Engineering, Energy, Transport AIC

Aliyev Yelchin – PhD, Head of the Department of Technical and Technological Support of Seedling of the

Institute of Oilseeds of Ukraine, (Institutskaya St. 1, Sonyachne village, Zaporozhye district, Zaporozhye

region, Ukraine, 70417, e-mail: aliev@meta.ua).

Yaropud Vitaliy – PhD, Associate Professor of the Department of “Machines an Equipment of Agricultural

Production” of Vinnytsia National Agrarian University (3, Solnyshchaya St., Vinnytsia, 21008, Ukraine, email:

yaropud@vsau.vin.ua).

Gavrilchenko Oleksandr - PhD, Associate Professor of Department of “Mechanization of Production

Processes in Husbandry” of Dnipropetrovsk State Agrarian and Economic University (St. S.Efremova, 25,

Dnipro, Ukraine, 49000).

Kostenikov Oleksii - Engineer the Department of “Mechanization of Production Processes in Husbandry”

Dnipropetrovsk State Agrarian and Economic University (St. S.Efremova, 25, Dnipro, Ukraine, 49000).

Automated control systems for dairy farming are usually tied to milking equipment, as it is a key

link in milk production technology - this is where information on productivity, quality indicators of milk,

reproduction and the physiological state of the animal is collected, updated and recorded. Computer

processing of this data array provides specialists with the necessary information on the basis of which

decisions are made, both for one animal and for the whole herd as a whole. The technological process of

individual animal service, its control and management, can be implemented by executive teams of the

management system on the basis of estimated indicators of the functioning of biological objects. The

article substantiates promising directions for the development of an automated control system for dairy

farming and suggests ways to implement them. The most promising way to develop a technical direction in

dairy farming is to improve automated systems for controlling technological processes of machine milking

based on precision (high-precision) technologies and technical means. It was also established in the work

that the efficiency of machine milking of cows is determined by an adaptive information-analytical system

for controlling the milking process based on the analysis of the physiological state of animals using

permanent mobile monitoring.

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Bautagung, HBLFA Raumberg-Gumpenstein, p. 57 - 62.

[2] Khmelovskyy, V., Pavlenko, S., Lynnyk, Y., Dudin, V. (2017). Mekhaniko-tekhnolohichni osnovy

vykorystannya vakuumnykh nasosiv doyilnykh ustanovok [Mechanical and technological bases of

using vacuum pumps of milking machines], "Komprynt" CPU, [in Ukrainian].

[3] Shevchenko, I. Aliyev, Е. (2013). Naukovo-metodychni rekomendatsiyi z bahatokryterial noho

vyrobnychoho kontrolyu doyilnykh ustanovok [Scientific and methodological recommendations for

multicriteria production control of milking machines]. Zaporozhye: Aktsent Invest-treid, [in

Ukrainian].

[4] Yaropud, V. (2017). Obgruntuvannya konstruktyvno-rezhymnykh parametriv pulsatora doyilnoho

aparatu [Substantiation of design and mode parameters of milking machine pulsator], 1(100), 55-61,

Tekhnika, enerhetyka, transport APK [in Ukrainian].

[5] Aliyev, E., Tislichenko, O., Hrytsun, A. (2011). Obgruntuvannya konstruktsiynoyi skhemy komplektu

ustatkuvannya kontrolyu vakuummetrychnykh parametriv doyilʹnoho obladnannya [Substantiation of

the design scheme of the set of equipment of control of vacuummetric parameters of milking

equipment], No 9, 30 – 38, Zb. nauk. prats Vinnytskoho natsionalnoho ahrarnoho universytetu. Seriia:

Tekhnichni nauky [in Ukrainian].

[6] Lynnyk, Y., Pavlenko S., Hrytsun A. (2011). Doslidzhennya dynamiky zmin kolyvanʹ

vakuummetrychnoho tysku v avtomatyzovaniy doyilniy ustanovtsi [Investigation of the dynamics of

changes in the vacuum pressure in an automated milking plant], No. 1(84), 104 – 108, Zb. nauk. prats

Vinnytskoho natsionalnoho ahrarnoho universytetu. Seriia: Tekhnichni nauky [in Ukrainian].

[7] Bobylev, Y (2008) Systema avtomatycheskoi stabylyzatsyy vakuumnoho rezhyma [System of automatic

stabilization of the vacuum regime]. Nauka y molodezh: Novye ydey y reshenyia. – Volhohrad, YPK

«Nyva» [in Russian].

[8] Baranovskiy, M., Pun'ko, A. Sorokin, E. (2006). K voprosu razrabotki sistemy doyeniya s

avtomaticheskim dodaivaniyem korov na doil'nykh ploshchadkakh [On the issue of developing a

milking system with automatic milking of cows at milking sites]. Novye napravlenyia razvytyia

tekhnolohyy y tekhnolohycheskykh sredstv v molochnom zhyvotnovodstve: KhIII Mezhdunarodnyi

sympozyum po voprosam mashynnoho doenyia korov. – Homel, [in Russian].

[9] Savran, V., Paliy, A. (2007). Tekhnolohichni osoblyvosti zavershennya mashynnoho doyinnya na

avtomatyzovanykh ustanovkakh [Technological features of the completion of machine milking on

automated installations], No. 2, 106 – 108, Visn. Poltavskoi derzhavnoi akademii, [in Ukrainian].

[10] Uzhik, V., Borozentsev, V., Sklyarov, A. Uzhik, O. (2004). K obosnovaniyu konstruktivnykh

parametrov perenosnogo avtomata doyeniya [To substantiate the design parameters of a portable

milking machine]. Materialy KhII Mizhnarodnoho (I Ukrainskoho) sympoziumu z pytan mashynnoho

doinnia koriv 11-14 travnia 2004 r. . – Glevaha [in Ukrainian].

[11] Gritsun, A.V., Babin, I.A., Sevostyanov, I.V. (2018) Doslidzhennya vplyvu soskovoyi humy na diyky

vymeni koriv [Research of the Impact of Nipple Rubber on Cows' Dents], 4 (103), 4 – 8, Tekhnika,

enerhetyka, transport APK [in Ukrainian].

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produktsiyi tvarynnytstva [Basis of advanced technologies of livestock production] Vinnytsya:

«Enozis» [in Ukrainian].