Voronezh, Voronezh, Russian Federation
The technique of optimization of the provisions of attachment points of hydraulic cylinders lifting mechanism, which takes into account, the fact that using standard cylinders with certain minimum and maximum length and stroke, when the distance from the axis of rotation of the boom to the upper hinge cylinder also changes the distance from the axis of rotation of the boom to the lower hinge cylinder. The tests described and tech-nology unit carried out in the areas of protective forest plantations, showed results that match the original requirements, which indicates the effectiveness of the work.
workflow, skidding, lesotransportnaya car pack assortments, energy-saving hydraulic ac-cumulators.
1. Agrolesomelioratsiya [Tekst] / pod red. akad. RASKhN A.L. Ivanova i K.N. Kulika. – izd. 5-e, pererab. i dopol. – Volgograd, 2006. – S. 508-509.
2. Zhdanov, Yu.M. Tekhnologii i sredstva mekhanizatsii agrolesomeliorativnykh rabot [Tekst] / Yu.M. Zhdanov, I.M. Bartenev. – Volgograd, VNIALMI, 2011. – S. 148-168.
3. Sovershenstvovanie sredstv dlya tekhnologicheskikh perevozok pri tekhnicheskom servise v sel´skom khozyaystve [Tekst] / D.N. Afonichev, O.I. Polivaev, V.V. Trufanov, A.V. Vorokhobin . Vestnik Voronezhskogo gosudarstvennogo agrarnogo universiteta. – 2012. – № 2. – S. 103-106.
4. Popikov, P.I. Optimizatsiya polozheniy gidrotsilindrov s uchetom inertsionnykh nagruzok i podatlivosti gidroprivoda [Tekst] / P.I. Popikov, A.V. Kruttskikh, V.P. Popikov, R.V. Yudin. Vestnik Tsentral´no-Chernozemnogo regional´nogo otdeleniya nauk o lese Rossiyskoy Akademii estestvennykh nauk Voronezhskoy gosudarstvennoy lesotekhnicheskoy akademii. – 2002. – Vyp. 4. – Ch. 2. – S. 136-143.
5. Patent na izobretenie 2294613 RF, MPK A01V 63/10, A01V 63/112, A01V 63/111 Re-kuperativnyy gidroprivod pochvoobrabatyvayushchego agregata [Tekst] / V.I. Posmet´ev, E.A. Tarasov, V.V. Posmet´ev, V. S. Kukharev; zayavitel´ i patentoobladatel´ VGLTA. – № 2005124070/12; zayav.28.07.2005; opubl.10.03.2007, Byul. – №7.
6. Smolyanitskiy, E.A. Rekuperativnyy nasosno-akkumulyatornyy gidroprivod dlya mo-bil´nykh mashin-orudiy tsiklicheskogo deystviya [Tekst] / E.A Smolyanitskiy. – SDM. 2007. – № 5. – S. 3-10.
7. Afonichev, D.N. Optimizatsiya funktsii neskol´kikh peremennykh v sisteme avtomati-zirovannogo proektirovaniya [Tekst] / D.N. Afonichev, S.N. Pilyaev, I.I. Aksenov. Modelirovanie sistem i protsessov. – 2014. – Vyp. 4. – S. 9–11.
8. Nikitin, A.A. Vliyanie nerastvorennogo gaza v rabochey zhidkosti na dinamiku gidroprivoda lesopogruzchika [Tekst] / A.A. Nikitin, Mandrakov E.A.. Izvestya Tomskogo politekhnicheskogo universiteta. – 2014. – № 2. – S. 65-71
9. Zelikov, V.A. Substantiation Based on Simulation Modeling of Hitch for Tillage Tools Parameters [Elektronnyyresurs] / V.A. Zelikov, V.I. Posmetiev, M.A. Latysheva. World Applied Sciences Journal. – 2014. – Vol. 30. – № 4. – rr. 486-492. – Rezhim dostupa: http://idosi.org/wasj/wasj30%284%2914/17.pdf.
10. Volodenkov, S.V. Increasing the stability of constant-speed hydromechanical systems [Text] / S.V. Volodenkov, K.I. Liutin, E.E. Chugunova. Russian Engineering Research. – 2013. – Vol. 33. – no. 9. – S. 505-508.
11. Zabolotskiy, M.M. Sovershenstvovanie gidravlicheskikh sistem tekhniki «Belaz» [Tekst] / M.M. Zabolotskiy, V.A. Chayko. Gornyi Zhurnal. – 2013. – no. 1. – S. 67-69
