Ensuring the reliability of agricultural machinery in system of development of innovative processes
DOI:
https://doi.org/10.31548/machenergy2019.03.151Keywords:
reliability, system, machine, innovation processes, social and technical system.Abstract
In the article the essence is revealed and characteristic features of formation and realization of scientific researches in system of development of innovative processes are defined. They include: improvement of already existing technologies and techniques; training of engineers and technicians, service technicians and machine operators, justification of their professionally important qualities; consistent use of fundamentally new knowledge to ensure the efficiency and reliability of machines.
A promising area of ensuring the efficiency of machinery use is continuous monitoring, evaluation and provision of reliability indicators based on the use of logical simulation modeling and modern information technologies.
The provisions of the "human-machine" system are considered when it gradually becomes inoperable due to the "aging" of machine elements and units, as well as the loss of the level of staff performance during the accumulation of fatigue, reduction of attention and skills in the management of complex equipment.
The analytical dependence for a quantitative estimation of the loss of working capacity of the social and technical system at decrease of its reliability due to the aging of equipment and operator's fatigue is presented.
A perspective method of heat treatment of parts made of 65G steel is proposed. The use of the perspective method will increase the durability of working bodies of means for preparation and distribution of forages. Due to this method internal stresses are reduced, metal structure is stabilized, plasticity and impact toughness of knives made of 65G steel are significantly improved.
References
Andrey, Novitskiy. (2018). Professional Reliability of Personnel in System of Development of Innovative Processes. TEKA. An International Quarterly Journal on Motorization, Vehicle Operation, Energy Efficiency and Mechanical Engineering. Lublin-Rzeszow. Vol. 18. No 2, R. 93-102.
Atanov I. V., Kapustin I. V., Grinchenko V. A., Gritsai D. I., Kapustina E. I. (2016). Improving efficiency of feeding cattle. Research Journal of Pharmaceutical, Biological and Chemical Sciences. T. 7. №4. pp. 1927-1932.
Boiko A. I., Savchenko V. M., Krot V. V. (2017). Charts of conditions and mathematical modelling of transition of nozzles into various possible conditions. Tekhnichnichni sistemi i tekhnologii tvarinnytstva - Tekhnichniy servic cars for roslinnytstva. Vysnik KNTUSG im. P.Vasilenka, Vip. 181. С. 173-178.
Boyko A., Novitskiy A. (2018). Mathematical model of reliability of human-machine system under reduced efficiency of its generalized work. Machinery & energetics. Kyiv. Ukraine. Vol. 9. No. 3. 271. p. 165-174. https://www.growhow.in.ua/rynok-sil-hosptekhniky-trendy-i-prohnozy-na-2019-2020/.
Ivan Rogovskii, Liudmyla Titova, Andriy Novitskii, Victor Rebenko. (2019). Research of vibroacoustic diagnostics of fuel system of engines of combine harvesters. Engineering for rural development. Jelgava, 291-298. https://doi.org/10.22616/ERDev2019.18.N451
Khmelovskyi V. (2018). Process support preparation and distribution of feed for cattle on family farms. Machinery & Energetics. Vol. 9, No. 3, 224-232.
Novitskiy A., Karabinhosh S. (2018). Some aspects of information support for operability of complex agricultural machinery. Machinery & Energetics . Kyiv. Ukraine. Vol. 9. No. 2. 241. P. 106-121.
Vasyl Khmelovskyi, Svitlana Rogach, Oksana Tonkha, Yuriy Rosamaha. (2019). Guality evaluation of mixing fodder by mobile combined units. Engineering for rural development. Jelgava, 22.-24.05. 299-304.
https://doi.org/10.22616/ERDev2019.18.N468
Аndrew Novitskiy. (2017). Forming reliability of means for preparation and disposal of forage. MOTROL. Commission of Motorization and Energetics in Agriculture. Vol. 19. No. 3. 123-128.
Adamchuk V.V., Mironenko V.G., Kosik P.O. (2013). Prospects for the development of mechanized crop production. Mathematical and imitation modeling of systems. MODS. Eighth International Scientific and Practical Conference. Theses of previews (Chernigiv-Zhukin, 24-28 April 2013). - Chernigiv, Chernigiv, Chernig. ul., P. 240-243.
Andrey Novitsky, Alexander Banny. (2016). Logical and Probabilistic Modeling of Complex Agricultural Machinery Reliability. Motrol, motoryzacia i energetyka rolnictwa motorization and power industry in agriculture. Lublin, Vol. 14, №3. P. 187-196.
