Measuring Milking Machine Liner Slips
Liner slip or rapid air leakage past the mouthpiece of the milking machine liner has been identified as a cause of new infection in the bovine mammary gland. A device has been developed to differentiate and count the abrupt losses of milking vacuum due to liner slips from the many other vacuum fluct...
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| Veröffentlicht in: | Journal of dairy science 1990-04, Vol.73 (4), p.1000-1004 |
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| creator | Spencer, S.B. Volz, C. |
| description | Liner slip or rapid air leakage past the mouthpiece of the milking machine liner has been identified as a cause of new infection in the bovine mammary gland. A device has been developed to differentiate and count the abrupt losses of milking vacuum due to liner slips from the many other vacuum fluctuations that occur in the clawpiece during milking. A Microswitch® transducer converts vacuum to an analog direct current output voltage. An electronic comparator monitors the transducer output and closes a gate switch to a digital counter when a large, high speed vacuum change occurs. This vacuum change is initially set to activate the initial slip counter when the vacuum change is greater than 8 kPa in less than .25s. The magnitude threshold is adjustable; however, the time base is fixed. The counter is then blocked from responding to a new signal for 5s, because subsequent large fluctuations (squawks) may occur following the initial slip. A second major fluctuations digital counter responds to all large fluctuations beyond an adjustable vacuum threshold without a time base element. |
| doi_str_mv | 10.3168/jds.S0022-0302(90)78758-9 |
| format | Article |
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A device has been developed to differentiate and count the abrupt losses of milking vacuum due to liner slips from the many other vacuum fluctuations that occur in the clawpiece during milking. A Microswitch® transducer converts vacuum to an analog direct current output voltage. An electronic comparator monitors the transducer output and closes a gate switch to a digital counter when a large, high speed vacuum change occurs. This vacuum change is initially set to activate the initial slip counter when the vacuum change is greater than 8 kPa in less than .25s. The magnitude threshold is adjustable; however, the time base is fixed. The counter is then blocked from responding to a new signal for 5s, because subsequent large fluctuations (squawks) may occur following the initial slip. 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A device has been developed to differentiate and count the abrupt losses of milking vacuum due to liner slips from the many other vacuum fluctuations that occur in the clawpiece during milking. A Microswitch® transducer converts vacuum to an analog direct current output voltage. An electronic comparator monitors the transducer output and closes a gate switch to a digital counter when a large, high speed vacuum change occurs. This vacuum change is initially set to activate the initial slip counter when the vacuum change is greater than 8 kPa in less than .25s. The magnitude threshold is adjustable; however, the time base is fixed. The counter is then blocked from responding to a new signal for 5s, because subsequent large fluctuations (squawks) may occur following the initial slip. 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| source | Elsevier ScienceDirect Journals; Elektronische Zeitschriftenbibliothek - Frei zugängliche E-Journals; Periodicals Index Online |
| subjects | air aire bovin laitier cows dairy cattle ganado de leche liner slip machine a traire maquinas de ordeno measurement medicion mesure milking machines vaca vache vacuum |
| title | Measuring Milking Machine Liner Slips |
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