Adamchuk V. V., Pogorilyj S. P., Cherniak R. Je., Dun' S. V.
Pages: 47-53.

Full article: 

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Abstract

The purpose. Finding ways to expand the technological capabilities of the car chassis, which will increase efficiency of their application, increase annual load and reduce their idle time. Methods. System analysis and methods of statistical processing of the obtained results of researches of operational indicators. Results. Perspective directions of use of car chassis MES-330 «Autotractor» as multipurpose mobile power means are substantiated, and formation on its baseline of mobile agricultural assemblies for accomplishment of production operations in agroindustrial production are proved. Basic constructional characteristics of MES-330 «Autotractor» are brought, as well as its basic operating characteristics with tillage combines. Conclusions. Use of multipurpose MES-330 «Autotractor» in agroindustrial production enables to reduce net cost of production of plant growing due to application of direct-flow schemes (a warehouse — field) of entering technological material, and to reduce cost of technical park. Nomenclature of hardware components for accomplishment of transport operation will raise efficiency of its use within a year.

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Key words: multipurpose, mobile power means, autotractor, car chassis.

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References

1. Dzotsenidze T., Kozlovskaya M. (2014). Tehnologicheskiy uklad i transportnoe obespechenie selhozproizvodstva nekotoryih zarubezhnyih stran. [Technological mode and transportation of agricultural production of some foreign countries]. Traktoryi i selckohozyaystvennyie mashinyi. 1. S. 44-47. [in Russian].
2. Izmaylov A., Evtushenko N., Dzotsenidze T., Levshin A. (2012). Benchmarketing dlya gruzovyih avtomobiley selskohozyaystvennogo naznacheniya. [Benchmarking for agricultural trucks]. Selskohozyaystvennyie mashinyi i tehnologi. 6. S.15-18. [in Russian].
3. Izmaylov A., Evtushenko N. (2009). Effektivnost novyih transportnyih tehnologiy v APK. [Efficiency of new transport technologies in agroindustrial complex]. Selskohozyaystvennyie mashinyi i tehnologi. 2(9). S. 32-37. [in Russian].
4. Shkel A., Kozlovskaya M., Dzotsenidze T. (2016). Issledovanie tehnologii vneseniya zhidkih organicheskih udobreniy transportno-tehnologicheskim agregatom selskohozyaystvennogo naznacheniya. [Investigation of the technology of introduction of liquid organic fertilizers by transport-technological aggregate of agricultural purpose]. Traktoryi i selhozmashinyi. 7. S. 47-50. [in Russian].
5. Mashina himizatsii samohodnaya MHS-10. Rukovodstvo po ekspluatatsii MHS 00.00.000 RE. [Chemistry machine self-propelled MXS-10. MHC Operation Manual]. Minsk: RUP «Nauchno-prakticheskiy tsentr Natsionalnoy akademii nauk Belarusi po mehanizatsii selskogo hozyaystva». 2010. 51 s. [in Russian].
6. Adamchuk V., PogorIliy S. (2016). Ispolzovanie avtomobilnogo shassi dlya vyipolneniya tehnologicheskih operatsiy v agropromyishlennom proizvodstve. [The use of a car chassis to carry out technological operations in agro-industrial production]. Motrol “Commission of motorization and energetics in agriculture”. Vol. 18, 8. Lublin-Rzeszow, S. 93 – 98. [in Russian].
7. Dzotsenidze T., Levshin A., Evtushenko N., Kozlovskaya M., Myagkov A. (2012). Funktsionalnoe naznachenie avtomobiley dlya selskih poseleniy. [The functionality of the car for rural are lodged]. Traktoryi i selhozmashinyi. 4. S. 8-11. [in Russian].
8. Dzotsenidze T., Evtushenko N., Bisenov G. (2013). Formirovanie innovatsionnoy transportnoy infrastrukturyi APK. [Formation of innovative transport infrastructure of agroindustrial complex]. Selskohozyaystvennyie mashinyi i tehnologii. 4. S. 44-45. [in Russian].
9. Ostretsov A., Esakov A., Sharipov V. (2014). Sravnitelnaya otsenka opornoy prohodimosti avtomobiley KamAZ-4350, KamAZ-43114 i Ural-4320-31 na syipuchem peske. [Comparative estimation of the bearing capacity of KamAZ-4350, KamAZ-43114 and Ural-4320-31 cars on loose sand]. Izvestiya MGTU «MAMI». 1(19)., t. 1. S. 50-54. [in Russian].
10. Galkin S., Levshin A., Evtushenko N. (2011). Agrotehnicheskie i tehnologicheskie parametrI avtomobiley selskohozyaystvennogo naznacheniya. [Agrotechnical and technological parameters of agricultural vehicles ]. Traktoryi i selhozmashinyi. № 5. S. 3-6. [in Russian].