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D. Ordolff (2001)
Introduction of electronics into milking technologyComputers and Electronics in Agriculture, 30
W. Kliszczewski, K. Jóźwik, A. Turski (1996)
Komputerowy system kontroli procesu doju mechanicznego. Cz.2. Kontrola stanu zdrowotnego gruczolu mlekowego podczas doju mechanicznego krow, 49
Z. Gil (1988)
Milk temperature fluctuations during milking in cows with subclinical mastitisLivestock Production Science, 20
Z. Gil, J. Kural, J. Szarek, E. Wierzchoś (2001)
Increase in milk and body temperature of cows as a sign of embryo entry into the uterus.Theriogenology, 56 4
A. Mcarthur, M. Easdon, K. Gregson (1992)
Milk temperature and detection of oestrus in dairy cattleJournal of Agricultural Engineering Research, 51
A. Jȩdruś, J. Beba (2014)
The influence of selected factors on shaping of milk temperature during cow machine milkingJournal of Research and Applications in Agricultural Engineering, 59
W. Steeneveld, A. Velthuis, H. Hogeveen (2014)
Short communication: Effectiveness of tools provided by a dairy company on udder health in Dutch dairy farms.Journal of dairy science, 97 3
K. Maatje, P. Huijsmans, W. Rossing, P. Hogewerf (1992)
The efficacy of in-line measurement of quarter milk electrical conductivity, milk yield and milk temperature for the detection of clinical and subclinical mastitisLivestock Production Science, 30
M. Saint-Dizier, M. Saint-Dizier, S. Chastant-Maillard (2012)
Towards an automated detection of oestrus in dairy cattle.Reproduction in domestic animals = Zuchthygiene, 47 6
D. Fordham, T. Mccarthy, P. Rowlinson (1987)
An evaluation of milk temperature measurement for detecting oestrus in dairy cattle. I factors affecting measurement of milk temperatureVeterinary Research Communications, 11
D. Cordes, U. Borchert (2012)
Modern trends of milking systems to support udder health - case study Herd NavigatorTM.
P. Ball, S. Morant, E. Cant (1978)
Measurement of milk temperature as an aid to oestrus detection in dairy cattleThe Journal of Agricultural Science, 91
(1987)
detection in dairy cattle
D. Fordham, P. Rowlinson, T. Mccarthy (1988)
Oestrus detection in dairy cows by milk temperature measurement.Research in veterinary science, 44 3
(2014)
Diagnostyka stanów fizjologicznych i zdrowotności krów z wykorzystaniem inteligentnych czujników temperatury mleka
A. Sterrett, C. Wood, K. McQuerry, J. Bewley (2013)
Changes in teat-end hyperkeratosis after installation of an individual quarter pulsation milking system.Journal of dairy science, 96 6
K. Maatje, W. Rossing (1976)
Detecting oestrus by measuring milk temperatures of dairy cows during milkingLivestock Production Science, 3
D. Fordham, T. Mccarthy, P. Rowlinson (1987)
An evaluation of milk temperature measurement for detecting oestrus in dairy cattle. II variations in body and milk temperature associated with oestrusVeterinary Research Communications, 11
A. Luberański, T. Pawlak, J. Szlachta (2006)
Zdolność wydojowa krów wysokomlecznych podczas mechanicznego doju aparatami z pulsacją jednoczesną i przemienną
Z. Gil, J. Szarek, J. Kural (1997)
Detection of silent oestrus in dairy cows by milk temperature measurementAnimal Science, 65
Abstract The objective of the paper was to draw out a functional profile of a new computer system for temperature diagnostics of cows. This device enables oestrus detection including the silent one, early pregnancy (from the 5th day of insemination), acute inflammatory conditions and subclinical mastitis in a non-invasive manner during machine milking of cows. For diagnostic purposes one type of the measurement sensor was used, which is a unique feature in comparison to diagnostic devices mass produced and available on the market. A microprocessor module of the new milking system has intelligent devices features. It is construed of modern analogue and digital subassemblies and specialised measurement interfaces. The program structure of the system enables processing of automatically registered milk temperature values during cow milking on account of requirements of cow temperature diagnostics.
Agricultural Engineering – de Gruyter
Published: Jul 1, 2016
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