A. Opredelenie parametrov, vliyayushchih na funkcionirovanie sistemy vibrozashchity operatora dorozhnoj uborochno-podmetal’noj mashiny [Determination of the parameters influencing the functioning of the vibration protection system of the road sweeper operator]. Proceedings of Tula State University. Technical science, 2016, no.3, pp. 249-255.
23. Teterina I.A. Model’ vzaimodejstviya SHCHRO s obrabatyvaemoj poverhnost’yu [The model of the interaction of the SSR with the surface being treated]. Smolensk: NOVOLENSO, 2016. pp.73-75.
24. Korchagin P.A. Dinamicheskoe vozdejstvie na operatora odnokovshovogo ehkskavatora [Dynamic impact on the operator of a single bucket excavator]. Construction and road machines, 2007, no. 2, pp.36-37.
25. Johnson N. Statistika-i-planirovanie-ehksperimenta-v-tekhnike-i-nauke [Statistics and experiment planning in technology and science: methods of data processing]. Moscow, Mir, 1980. 595 p.
26. Rebrov A. I. Planirovanie-ehksperimenta [Design of experiments]. Omsk, SibADI, 2010. 106 p.
27. Alekseeva T. V. Matematicheskoe-modelirovanie-ehlementov-gidroprivodov-stroitelnyh-i-dorozhnyh-mashin [Mathematical modeling of elements of hydraulic drives of building and road machines]. Omsk, SibADI, 1986. 34 p.
Review
For citations:
Zachos S.I. IMPROVEMENT OF THE MUNICIPAL MACHINE’S CONTROLLING SYSTEM. The Russian Automobile and Highway Industry Journal. 2018;15(2):207-216. (In Russ.) https://doi.org/10.26518/2071-7296-2018-2-207-216
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