Andrey Novitsky. (2015). Study of the probability of failure-free operation of means for the preparation and distribution of feed as systems "Man-Machine". Motrol, motoryzacia i energetyka rolnictwa motorization and power industry in agriculture. Lublin, Vol. 17, № 3. P. 335-341.
Aulin B. V., Lisenko S. V., Golub D. V., Grinkiv A. V., Martinenko O. D. (2015). Theoretical-physical research and development to diagnostic information about technical aggregates of mobile silicon technology. The Chronicle of the Kharkiv National Technical University of the Silk Roads. Resource-saving technologies, materials and equipment for repair works. Kharkiv. Vipe. 158. P. 252-262.
Boyko A. I., Dumenko K. M., Pavlyuchenko I. S. (2013). Perspective straightforwardness of field units reliability as technical systems. Polar Division of the Ministry of Science and Technology. Design, production and operation of silk-vessel machines, ViP. 43, part I. P. 3-6.
Boyko A. I., Novitsky A. V. (2010). Сurrent problems of the reliability of machines for the adaptation and distribution of feed. KNTUSG im. Petr Vasilenko "Problems of reliability of machines and mechanical properties of the silk-soilian hospitality". Kharkiv, Visnik KNTUSG, Issue 100. P. 119-126.
Boyko A. I., Novitsky A. V., Ruzhilo Z. V. (2019). Definition of the function of readiness of the system "man-machine" at the increase of failure rates. Machinery & Energetics. Journal of Production Research. Kyiv. Ukraine. Vol. 10, No. 2.
Golikov V.A., Artamonov V.N. (2012). Determination of technical and economic indicators of shredders-smixers-feed dispensers. International Agricultural Engineering. Scientific and technical journal. Almaty, Issue 4. P. 18-26.
Gurochkina V. V. (2015). Innovative potential of the enterprise: pimping and protection system [electronic resource] Economy: real time. 2015. No. 5 (21). P. 51-57.: http://economics.opu.ua/files/archive/2015/n5.html
Catalogue. Knives for feed mixers. 18 p.
Concept of the State Program for development of agricultural sector of economy for the period up to 2020: project / [Electron resource]. - Access mode: http://minagro.gov.ua/apk?nid=16822.
Loveykin V. S., Khmelovskiy V., Khmelovskiy V. S., Gudova A. B. (2016). Promotion of the efficiency of mobile snatching and fodder production. Chronicle of the Sumy National Agrarian University. Series: mechanization and automation of production processes. Sumi. VIP. 10/2 (30). P. 107-111.
Novitskiy A.V. (1998). Method of assessment of robotsdatnosti fodder-podrubnuyuchih machines. Mechanization of silk-spodarskogo vibnitsava. C.: NAU, T. IV. P. 63-68.
Novitsky A.V., Zasunko A. A., Khmelivska S. Z. (2019). The assessment and promotion of the knives' strife for fodder intake and distribution. The collection of the thesis of the Doping Reviews of the 7th International Science Conference "Innovations in Organic Products Production in the Agro-Industrial Complex" within the framework of the XXXI International Agro-Industrial Exhibition "AGRO 2019" (04-07 of June 2019). NUBiPU. Kyiv. С. 82-83.
Novitsky A. V., Novitsky Y. A. (2017). Classification of working organisms of the "Nizh" type for fodder intake and distribution. Science bulletin of the National University of Bioresources and Environmental Management of Ukraine. Series: Agricultural engineering and power engineering. К., VIP. 262 P. 287-296.
Novitsky A. V., Novitsky Y. A. (2017). Technical evaluation of the consumer quality of agricultural machinery. Science book of the National University of Bioresources and Environmental Management of Ukraine. Series: Agricultural engineering and power engineering. К. VIP. 264 ( 2017). P. 293-303.
Novitsky A.V., Ruzhilo Z.V. (2014). Monitoring of dairy cattle breeding provision with machines and equipment. Science Journal "Technichniy serviс agrislovogo, fox and transport complexes". Kharkiv, VIP. 1. P. 56-63.
Pogoriliy L., Yasenetsky V., Linnik M. (1999). Modern techniques for the preparation of feed on cattle farms. Agricultural machinery. №4. P. 31-33.
Method of thermal treatment of steel parts (2017). pat. 121471 Ukraine: MPK C21D 1/56. No. c21d 1/56. declared. 31.05.2017 , op.: 11.12.2017 Bulletin No. 23.
Ushakov I.A. (2008). Course of System Reliability Theory. Moscow: "Bustard". 2008. 240 p.
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