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    • 1. 发明公开
    • MELKANLAGE
    • EP0723394A1
    • 1996-07-31
    • EP94927579.0
    • 1994-09-07
    • Westfalia Separator AG
    • KÖSTER, LudgerWOHLBRÜCK, Ralf
    • A01J5
    • A01J5/007A01J5/041A01J5/044A01J5/08A01J5/16
    • Mounted in the housing (2) of the valve (1) in the milking device described is an air channel (5) and a bypass channel (6) in which a shut-off element (7) is fitted. The connection tube (3) on one side of the valve (1) is connected to a pulsator and the connection tube (4) on the other side of the valve (1) is connected to the pulse chamber of a teat cup by means of a line (8) which is divided in the vicinity of the valve (1). The shut-off element (7) has an obturator (9) which is biased by a compression spring (10) in the valve-opening direction. During the pulse-chamber evacuation phase, the air channel (5) and the bypass channel (6) are available for the air flow. During the air-entry phase, the bypass channel (6) is closed off by the shut-off element (7) so that only the air channel (5) is available for the air flow. During the evacuation phase, a significantly greater cross-sectional area is thus available for the air flow than during the air-entry phase. This ensures a rapid reduction in pressure during the evacuation phase and a slower increase in pressure during the air-entry phase in the pulse chamber of the teat cup, thus ensuring that the teats are massaged more delicately.
    • 3. 发明授权
    • MELKANLAGE
    • 梅尔卡LOCATION
    • EP0723394B1
    • 1999-03-17
    • EP94927579.6
    • 1994-09-07
    • Westfalia Separator AG
    • KÖSTER, LudgerWOHLBRÜCK, Ralf
    • A01J5/04A01J5/08
    • A01J5/007A01J5/041A01J5/044A01J5/08A01J5/16
    • Mounted in the housing (2) of the valve (1) in the milking device described is an air channel (5) and a bypass channel (6) in which a shut-off element (7) is fitted. The connection tube (3) on one side of the valve (1) is connected to a pulsator and the connection tube (4) on the other side of the valve (1) is connected to the pulse chamber of a teat cup by means of a line (8) which is divided in the vicinity of the valve (1). The shut-off element (7) has an obturator (9) which is biased by a compression spring (10) in the valve-opening direction. During the pulse-chamber evacuation phase, the air channel (5) and the bypass channel (6) are available for the air flow. During the air-entry phase, the bypass channel (6) is closed off by the shut-off element (7) so that only the air channel (5) is available for the air flow. During the evacuation phase, a significantly greater cross-sectional area is thus available for the air flow than during the air-entry phase. This ensures a rapid reduction in pressure during the evacuation phase and a slower increase in pressure during the air-entry phase in the pulse chamber of the teat cup, thus ensuring that the teats are massaged more delicately.