Prediction and comparison of vacuum related variables in conventional and quarter individual milking systems
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Tarih
2010
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info:eu-repo/semantics/openAccess
Özet
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The objective of this study was to develop mathematical functions in order to predict vacuum related variables in both, conventional and quarter individual milking systems. The tests at different flow rates ranging between 0 and 8 l/min were carried out in the laboratory using a special test stand and wet test procedure in ISO 6690 was followed. The data related to average liner vacuum in b and d -phase, average vacuum in pulsation chamber and vacuum fluctuations in b and d -phase and in claw were obtained. The mathematical functions that allow predicting these vacuum related variables were developed using these data for both, conventional and quarter individual milking systems.
The objective of this study was to develop mathematical functions in order to predict vacuum related variables in both, conventional and quarter individual milking systems. The tests at different flow rates ranging between 0 and 8 l/min were carried out in the laboratory using a special test stand and wet test procedure in ISO 6690 was followed. The data related to average liner vacuum in b and d -phase, average vacuum in pulsation chamber and vacuum fluctuations in b and d -phase and in claw were obtained. The mathematical functions that allow predicting these vacuum related variables were developed using these data for both, conventional and quarter individual milking systems.
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Cilt
6
Sayı
3
